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dateKeys-dart/test/vectors/authorkey.g.dart

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Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
// Generated by tool/authorkey_go_vectors.go: authorkey.json with a part of
// its signatures and rune cases, for the tests that also run compiled to
// JavaScript, where no file can be read. Do not edit.
/// A part of test/vectors/authorkey.json.
const authorKeyJson = r'''
{
"description": "The author keys of package authorkey of datekeys-go and the signatures of crypto/ed25519, by tool/authorkey_go_vectors.go. A text is an index into texts. A file is a list of parts: {hex}, {byte, n}, or {sealed: {seed, passphrase, work_factor, plain}, length, sha256}, the age file of plain, a list of parts, for a scrypt recipient while crypto/rand reads the keystream of the seed. A message_pattern of n is n bytes with (31·i + 7) mod 256 as byte i. Draws are those of crypto/rand reading the keystream of SeededRandomSource. A case marked node false is left out compiled to JavaScript.",
"encrypt": [
{
"draws": [
{
"hex": "de00c7fcdd5fafe6f039dfeecf6314c5",
"n": 16
},
{
"hex": "890be1fa0138524db3ef244c08377b06",
"n": 16
},
{
"hex": "f10352f5084cfbfe9f89505baae562e5",
"n": 16
},
{
"hex": "bee6f7d394c0be4289dce45456ec4c15",
"n": 16
}
],
"file": "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",
"key_seed": "444a30f9168b5aae7fd1bee6a15c1ba4f446f3db8d29f1e50480e218dcb29ad9",
"node": true,
"passphrase": "correct horse battery staple",
"seed": "authorkey encrypt 0"
},
{
"draws": [
{
"hex": "66cc8a04aa83b1164cf5c8aa4e7af73d",
"n": 16
},
{
"hex": "4b89498089fdd9e67de8b123891c9644",
"n": 16
},
{
"hex": "15e6c61b804a6a58f8a1a59a84c2fa87",
"n": 16
},
{
"hex": "f0f3af537ae6850258f3e6e4b5d30d2e",
"n": 16
}
],
"file": "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",
"key_seed": "c699c73e380f3a65b1350d1a19197d5fa877e995a163b3f24e0203df3cd974b6",
"node": false,
"passphrase": "contraseña ñ €",
"seed": "authorkey encrypt 1"
},
{
"draws": [
{
"hex": "8e130a1c01f24a85cd101a4ddc516acc",
"n": 16
},
{
"hex": "977a4965b16c30eb9fe22097d13ca402",
"n": 16
},
{
"hex": "e58e4059b0a0f90120c3e50e18ec215b",
"n": 16
},
{
"hex": "78aceebf7a40bac60b8f10dc81fc4f14",
"n": 16
}
],
"file": "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",
"key_seed": "c8a53a0ecb5e1677a292330cc318d0c9ceb9c7c74a3c86d665d2a1b77ccc3b7a",
"node": false,
"passphrase": "x",
"seed": "authorkey encrypt 2"
},
{
"error": "authorkey: an empty passphrase",
"passphrase": ""
}
],
"generate": [
{
"draws": [
{
"hex": "a569752878da7c844fd31416293a0bf144088207c5ff2cf1f2f5d90f3f72aed0",
"n": 32
}
],
"public_key": "62ba337bfebbe9c577996aef5b504c5da467629dbb791d13977e3dae64b32b81",
"secret": "DKAUTHOR-SECRET-KEY-1545H22RCMF7GGN7NZSTZJWST79ZQ3QS8CHLJEU0J7HVS70MJ4MGQ9AARMW",
"seed": "authorkey generate 0"
},
{
"draws": [
{
"hex": "80dcbbb901cd564825945f7a122e12cc0e5ea384ab51bf54efeb5116b09f7512",
"n": 32
}
],
"public_key": "601384f89fa01252a90a84d848d7a62300e8aea04f51b1b5d05fbe582a19cbf2",
"secret": "DKAUTHOR-SECRET-KEY-1SRWTHWGPE4TYSFV5TAAPYTSJES89AGUY4DGM7480ADG3DVYLW5FQMZU25P",
"seed": "authorkey generate 1"
},
{
"draws": [
{
"hex": "55f403d040f95e187d72f61bf9c60a29d3fc6cde926432bf4f60fc09ac716898",
"n": 32
}
],
"public_key": "bfdda7e181fb5695c985183bb6ea1ce58cbf5f62a25352cbe1e045ea3a95468f",
"secret": "DKAUTHOR-SECRET-KEY-12H6Q85ZQL90PSLTJ7CDLN3S298FLCMX7JFJR9060VR7QNTR3DZVQH5UKCC",
"seed": "authorkey generate 2"
}
],
"go": "go1.26.8",
"keys": {
"keys": [
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor18d4z00xwk6jz6c4r4rgz5mcdwdjny9thrh3y8f36cpy2rz6emg5s5fkwfr\nDKAUTHOR-SECRET-KEY-1QQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQMN29MP\n",
"public": "dkauthor18d4z00xwk6jz6c4r4rgz5mcdwdjny9thrh3y8f36cpy2rz6emg5s5fkwfr",
"public_key": "3b6a27bcceb6a42d62a3a8d02a6f0d73653215771de243a63ac048a18b59da29",
"secret": "DKAUTHOR-SECRET-KEY-1QQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQMN29MP",
"seed": "0000000000000000000000000000000000000000000000000000000000000000",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor1r6jxvez3w54kz587mt0u772wc0hhvanvwn9zl2gn28qv9ah5tnxqf7plc3\nDKAUTHOR-SECRET-KEY-12CCUJTQ7YUKXDG5EXAUWFYPEN83PJJ2K2Z200XTUV93MA0WTMAGQ0Q9V4E\n",
"public": "dkauthor1r6jxvez3w54kz587mt0u772wc0hhvanvwn9zl2gn28qv9ah5tnxqf7plc3",
"public_key": "1ea4666451752b6150fedadfcf794ec3ef76766c74ca2fa91351c0c2f6f45ccc",
"secret": "DKAUTHOR-SECRET-KEY-12CCUJTQ7YUKXDG5EXAUWFYPEN83PJJ2K2Z200XTUV93MA0WTMAGQ0Q9V4E",
"seed": "5631c92c1e272c66a2993778e4903999e21949565094f7997c6163bebdcbdf50",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor1hnlt3np6n6e7qhhk5ctkepdgcnnyc5sdk4w78vjq5khakfw5ju8szuj45j\nDKAUTHOR-SECRET-KEY-1M4AWSNMF5U3YDLCQANW2DYPHV5E4AWYAZEZX7TH3SE7NPHKUTLJSE7CG8C\n",
"public": "dkauthor1hnlt3np6n6e7qhhk5ctkepdgcnnyc5sdk4w78vjq5khakfw5ju8szuj45j",
"public_key": "bcfeb8cc3a9eb3e05ef6a6176c85a8c4e64c520db55de3b240a5afdb25d4970f",
"secret": "DKAUTHOR-SECRET-KEY-1M4AWSNMF5U3YDLCQANW2DYPHV5E4AWYAZEZX7TH3SE7NPHKUTLJSE7CG8C",
"seed": "dd7ae84f69a72246ff00ecdca6903765335eb89d16446f2ef1867d30dedc5fe5",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor1s0jpdnzp0e044e8djakxku5gxvwjnhxumv404zq72d2yz8ul4uesjhq2mz\nDKAUTHOR-SECRET-KEY-1NRVWPN0N4EYAYEXU0ES7C7W02EG43K4F6SHPRTU6U2LT8N36L8HQ09HH52\n",
"public": "dkauthor1s0jpdnzp0e044e8djakxku5gxvwjnhxumv404zq72d2yz8ul4uesjhq2mz",
"public_key": "83e416cc417e5f5ae4ed976c6b7288331d29dcdcdb2afa881e5354411f9faf33",
"secret": "DKAUTHOR-SECRET-KEY-1NRVWPN0N4EYAYEXU0ES7C7W02EG43K4F6SHPRTU6U2LT8N36L8HQ09HH52",
"seed": "98d8e0cdf3ae49d264dc7e61ec79cf565158daa9d42e11af9ae2beb3ce3af9ee",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor10wkzrjhhwxyl45829lwsx788c46xlh0n9ajq64zgfl7xct9q5s3qt0pcff\nDKAUTHOR-SECRET-KEY-16TCXCV570YFEJ0HLRJLU6HD0F54S7WS0P8P925U3KAHTGXCE386Q7YKUUA\n",
"public": "dkauthor10wkzrjhhwxyl45829lwsx788c46xlh0n9ajq64zgfl7xct9q5s3qt0pcff",
"public_key": "7bac21caf77189fad0ea2fdd0378e7c5746fddf32f640d54484ffc6c2ca0a422",
"secret": "DKAUTHOR-SECRET-KEY-16TCXCV570YFEJ0HLRJLU6HD0F54S7WS0P8P925U3KAHTGXCE386Q7YKUUA",
"seed": "d2f06c329e7913993eff1cbfcd5daf4d2b0f3a0f09c2555391b76eb41b1989f4",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor1fn302dwv6hkg378k3wen94ty5gc3mselwq2gzhwhjx8muhps8vmqpclk6n\nDKAUTHOR-SECRET-KEY-1M3EGR8PG4ZY9MYCR3F3AKESSJSM4ZG0XH8V62HHEXAVGJ0F79YDQ49RXK9\n",
"public": "dkauthor1fn302dwv6hkg378k3wen94ty5gc3mselwq2gzhwhjx8muhps8vmqpclk6n",
"public_key": "4ce2f535ccd5ec88f8f68bb332d564a2311dc33f7014815dd7918fbe5c303b36",
"secret": "DKAUTHOR-SECRET-KEY-1M3EGR8PG4ZY9MYCR3F3AKESSJSM4ZG0XH8V62HHEXAVGJ0F79YDQ49RXK9",
"seed": "dc72819c28a8885d93038a63db661094375121e6b9d9a55ef93758893d3e291a",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor1nw7ttdu6zzarrcx0zfjs0ffk4kf33ckr6w967annakwxsvw2rzys3du5sm\nDKAUTHOR-SECRET-KEY-1KXRJFXE4YS87ML4HYW2R0QR3K7H78ZK03ECS0XN032V7NMSKV2QQRH2XP8\n",
"public": "dkauthor1nw7ttdu6zzarrcx0zfjs0ffk4kf33ckr6w967annakwxsvw2rzys3du5sm",
"public_key": "9bbcb5b79a10ba31e0cf126507a536ad9318e2c3d38baf7673ed9c6831ca1889",
"secret": "DKAUTHOR-SECRET-KEY-1KXRJFXE4YS87ML4HYW2R0QR3K7H78ZK03ECS0XN032V7NMSKV2QQRH2XP8",
"seed": "b187249b35240fedfeb72394378071b7afe38acf8e71079a6f8a99e9ee166280",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor1zlm0tmgfy3rujlksc6zn7wzc4lnk8jppukpnwxhxkenmrzntf3nq7x5wdr\nDKAUTHOR-SECRET-KEY-1HF2J4WZ8QUZDHLDAEK3THJ5JKVJ7PRE0VP3S39YCX4SYS8NMZDHS4VA6C2\n",
"public": "dkauthor1zlm0tmgfy3rujlksc6zn7wzc4lnk8jppukpnwxhxkenmrzntf3nq7x5wdr",
"public_key": "17f6f5ed092447c97ed0c6853f3858afe763c821e583371ae6b667b18a6b4c66",
"secret": "DKAUTHOR-SECRET-KEY-1HF2J4WZ8QUZDHLDAEK3THJ5JKVJ7PRE0VP3S39YCX4SYS8NMZDHS4VA6C2",
"seed": "ba552ab8470704dbfdbdcda2bbca92b325e08f2f60630894983560481e7b136f",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor1sc2tqjg8d4y9ln90f09nzl9l08sxjrpp6mvezjglx5hsuv6w7rfs6pyye9\nDKAUTHOR-SECRET-KEY-1593EVYNZH03A5EMWJQUQCDCCU38XPQRYL0798NZK4Z0NU5L2PCWSAR33PR\n",
"public": "dkauthor1sc2tqjg8d4y9ln90f09nzl9l08sxjrpp6mvezjglx5hsuv6w7rfs6pyye9",
"public_key": "8614b049076d485fccaf4bcb317cbf79e0690c21d6d991491f352f0e334ef0d3",
"secret": "DKAUTHOR-SECRET-KEY-1593EVYNZH03A5EMWJQUQCDCCU38XPQRYL0798NZK4Z0NU5L2PCWSAR33PR",
"seed": "a163961262bbe3da676e90380c3718e44e608064fbfc53cc56a89f3e53ea0e1d",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor1s4tlmtrhtjr3eh5vr3cx7ej34z9qkkjstgltjy5a3jzancrs62hqgd2fcg\nDKAUTHOR-SECRET-KEY-1QM6UG5WXZQ8GYVR793ETTHDT2E9LFG0QD3FLLLZY28L8JYDAD5GQKTPM8W\n",
"public": "dkauthor1s4tlmtrhtjr3eh5vr3cx7ej34z9qkkjstgltjy5a3jzancrs62hqgd2fcg",
"public_key": "8557fdac775c871cde8c1c706f6651a88a0b5a505a3eb9129d8c85d9e070d2ae",
"secret": "DKAUTHOR-SECRET-KEY-1QM6UG5WXZQ8GYVR793ETTHDT2E9LFG0QD3FLLLZY28L8JYDAD5GQKTPM8W",
"seed": "06f5c451c6100e82307e2c72b5ddab564bf4a1e06c53fffc4451fe7911bd6d10",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor17sc6pxkn8f9x5zhef6pah35zycnhcglhh833pkt5mmxj2c47m2vq78xt6d\nDKAUTHOR-SECRET-KEY-1KVSWX2UL2P8W4540GHM380H3PEA098HE3VGJE6JPPKDRE9J3Y4JQAAESGP\n",
"public": "dkauthor17sc6pxkn8f9x5zhef6pah35zycnhcglhh833pkt5mmxj2c47m2vq78xt6d",
"public_key": "f431a09ad33a4a6a0af94e83dbc68226277c23f7b9e310d974decd2562beda98",
"secret": "DKAUTHOR-SECRET-KEY-1KVSWX2UL2P8W4540GHM380H3PEA098HE3VGJE6JPPKDRE9J3Y4JQAAESGP",
"seed": "b320e32b9f504eead2af45f713bef10e7af29ef98b112cea410d9a3c96512564",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor1cd07h2umtnv5eh8ghwxzyg9grwhz5efa4ke4805e9tr3pa0x7uyqwg5nzm\nDKAUTHOR-SECRET-KEY-12YHT49YNRJY9L7XCG58N7S3T8MYTX2ZJKHDMRQJX2X0Q7GQJRM2QHKZQ4R\n",
"public": "dkauthor1cd07h2umtnv5eh8ghwxzyg9grwhz5efa4ke4805e9tr3pa0x7uyqwg5nzm",
"public_key": "c35febab9b5cd94cdce8bb8c2220a81bae2a653dadb353be992ac710f5e6f708",
"secret": "DKAUTHOR-SECRET-KEY-12YHT49YNRJY9L7XCG58N7S3T8MYTX2ZJKHDMRQJX2X0Q7GQJRM2QHKZQ4R",
"seed": "512eba94931c885ff8d8450f3f422b3ec8b32852b5dbb18246519e0f20121ed4",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor1egtlcu60e70lszux8cq3aq302s90c5j8rl8a33xl4pvwe08e3y9q7s55le\nDKAUTHOR-SECRET-KEY-1P5SL7SKTULLQ8WDQS43R0CZ3DA06N7GF7YH7JTDGZ24FGXKWK3QSXUXQVR\n",
"public": "dkauthor1egtlcu60e70lszux8cq3aq302s90c5j8rl8a33xl4pvwe08e3y9q7s55le",
"public_key": "ca17fc734fcf9ff80b863e011e822f540afc52471fcfd8c4dfa858ecbcf9890a",
"secret": "DKAUTHOR-SECRET-KEY-1P5SL7SKTULLQ8WDQS43R0CZ3DA06N7GF7YH7JTDGZ24FGXKWK3QSXUXQVR",
"seed": "0d21ff42cbe7fe03b9a0856237e0516f5fa9f909f12fe92da812aa941aceb441",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor12qgtmz5egtar2dnln80mn0y4yxmvxs9h27qpuymwqqv6muclvnfsn6k39c\nDKAUTHOR-SECRET-KEY-1959JAUZECYFZX2K4EJLAVVYWRNANF03KZW4MC2UL9UW7DHEP5H6SJJCZ35\n",
"public": "dkauthor12qgtmz5egtar2dnln80mn0y4yxmvxs9h27qpuymwqqv6muclvnfsn6k39c",
"public_key": "5010bd8a9942fa35367f99dfb9bc9521b6c340b757801e136e0019adf31f64d3",
"secret": "DKAUTHOR-SECRET-KEY-1959JAUZECYFZX2K4EJLAVVYWRNANF03KZW4MC2UL9UW7DHEP5H6SJJCZ35",
"seed": "2d0b2ef059c112232ad5ccbfd6308e1cfb34be3613abbc2b9f2f1de6df21a5f5",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor177l7pm6f3masmxhv90g2jvf0xdcer7zp47dfauq073euesck6t9qhdwtuh\nDKAUTHOR-SECRET-KEY-1T9ZX60U6WHDMCN2P78KKTW9QLLPSW9SJLWVJA58HNWENTVM376SQSZGGDM\n",
"public": "dkauthor177l7pm6f3masmxhv90g2jvf0xdcer7zp47dfauq073euesck6t9qhdwtuh",
"public_key": "f7bfe0ef498efb0d9aec2bd0a9312f337191f841af9a9ef00ff473ccc316d2ca",
"secret": "DKAUTHOR-SECRET-KEY-1T9ZX60U6WHDMCN2P78KKTW9QLLPSW9SJLWVJA58HNWENTVM376SQSZGGDM",
"seed": "59446d3f9a75dbbc4d41f1ed65b8a0ffc3071612fb992ed0f79bb335b371f6a0",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor12tqvleju7weqedaycschckjenutagatp2rrtvnlsehc6aehzacxqy9tk9h\nDKAUTHOR-SECRET-KEY-1K5RNFRJ5RRG2943NN6C04MXSMK8KW0GMZ29T44JJ9UX4QGRYJ2XQSD8TVA\n",
"public": "dkauthor12tqvleju7weqedaycschckjenutagatp2rrtvnlsehc6aehzacxqy9tk9h",
"public_key": "52c0cfe65cf3b20cb7a4c4317c5a599f17d4756150c6b64ff0cdf1aee6e2ee0c",
"secret": "DKAUTHOR-SECRET-KEY-1K5RNFRJ5RRG2943NN6C04MXSMK8KW0GMZ29T44JJ9UX4QGRYJ2XQSD8TVA",
"seed": "b507348e5418d0a2d6339eb0faecd0dd8f673d1b128abad6522f0d502064928c",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor1wvf4et50k3lrn8tsffs3suam979dfs05w9zh86dlerevsxz8wk3q9ryuyl\nDKAUTHOR-SECRET-KEY-1KCVS57ZCE49CG0EUXC534A2FJG82E9HJXE04TGKH5E6UP8RQWZQQVQUECR\n",
"public": "dkauthor1wvf4et50k3lrn8tsffs3suam979dfs05w9zh86dlerevsxz8wk3q9ryuyl",
"public_key": "73135cae8fb47e399d704a611873bb2f8ad4c1f4714573e9bfc8f2c8184775a2",
"secret": "DKAUTHOR-SECRET-KEY-1KCVS57ZCE49CG0EUXC534A2FJG82E9HJXE04TGKH5E6UP8RQWZQQVQUECR",
"seed": "b6190a7858cd4b843f3c36291af549920eac96f2365f55a2d7a675c09c607080",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor1pz24c5wjcm5szz2guncs6kqlsy9u0h9p2dxr2far2206tjrlxljq86p25j\nDKAUTHOR-SECRET-KEY-1V6QCQFMUGTJRKDYQZEJT9DJF0V2MTA7ZWT9LT6VEXDNUQ9CACGVQ58SM24\n",
"public": "dkauthor1pz24c5wjcm5szz2guncs6kqlsy9u0h9p2dxr2far2206tjrlxljq86p25j",
"public_key": "08955c51d2c6e9010948e4f10d581f810bc7dca1534c3527a3529fa5c87f37e4",
"secret": "DKAUTHOR-SECRET-KEY-1V6QCQFMUGTJRKDYQZEJT9DJF0V2MTA7ZWT9LT6VEXDNUQ9CACGVQ58SM24",
"seed": "668180277c42e43b34801664b2b6497b15b5f7c272cbf5e9993367c0171dc218",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor1k53un6t54tmvdy92ka30juhx9jvajkm4j6w297fkj9s4t4hq67nqjclst8\nDKAUTHOR-SECRET-KEY-1C3D26GL65JP42HHZ24KJTLJDCF6UGW0VZFC33475VT07NETCGZ5QM4RDKX\n",
"public": "dkauthor1k53un6t54tmvdy92ka30juhx9jvajkm4j6w297fkj9s4t4hq67nqjclst8",
"public_key": "b523c9e974aaf6c690aab762f972e62c99d95b75969ca2f936916155d6e0d7a6",
"secret": "DKAUTHOR-SECRET-KEY-1C3D26GL65JP42HHZ24KJTLJDCF6UGW0VZFC33475VT07NETCGZ5QM4RDKX",
"seed": "c45aad23faa483555ee2556d25fe4dc275c439ec127118d7d462dfe9e57840a8",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor1v8t994fgcad8m0sp9k723daw0geyptjg34mhtz9tzwcpl8fdlrgql0pukz\nDKAUTHOR-SECRET-KEY-1X9EGLVVE4CNTHMFSZSC5MNCPYW5JNDSV9FR42D6QW3WAD26UFRGSC25600\n",
"public": "dkauthor1v8t994fgcad8m0sp9k723daw0geyptjg34mhtz9tzwcpl8fdlrgql0pukz",
"public_key": "61d652d528c75a7dbe012dbca8b7ae7a3240ae488d777588ab13b01f9d2df8d0",
"secret": "DKAUTHOR-SECRET-KEY-1X9EGLVVE4CNTHMFSZSC5MNCPYW5JNDSV9FR42D6QW3WAD26UFRGSC25600",
"seed": "31728fb199ae26bbed3014314dcf0123a929b60c2a47553740745dd6ab5c48d1",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor1l54h2hwjct0n8m87pe7awv5s224q9pzm9sgsznswaukr5kr5w78sx9jevq\nDKAUTHOR-SECRET-KEY-1SHYE4CL6SPCJ8JEJ8NTUZYSD2WA43KGNFJ9GVQF7QJRG508SDNNQR345KN\n",
"public": "dkauthor1l54h2hwjct0n8m87pe7awv5s224q9pzm9sgsznswaukr5kr5w78sx9jevq",
"public_key": "fd2b755dd2c2df33ecfe0e7dd7329052aa02845b2c11014e0eef2c3a5874778f",
"secret": "DKAUTHOR-SECRET-KEY-1SHYE4CL6SPCJ8JEJ8NTUZYSD2WA43KGNFJ9GVQF7QJRG508SDNNQR345KN",
"seed": "85c99ae3fa807123cb323cd7c1120d53bb58d9134c8a86013e04868a3cf06ce6",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor1lkrmh76jffk8l5tsmq884zv9l74c4pvcdlk67ck0352my3v4ld4srwu6w2\nDKAUTHOR-SECRET-KEY-1EY0U3N9RP28GXJEC2YGGRUJPHYM6JAYHP78C9W3KVRTXM3HFPSLSHGGLC7\n",
"public": "dkauthor1lkrmh76jffk8l5tsmq884zv9l74c4pvcdlk67ck0352my3v4ld4srwu6w2",
"public_key": "fd87bbfb524a6c7fd170d80e7a8985ffab8a85986fedaf62cf8d15b24595fb6b",
"secret": "DKAUTHOR-SECRET-KEY-1EY0U3N9RP28GXJEC2YGGRUJPHYM6JAYHP78C9W3KVRTXM3HFPSLSHGGLC7",
"seed": "c91fc8cca30a8e834b38511081f241b937a974970f8f82ba3660d66dc6e90c3f",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor1rqu2rkqhlxfmn3ewhzne2smqm2xfldym49k324rnr738ffkve00qk6se7a\nDKAUTHOR-SECRET-KEY-1W074LC5SWYMTX2UL8U6EL6AAHW7X9D23TTZJ852UPY0HYG9T9JQSQYN3Q8\n",
"public": "dkauthor1rqu2rkqhlxfmn3ewhzne2smqm2xfldym49k324rnr738ffkve00qk6se7a",
"public_key": "1838a1d817f993b9c72eb8a7954360da8c9fb49ba96d1554731fa274a6cccbde",
"secret": "DKAUTHOR-SECRET-KEY-1W074LC5SWYMTX2UL8U6EL6AAHW7X9D23TTZJ852UPY0HYG9T9JQSQYN3Q8",
"seed": "73fd5fe2907136b32b9f3f359febbdbbbc62b5515ac523d15c091f7220ab2c81",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
},
{
"gostring": "DKAUTHOR-SECRET-KEY-1… (hidden)",
"marshal": "# public key: dkauthor10scrtvyd44zrq26gsrtux0640wcls6sfvvwetl30yx5rejlknh5s5sdtz7\nDKAUTHOR-SECRET-KEY-16QR8DPT9HWRED0GEWLQWLSYYEVPSESDAV59X4H8Y0N3RE85J6GRSNJ75WM\n",
"public": "dkauthor10scrtvyd44zrq26gsrtux0640wcls6sfvvwetl30yx5rejlknh5s5sdtz7",
"public_key": "7c3035b08dad44302b4880d7c33f557bb1f86a09631d95fe2f21a83ccbf69de9",
"secret": "DKAUTHOR-SECRET-KEY-16QR8DPT9HWRED0GEWLQWLSYYEVPSESDAV59X4H8Y0N3RE85J6GRSNJ75WM",
"seed": "d006768565bb8796bd1977c0efc084cb030cc1bd650a6adce47ce23c9e92d207",
"string": "DKAUTHOR-SECRET-KEY-1… (hidden)"
}
],
"public_errors": [
{
"error": "authorkey: a public key has 32 bytes, not 0",
"length": 0
},
{
"error": "authorkey: a public key has 32 bytes, not 31",
"length": 31
},
{
"error": "authorkey: a public key has 32 bytes, not 33",
"length": 33
},
{
"error": "authorkey: a public key has 32 bytes, not 64",
"length": 64
}
],
"seed_errors": [
{
"error": "authorkey: a seed has 0 bytes, not 32",
"length": 0
},
{
"error": "authorkey: a seed has 31 bytes, not 32",
"length": 31
},
{
"error": "authorkey: a seed has 33 bytes, not 32",
"length": 33
},
{
"error": "authorkey: a seed has 64 bytes, not 32",
"length": 64
}
]
},
"public": [
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"public_key": "9bbc1e233395101b29d64b9ec74c50b4948cdbe3a590bc40774250b1d6953648",
"text": 0
},
{
"in": "444b415554484f52314e5737505547454e4a3547504b32574b46573056574e5a534b4a3247454b4c52354b475443535248474647545234353458455951393855594a36",
"text": 1
},
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"public_key": "9bbc1e233395101b29d64b9ec74c50b4948cdbe3a590bc40774250b1d6953648",
"text": 0
},
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"public_key": "9bbc1e233395101b29d64b9ec74c50b4948cdbe3a590bc40774250b1d6953648",
"text": 0
},
{
"in": "644b415554484f52314e5737505547454e4a3547504b32574b46573056574e5a534b4a3247454b4c52354b475443535248474647545234353458455951393855594a36",
"text": 1
},
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"public_key": "9bbc1e233395101b29d64b9ec74c50b4948cdbe3a590bc40774250b1d6953648",
"text": 0
},
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"public_key": "9bbc1e233395101b29d64b9ec74c50b4948cdbe3a590bc40774250b1d6953648",
"text": 0
},
{
"in": "",
"text": 2
},
{
"in": "64",
"text": 3
},
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a",
"text": 4
},
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a3671",
"text": 5
},
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 6
},
{
"in": "206b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 7
},
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a20",
"text": 8
},
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a0a",
"text": 9
},
{
"in": "716b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "706b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "626b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "696b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "6f6b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "316b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "306b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "5a6b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 1
},
{
"in": "206b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 7
},
{
"in": "006b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 11
},
{
"in": "7f6b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 12
},
{
"in": "226b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "5c6b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "6471617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "6470617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "6462617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "646b717574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "646b707574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "646b627574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "646b617174686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "646b617074686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "646b616274686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "646b617571686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "646b617570686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "646b617562686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "646b617574716f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
},
{
"in": "646b617574706f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 10
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Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
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Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
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"in": "c36b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 1
},
{
"in": "646b61c374686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 1
},
{
"in": "646b617574686f72c36e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 1
},
{
"in": "646b617574686f7231c37737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 1
},
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796ac3",
"text": 1
},
{
"in": "c3a9617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 167
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b61c3a9686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 166
},
{
"in": "646b617574686f72c3a97737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 16
},
{
"in": "646b617574686f7231c3a937707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 168
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b67746373726867666774723435347865797139387579c3a9",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 169
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "e282ac7574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 170
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b61e282ac6f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 171
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72e282ac37707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 16
},
{
"in": "646b617574686f7231e282ac707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 172
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875e282ac",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 173
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "c4b0617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 1
},
{
"in": "646b61c4b0686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 1
},
{
"in": "646b617574686f72c4b07737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 1
},
{
"in": "646b617574686f7231c4b037707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 1
},
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b67746373726867666774723435347865797139387579c4b0",
"text": 1
},
{
"in": "c39f617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 174
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b61c39f686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 175
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72c39f7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 16
},
{
"in": "646b617574686f7231c39f37707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 176
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b67746373726867666774723435347865797139387579c39f",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 177
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "c785617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 1
},
{
"in": "646b61c785686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 1
},
{
"in": "646b617574686f72c7857737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 1
},
{
"in": "646b617574686f7231c78537707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 1
},
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b67746373726867666774723435347865797139387579c785",
"text": 1
},
{
"in": "c2a0617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 178
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b61c2a0686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 179
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72c2a07737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 16
},
{
"in": "646b617574686f7231c2a037707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 180
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b67746373726867666774723435347865797139387579c2a0",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 181
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "efbfbd7574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 182
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b61efbfbd6f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 183
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72efbfbd37707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 16
},
{
"in": "646b617574686f7231efbfbd707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 184
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875efbfbd",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 185
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "f09f988074686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 186
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b61f09f988072316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 187
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72f09f9880707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
"text": 16
},
{
"in": "646b617574686f7231f09f98807567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b677463737268676667747234353478657971393875796a36",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 188
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316e7737707567656e6a3567706b32776b66773076776e7a736b6a3267656b6c72356b6774637372686766677472343534786579713938f09f9880",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 189
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"public_key": "a93701c0290b71a3f0d3aa82d5363b3caac6a60b5204cb16e7d2337cb8d354b1",
"text": 0
},
{
"in": "444b415554484f523134594d5352535046504443363855584e343250443244334d384a34564446535432475a564b394838364745484557584e324a4353464756444833",
"text": 1
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"public_key": "a93701c0290b71a3f0d3aa82d5363b3caac6a60b5204cb16e7d2337cb8d354b1",
"text": 0
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"public_key": "a93701c0290b71a3f0d3aa82d5363b3caac6a60b5204cb16e7d2337cb8d354b1",
"text": 0
},
{
"in": "644b415554484f523134594d5352535046504443363855584e343250443244334d384a34564446535432475a564b394838364745484557584e324a4353464756444833",
"text": 1
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"public_key": "a93701c0290b71a3f0d3aa82d5363b3caac6a60b5204cb16e7d2337cb8d354b1",
"text": 0
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"public_key": "a93701c0290b71a3f0d3aa82d5363b3caac6a60b5204cb16e7d2337cb8d354b1",
"text": 0
},
{
"in": "",
"text": 2
},
{
"in": "64",
"text": 3
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a63736667766468",
"text": 4
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a637366677664683371",
"text": 5
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"text": 6
},
{
"in": "206b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"text": 7
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646820",
"text": 8
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a637366677664680a",
"text": 9
},
{
"in": "646b617574686f713134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a63737034347a6536",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 190
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f713134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a63737034347a6536",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 190
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "786b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a63736571366b3076",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 191
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f3134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a637371617678396a65",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 192
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f3134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a63737071366a733074",
"text": 163
},
{
"in": "646b617574686f72783134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6371646a32386b",
"text": 164
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6333353763633272",
"text": 163
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a636c6b396c336766",
"text": 163
},
{
"in": "646b617574686f72783134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a37757a333036",
"text": 4
},
{
"in": "646b617574683134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a637371716a78676c7a67",
"text": 164
},
{
"in": "646b617574686f313134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a63617633747878",
"text": 4
},
{
"in": "3134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373717171717171717171636c72787a64",
"text": 5
},
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
{
"in": "646b61ff74686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373316776646833",
"text": 1
},
{
"in": "646b61ff74686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6331666776646833",
"text": 1
},
{
"in": "646b61ff74686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a3173666776646833",
"text": 1
},
{
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"text": 165
},
{
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"text": 166
},
{
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"text": 166
},
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
{
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{
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"text": 1
},
{
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"text": 1
},
{
"in": "c3a9617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 167
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b61c3a9686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"text": 166
},
{
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"text": 16
},
{
"in": "646b617574686f7231c3a96d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 168
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a637366677664c3a9",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 169
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "e282ac7574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 170
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b61e282ac6f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 171
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72e282ac6d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"text": 16
},
{
"in": "646b617574686f7231e282ac7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 172
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776e282ac",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 173
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "c4b0617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"text": 1
},
{
"in": "646b61c4b0686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"text": 1
},
{
"in": "646b617574686f72c4b0796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"text": 1
},
{
"in": "646b617574686f7231c4b06d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"text": 1
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a637366677664c4b0",
"text": 1
},
{
"in": "c39f617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 174
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b61c39f686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 175
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72c39f796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"text": 16
},
{
"in": "646b617574686f7231c39f6d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 176
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a637366677664c39f",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 177
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "c785617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"text": 1
},
{
"in": "646b61c785686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"text": 1
},
{
"in": "646b617574686f72c785796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"text": 1
},
{
"in": "646b617574686f7231c7856d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"text": 1
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a637366677664c785",
"text": 1
},
{
"in": "c2a0617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 178
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b61c2a0686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 179
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72c2a0796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"text": 16
},
{
"in": "646b617574686f7231c2a06d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 180
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a637366677664c2a0",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 181
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "efbfbd7574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 182
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b61efbfbd6f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 183
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72efbfbd6d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"text": 16
},
{
"in": "646b617574686f7231efbfbd7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 184
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776efbfbd",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 185
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "f09f988074686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 186
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b61f09f9880723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 187
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72f09f98807372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
"text": 16
},
{
"in": "646b617574686f7231f09f988072737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a6373666776646833",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 188
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723134796d7372737066706463363875786e343270643264336d386a34766466737432677a766b396838366765686577786e326a63736667f09f9880",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 189
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316c396c6c34383576706e796e72776e6738687463366136647361377663387637736432713634733266647664303635727a7a737371736535386e",
"public_key": "f97ffa9e8c0cc931ba683dd78d774d877ccc1d9e83540d560a4b58d7ea8310a1",
"text": 0
},
{
"in": "646b617574686f7231356c7a70776d743768663732673734683835716d6834707a767364766e6571716d3071327938307534746167767933776d76647377756d39307a",
"public_key": "a7c4176d7eba7ca47ab73d01bbd422641ac9e400dbc0a21dfcaafa86122edb1b",
"text": 0
},
{
"in": "646b617574686f7231377973716875356438346139737566356b70667a637568396c6b303270796a346d3477786d376a37366e70326c70397639746373387765727637",
"public_key": "f1200bf28d3d7a587134b0522c72e5fd9ea09255dd5c6dfa5ed4c2af84ac2af1",
"text": 0
},
{
"in": "646b617574686f723166306d76786c6e6e683879323365786a7566706771766538336a34766a67363575776e7832716863646378356837356175776173783633777763",
"public_key": "4bf6c37e73b9c8a8e4d2e2428033278caac92354e3a66502f86e0d4bfa9de3bb",
"text": 0
},
{
"in": "646b617574686f72317a706d737170776a79397a6d773565356a716b6e6d30677366796478376767326c32716438796d6177636439647363673668347135736130376a",
"public_key": "10770005d22145b75334902d3dbd10491a6f210afa80d3937d761a56c308d5ea",
"text": 0
},
{
"in": "646b617574686f72317a706d737170776a79397a6d773565356a716b6e6d30677366796478376767326c32716438796d6177636439647363673668347135736130376a",
"public_key": "10770005d22145b75334902d3dbd10491a6f210afa80d3937d761a56c308d5ea",
"text": 0
},
{
"in": "646b617574686f72317a706d737170776a79397a6d773565356a716b6e6d30677366796478376767326c32716438796d6177636439647363673668347135736130376a",
"public_key": "10770005d22145b75334902d3dbd10491a6f210afa80d3937d761a56c308d5ea",
"text": 0
},
{
"in": "646b617574686f72317a706d737170776a79397a6d773565356a716b6e6d30677366796478376767326c32716438796d6177636439647363673668347135736130376a",
"public_key": "10770005d22145b75334902d3dbd10491a6f210afa80d3937d761a56c308d5ea",
"text": 0
},
{
"in": "646b617574686f72317179717171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717174637a6e6d35",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316375746b35757061666876796c77337570646d71367972387075347a71356c363973757565336a77636c37683079347671646171617267673966",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231717171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717a71716636717a366a",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231796d35667472377a6b676e6d71337772376a796c396d7563377232616c747139363072727877643338717067736d326e6c737a7373306e6e6a6e",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231616e6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c737634796d706a",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231796d35667472377a6b676e6d71337772376a796c396d7563377232616c747139363072727877643338717067736d326e6c6a7a73357470356632",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72317171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717164376a397074",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316375746b35757061666876796c77337570646d71367972387075347a71356c363973757565336a77636c37683079347671306171653836303773",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723161686c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c73326e35646d64",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723161686c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c73776878327135",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231717971717171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717a7171307573357164",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231683930336a716c727a7364363233716a6835676e7379766c6833617479783436786b6c6673706a736173656e3076393963687373773075337371",
"public_key": "b95f1903e3141ba54412bd1138119fbc7ab21aba35be980650ec3337b0a5c5e1",
"text": 0
},
{
"in": "646b617574686f7231683930336a716c727a7364363233716a6835676e7379766c6833617479783436786b6c6673706a736173656e3076393963687373773075337371",
"public_key": "b95f1903e3141ba54412bd1138119fbc7ab21aba35be980650ec3337b0a5c5e1",
"text": 0
},
{
"in": "646b617574686f723171643564767866613266707133786135356871706e6e38306c653439746b70356a686a686d656664777567376d706a7635613773613668727873",
"public_key": "0368d6193d5242089bb4a5c019cceffe6a55d83495e57de52d7711ed864ca77d",
"text": 0
},
{
"in": "646b617574686f7231616e6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c737634796d706a",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231616e6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c7367336b753674",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723161686c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c73326e35646d64",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723161686c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c73776878327135",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231616d6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c73716564377539",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231616d6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c7379616c653875",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231616c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c73786c61677836",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231616c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c737a6d30306172",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723137726c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c737430386e6533",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723137726c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c73307434357a67",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723137386c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c73646668397277",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723137386c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c736664397a6368",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723137746c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c733872776b7978",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723137746c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c73723875336c6c",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723137306c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c73703937713765",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723137306c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c73397076383971",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231376e6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c736e683465326b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231376e6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c73686e38373330",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723137686c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c73343339307366",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723137686c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c73333468677473",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231376d6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c736c6d75756870",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231376d6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c736d6c776d7663",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231376c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c73656176326437",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231376c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c73616537646b38",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316c726c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c73656b67323832",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316c726c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c73616a3664756e",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316c386c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c736c7363756134",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316c386c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c736d35326d7876",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316c746c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c73343670303661",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316c746c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c7333376e677079",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316c306c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c736e753365717a",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316c306c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c73686372376d6d",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316c6e6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c73707736713564",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316c6e6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c73393267383035",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316c686c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c733867326b776a",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316c686c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c73727663333474",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316c6d6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c73647a6e396636",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316c6d6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c736678707a6a72",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c737479726e6e39",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c73307133356775",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231717171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717a71716636717a366a",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231717171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717a71716636717a366a",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72317171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717164376a397074",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231717171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717a71716636717a366a",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72317179717171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717174637a6e6d35",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231717971717171717171717171717171717171717171717171717171717171717171717171717171717171717171717171717a7171307573357164",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231616e6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c616c737634796d706a",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231616e6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c6c7367336b753674",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72317363737771336133686e7865746b37646a6e736b6d6579787435773666706d65767375666a797979377968716a616d61353735736a757a34687a",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723163727766396e7a77677167323934646a707a7676657835343530357735353272753872666b6c6c3634306d6a3372333363777a713561636d6a6c",
"public_key": "c0dc92cc4e4010a2d5b20898cc9a95a3e8ea5143e1c69b7ffaabf7288e31c384",
"text": 0
},
{
"in": "646b617574686f7231373074323570757930356d656136656e76763664747a6530336b3372776a6a3578656732346c667936727a636771326c3273377368786d723735",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231776136686664786a72773934726779303630777635306864777a6373783777306676646434636637677074613339706b783264736c796a36746a",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231377064756a37793370346b706b3064736137706e356d6d6c64776c34363673716871797a726b7068777a646c6632303076383773756c72676b33",
"public_key": "f05bc978910d6c1b3db0ef833a6f7f6bbf5d6a00b80821d837709bf4a9ef61fd",
"text": 0
},
{
"in": "646b617574686f723139636c7966706c3236746e6c667539333337753930746d3930717a343636656e7a396e3678613878717736617a6836673276337175706b326475",
"public_key": "2e3e4487ead2e7f4f0b18fb857af6578055d6b331167a374e603b5d15f485322",
"text": 0
},
{
"in": "646b617574686f7231647574387a66787735356a797a727876677a726466716b38796e6c70683071326a683430776673356639736c6832386868713273347161666e34",
"public_key": "6f167124cea524410ccc4086d482c724fe1bbc0a95eaf726144961fba8f7b815",
"text": 0
},
{
"in": "646b617574686f72313866763830377978707464386a79383279323972726d753637357667776d3235343568726d7a75357974706d747467386a676e7168726a616730",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231767a7461346765796c6770727a65676d643832706777767632666363373834797233667630656c6e6a376c636b6b337977687a7378796d6c6c75",
"public_key": "6097daa324fa0231651b69d414398c52718f1ea41c52c7e7f397bf8b5a2475c5",
"text": 0
},
{
"in": "646b617574686f7231787273656c3230756c6634397974393973736a33716d717170376467656479723332396536766d723678373775786b6365667473666579397475",
"public_key": "30e19fa9fcfa6a522ca58425106c000f9a8cb4838a8b9d3363d1bdee1ad8ca57",
"text": 0
},
{
"in": "646b617574686f723179656c74786e37726d7273616b37736465637265733861333563653875373868757534726776326b6d6d3063397a386436676771786d377a6667",
"public_key": "267eb34fc3d8e1db7a0dce07981fb1a6327e78f7e72a343156dedf8288edd210",
"text": 0
},
{
"in": "646b617574686f723132727a6b36346d7538776a326c74363639757537636b66376c33756c76727438636636617930386d303868703538747672716d73656161713378",
"public_key": "50c56d577c3ba4afaf5a2f39ec593efc79f60d67c275d23cfb79ee1a1d6c1837",
"text": 0
},
{
"in": "646b617574686f7231733774336b6677703368323264743763386d6a64683476686d3635736e6a7479686a76336d7a6b776a78796e776e79676c666373376630756630",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72313579677a3572357a357575677873747232706c6e3375637971666c343277786177326872323437337a363065396a746d7674687376353336336a",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723164657938377979306836326a34633271707a333674327a726a6b6479666a386e7a7035723063326e616637386a356b743964687366716d6a6b30",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231686430366e33347970653772656d7a6d7972397a6e64643068707234776467747437333936633361637275646135756e3367337336366d396b7a",
"public_key": "bb5fa9c6a40e7c3cec5b20ca29b5afb84757350b5fa25d623dc0f8ded3938a23",
"text": 0
},
{
"in": "646b617574686f72316436307774613974737130656e367034663035613678777a746533767271776a6c376d767a736839706b646d6c65663274723773326e7a616c65",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231756d666337737535676a6b3576343761706d6d376c6b6e67736e32776c6661756639756d776d75776671727368396a3632763371746b68376c70",
"public_key": "e6d38f439444ad4657dd0ef7efda6884d4efa7bc4979b76f8e48070b965a5322",
"text": 0
},
{
"in": "646b617574686f723175396677346635617335336e6e38716830677465787234617637326478357236687361777164633830796d6834726365303863736c72376c6739",
"public_key": "e152eaa69d8523399c177a17930ebd6794d3507abc3ae0370779377a8f1979f1",
"text": 0
},
{
"in": "646b617574686f723166336b7a72336874616a333730396164756e686372687374367837726b3570393935746c736c64653239747533616c3067777573683270656563",
"public_key": "4c6c21c6ebeca3e797ade4ef81de0bd1bc3b50252d17f87db95157c8f7ef43b9",
"text": 0
},
{
"in": "646b617574686f7231773435326d706c7076337675327775767771766332346c3872736b7271306c34346765706d6e7a6e7835673336646d3632767673677134736d72",
"public_key": "7568ad87e16459c53b8c70198557e71c2c303ff5aa321dcc5335111d377a5319",
"text": 0
},
{
"in": "646b617574686f72317534703679343079656a6e6e6c793437396568797a6a3637677a707479776a786676646a30336a30306d373561776c38717261713230766b376d",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316c6c79367964377a787476787538776868676461756d7435677535653976306d61723478336b786e71387a6b7173753476617873387770787334",
"public_key": "ffc9a237c232d86e1dd7ba1bde6d74472992b1fbe8ea68d8d301c5604395674d",
"text": 0
},
{
"in": "646b617574686f723136663439726d6d67746561756e6e6434343777746a3674377761656874653373777078747567713770367576337a3766727a78737267756d666e",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723176387175767967343471636c617776663078643574736c6b7739656b72663437666e307866656361646d6d63636d6a6e6c67687166646b37397a",
"public_key": "61c1c61115a831feb989799b45c3f6717361a6be4cde64e71d6ef78c6e53fa2e",
"text": 0
},
{
"in": "646b617574686f723164776a6a366c6e77633539667164683964616a71356d387032676d307472757135383668643866353773397178337565363268737368306d6634",
"public_key": "6ba52d7e6ec50a9036e56f640a6ce15236f58f80a1f5769d34f40a034799d2af",
"text": 0
},
{
"in": "646b617574686f723178376366776a35633468363734347a6c76763672687766746a79787235346876713261737577796377726a677878673970346d73727063616a76",
"public_key": "37b0974a98adf5ead45f63343bb92b910c3a56ec02bb0e389870e48319050d77",
"text": 0
},
{
"in": "646b617574686f72316e6d33356a757963396e6d736d337433396a77677a707463357533786b783873727974633373326d386a7279767566746d767473746c7178716d",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723132357a6777613964307133663974763030673637306877613865397035366a6830733968356675756d6b39676c38656464763971676d39357273",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723179756179757a61747974336679646b36703068787575336161727a686e647972767965666e64756c79637930307132367774377337766e706776",
"public_key": "273a4e0bab22e29236da0bee6e723de8c579b483613299b79f2608f7815a72fd",
"text": 0
},
{
"in": "646b617574686f7231707864736c346a3879377338677a7970346d733736686568637675306573676638656e72343563716b6c387a736473366b643971737673787135",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231726d34636b7073723574716e377861787268726d766d717664756732303634353274376c6565756c637537677973617a73656773777337326e76",
"public_key": "1eeb8b0603a2c13f1ba61dc7b66c0c6f10a7eab452fdfce79fc73c8243a28651",
"text": 0
},
{
"in": "646b617574686f7231616c3937683779333832637073327a6d6765677135716e676c326c7a39346436396a7474706377386d67756a7039663938667873647664776d67",
"public_key": "efcbebf8913ab018285b46500a0268fabe22d5ba2c96b0e1c7da392095253a4d",
"text": 0
},
{
"in": "646b617574686f72313633636c633038646676347a6d6c7a67617a306567397174653665356d727a3775736d64653038783972776d747132703730687330386d7a7864",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231656c6b6a73767772647330726c703639336a6434686671306d7065797a7463376b77663667757a756d6b757a6772657234777473363276687168",
"public_key": "cfed2831c36c1e3f87458c9b5ba40fd872412f1eb393a4705cddb8240f23ab97",
"text": 0
},
{
"in": "646b617574686f72316538666a6c3063766b363373326e3276337336617864397230366d756c777772613678737132756b61773964307a7a7a78646d71736473347865",
"public_key": "c9d32fbf0cb6a3054d4c8c35d334a37eb7cfb9c3ee8d002b96eb8ad788423376",
"text": 0
},
{
"in": "646b617574686f723178786d3837666c727a79736e366565346d61397661786d667168373567646b6d7073727561616633666a76793779636663303771743473356865",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f72316677753574353334617235706a73366776786c6c726c36716c3775706577393379657a333235636734767164787130677a35727161366b716a74",
"public_key": "4bb945d235e8e819434861bff1ff40ffb81cb8b12645155308ab00d301e81506",
"text": 0
},
{
"in": "646b617574686f723170706c666737763338343974743576376a3530703230686638366e6830736d726633746172337a393470333775333075336a6d716e6e636e7972",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231667067363634326a6d6472767876787663636a7574736a6e6c746e386c716e33356e6379363837643768777175376174366d73736c6d67727061",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231736a666837796b6d65667a6b6677786d67646178656d387936347967657a79386e667261743671747973377778356c7879773073796c64657a63",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723137666c70677a78796e796872733468666372766c34767037667466376172726637796b393935633467703664383870747a7a3273616d64727335",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231796b6675736b356d796a7a6d6a6539776e73666339656d356b307739716a616134356667397961363075673436756876636730717a3364357a72",
"public_key": "2593c85a9b2485b964ae9c1382e774b3dc504bbdad128293ba7f115d72ecc21e",
"text": 0
},
{
"in": "646b617574686f7231356333767a753668796b3065383330333663637164646d3037376a66397a36716e37326b64796164766a326a666437716e6a7071713264323571",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231776b36333076687a753976637230746a6c686a6b38726c63617577396c7165336e3977706e63367165326c36686d6b3335303773737a76716132",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231617578786a63687874776876776d6b7470706130676366357679727977636873356b37767661336a707464736832306437657173666a6a396839",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f723133766a6878726863666e707178366c7764346a6635333338733861747533616a6d6a363235353268706c6c6e3466663667327171757930776a72",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 193
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "646b617574686f7231366a746d7a67646c787061617a786a766c726465746163306865373939766a653579663530767a377879767130646675757779716e7668666a71",
"public_key": "d497b121bf307bd11a4cf8db95f70fbe7c52b259a11347b05e311807b53ce388",
"text": 0
}
],
"read": [
{
"file": [
{
"hex": "23207075626c6963206b65793a20646b617574686f72316e75636770653274636a68763573676d36646d61647972637366667a6371396c72336839383535733535716c6d7a6b616b366a736678326534670a444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0a"
}
],
"name": "Marshal",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a"
}
],
"name": "the line alone",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0a"
}
],
"name": "the line and LF",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "2320630d0a444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0d0a0d0a"
}
],
"name": "CR LF",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0d"
}
],
"name": "CR alone",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "444b415554484f522d530d45435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a"
}
],
"name": "CR inside",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 198
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "200920444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a20090b0c0d0a"
}
],
"name": "spaces and tabs",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "0a0a23206f6e650a2020232074776f0a0a444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0a232074687265650a0a"
}
],
"name": "comments and empty lines",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "23444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0a444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0a"
}
],
"name": "a comment without the space",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "2320fffe0a444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a"
}
],
"name": "a comment that is not UTF-8",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0a444b415554484f522d5345435245542d4b45592d315452583037324454454130304d5443514152304d4758515044355950534d395a4d38474e53374544305330515a534e36364a56534e34324151320a"
}
],
"name": "two keys",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 268
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0a444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0a"
}
],
"name": "the same key twice",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 268
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0a736f6d657468696e670a"
}
],
"name": "a key and something else",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 268
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "736f6d657468696e670a444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0a"
}
],
"name": "something else and a key",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 269
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "646b617574686f722d7365637265742d6b65792d3173396878787a776866347a7574667a303830767a7a74656c7236717468616567727061643374713568356673637878713274637178656d32706a"
}
],
"name": "a key in lower case",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "646b617574686f72316e75636770653274636a68763573676d36646d61647972637366667a6371396c72336839383535733535716c6d7a6b616b366a73667832653467"
}
],
"name": "a public key",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 270
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "4147452d5345435245542d4b45592d315151515151515151515151515151515151515151515151515151515151515151515151515151515151515151515151515151515151515151515151"
}
],
"name": "an age identity",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 271
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": ""
}
],
"name": "empty",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 272
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "0a"
}
],
"name": "LF",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 272
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "2320610a2320620a"
}
],
"name": "only comments",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 272
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "2020200a090a0b0c0a"
}
],
"name": "only spaces",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 272
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "00444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a"
}
],
"name": "NUL before the key",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 198
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "efbbbf444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a"
}
],
"name": "a BOM before the key",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 273
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "ff444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a"
}
],
"name": "a byte that is not UTF-8 before the key",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 198
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "85444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a"
}
],
"name": "NEL alone, not UTF-8",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 198
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "c285444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ac285"
}
],
"name": "NEL in UTF-8",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
{
"file": [
{
"hex": "444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae3808080"
}
],
"name": "a space and a stray continuation byte at the end",
"node": true,
"passphrase": "",
"text": 274
},
{
"file": [
{
"hex": "80e38080444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a"
}
],
"name": "a stray continuation byte and a space at the start",
"node": true,
"passphrase": "",
"text": 274
},
{
"file": [
{
"hex": "444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae380"
}
],
"name": "a space cut at the end",
"node": true,
"passphrase": "",
"text": 275
},
{
"file": [
{
"hex": "8080444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a"
}
],
"name": "a space cut at the start",
"node": true,
"passphrase": "",
"text": 275
},
{
"file": [
{
"hex": "444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae3808080808080"
}
],
"name": "four continuation bytes after a space",
"node": true,
"passphrase": "",
"text": 276
},
{
"file": [
{
"hex": "444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a2080"
}
],
"name": "a space after the key and a stray byte",
"node": true,
"passphrase": "",
"text": 275
},
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
{
"file": [
{
"hex": "444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d3250"
}
],
"name": "a key cut",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 197
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a78"
}
],
"name": "a key and a byte",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 198
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "6167652d656e6372797074696f6e2e6f72672f7631"
}
],
"name": "age-encryption.org/v1 without LF",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 277
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "6167652d656e6372797074696f6e2e6f72672f7631200a444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a"
}
],
"name": "age-encryption.org/v1 and a key",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 277
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "0808444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a080a"
}
],
"name": "U+0008 around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 273
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "0909444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a090a"
}
],
"name": "U+0009 around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "0b0b444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0b0a"
}
],
"name": "U+000B around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "0c0c444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0c0a"
}
],
"name": "U+000C around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "0d0d444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0d0a"
}
],
"name": "U+000D around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "0e0e444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0e0a"
}
],
"name": "U+000E around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 273
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "1f1f444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a1f0a"
}
],
"name": "U+001F around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 273
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "2020444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a200a"
}
],
"name": "U+0020 around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "c284c284444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ac2840a"
}
],
"name": "U+0084 around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 278
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "c285c285444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ac2850a"
}
],
"name": "U+0085 around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "c286c286444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ac2860a"
}
],
"name": "U+0086 around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 278
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "c29fc29f444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ac29f0a"
}
],
"name": "U+009F around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 278
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "c2a0c2a0444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ac2a00a"
}
],
"name": "U+00A0 around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "c2a1c2a1444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ac2a10a"
}
],
"name": "U+00A1 around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 278
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "e199bfe199bf444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae199bf0a"
}
],
"name": "U+167F around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 279
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "e19a80e19a80444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae19a800a"
}
],
"name": "U+1680 around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "e19a81e19a81444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae19a810a"
}
],
"name": "U+1681 around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 279
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "e1bfbfe1bfbf444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae1bfbf0a"
}
],
"name": "U+1FFF around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 279
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "e28080e28080444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae280800a"
}
],
"name": "U+2000 around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "e28081e28081444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae280810a"
}
],
"name": "U+2001 around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "e28082e28082444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae280820a"
}
],
"name": "U+2002 around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "e28083e28083444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae280830a"
}
],
"name": "U+2003 around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "e28084e28084444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae280840a"
}
],
"name": "U+2004 around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "e28085e28085444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae280850a"
}
],
"name": "U+2005 around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "e28086e28086444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae280860a"
}
],
"name": "U+2006 around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "e28087e28087444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae280870a"
}
],
"name": "U+2007 around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "e28088e28088444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae280880a"
}
],
"name": "U+2008 around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "e28089e28089444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae280890a"
}
],
"name": "U+2009 around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "e2808ae2808a444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae2808a0a"
}
],
"name": "U+200A around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "e2808be2808b444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae2808b0a"
}
],
"name": "U+200B around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 279
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "e280a7e280a7444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae280a70a"
}
],
"name": "U+2027 around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 279
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "e280a8e280a8444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae280a80a"
}
],
"name": "U+2028 around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "e280a9e280a9444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae280a90a"
}
],
"name": "U+2029 around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "e280aae280aa444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae280aa0a"
}
],
"name": "U+202A around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 279
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "e280aee280ae444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae280ae0a"
}
],
"name": "U+202E around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 279
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "e280afe280af444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae280af0a"
}
],
"name": "U+202F around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "e280b0e280b0444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae280b00a"
}
],
"name": "U+2030 around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 279
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "e2819ee2819e444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae2819e0a"
}
],
"name": "U+205E around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 279
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "e2819fe2819f444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae2819f0a"
}
],
"name": "U+205F around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "e281a0e281a0444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae281a00a"
}
],
"name": "U+2060 around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 279
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "e2bfbfe2bfbf444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae2bfbf0a"
}
],
"name": "U+2FFF around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 279
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "e38080e38080444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae380800a"
}
],
"name": "U+3000 around the line",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "e38081e38081444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504ae380810a"
}
],
"name": "U+3001 around the line",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 279
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "23"
},
{
"byte": 120,
"n": 65535
}
],
"name": "64 KiB of comment without LF",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 280
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "23"
},
{
"byte": 120,
"n": 65534
},
{
"hex": "0a"
}
],
"name": "64 KiB of comment with LF",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 272
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0a23"
},
{
"byte": 120,
"n": 65454
},
{
"hex": "0a"
}
],
"name": "a key, then a comment, 64 KiB in all",
"node": true,
"passphrase": "",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"byte": 32,
"n": 65536
}
],
"name": "64 KiB of spaces without LF",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 280
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0a23"
},
{
"byte": 120,
"n": 65456
}
],
"name": "64 KiB and a byte",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 281
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"byte": 35,
"n": 131072
}
],
"name": "128 KiB",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 281
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "6167652d656e6372797074696f6e2e6f72672f76310a"
},
{
"byte": 120,
"n": 65515
}
],
"name": "64 KiB and a byte, encrypted",
"node": true,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 281
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "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"
}
],
"name": "encrypted, work factor 1",
"node": true,
"passphrase": "p",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "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"
}
],
"name": "encrypted, work factor 2, UTF-8 passphrase",
"node": true,
"passphrase": "pässwörd €",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "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"
}
],
"name": "encrypted, wrong passphrase",
"node": true,
"passphrase": "q",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 282
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "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"
}
],
"name": "encrypted, no passphrase",
"node": true,
"passphrase": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 283
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "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"
}
],
"name": "encrypted, two keys",
"node": true,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 268
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "6167652d656e6372797074696f6e2e6f72672f76310a2d3e2073637279707420454d4e6f62336f4271556775476666485733436a316720310a3935396c6b446e4e6f777a7632635a7156654932457666325431387961373868336d7150613934365248340a2d2d2d205257634531334c5a4c74506465413837774279394a39634d6e5271734273576b525a795356316f534342510a6c5ef4efba7a310ec155068e636c7fbe7647923f968097f8ff5ace805e3628a3d15ae1064b22fb336acb"
}
],
"name": "encrypted, no key",
"node": true,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 272
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "6167652d656e6372797074696f6e2e6f72672f76310a2d3e207363727970742075784d526d6d4c6a7544345978686f3531354f66307720310a3075474839623249356b527a3873545244756d41596d31794a534a444955724d366470372f666e495a6c4d0a2d2d2d207642484f3747394e5258675a5a6c792b58464a457645506c727138383077465a45377478532b35644b58340a92b5d0f71cd2cf7885ebe9091aa5f581c05397aa933e237820c6c2c9b1a28efb"
}
],
"name": "encrypted, empty",
"node": true,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 272
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "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"
}
],
"name": "encrypted, a key in lower case",
"node": true,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "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"
}
],
"name": "encrypted, spaces around",
"node": true,
"passphrase": "p",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"hex": "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"
}
],
"name": "encrypted, work factor 17",
"node": false,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 284
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "6167652d656e6372797074696f6e2e6f72672f76310a2d3e2073637279707420796649453653526937663547393246647a35526c50512032320a3368374e48645742782f46324d6734535665353443774b39744a4d364a33676c795431324573634f714e340a2d2d2d20426f2f6d37594f31472f44322b4a61357471472b425a513976646c5a43574e4a67306e41346a4649544e4d0acb616203ebc6408024aa6ae233b7d7f19aa13bf755931344accd6f9a7b03cc5a12f2733a9865f6a7315e1dce09c4f84532bfceaa14a55f60383c7dd2c075fe9efc5846f2679e899acb7d183dd3ec00f4f55d8898dca4cdfe246389f46d4dd733f3dcbe241df763fc37207a2f1ab2f44c8b3801121856a0b72b9f11ad6d9de4871ef36496f563dc7f7d7cbeae67f9b74d3cfc7506161808a78a52155475207205925b398e23137038c9c84cc1d1faced2f347cd59a3554a15f149e705b9dfa7140a50"
}
],
"name": "encrypted, work factor edited to 22",
"node": true,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 285
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "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"
}
],
"name": "encrypted, work factor edited to 0",
"node": true,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 286
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "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"
}
],
"name": "encrypted, work factor edited to 01",
"node": true,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 287
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "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"
}
],
"name": "encrypted, work factor edited to 31",
"node": true,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 288
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "6167652d656e6372797074696f6e2e6f72672f76310a2d3e2073637279707420796649453653526937663547393246647a35526c5051202d310a3368374e48645742782f46324d6734535665353443774b39744a4d364a33676c795431324573634f714e340a2d2d2d20426f2f6d37594f31472f44322b4a61357471472b425a513976646c5a43574e4a67306e41346a4649544e4d0acb616203ebc6408024aa6ae233b7d7f19aa13bf755931344accd6f9a7b03cc5a12f2733a9865f6a7315e1dce09c4f84532bfceaa14a55f60383c7dd2c075fe9efc5846f2679e899acb7d183dd3ec00f4f55d8898dca4cdfe246389f46d4dd733f3dcbe241df763fc37207a2f1ab2f44c8b3801121856a0b72b9f11ad6d9de4871ef36496f563dc7f7d7cbeae67f9b74d3cfc7506161808a78a52155475207205925b398e23137038c9c84cc1d1faced2f347cd59a3554a15f149e705b9dfa7140a50"
}
],
"name": "encrypted, work factor edited to -1",
"node": true,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 289
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "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"
}
],
"name": "encrypted, work factor edited to 1 ",
"node": true,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 290
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "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"
}
],
"name": "encrypted, work factor edited to 16",
"node": false,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 282
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"length": 65263,
"sealed": {
"passphrase": "p",
"plain": [
{
"hex": "444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0a23"
},
{
"byte": 120,
"n": 65000
},
{
"hex": "0a"
}
],
"seed": "read enc 12",
"work_factor": 1
},
"sha256": "f65437636b33dc8af7306d00a9dd0cd67b8938c2a0b5b11b29193ef1ceabde73"
}
],
"name": "encrypted, 64 KiB of plaintext",
"node": true,
"passphrase": "p",
"public_key": "9f3080e54bc4aeca411bd377d6907882522c00bf1c6e53d290a501fd8addb6a5",
"secret": "DKAUTHOR-SECRET-KEY-1S9HXXZWHF4ZUTFZ080VZZTELR6QTHAEGRPAD3TQ5H5FSCXXQ2TCQXEM2PJ",
"text": 0
},
{
"file": [
{
"length": 65814,
"sealed": {
"passphrase": "p",
"plain": [
{
"hex": "444b415554484f522d5345435245542d4b45592d3153394858585a574846345a5554465a303830565a5a54454c5236515448414547525041443354513548354653435858513254435158454d32504a0a23"
},
{
"byte": 120,
"n": 65536
}
],
"seed": "read enc 13",
"work_factor": 1
},
"sha256": "e08ba4117ebd23952099274f456519d0dac8e0c520aa97904a653cf22c8764f2"
}
],
"name": "encrypted, more than 64 KiB",
"node": true,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 281
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "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"
}
],
"name": "encrypted, cut",
"node": true,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 291
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "6167652d656e6372797074696f6e2e6f72672f76310a2d3e207363727970742032774e6444337966694758304f747165347266517a4120310a3473772b7967493151514f4e6d392f77785849316d45547948675634626243536c704e61546d43647064670a"
}
],
"name": "encrypted, header only",
"node": true,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 292
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "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"
}
],
"name": "encrypted, last byte changed",
"node": true,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 291
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "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"
}
],
"name": "encrypted, MAC changed",
"node": true,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 293
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "6167652d656e6372797074696f6e2e6f72672f76310a2d3e20776861740a"
}
],
"name": "encrypted, garbage",
"node": true,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 294
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"file": [
{
"hex": "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"
}
],
"name": "encrypted for X25519",
"node": true,
"passphrase": "p",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 295
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
}
],
"runes": {
"cases": [
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,191,296],
[1,3,191,296],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,256,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,256,303],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,264,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,264,311],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,272,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,272,319],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,280,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,280,327],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,288,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,288,335],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,296,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,296,343],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,304,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,304,265],
[0,3,312,358],
[1,3,312,358],
[0,3,320,366],
[1,3,320,194],
[0,3,328,374],
[1,3,328,194],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,336,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,336,382],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,344,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,344,390],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,352,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,352,398],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,360,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,360,406],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,368,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,368,414],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,376,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,376,422],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,385,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,385,430],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,393,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,393,438],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,404,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,404,446],
[0,3,414,454],
[1,3,414,194],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,422,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,422,462],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,430,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,430,470],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,439,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,439,478],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,453,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,453,194],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,461,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,461,491],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,469,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,469,499],
[0,3,477,507],
[1,3,477,194],
[0,3,485,515],
[1,3,485,194],
[0,3,493,523],
[1,3,493,194],
[0,3,501,530],
[1,3,501,194],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,510,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,510,538],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,518,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,518,546],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,526,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,526,554],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,534,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,534,562],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,542,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,542,570],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,550,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,550,578],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,558,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,558,586],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,571,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,571,594],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,579,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,579,602],
[0,3,589,610],
[1,3,589,194],
[0,3,885,618],
[1,3,885,618],
[0,3,903,626],
[1,3,903,626],
[0,3,912,634],
[1,3,912,634],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,975,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,975,642],
[0,3,989,650],
[1,3,989,194],
[0,3,997,658],
[1,3,997,194],
[0,3,1005,666],
[1,3,1005,194],
[0,3,1016,674],
[1,3,1016,194],
[0,3,1119,682],
[1,3,1119,194],
[0,3,1127,690],
[1,3,1127,194],
[0,3,1135,698],
[1,3,1135,194],
[0,3,1143,706],
[1,3,1143,194],
[0,3,1151,714],
[1,3,1151,194],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1166,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1166,722],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1174,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1174,730],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1182,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1182,738],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1190,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1190,746],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1198,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1198,754],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1206,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1206,762],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1214,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1214,770],
[0,3,1222,778],
[1,3,1222,194],
[0,3,1230,786],
[1,3,1230,194],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1238,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1238,794],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1246,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1246,802],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1254,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1254,810],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1262,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1262,818],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1270,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1270,826],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1278,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1278,834],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1286,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1286,842],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1294,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1294,850],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1302,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1302,858],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1310,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1310,866],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1318,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1318,874],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,1326,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,1326,882],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,4293,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,4293,890],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,5024,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,5024,898],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7357,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7357,906],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7684,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7684,914],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7692,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7692,922],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7700,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7700,930],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7708,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7708,938],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7716,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7716,946],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7724,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7724,954],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7732,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7732,962],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7740,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7740,970],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7748,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7748,978],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7756,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7756,986],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7764,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7764,994],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7772,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7772,1002],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7780,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7780,1010],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7788,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7788,1018],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7796,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7796,1026],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7804,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7804,1034],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7812,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7812,1042],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7820,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7820,1050],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,7828,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,7828,1058],
[0,3,7843,1066],
[1,3,7843,194],
[0,3,7851,1074],
[1,3,7851,194],
[0,3,7859,1082],
[1,3,7859,194],
[0,3,7867,1090],
[1,3,7867,194],
[0,3,7875,1098],
[1,3,7875,194],
[0,3,7883,1106],
[1,3,7883,194],
[0,3,7891,1114],
[1,3,7891,194],
[0,3,7899,1122],
[1,3,7899,194],
[0,3,7907,1130],
[1,3,7907,194],
[0,3,7915,1138],
[1,3,7915,194],
[0,3,7923,1146],
[1,3,7923,194],
[0,3,7931,1154],
[1,3,7931,194],
[0,3,7952,1162],
[1,3,7952,194],
[0,3,7984,1170],
[1,3,7984,194],
[0,3,8014,1178],
[1,3,8014,1178],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,8031,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,8031,1186],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,8079,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,8079,1194],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,8111,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,8111,1202],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,8140,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,8140,1210],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,8172,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,8172,1218],
[0,3,8487,1226],
[1,3,8487,1226],
[0,3,8543,1234],
[1,3,8543,1234],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,9398,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,9398,1242],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,11360,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,11360,1250],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,11369,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,11369,1258],
[0,3,11379,1266],
[1,3,11379,194],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,11394,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,11394,1274],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,11402,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,11402,1282],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,11410,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,11410,1290],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,11418,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,11418,1298],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,11426,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,11426,1306],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,11434,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,11434,1314],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,11442,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,11442,1322],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,11450,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,11450,1330],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,11458,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,11458,1338],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,11466,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,11466,1346],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,11474,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,11474,1354],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,11482,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,11482,1362],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,11490,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,11490,1370],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,11506,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,11506,1378],
[0,3,42565,1386],
[1,3,42565,194],
[0,3,42573,1394],
[1,3,42573,194],
[0,3,42581,1402],
[1,3,42581,194],
[0,3,42589,1410],
[1,3,42589,194],
[0,3,42597,1418],
[1,3,42597,194],
[0,3,42605,1426],
[1,3,42605,194],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,42630,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,42630,1434],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,42638,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,42638,1442],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,42646,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,42646,1450],
[0,3,42787,1458],
[1,3,42787,194],
[0,3,42795,1466],
[1,3,42795,194],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,42804,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,42804,1474],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,42812,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,42812,1482],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,42820,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,42820,1490],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,42828,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,42828,1498],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,42836,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,42836,1506],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,42844,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,42844,1514],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,42852,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,42852,1522],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,42860,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,42860,1530],
[0,3,42876,1538],
[1,3,42876,194],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,42884,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,42884,1546],
[0,3,42894,1554],
[1,3,42894,1554],
[0,3,42903,1562],
[1,3,42903,194],
[0,3,42911,1570],
[1,3,42911,194],
[0,3,42919,1578],
[1,3,42919,194],
[0,3,42933,1586],
[1,3,42933,194],
[0,3,42941,1594],
[1,3,42941,194],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,42951,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,42951,1602],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,42966,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,42966,1610],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,65313,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,65313,1618],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,66736,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,66736,1626],
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[0,3,66954,1],
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
[1,3,66954,1634],
[0,3,68735,1642],
[1,3,68735,1642],
[0,3,93759,1650],
[1,3,93759,1650],
[0,3,180,1658],
[1,3,180,1658],
[0,3,442,1666],
[1,3,442,1666],
[0,3,599,1674],
[1,3,599,194],
[0,3,608,1682],
[1,3,608,194],
[0,3,616,1690],
[1,3,616,194],
[0,3,627,1698],
[1,3,627,1698],
[0,3,640,1706],
[1,3,640,194],
[0,3,653,1714],
[1,3,653,1714],
[0,3,836,1722],
[1,3,836,1722],
[0,3,943,1730],
[1,3,943,194],
[0,3,1376,1738],
[1,3,1376,1738],
[0,3,4348,1746],
[1,3,4348,1746],
[0,3,7295,1754],
[1,3,7295,1754],
[0,3,7549,1762],
[1,3,7549,194],
[0,3,7836,1770],
[1,3,7836,1770],
[0,3,8017,1778],
[1,3,8017,194],
[0,3,8062,1786],
[1,3,8062,1786],
[0,3,8127,1794],
[1,3,8127,1794],
[0,3,8159,1802],
[1,3,8159,1802],
[0,3,8179,1810],
[1,3,8179,194],
[0,3,9449,1818],
[1,3,9449,194],
[0,3,11557,1826],
[1,3,11557,194],
[0,3,42652,1834],
[1,3,42652,1834],
[0,3,42999,1842],
[1,3,42999,1842],
[0,3,65344,1850],
[1,3,65344,1850],
[0,3,66811,1858],
[1,3,66811,194],
[0,3,66995,1866],
[1,3,66995,194],
[0,3,68850,1874],
[1,3,68850,194],
[0,3,132,1882],
[1,3,132,1882],
[0,3,5761,1889],
[1,3,5761,1889],
[0,3,8234,1897],
[1,3,8234,1897],
[0,3,12288,1905],
[1,3,12288,1905]
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
],
"public": "dkauthor1hllsm4jnm03xw8wv4kdp8r73sl6w70nfpa3yyntkvvretpuw97fs2uq29k",
"secret": "DKAUTHOR-SECRET-KEY-1LJDHH0TXLSZEKR6GHXYW4M5KHM44J9DHG0P29YSQ6YKS9PDDKS0SZZVGCL"
},
"scalars": {
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"out": "ecd3f55c1a631258d69cf7a2def9de1400000000000000000000000000000010"
},
{
"in": "16eb72e1e1a48c34d1e4aceb4e43cefb7e4d396af09c3031d02c04f5df5139e63e9ae04e8140e7d361b397ebb8c06166f9ec26ad7729622e130531324f7493c8",
"out": "eda3fe66632b6bd113f6973822edad77372fa964870ec6d7bd02d4950aa02e06"
},
{
"in": "4563c07ea7fc57ba4198b73cd8891b3ebda7990e75ef64addeae078f3b98eea7c1e6374c3e31e285410474fe4fdada5d93f5f027c89cf67d7633c400de06e31f",
"out": "01e7b43f1c6e4720ae199d1c0a2970c8a450d26d0952813824bc6412aaf51e0d"
},
{
"in": "3fc142f2adae480e04a9c4f5593c52750e44d16c97a8044f04ac2fee896721e07ebbc1f1a636e02f030000000000000000000000000000000000000000000000",
"out": "e94f3a85d9fc47f8a40da62f81204f0fd3deb762e657c22600ac2fee89672100"
},
{
"in": "399ba5dec07f05c0ecc3aa85817add49f599adbe6b43e457104e95778e38a4d4ff37c728444a4193c4774bad7c0c0a2339a6c7af3bcd1c2e769afa4a3df61500",
"out": "0000000000000000000000000000000000000000000000000000000000000000"
},
{
"in": "ef9f36e8d4d387caab5293ed430e3590e430b0820168ed8640fd77739cefe00daadd2ab36ed9e9e0631861af85c467451f876644a7713c702a4112d0bc0d1bb9",
"out": "1ddf5e80b08a3eb377e29e3a7b2cbb3792a21922540082d0fd2dbb8f4dd6110c"
},
{
"in": "4d557494e8b332152f9037c7976d1eb27ccfe8e24d1cdbb2811b078a41a4b91ed517873c46e98b1f20ba0e975a03a81c33454e635f54a3366631681d7e4183a2",
"out": "79a4a01f770d3087be3ffcb6506fa39ad8830859c412468e7908b7cf77938903"
},
{
"in": "a999011917d0f999c67d7683621c69aeb9b6ef893742b04177c2925a3e3c12cd205a8d745fdde529000000000000000000000000000000000000000000000000",
"out": "8db02e313855b57916596d218d7efedee2019166d009090b77c2925a3e3c120d"
},
{
"in": "aa9c0307b5b9424db4a1181c0c97377c4c9a0398e9ec542ec469ab9dd8ab639522a0e82a6df0d8b5df5c3c29baa33e96d2d1a3e6da3c66480efd03dee6e6f000",
"out": "0100000000000000000000000000000000000000000000000000000000000000"
},
{
"in": "b7288c2c7ceecca4f60e2a7c711b02ec89de73c18f1e61cab36b249968564a65542fea49d846ba82f52b482eeb9125041deb096bad9b76f571451b6855a7aa43",
"out": "c06b1abc730eddf6a905598a176e01c4155ac6afd144a065d1bf5bbfdb62bf09"
},
{
"in": "65cfef1f37eb6f123c54f6d99bd490b35546a40d951993bb839824c5362ee774ee371c88714a2c7c98cb8fdccf238c86b403c7c53bd6cf5c29c9f55afb6ae7cb",
"out": "6ee1376cb53e54ae41585d11c0d42c39f670f5a12894a6e42a98e4f315686006"
},
{
"in": "85af2dc8d5545f01851f2f2f3024bcb2dc33400b4fa93458b809dade97c65a10e1ae8e3f6d37e607000000000000000000000000000000000000000000000000",
"out": "c84632c25035e966a457e7c9798da1550294b1c668cee64db809dade97c65a00"
},
{
"in": "b802bd8a067141ad551c15b72d5dacc817c8784b08bd2f9fb661bdc05c57aca393576a3b08c4168dd0d597ad9fdc064d5aab2a6e2b977c78268349b96e350a00",
"out": "ecd3f55c1a631258d69cf7a2def9de1400000000000000000000000000000010"
},
{
"in": "c03ed8c5e07843e593cc8baafc2d120e0be94268121252357934b1d0ec44548f5ec345fcd13797c9df52766032c1d99881904f105944b81d4f6f81163e4d8326",
"out": "7e5ef9ef728fb3ddee57ba57282b2c8ffb042c4b9b2928ae3bef8a0fe9879408"
}
]
},
"secret": [
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"public_key": "9bbc1e233395101b29d64b9ec74c50b4948cdbe3a590bc40774250b1d6953648",
"text": 0
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"public_key": "9bbc1e233395101b29d64b9ec74c50b4948cdbe3a590bc40774250b1d6953648",
"text": 0
},
{
"in": "646b617574686f722d7365637265742d6b65792d31396e3068736378636c67657863306179363361756c613436343679307232797a6c3668717171706c616e63777435676a687375737134796e786b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "446b617574686f722d7365637265742d6b65792d31396e3068736378636c67657863306179363361756c613436343679307232797a6c3668717171706c616e63777435676a687375737134796e786b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"public_key": "9bbc1e233395101b29d64b9ec74c50b4948cdbe3a590bc40774250b1d6953648",
"text": 0
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"public_key": "9bbc1e233395101b29d64b9ec74c50b4948cdbe3a590bc40774250b1d6953648",
"text": 0
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e586b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 195
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "44",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 196
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e58",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 197
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b71",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 198
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 199
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "204b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 7
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e5820",
"text": 8
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e580a",
"text": 9
},
{
"in": "714b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "704b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "624b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "694b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "6f4b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "314b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "304b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "5a4b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "204b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 7
},
{
"in": "004b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 11
},
{
"in": "7f4b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 12
},
{
"in": "224b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "5c4b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "4471415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "4470415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "4462415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b715554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b705554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b625554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b417154484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b417054484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b416254484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415571484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415570484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415562484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554714f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554704f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554624f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554694f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b4155546f4f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554314f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554304f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b4155545a4f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554204f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 13
},
{
"in": "444b415554004f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 14
},
{
"in": "444b4155547f4f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 15
},
{
"in": "444b415554224f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b4155545c4f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b4155544871522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b4155544870522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b4155544862522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f712d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f702d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f622d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f52715345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f52705345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f52625345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d7145435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d7045435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d6245435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5371435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5370435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5362435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5369435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d536f435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5331435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5330435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d535a435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5320435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 200
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5300435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 201
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d537f435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 202
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5322435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d535c435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345715245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345705245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345625245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345437145542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345437045542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345436245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435271542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435270542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435262542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245712d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245702d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245622d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d534543524554714b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d534543524554704b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d534543524554624b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d534543524554694b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245546f4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d534543524554314b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d534543524554304b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245545a4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d534543524554204b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 203
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d534543524554004b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 204
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245547f4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 205
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d534543524554224b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245545c4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d7145592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d7045592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d6245592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b71592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b70592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b62592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45712d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45702d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45622d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45597131394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45597031394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45596231394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d71394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d70394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d62394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d69394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d6f394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d30394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d5a394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d20394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d00394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d7f394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d22394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d5c394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31714e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31704e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31624e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3139713048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3139703048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3139623048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e7148534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e7048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e6248534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3071534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3070534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3062534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048714358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048704358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048624358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048694358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e30486f4358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048314358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048304358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e30485a4358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048204358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 207
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048004358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 208
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e30487f4358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 209
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048224358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 210
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e30485c4358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 211
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048537158434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048537058434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048536258434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534371434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534370434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534362434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358714c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358704c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358624c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358437147455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358437047455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358436247455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c71455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c70455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c62455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c69455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c6f455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c31455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c30455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c5a455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c20455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 212
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c00455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 213
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c7f455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 214
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c22455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 215
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c5c455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 216
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47715843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47705843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47625843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47457143304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47457043304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47456243304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455871304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455870304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455862304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843714159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843704159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843624159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843307159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843307059363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843306259363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843306959363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843306f59363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843303159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843303059363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843305a59363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843302059363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 217
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843300059363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 218
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843307f59363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 219
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843302259363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 220
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843305c59363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 221
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304171363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304170363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304162363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159713341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159703341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159623341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159367141554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159367041554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159366241554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363371554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363370554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363362554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341714c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341704c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341624c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341694c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c474558433041593633416f4c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341314c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341304c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c474558433041593633415a4c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341204c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 222
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341004c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 223
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c474558433041593633417f4c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 224
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341224c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 225
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c474558433041593633415c4c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 226
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c474558433041593633415571413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c474558433041593633415570413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c474558433041593633415562413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c713436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c703436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c623436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c417136343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c417036343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c416236343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413471343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413470343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413462343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436713659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436703659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436623659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436693659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c4134366f3659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436313659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436303659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c4134365a3659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436203659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 227
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436003659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 228
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c4134367f3659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 229
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436223659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 230
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c4134365c3659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 231
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436347159305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436347059305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436346259305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343671305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343670305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343662305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659715232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659705232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659625232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659307132595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659307032595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659306232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305271595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305270595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305262595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305269595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c41343634365930526f595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305231595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305230595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c41343634365930525a595a4c3648515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305220595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 232
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305200595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 233
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c41343634365930527f595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 234
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305222595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 235
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c41343634365930525c595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 236
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232715a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232705a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232625a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c41343634365930523259714c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c41343634365930523259704c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c41343634365930523259624c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a713648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a703648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a623648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c7148515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c7048515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c6248515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3671515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3670515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3662515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3669515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c366f515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3631515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3630515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c365a515151504c414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3620515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 237
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3600515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 238
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c367f515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 239
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3622515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 240
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c365c515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 241
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648715151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648705151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648625151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648517151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648517051504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648516251504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515171504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515170504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515162504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151714c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151704c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151624c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c36485151515071414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c36485151515070414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c36485151515062414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c36485151515069414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151506f414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c36485151515031414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c36485151515030414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151505a414e43575435474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c36485151515020414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 242
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c36485151515000414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 243
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151507f414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 244
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c36485151515022414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 245
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151505c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 246
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c714e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c704e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c624e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c417143575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c417043575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c416243575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e71575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e70575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e62575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43715435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43705435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43625435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43577135474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43577035474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43576235474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43576935474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43576f35474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43573135474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43573035474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575a35474a485355535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43572035474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 247
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43570035474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 248
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43577f35474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 249
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43572235474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 250
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575c35474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 251
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575471474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575470474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575462474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435714a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435704a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435624a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e435754354771485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e435754354770485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e435754354762485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a715355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a705355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a625355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a487155535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a487055535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a486255535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a486955535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a486f55535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a483155535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a483055535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485a55535134594e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a482055535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 252
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a480055535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 253
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a487f55535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 254
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a482255535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 255
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485c55535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 256
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485371535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485370535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485362535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355715134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355705134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355625134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355537134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355537034594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355536234594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535171594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535170594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535162594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134714e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134704e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134624e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134694e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a4853555351346f4e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134314e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 257
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134304e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a4853555351345a4e584b",
"text": 10
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134204e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 258
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134004e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 259
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a4853555351347f4e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 260
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134224e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 261
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a4853555351345c4e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 262
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a4853555351345971584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a4853555351345970584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a4853555351345962584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e714b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e704b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e624b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e5871",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e5870",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e5862",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45595131394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a48535553554b57453744",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 263
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45595131394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a48535553554b57453744",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 263
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "584b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a4853555343534b45414b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 263
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b455931394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a48535553514a3551475851",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 263
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b455931394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a4853555350305a35414d4a",
"text": 163
},
{
"in": "444b415554484f522d5345435245542d4b45592d5831394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355394639353330",
"text": 164
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a48535533415253584d59",
"text": 163
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a4853554c4c4348304557",
"text": 163
},
{
"in": "444b415554484f522d5345435245542d4b45592d5831394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485359575546514d",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 197
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b4531394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a48535553515153444353414e",
"text": 164
},
{
"in": "444b415554484f522d5345435245542d4b45593131394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a4853555a4e32474c39",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 197
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a4853555351515151515151515151515151515151515151515146374439524b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 198
},
{
"in": "444b41ff54484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355533134594e584b",
"text": 194
},
{
"in": "444b41ff54484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355315134594e584b",
"text": 194
},
{
"in": "444b41ff54484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485331535134594e584b",
"text": 194
},
{
"in": "444b41c3a9484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355533134594e584b",
"text": 194
},
{
"in": "444b41c3a9484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355315134594e584b",
"text": 194
},
{
"in": "444b41c3a9484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485331535134594e584b",
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "ff4b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41ff54484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592dff394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31ff4e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e58ff",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "804b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b418054484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d80394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31804e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e5880",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "c080415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41c080484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592dc0804e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31c0803048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594ec080",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "e080805554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41e080804f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592de080803048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31e0808048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a48535553513459e08080",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "eda0805554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41eda0804f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592deda0803048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31eda08048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a48535553513459eda080",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "f490808054484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41f4908080522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592df490808048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31f4908080534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134f4908080",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "c34b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41c354484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592dc3394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31c34e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e58c3",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "c3a9415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41c3a9484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592dc3a94e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31c3a93048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594ec3a9",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "e282ac5554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 170
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41e282ac4f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 171
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592de282ac3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31e282ac48534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 172
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a48535553513459e282ac",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 173
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "c4b0415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 264
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41c4b0484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 265
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592dc4b04e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31c4b03048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 266
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594ec4b0",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 267
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "c39f415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 174
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41c39f484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 175
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592dc39f4e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31c39f3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 176
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594ec39f",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 177
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "c785415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41c785484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592dc7854e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31c7853048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594ec785",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "c2a0415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 178
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41c2a0484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 179
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592dc2a04e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31c2a03048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 180
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594ec2a0",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 181
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "efbfbd5554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 182
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41efbfbd4f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 183
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592defbfbd3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31efbfbd48534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 184
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a48535553513459efbfbd",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 185
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "f09f988054484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 186
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41f09f9880522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 187
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592df09f988048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31f09f9880534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134594e584b",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 188
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31394e3048534358434c47455843304159363341554c413436343659305232595a4c3648515151504c414e43575435474a485355535134f09f9880",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 189
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
"public_key": "a93701c0290b71a3f0d3aa82d5363b3caac6a60b5204cb16e7d2337cb8d354b1",
"text": 0
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
"public_key": "a93701c0290b71a3f0d3aa82d5363b3caac6a60b5204cb16e7d2337cb8d354b1",
"text": 0
},
{
"in": "646b617574686f722d7365637265742d6b65792d3178757439346e70793879756c6e6679726a336c6438646b7a706e656c74703876673861376d3932663972637238346679667a6b7374786a777034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "446b617574686f722d7365637265742d6b65792d3178757439346e70793879756c6e6679726a336c6438646b7a706e656c74703876673861376d3932663972637238346679667a6b7374786a777034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
"public_key": "a93701c0290b71a3f0d3aa82d5363b3caac6a60b5204cb16e7d2337cb8d354b1",
"text": 0
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
"public_key": "a93701c0290b71a3f0d3aa82d5363b3caac6a60b5204cb16e7d2337cb8d354b1",
"text": 0
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
"public_key": "a93701c0290b71a3f0d3aa82d5363b3caac6a60b5204cb16e7d2337cb8d354b1",
"text": 0
},
{
"in": "",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 195
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "44",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 196
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a5750",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 197
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a57503471",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 198
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 199
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "204b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
"text": 7
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575020",
"text": 8
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a57500a",
"text": 9
},
{
"in": "444b415554484f522d5345435245542d4b4559513158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b53483943594557",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 263
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b4559513158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b53483943594557",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 263
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "584b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b534e5251593634",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 263
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45593158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b535133395634345a",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 263
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45593158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5350564e43514753",
"text": 163
},
{
"in": "444b415554484f522d5345435245542d4b45592d583158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b4c3658304d53",
"text": 164
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b334b53584d5538",
"text": 163
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b4c3554504a3744",
"text": 163
},
{
"in": "444b415554484f522d5345435245542d4b45592d583158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4436554c444c",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 197
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b453158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b535151304a53343356",
"text": 164
},
{
"in": "444b415554484f522d5345435245542d4b4559313158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b4351464e3436",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 197
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b53515151515151515151515151515151515151515151325a415a4359",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 198
},
{
"in": "444b41ff54484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5331584a575034",
"text": 194
},
{
"in": "444b41ff54484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b3154584a575034",
"text": 194
},
{
"in": "444b41ff54484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a315354584a575034",
"text": 194
},
{
"in": "444b41c3a9484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5331584a575034",
"text": 194
},
{
"in": "444b41c3a9484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b3154584a575034",
"text": 194
},
{
"in": "444b41c3a9484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a315354584a575034",
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "ff4b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41ff54484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592dff58555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31ff555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a5750ff",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "804b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b418054484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d8058555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3180555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575080",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "c080415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41c080484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592dc080555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31c0805439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a57c080",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "e080805554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41e080804f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592de080805439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31e0808039344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584ae08080",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "eda0805554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41eda0804f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592deda0805439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31eda08039344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584aeda080",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "f490808054484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41f4908080522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592df490808039344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31f4908080344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b535458f4908080",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "c34b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41c354484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592dc358555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31c3555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a5750c3",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "c3a9415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41c3a9484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592dc3a9555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31c3a95439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a57c3a9",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "e282ac5554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 170
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41e282ac4f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 171
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592de282ac5439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31e282ac39344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 172
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584ae282ac",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 173
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "c4b0415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 264
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41c4b0484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 265
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592dc4b0555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31c4b05439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 266
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a57c4b0",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 267
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "c39f415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 174
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41c39f484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 175
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592dc39f555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31c39f5439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 176
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a57c39f",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 177
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "c785415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41c785484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592dc785555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31c7855439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a57c785",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 194
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "c2a0415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 178
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41c2a0484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 179
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592dc2a0555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31c2a05439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 180
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a57c2a0",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 181
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "efbfbd5554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 182
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41efbfbd4f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 183
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592defbfbd5439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31efbfbd39344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 184
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584aefbfbd",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 185
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "f09f988054484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 186
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b41f09f9880522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 187
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592df09f988039344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 206
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31f09f9880344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b5354584a575034",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 188
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d3158555439344e50593859554c4e4659524a334c4438444b5a504e454c54503856473841374d3932463952435238344659465a4b535458f09f9880",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"text": 189
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
},
{
"in": "444b415554484f522d5345435245542d4b45592d31383645434e3444534e5953575537504a4a363557535a375a35554859485439374330595a394434545a4e5956354a384c4156595333435a393532",
"public_key": "f97ffa9e8c0cc931ba683dd78d774d877ccc1d9e83540d560a4b58d7ea8310a1",
"text": 0
},
{
"in": "444b415554484f522d5345435245542d4b45592d31385454335033504736443548325a4e32594b344d574e334b484154304b305a3936435559474c415352574d584632574d4c4c44534833554a454a",
"public_key": "a7c4176d7eba7ca47ab73d01bbd422641ac9e400dbc0a21dfcaafa86122edb1b",
"text": 0
},
{
"in": "444b415554484f522d5345435245542d4b45592d3159334e47355650365753553250504d4443525938374d325037354b4543554853335041303534415037324557364733504539325333304a474141",
"public_key": "f1200bf28d3d7a587134b0522c72e5fd9ea09255dd5c6dfa5ed4c2af84ac2af1",
"text": 0
},
{
"in": "444b415554484f522d5345435245542d4b45592d314a58525844505555514e4d564756504d48553438574a57444c5756595a4154334555534645394a36534a563848475155415844534c39464a3759",
"public_key": "4bf6c37e73b9c8a8e4d2e2428033278caac92354e3a66502f86e0d4bfa9de3bb",
"text": 0
}
],
"sign": [
{
"message": "",
"name": "sign.input line 0",
"node": true,
"public_key": "d75a980182b10ab7d54bfed3c964073a0ee172f3daa62325af021a68f707511a",
"seed": "9d61b19deffd5a60ba844af492ec2cc44449c5697b326919703bac031cae7f60",
"signature": "e5564300c360ac729086e2cc806e828a84877f1eb8e5d974d873e065224901555fb8821590a33bacc61e39701cf9b46bd25bf5f0595bbe24655141438e7a100b",
"valid": true
},
{
"message": "72",
"name": "sign.input line 1",
"node": true,
"public_key": "3d4017c3e843895a92b70aa74d1b7ebc9c982ccf2ec4968cc0cd55f12af4660c",
"seed": "4ccd089b28ff96da9db6c346ec114e0f5b8a319f35aba624da8cf6ed4fb8a6fb",
"signature": "92a009a9f0d4cab8720e820b5f642540a2b27b5416503f8fb3762223ebdb69da085ac1e43e15996e458f3613d0f11d8c387b2eaeb4302aeeb00d291612bb0c00",
"valid": true
},
{
"message": "af82",
"name": "sign.input line 2",
"node": true,
"public_key": "fc51cd8e6218a1a38da47ed00230f0580816ed13ba3303ac5deb911548908025",
"seed": "c5aa8df43f9f837bedb7442f31dcb7b166d38535076f094b85ce3a2e0b4458f7",
"signature": "6291d657deec24024827e69c3abe01a30ce548a284743a445e3680d7db5ac3ac18ff9b538d16f290ae67f760984dc6594a7c15e9716ed28dc027beceea1ec40a",
"valid": true
},
{
"message": "cbc77b",
"name": "sign.input line 3",
"node": true,
"public_key": "e61a185bcef2613a6c7cb79763ce945d3b245d76114dd440bcf5f2dc1aa57057",
"seed": "0d4a05b07352a5436e180356da0ae6efa0345ff7fb1572575772e8005ed978e9",
"signature": "d9868d52c2bebce5f3fa5a79891970f309cb6591e3e1702a70276fa97c24b3a8e58606c38c9758529da50ee31b8219cba45271c689afa60b0ea26c99db19b00c",
"valid": true
},
{
"message": "c942fa7ac6b23ab7ff612fdc8e68ef39",
"name": "sign.input line 16",
"node": true,
"public_key": "34e5a8508c4743746962c066e4badea2201b8ab484de5c4f94476ccd2143955b",
"seed": "0a47d10452ae2febec518a1c7c362890c3fc1a49d34b03b6467d35c904a8362d",
"signature": "2a3d27dc40d0a8127949a3b7f908b3688f63b7f14f651aacd715940bdbe27a0809aac142f47ab0e1e44fa490ba87ce5392f33a891539caf1ef4c367cae54500c",
"valid": true
},
{
"message": "a750c232933dc14b1184d86d8b4ce72e16d69744ba69818b6ac33b1d823bb2c3",
"name": "sign.input line 32",
"node": true,
"public_key": "b49f3a78b1c6a7fca8f3466f33bc0e929f01fba04306c2a7465f46c3759316d9",
"seed": "8ed7a797b9cea8a8370d419136bcdf683b759d2e3c6947f17e13e2485aa9d420",
"signature": "04266c033b91c1322ceb3446c901ffcf3cc40c4034e887c9597ca1893ba7330becbbd8b48142ef35c012c6ba51a66df9308cb6268ad6b1e4b03e70102495790b",
"valid": true
},
{
"message": "783e33c3acbdbb36e819f544a7781d83fc283d3309f5d3d12c8dcd6b0b3d0e89e38cfd3b4d0885661ca547fb9764abff",
"name": "sign.input line 48",
"node": true,
"public_key": "90d2efbba4d43e6b2b992ca16083dbcfa2b322383907b0ee75f3e95845d3c47f",
"seed": "c8d7a8818b98dfdb20839c871cb5c48e9e9470ca3ad35ba2613a5d3199c8ab23",
"signature": "fa2e994421aef1d5856674813d05cbd2cf84ef5eb424af6ecd0dc6fdbdc2fe605fe985883312ecf34f59bfb2f1c9149e5b9cc9ecda05b2731130f3ed28ddae0b",
"valid": true
},
{
"message": "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",
"name": "sign.input line 64",
"node": true,
"public_key": "ba8e2ad929bdcea538741042b57f2067d3153707a453770db9f3c4ca75504d24",
"seed": "65de297b70cbe80980500af0561a24db50001000125f4490366d8300d3128592",
"signature": "7a9b736b01cc92a3349f1a3c32dbd91959825394ff443c567405e899c8185ce8fad9500e1fce89d95a6253c00477435acf04bff993de1b00495def0834ee1f07",
"valid": true
},
{
"message": "ddaf35a193617abacc417349ae20413112e6fa4e89a97ea20a9eeee64b55d39a2192992a274fc1a836ba3c23a3feebbd454d4423643ce80e2a9ac94fa54ca49f",
"name": "RFC 8032 TEST SHA(abc)",
"node": true,
"public_key": "ec172b93ad5e563bf4932c70e1245034c35467ef2efd4d64ebf819683467e2bf",
"seed": "833fe62409237b9d62ec77587520911e9a759cec1d19755b7da901b96dca3d42",
"signature": "dc2a4459e7369633a52b1bf277839a00201009a3efbf3ecb69bea2186c26b58909351fc9ac90b3ecfdfbc7c66431e0303dca179c138ac17ad9bef1177331a704",
"valid": true
},
{
"message": "",
"name": "seeded 0, 0 bytes",
"node": true,
"public_key": "a5b5c94a991d2aa618b3beaa81e44cc9236bcb540831e51de0b89cc9ba617e8d",
"seed": "d87c0db9662c3c05a97544d0e6cb0a44eb9d52c4fadfeaed2c69ea785dc12d98",
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"valid": true
},
{
"message": "63a5733aae10448e666bb9b8db8ba33be781c68f6e8b4a61ecc68b446c878cbb132ebdc4655cb51702874a3df440b2015035aebb2580bcafd23df9a52eb14502ddd266b1ce6957495b9bcd68841fb81ab0fcfcd683d97d47850f2d54b7a8d778269c6d4eddc164dfcec2e7c8774e23ae02d27a00e609d7809b075262ba3f9575ce",
"name": "seeded 120, 129 bytes",
"node": true,
"public_key": "c4acb22265437f3b2f0a147271a248d31ad1ab99453908c50d2f7d1a3287b5ff",
"seed": "31d13956ee7b19544234dd4f88115c5cae9f35a45d5229ef2c8cb12ba62b5496",
"signature": "d90f1b4089995a1fc6e23383f3df24f8fab147b77466266535d35d979d3cf7a9a382e7964f3fc8076d0247f140bddf33812aa4bbdeeaa935f661a8642b86960f",
"valid": true
},
{
"message": "f406",
"name": "seeded 128, 2 bytes",
"node": true,
"public_key": "d667455f3bd97c971838c78ded5f3a207080dc83d917f30f1c522718969ec582",
"seed": "8a3df2b2ef93c24c42340dec0d15a5ba89f461f52ccbf83d79d9a4974b615644",
"signature": "0b28d944d6debc9113ed351af694dc623747bd68d833558d13f44d5c7e01a1c544e8ac990450f718b0a153451865ba17dcd1da52ce42cbcb0dbaf0d2188e8b00",
"valid": true
},
{
"message": "5f898edcbcece09a3739cece6ac7200462094cc74286169af8ec7e09db5c2a408d0e03d2448e3f2928f6166a5892e349d5ca51c398ffe928a9bfa65a6c3aada276154a5b4ef971cb7a392de386a5ecf6d9b7d30d7d808b08881e033d43c26cb229fd506fb4d637fa06684270fe8790",
"name": "seeded 136, 111 bytes",
"node": true,
"public_key": "36abe20a8cb982d477e29d0e221fcd4f1ca6c4c718c424dfb129247e0c1bf906",
"seed": "f6463dc3123fd1056fb7427e4e3049efdbd7ce990b74c4472904ac977d16f2a1",
"signature": "1f807c1c33dd4e8e9c651cf7e330bb68a5e49c4b65abeb8c4246e706a020be99a1f112f8305d315ae7deddac56b4ab7621bc9a3454f87b2ebdd175134431fe03",
"valid": true
},
{
"message": "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",
"name": "seeded 144, 256 bytes",
"node": true,
"public_key": "2373d6ea476ae07e04b5da85a43f6f1e0837298a919606d407683f8ba1e01d5c",
"seed": "f9cb9fd0ec9bf0b8a3a3e201fbee816ca503c0046afd230a3e2648900a8f4cae",
"signature": "7b9b61e95fb877f8cdf33066fac8ecaf01032e01febe1da9c114676bc9f2309ace1fbf9e0b0575d61cc87c467c2de570d90d2fefdf7ded22c16ba3c833a94d08",
"valid": true
},
{
"message": "ae001023811109486f18eb5c322def6875a0fca3530c4233d6a8d2f5b28dbddc53",
"name": "seeded 152, 33 bytes",
"node": true,
"public_key": "94e42fdf7e69b94ba0540150655c588f5dc6b3ba5fa58c4b2e1b8c770c059009",
"seed": "2fb1dbdc7376cced743795290415b1b436aa677b3de62f03008a74fd5436d2e7",
"signature": "429433a83fba712667cbc5f145aa23a23ffb4209433f3519c15b6d7e83cd454c1d82cd7b3997e88bf1f5a9d77dcd0cfd39f6f26ef14b83b88f628a927c7f6f03",
"valid": true
},
{
"message_pattern": 65536,
"name": "a message of 65536 bytes",
"node": true,
"public_key": "442b141874db7927bf10fa2f5b53df38da363b6b2f41aecd5fa18b83d929b661",
"seed": "a5a42c5938bf04f56d9106abcb7c39e7930e13f90ec94e29e3b613c7901311b0",
"signature": "204d40fa6770af50d3f97990839665e39b72839e267602838acb443016f00cd53fbfecd739fd375fe5f437c257e12fdf416995a414d88699fc095bbfbeff070c",
"valid": true
},
{
"message": "446174654b657973",
"name": "seed of 0x00",
"node": true,
"public_key": "3b6a27bcceb6a42d62a3a8d02a6f0d73653215771de243a63ac048a18b59da29",
"seed": "0000000000000000000000000000000000000000000000000000000000000000",
"signature": "6fd26d83746415844e9b8476e615ec46228eca7878799a6019c25192b663e17564aa123809d52431e40723a1cf6a55cc40ca2a415b4ece7ce9f3d1959246a90b",
"valid": true
},
{
"message": "446174654b657973",
"name": "seed of 0xff",
"node": true,
"public_key": "76a1592044a6e4f511265bca73a604d90b0529d1df602be30a19a9257660d1f5",
"seed": "ffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff",
"signature": "389866a3bb92d26757aac32f84f66d9680c55e0e701aad61d5a001dbec641a9b8e5190a10b6ab19ad09cc184ad16e9f2847ed3fd0a5c89e62aac9a2f2b524b0d",
"valid": true
},
{
"message": "6d657373616765",
"name": "the public key of another seed, 0",
"node": true,
"public_key": "cccf8275056c081dcba88ac6379c078d7fecc0b45aaef113e92386d297139d5d",
"seed": "6617ea4dd6efbccf7670d3740e9f74db09804352af65ef0aee9a33f547557928",
"signature": "10a57dba0bca5ad1dffac5befc8bb43a679d2964d8ce2b2eabb0ac15085e6b3a78f8cc8b9f1c2e3da87694e78c2a3e880e31a4ec731ac539b4f606ad0f834c06",
"valid": false
},
{
"message": "6d657373616765",
"name": "the public key of another seed, 1",
"node": true,
"public_key": "f44400171adb88f757d7997cc94eef33b6fdc8fd36c1876a0911bfa21191a41a",
"seed": "feb4cd1f6ae26b887fed9d4415f331df85743e7fa2ff801c9b615c401d7da2ab",
"signature": "7920c96eef03a06fdf0956018ff7bbd5b23eb0b6e63ab186193dca96aa8a25de164d137a31f913d936cc6d3a2606df54c0cccf4a663247222ee63078933cf409",
"valid": false
},
{
"message": "6d657373616765",
"name": "the public key of another seed, 2",
"node": true,
"public_key": "0f5dc4ca8e404ce56eb3496a705337d2fc45bcf82fd74042fb90ffc7ecdbde78",
"seed": "6d8439df091495618c65f57c235cd10cf8ea0db675d1b3a4d5abe3323435633d",
"signature": "2e1746da5f9de10a26f09fd9c0e45c7b43f34f323450d950f96cb298e1fd8637f3e7442070929f97c73519d0d55c8b4464e7e78a078b6924a7aef649ce70e100",
"valid": false
},
{
"message": "6d657373616765",
"name": "the public key of another seed, 3",
"node": true,
"public_key": "0000000000000000000000000000000000000000000000000000000000000000",
"seed": "aeb834ba50882779b842450ccdd957536732af8793f18282106007ff34202662",
"signature": "0657333436cfe251c0ec821e02542c1241eb3097cba8a345e1206cc21ccc887204ed38b041c7af16916635ecc24f2e0aae3d292ef65283db23c818c136319b00",
"valid": false
}
],
"source": "c531e936fa8188a4aab01575607cc85d4f5d4fa4",
"texts": [
"",
"authorkey: a public key is written in lower case",
"authorkey: a public key has 67 characters, not 0",
"authorkey: a public key has 67 characters, not 1",
"authorkey: a public key has 67 characters, not 66",
"authorkey: a public key has 67 characters, not 68",
"authorkey: a public key has 67 characters, not 134",
"authorkey: invalid character human-readable part: s[0]=32",
"authorkey: invalid character data part: s[57]=32",
"authorkey: invalid character data part: s[57]=10",
"authorkey: invalid checksum",
"authorkey: invalid character human-readable part: s[0]=0",
"authorkey: invalid character human-readable part: s[0]=127",
"authorkey: invalid character human-readable part: s[5]=32",
"authorkey: invalid character human-readable part: s[5]=0",
"authorkey: invalid character human-readable part: s[5]=127",
"authorkey: separator '1' at invalid position: pos=-1, len=67",
"authorkey: invalid character data part: s[0]=98",
"authorkey: invalid character data part: s[1]=98",
"authorkey: invalid character data part: s[1]=105",
"authorkey: invalid character data part: s[1]=111",
"authorkey: invalid character data part: s[1]=32",
"authorkey: invalid character data part: s[1]=0",
"authorkey: invalid character data part: s[1]=127",
"authorkey: invalid character data part: s[1]=34",
"authorkey: invalid character data part: s[1]=92",
"authorkey: invalid character data part: s[2]=98",
"authorkey: invalid character data part: s[3]=98",
"authorkey: invalid character data part: s[4]=98",
"authorkey: invalid character data part: s[5]=98",
"authorkey: invalid character data part: s[6]=98",
"authorkey: invalid character data part: s[6]=105",
"authorkey: invalid character data part: s[6]=111",
"authorkey: invalid character data part: s[6]=32",
"authorkey: invalid character data part: s[6]=0",
"authorkey: invalid character data part: s[6]=127",
"authorkey: invalid character data part: s[6]=34",
"authorkey: invalid character data part: s[6]=92",
"authorkey: invalid character data part: s[7]=98",
"authorkey: invalid character data part: s[8]=98",
"authorkey: invalid character data part: s[9]=98",
"authorkey: invalid character data part: s[10]=98",
"authorkey: invalid character data part: s[11]=98",
"authorkey: invalid character data part: s[11]=105",
"authorkey: invalid character data part: s[11]=111",
"authorkey: invalid character data part: s[11]=32",
"authorkey: invalid character data part: s[11]=0",
"authorkey: invalid character data part: s[11]=127",
"authorkey: invalid character data part: s[11]=34",
"authorkey: invalid character data part: s[11]=92",
"authorkey: invalid character data part: s[12]=98",
"authorkey: invalid character data part: s[13]=98",
"authorkey: invalid character data part: s[14]=98",
"authorkey: invalid character data part: s[15]=98",
"authorkey: invalid character data part: s[16]=98",
"authorkey: invalid character data part: s[16]=105",
"authorkey: invalid character data part: s[16]=111",
"authorkey: invalid character data part: s[16]=32",
"authorkey: invalid character data part: s[16]=0",
"authorkey: invalid character data part: s[16]=127",
"authorkey: invalid character data part: s[16]=34",
"authorkey: invalid character data part: s[16]=92",
"authorkey: invalid character data part: s[17]=98",
"authorkey: invalid character data part: s[18]=98",
"authorkey: invalid character data part: s[19]=98",
"authorkey: invalid character data part: s[20]=98",
"authorkey: invalid character data part: s[21]=98",
"authorkey: invalid character data part: s[21]=105",
"authorkey: invalid character data part: s[21]=111",
"authorkey: invalid character data part: s[21]=32",
"authorkey: invalid character data part: s[21]=0",
"authorkey: invalid character data part: s[21]=127",
"authorkey: invalid character data part: s[21]=34",
"authorkey: invalid character data part: s[21]=92",
"authorkey: invalid character data part: s[22]=98",
"authorkey: invalid character data part: s[23]=98",
"authorkey: invalid character data part: s[24]=98",
"authorkey: invalid character data part: s[25]=98",
"authorkey: invalid character data part: s[26]=98",
"authorkey: invalid character data part: s[26]=105",
"authorkey: invalid character data part: s[26]=111",
"authorkey: invalid character data part: s[26]=32",
"authorkey: invalid character data part: s[26]=0",
"authorkey: invalid character data part: s[26]=127",
"authorkey: invalid character data part: s[26]=34",
"authorkey: invalid character data part: s[26]=92",
"authorkey: invalid character data part: s[27]=98",
"authorkey: invalid character data part: s[28]=98",
"authorkey: invalid character data part: s[29]=98",
"authorkey: invalid character data part: s[30]=98",
"authorkey: invalid character data part: s[31]=98",
"authorkey: invalid character data part: s[31]=105",
"authorkey: invalid character data part: s[31]=111",
"authorkey: invalid character data part: s[31]=32",
"authorkey: invalid character data part: s[31]=0",
"authorkey: invalid character data part: s[31]=127",
"authorkey: invalid character data part: s[31]=34",
"authorkey: invalid character data part: s[31]=92",
"authorkey: invalid character data part: s[32]=98",
"authorkey: invalid character data part: s[33]=98",
"authorkey: invalid character data part: s[34]=98",
"authorkey: invalid character data part: s[35]=98",
"authorkey: invalid character data part: s[36]=98",
"authorkey: invalid character data part: s[36]=105",
"authorkey: invalid character data part: s[36]=111",
"authorkey: invalid character data part: s[36]=32",
"authorkey: invalid character data part: s[36]=0",
"authorkey: invalid character data part: s[36]=127",
"authorkey: invalid character data part: s[36]=34",
"authorkey: invalid character data part: s[36]=92",
"authorkey: invalid character data part: s[37]=98",
"authorkey: invalid character data part: s[38]=98",
"authorkey: invalid character data part: s[39]=98",
"authorkey: invalid character data part: s[40]=98",
"authorkey: invalid character data part: s[41]=98",
"authorkey: invalid character data part: s[41]=105",
"authorkey: invalid character data part: s[41]=111",
"authorkey: invalid character data part: s[41]=32",
"authorkey: invalid character data part: s[41]=0",
"authorkey: invalid character data part: s[41]=127",
"authorkey: invalid character data part: s[41]=34",
"authorkey: invalid character data part: s[41]=92",
"authorkey: invalid character data part: s[42]=98",
"authorkey: invalid character data part: s[43]=98",
"authorkey: invalid character data part: s[44]=98",
"authorkey: invalid character data part: s[45]=98",
"authorkey: invalid character data part: s[46]=98",
"authorkey: invalid character data part: s[46]=105",
"authorkey: invalid character data part: s[46]=111",
"authorkey: invalid character data part: s[46]=32",
"authorkey: invalid character data part: s[46]=0",
"authorkey: invalid character data part: s[46]=127",
"authorkey: invalid character data part: s[46]=34",
"authorkey: invalid character data part: s[46]=92",
"authorkey: invalid character data part: s[47]=98",
"authorkey: invalid character data part: s[48]=98",
"authorkey: invalid character data part: s[49]=98",
"authorkey: invalid character data part: s[50]=98",
"authorkey: invalid character data part: s[51]=98",
"authorkey: invalid character data part: s[51]=105",
"authorkey: invalid character data part: s[51]=111",
"authorkey: invalid character data part: s[51]=32",
"authorkey: invalid character data part: s[51]=0",
"authorkey: invalid character data part: s[51]=127",
"authorkey: invalid character data part: s[51]=34",
"authorkey: invalid character data part: s[51]=92",
"authorkey: invalid character data part: s[52]=98",
"authorkey: invalid character data part: s[53]=98",
"authorkey: invalid character data part: s[54]=98",
"authorkey: invalid character data part: s[55]=98",
"authorkey: invalid character data part: s[56]=98",
"authorkey: invalid character data part: s[56]=105",
"authorkey: invalid character data part: s[56]=111",
"authorkey: separator '1' at invalid position: pos=65, len=67",
"authorkey: invalid character data part: s[56]=32",
"authorkey: invalid character data part: s[56]=0",
"authorkey: invalid character data part: s[56]=127",
"authorkey: invalid character data part: s[56]=34",
"authorkey: invalid character data part: s[56]=92",
"authorkey: invalid character data part: s[57]=98",
"authorkey: \"dkauthoq1nw7pugenj5gpk2wkfw0vwnzskj2geklr5kgtcsrhgfgtr454xeyqd69tu3\" is not a public key dkauthor1…",
"authorkey: \"xkauthor1nw7pugenj5gpk2wkfw0vwnzskj2geklr5kgtcsrhgfgtr454xeyq402l28\" is not a public key dkauthor1…",
"authorkey: \"dkautho1nw7pugenj5gpk2wkfw0vwnzskj2geklr5kgtcsrhgfgtr454xeyqqrzf2g7\" is not a public key dkauthor1…",
"authorkey: non-zero padding",
"authorkey: illegal zero padding",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"authorkey: separator '1' at invalid position: pos=61, len=67",
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"authorkey: invalid character human-readable part: s[3]=233",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"authorkey: invalid character human-readable part: s[0]=233",
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"authorkey: invalid character data part: s[0]=233",
"authorkey: invalid character data part: s[56]=233",
"authorkey: invalid character human-readable part: s[0]=8364",
"authorkey: invalid character human-readable part: s[3]=8364",
"authorkey: invalid character data part: s[0]=8364",
"authorkey: invalid character data part: s[55]=8364",
"authorkey: invalid character human-readable part: s[0]=223",
"authorkey: invalid character human-readable part: s[3]=223",
"authorkey: invalid character data part: s[0]=223",
"authorkey: invalid character data part: s[56]=223",
"authorkey: invalid character human-readable part: s[0]=160",
"authorkey: invalid character human-readable part: s[3]=160",
"authorkey: invalid character data part: s[0]=160",
"authorkey: invalid character data part: s[56]=160",
"authorkey: invalid character human-readable part: s[0]=65533",
"authorkey: invalid character human-readable part: s[3]=65533",
"authorkey: invalid character data part: s[0]=65533",
"authorkey: invalid character data part: s[55]=65533",
"authorkey: invalid character human-readable part: s[0]=128512",
"authorkey: invalid character human-readable part: s[3]=128512",
"authorkey: invalid character data part: s[0]=128512",
"authorkey: invalid character data part: s[54]=128512",
"authorkey: \"dkauthoq14ymsrspfpdc68uxn42pd2d3m8j4vdfst2gzvk9h86gehewxn2jcsp44ze6\" is not a public key dkauthor1…",
"authorkey: \"xkauthor14ymsrspfpdc68uxn42pd2d3m8j4vdfst2gzvk9h86gehewxn2jcseq6k0v\" is not a public key dkauthor1…",
"authorkey: \"dkautho14ymsrspfpdc68uxn42pd2d3m8j4vdfst2gzvk9h86gehewxn2jcsqavx9je\" is not a public key dkauthor1…",
"authorkey: the public key is not canonical, not a point of the curve or of small order: no signature would verify",
"authorkey: a secret key is written in upper case",
"authorkey: a secret key has 79 characters, not 0",
"authorkey: a secret key has 79 characters, not 1",
"authorkey: a secret key has 79 characters, not 78",
"authorkey: a secret key has 79 characters, not 80",
"authorkey: a secret key has 79 characters, not 158",
"authorkey: invalid character human-readable part: s[10]=32",
"authorkey: invalid character human-readable part: s[10]=0",
"authorkey: invalid character human-readable part: s[10]=127",
"authorkey: invalid character human-readable part: s[15]=32",
"authorkey: invalid character human-readable part: s[15]=0",
"authorkey: invalid character human-readable part: s[15]=127",
"authorkey: separator '1' at invalid position: pos=-1, len=79",
"authorkey: invalid character data part: s[4]=32",
"authorkey: invalid character data part: s[4]=0",
"authorkey: invalid character data part: s[4]=127",
"authorkey: invalid character data part: s[4]=34",
"authorkey: invalid character data part: s[4]=92",
"authorkey: invalid character data part: s[9]=32",
"authorkey: invalid character data part: s[9]=0",
"authorkey: invalid character data part: s[9]=127",
"authorkey: invalid character data part: s[9]=34",
"authorkey: invalid character data part: s[9]=92",
"authorkey: invalid character data part: s[14]=32",
"authorkey: invalid character data part: s[14]=0",
"authorkey: invalid character data part: s[14]=127",
"authorkey: invalid character data part: s[14]=34",
"authorkey: invalid character data part: s[14]=92",
"authorkey: invalid character data part: s[19]=32",
"authorkey: invalid character data part: s[19]=0",
"authorkey: invalid character data part: s[19]=127",
"authorkey: invalid character data part: s[19]=34",
"authorkey: invalid character data part: s[19]=92",
"authorkey: invalid character data part: s[24]=32",
"authorkey: invalid character data part: s[24]=0",
"authorkey: invalid character data part: s[24]=127",
"authorkey: invalid character data part: s[24]=34",
"authorkey: invalid character data part: s[24]=92",
"authorkey: invalid character data part: s[29]=32",
"authorkey: invalid character data part: s[29]=0",
"authorkey: invalid character data part: s[29]=127",
"authorkey: invalid character data part: s[29]=34",
"authorkey: invalid character data part: s[29]=92",
"authorkey: invalid character data part: s[34]=32",
"authorkey: invalid character data part: s[34]=0",
"authorkey: invalid character data part: s[34]=127",
"authorkey: invalid character data part: s[34]=34",
"authorkey: invalid character data part: s[34]=92",
"authorkey: invalid character data part: s[39]=32",
"authorkey: invalid character data part: s[39]=0",
"authorkey: invalid character data part: s[39]=127",
"authorkey: invalid character data part: s[39]=34",
"authorkey: invalid character data part: s[39]=92",
"authorkey: invalid character data part: s[44]=32",
"authorkey: invalid character data part: s[44]=0",
"authorkey: invalid character data part: s[44]=127",
"authorkey: invalid character data part: s[44]=34",
"authorkey: invalid character data part: s[44]=92",
"authorkey: invalid character data part: s[49]=32",
"authorkey: invalid character data part: s[49]=0",
"authorkey: invalid character data part: s[49]=127",
"authorkey: invalid character data part: s[49]=34",
"authorkey: invalid character data part: s[49]=92",
"authorkey: separator '1' at invalid position: pos=75, len=79",
"authorkey: invalid character data part: s[54]=32",
"authorkey: invalid character data part: s[54]=0",
"authorkey: invalid character data part: s[54]=127",
"authorkey: invalid character data part: s[54]=34",
"authorkey: invalid character data part: s[54]=92",
"authorkey: not a secret key DKAUTHOR-SECRET-KEY-1…",
"authorkey: invalid character human-readable part: s[0]=304",
"authorkey: invalid character human-readable part: s[3]=304",
"authorkey: invalid character data part: s[0]=304",
"authorkey: invalid character data part: s[56]=304",
"authorkey: a key file holds one secret key",
"authorkey: a secret key has 79 characters, not 9",
"authorkey: a secret key has 79 characters, not 67",
"authorkey: a secret key has 79 characters, not 75",
"authorkey: no secret key in the file",
"authorkey: a secret key has 79 characters, not 82",
Stage 7b: vectors of the ends of a line and of the separator Two injected faults went unseen: utf8.DecodeLastRune accepting a rune that does not end at the end of the line, and the position of the separator checked one byte short for a string that is not ASCII. The generator now writes lines whose ends are a space next to a stray continuation byte or a space cut short, which TrimSpace keeps, and strings with a byte that is not ASCII and a separator 6, 7 or 8 bytes before the end. Go and Dart agree on all of them, and the tests now see both faults. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"authorkey: a secret key has 79 characters, not 83",
"authorkey: a secret key has 79 characters, not 81",
"authorkey: a secret key has 79 characters, not 86",
Stage 7b: the author keys and Ed25519 signing ed25519_sign.dart signs as crypto_sign of TweetNaCl in its JavaScript port, with the SHA-512 of package:crypto: the field of curve25519.dart, whose arithmetic is private there, copied with the product as a loop, and modL over 64 limbs of 8 bits in a Float64List, with floor divisions in place of the shifts of TweetNaCl, exact on the VM and on the web. The secret scalar and the nonce never meet a BigInt or a branch; neither platform promises constant time, and the values are wiped as a best effort. authorkey.dart ports package authorkey of datekeys-go: AuthorKey with generate, fromSeed, publicKey, sign, clear and secret, and a toString that hides it; authorPublicString, parseAuthorPublic and parseAuthorSecret, also on the bytes of a Go string; marshalAuthorKey; encryptAuthorKey, scrypt with logN 16 through ScryptRecipient and ageEncrypt of stage 6a; and readAuthorKey, through the age reader with a maximum work factor of 16, whose lines are those of bufio.Scanner and strings.TrimSpace. Every error has the text of Go, with the sets of go_unicode.dart for the case of a string and the spaces of a line. A cleared key refuses every use, where Go would give the values of a key of zeros. tool/authorkey_go_vectors.go writes test/vectors/authorkey.json: the signatures of crypto/ed25519 over lines of sign.input (RFC 8032 tests 1, 2, 3 and 1024), TEST SHA(abc), seeded seeds and messages up to 1 MiB and other public keys; the scalars of math/big; and Generate, Encrypt, ParsePublic, ParseSecret and Read of authorkey with each text, while crypto/rand reads the keystream of SeededRandomSource. Dart writes the same bytes and gives the same texts in every case; authorkey.g.dart, a part of it, runs also in Node.js. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
1 day ago
"authorkey: a secret key has 79 characters, not 21",
"authorkey: a secret key has 79 characters, not 85",
"authorkey: a secret key has 79 characters, not 88",
"bufio.Scanner: token too long",
"authorkey: a key file of more than 65536 bytes",
"authorkey: identity did not match any of the recipients: incorrect identity for recipient block: incorrect passphrase",
"authorkey: the key file is encrypted: it needs its passphrase",
"authorkey: scrypt work factor too large: 17",
"authorkey: scrypt work factor too large: 22",
"authorkey: scrypt work factor encoding invalid: \"0\"",
"authorkey: scrypt work factor encoding invalid: \"01\"",
"authorkey: scrypt work factor too large: 31",
"authorkey: scrypt work factor encoding invalid: \"-1\"",
"authorkey: failed to read header: failed to parse header: malformed stanza: \"-> scrypt yfIE6SRi7f5G92Fdz5RlPQ 1 \\n\"",
"authorkey: failed to decrypt and authenticate payload chunk, file may be corrupted or tampered with",
"authorkey: failed to read header: parsing age header: failed to read header: EOF",
"authorkey: bad header MAC",
"authorkey: failed to read header: failed to parse header: failed to read line: EOF",
"authorkey: identity did not match any of the recipients: incorrect identity for recipient block: file is not passphrase-encrypted",
"authorkey: invalid character human-readable part: s[3]=191",
"authorkey: invalid character data part: s[49]=192",
"authorkey: invalid character human-readable part: s[3]=214",
"authorkey: invalid character data part: s[49]=215",
"authorkey: invalid character human-readable part: s[3]=216",
"authorkey: invalid character data part: s[49]=222",
"authorkey: invalid character data part: s[49]=255",
"authorkey: invalid character human-readable part: s[3]=256",
"authorkey: invalid character data part: s[49]=257",
"authorkey: invalid character human-readable part: s[3]=258",
"authorkey: invalid character data part: s[49]=259",
"authorkey: invalid character human-readable part: s[3]=260",
"authorkey: invalid character data part: s[49]=261",
"authorkey: invalid character human-readable part: s[3]=262",
"authorkey: invalid character data part: s[49]=263",
"authorkey: invalid character human-readable part: s[3]=264",
"authorkey: invalid character data part: s[49]=265",
"authorkey: invalid character human-readable part: s[3]=266",
"authorkey: invalid character data part: s[49]=267",
"authorkey: invalid character human-readable part: s[3]=268",
"authorkey: invalid character data part: s[49]=269",
"authorkey: invalid character human-readable part: s[3]=270",
"authorkey: invalid character data part: s[49]=271",
"authorkey: invalid character human-readable part: s[3]=272",
"authorkey: invalid character data part: s[49]=273",
"authorkey: invalid character human-readable part: s[3]=274",
"authorkey: invalid character data part: s[49]=275",
"authorkey: invalid character human-readable part: s[3]=276",
"authorkey: invalid character data part: s[49]=277",
"authorkey: invalid character human-readable part: s[3]=278",
"authorkey: invalid character data part: s[49]=279",
"authorkey: invalid character human-readable part: s[3]=280",
"authorkey: invalid character data part: s[49]=281",
"authorkey: invalid character human-readable part: s[3]=282",
"authorkey: invalid character data part: s[49]=283",
"authorkey: invalid character human-readable part: s[3]=284",
"authorkey: invalid character data part: s[49]=285",
"authorkey: invalid character human-readable part: s[3]=286",
"authorkey: invalid character data part: s[49]=287",
"authorkey: invalid character human-readable part: s[3]=288",
"authorkey: invalid character data part: s[49]=289",
"authorkey: invalid character human-readable part: s[3]=290",
"authorkey: invalid character data part: s[49]=291",
"authorkey: invalid character human-readable part: s[3]=292",
"authorkey: invalid character data part: s[49]=293",
"authorkey: invalid character human-readable part: s[3]=294",
"authorkey: invalid character data part: s[49]=295",
"authorkey: invalid character human-readable part: s[3]=296",
"authorkey: invalid character data part: s[49]=297",
"authorkey: invalid character human-readable part: s[3]=298",
"authorkey: invalid character data part: s[49]=299",
"authorkey: invalid character human-readable part: s[3]=300",
"authorkey: invalid character data part: s[49]=301",
"authorkey: invalid character human-readable part: s[3]=302",
"authorkey: invalid character data part: s[49]=303",
"authorkey: invalid character data part: s[49]=305",
"authorkey: invalid character human-readable part: s[3]=306",
"authorkey: invalid character data part: s[49]=307",
"authorkey: invalid character human-readable part: s[3]=308",
"authorkey: invalid character data part: s[49]=309",
"authorkey: invalid character human-readable part: s[3]=310",
"authorkey: invalid character data part: s[49]=311",
"authorkey: invalid character human-readable part: s[3]=312",
"authorkey: invalid character data part: s[49]=313",
"authorkey: invalid character human-readable part: s[3]=314",
"authorkey: invalid character data part: s[49]=315",
"authorkey: invalid character human-readable part: s[3]=316",
"authorkey: invalid character data part: s[49]=317",
"authorkey: invalid character human-readable part: s[3]=318",
"authorkey: invalid character data part: s[49]=319",
"authorkey: invalid character human-readable part: s[3]=320",
"authorkey: invalid character data part: s[49]=321",
"authorkey: invalid character human-readable part: s[3]=322",
"authorkey: invalid character data part: s[49]=323",
"authorkey: invalid character human-readable part: s[3]=324",
"authorkey: invalid character data part: s[49]=325",
"authorkey: invalid character human-readable part: s[3]=326",
"authorkey: invalid character data part: s[49]=327",
"authorkey: invalid character human-readable part: s[3]=328",
"authorkey: invalid character data part: s[49]=329",
"authorkey: invalid character human-readable part: s[3]=330",
"authorkey: invalid character data part: s[49]=331",
"authorkey: invalid character human-readable part: s[3]=332",
"authorkey: invalid character data part: s[49]=333",
"authorkey: invalid character human-readable part: s[3]=334",
"authorkey: invalid character data part: s[49]=335",
"authorkey: invalid character human-readable part: s[3]=336",
"authorkey: invalid character data part: s[49]=337",
"authorkey: invalid character human-readable part: s[3]=338",
"authorkey: invalid character data part: s[49]=339",
"authorkey: invalid character human-readable part: s[3]=340",
"authorkey: invalid character data part: s[49]=341",
"authorkey: invalid character human-readable part: s[3]=342",
"authorkey: invalid character data part: s[49]=343",
"authorkey: invalid character human-readable part: s[3]=344",
"authorkey: invalid character data part: s[49]=345",
"authorkey: invalid character human-readable part: s[3]=346",
"authorkey: invalid character data part: s[49]=347",
"authorkey: invalid character human-readable part: s[3]=348",
"authorkey: invalid character data part: s[49]=349",
"authorkey: invalid character human-readable part: s[3]=350",
"authorkey: invalid character data part: s[49]=351",
"authorkey: invalid character human-readable part: s[3]=352",
"authorkey: invalid character data part: s[49]=353",
"authorkey: invalid character human-readable part: s[3]=354",
"authorkey: invalid character data part: s[49]=355",
"authorkey: invalid character human-readable part: s[3]=356",
"authorkey: invalid character data part: s[49]=357",
"authorkey: invalid character human-readable part: s[3]=358",
"authorkey: invalid character data part: s[49]=359",
"authorkey: invalid character human-readable part: s[3]=360",
"authorkey: invalid character data part: s[49]=361",
"authorkey: invalid character human-readable part: s[3]=362",
"authorkey: invalid character data part: s[49]=363",
"authorkey: invalid character human-readable part: s[3]=364",
"authorkey: invalid character data part: s[49]=365",
"authorkey: invalid character human-readable part: s[3]=366",
"authorkey: invalid character data part: s[49]=367",
"authorkey: invalid character human-readable part: s[3]=368",
"authorkey: invalid character data part: s[49]=369",
"authorkey: invalid character human-readable part: s[3]=370",
"authorkey: invalid character data part: s[49]=371",
"authorkey: invalid character human-readable part: s[3]=372",
"authorkey: invalid character data part: s[49]=373",
"authorkey: invalid character human-readable part: s[3]=374",
"authorkey: invalid character data part: s[49]=375",
"authorkey: invalid character human-readable part: s[3]=376",
"authorkey: invalid character data part: s[49]=377",
"authorkey: invalid character human-readable part: s[3]=378",
"authorkey: invalid character data part: s[49]=379",
"authorkey: invalid character human-readable part: s[3]=380",
"authorkey: invalid character data part: s[49]=381",
"authorkey: invalid character human-readable part: s[3]=382",
"authorkey: invalid character data part: s[49]=384",
"authorkey: invalid character human-readable part: s[3]=385",
"authorkey: invalid character data part: s[49]=386",
"authorkey: invalid character human-readable part: s[3]=387",
"authorkey: invalid character data part: s[49]=388",
"authorkey: invalid character human-readable part: s[3]=389",
"authorkey: invalid character data part: s[49]=390",
"authorkey: invalid character human-readable part: s[3]=391",
"authorkey: invalid character data part: s[49]=392",
"authorkey: invalid character human-readable part: s[3]=393",
"authorkey: invalid character data part: s[49]=395",
"authorkey: invalid character human-readable part: s[3]=396",
"authorkey: invalid character data part: s[49]=397",
"authorkey: invalid character human-readable part: s[3]=398",
"authorkey: invalid character data part: s[49]=401",
"authorkey: invalid character human-readable part: s[3]=402",
"authorkey: invalid character data part: s[49]=403",
"authorkey: invalid character human-readable part: s[3]=404",
"authorkey: invalid character data part: s[49]=405",
"authorkey: invalid character human-readable part: s[3]=406",
"authorkey: invalid character data part: s[49]=408",
"authorkey: invalid character human-readable part: s[3]=409",
"authorkey: invalid character data part: s[49]=411",
"authorkey: invalid character human-readable part: s[3]=412",
"authorkey: invalid character data part: s[49]=413",
"authorkey: invalid character human-readable part: s[3]=414",
"authorkey: invalid character data part: s[49]=415",
"authorkey: invalid character human-readable part: s[3]=416",
"authorkey: invalid character data part: s[49]=417",
"authorkey: invalid character human-readable part: s[3]=418",
"authorkey: invalid character data part: s[49]=419",
"authorkey: invalid character human-readable part: s[3]=420",
"authorkey: invalid character data part: s[49]=421",
"authorkey: invalid character human-readable part: s[3]=422",
"authorkey: invalid character data part: s[49]=423",
"authorkey: invalid character human-readable part: s[3]=424",
"authorkey: invalid character data part: s[49]=425",
"authorkey: invalid character human-readable part: s[3]=426",
"authorkey: invalid character data part: s[49]=427",
"authorkey: invalid character human-readable part: s[3]=428",
"authorkey: invalid character data part: s[49]=429",
"authorkey: invalid character human-readable part: s[3]=430",
"authorkey: invalid character data part: s[49]=431",
"authorkey: invalid character human-readable part: s[3]=432",
"authorkey: invalid character data part: s[49]=433",
"authorkey: invalid character human-readable part: s[3]=435",
"authorkey: invalid character data part: s[49]=436",
"authorkey: invalid character human-readable part: s[3]=437",
"authorkey: invalid character data part: s[49]=438",
"authorkey: invalid character human-readable part: s[3]=439",
"authorkey: invalid character data part: s[49]=440",
"authorkey: invalid character human-readable part: s[3]=441",
"authorkey: invalid character data part: s[49]=443",
"authorkey: invalid character human-readable part: s[3]=444",
"authorkey: invalid character data part: s[49]=445",
"authorkey: invalid character human-readable part: s[3]=451",
"authorkey: invalid character data part: s[49]=452",
"authorkey: invalid character data part: s[49]=454",
"authorkey: invalid character human-readable part: s[3]=455",
"authorkey: invalid character human-readable part: s[3]=457",
"authorkey: invalid character data part: s[49]=458",
"authorkey: invalid character data part: s[49]=460",
"authorkey: invalid character human-readable part: s[3]=461",
"authorkey: invalid character data part: s[49]=462",
"authorkey: invalid character human-readable part: s[3]=463",
"authorkey: invalid character data part: s[49]=464",
"authorkey: invalid character human-readable part: s[3]=465",
"authorkey: invalid character data part: s[49]=466",
"authorkey: invalid character human-readable part: s[3]=467",
"authorkey: invalid character data part: s[49]=468",
"authorkey: invalid character human-readable part: s[3]=469",
"authorkey: invalid character data part: s[49]=470",
"authorkey: invalid character human-readable part: s[3]=471",
"authorkey: invalid character data part: s[49]=472",
"authorkey: invalid character human-readable part: s[3]=473",
"authorkey: invalid character data part: s[49]=474",
"authorkey: invalid character human-readable part: s[3]=475",
"authorkey: invalid character data part: s[49]=476",
"authorkey: invalid character human-readable part: s[3]=477",
"authorkey: invalid character data part: s[49]=478",
"authorkey: invalid character human-readable part: s[3]=479",
"authorkey: invalid character data part: s[49]=480",
"authorkey: invalid character human-readable part: s[3]=481",
"authorkey: invalid character data part: s[49]=482",
"authorkey: invalid character human-readable part: s[3]=483",
"authorkey: invalid character data part: s[49]=484",
"authorkey: invalid character human-readable part: s[3]=485",
"authorkey: invalid character data part: s[49]=486",
"authorkey: invalid character human-readable part: s[3]=487",
"authorkey: invalid character data part: s[49]=488",
"authorkey: invalid character human-readable part: s[3]=489",
"authorkey: invalid character data part: s[49]=490",
"authorkey: invalid character human-readable part: s[3]=491",
"authorkey: invalid character data part: s[49]=492",
"authorkey: invalid character human-readable part: s[3]=493",
"authorkey: invalid character data part: s[49]=494",
"authorkey: invalid character human-readable part: s[3]=495",
"authorkey: invalid character data part: s[49]=496",
"authorkey: invalid character human-readable part: s[3]=497",
"authorkey: invalid character human-readable part: s[3]=499",
"authorkey: invalid character data part: s[49]=500",
"authorkey: invalid character human-readable part: s[3]=501",
"authorkey: invalid character data part: s[49]=502",
"authorkey: invalid character human-readable part: s[3]=504",
"authorkey: invalid character data part: s[49]=505",
"authorkey: invalid character human-readable part: s[3]=506",
"authorkey: invalid character data part: s[49]=507",
"authorkey: invalid character human-readable part: s[3]=508",
"authorkey: invalid character data part: s[49]=509",
"authorkey: invalid character human-readable part: s[3]=510",
"authorkey: invalid character data part: s[49]=511",
"authorkey: invalid character human-readable part: s[3]=512",
"authorkey: invalid character data part: s[49]=513",
"authorkey: invalid character human-readable part: s[3]=514",
"authorkey: invalid character data part: s[49]=515",
"authorkey: invalid character human-readable part: s[3]=516",
"authorkey: invalid character data part: s[49]=517",
"authorkey: invalid character human-readable part: s[3]=518",
"authorkey: invalid character data part: s[49]=519",
"authorkey: invalid character human-readable part: s[3]=520",
"authorkey: invalid character data part: s[49]=521",
"authorkey: invalid character human-readable part: s[3]=522",
"authorkey: invalid character data part: s[49]=523",
"authorkey: invalid character human-readable part: s[3]=524",
"authorkey: invalid character data part: s[49]=525",
"authorkey: invalid character human-readable part: s[3]=526",
"authorkey: invalid character data part: s[49]=527",
"authorkey: invalid character human-readable part: s[3]=528",
"authorkey: invalid character data part: s[49]=529",
"authorkey: invalid character human-readable part: s[3]=530",
"authorkey: invalid character data part: s[49]=531",
"authorkey: invalid character human-readable part: s[3]=532",
"authorkey: invalid character data part: s[49]=533",
"authorkey: invalid character human-readable part: s[3]=534",
"authorkey: invalid character data part: s[49]=535",
"authorkey: invalid character human-readable part: s[3]=536",
"authorkey: invalid character data part: s[49]=537",
"authorkey: invalid character human-readable part: s[3]=538",
"authorkey: invalid character data part: s[49]=539",
"authorkey: invalid character human-readable part: s[3]=540",
"authorkey: invalid character data part: s[49]=541",
"authorkey: invalid character human-readable part: s[3]=542",
"authorkey: invalid character data part: s[49]=543",
"authorkey: invalid character human-readable part: s[3]=544",
"authorkey: invalid character data part: s[49]=545",
"authorkey: invalid character human-readable part: s[3]=546",
"authorkey: invalid character data part: s[49]=547",
"authorkey: invalid character human-readable part: s[3]=548",
"authorkey: invalid character data part: s[49]=549",
"authorkey: invalid character human-readable part: s[3]=550",
"authorkey: invalid character data part: s[49]=551",
"authorkey: invalid character human-readable part: s[3]=552",
"authorkey: invalid character data part: s[49]=553",
"authorkey: invalid character human-readable part: s[3]=554",
"authorkey: invalid character data part: s[49]=555",
"authorkey: invalid character human-readable part: s[3]=556",
"authorkey: invalid character data part: s[49]=557",
"authorkey: invalid character human-readable part: s[3]=558",
"authorkey: invalid character data part: s[49]=559",
"authorkey: invalid character human-readable part: s[3]=560",
"authorkey: invalid character data part: s[49]=561",
"authorkey: invalid character human-readable part: s[3]=562",
"authorkey: invalid character data part: s[49]=563",
"authorkey: invalid character human-readable part: s[3]=569",
"authorkey: invalid character data part: s[49]=570",
"authorkey: invalid character human-readable part: s[3]=571",
"authorkey: invalid character data part: s[49]=572",
"authorkey: invalid character human-readable part: s[3]=573",
"authorkey: invalid character data part: s[49]=574",
"authorkey: invalid character human-readable part: s[3]=575",
"authorkey: invalid character data part: s[49]=576",
"authorkey: invalid character human-readable part: s[3]=577",
"authorkey: invalid character data part: s[49]=578",
"authorkey: invalid character human-readable part: s[3]=579",
"authorkey: invalid character data part: s[49]=582",
"authorkey: invalid character human-readable part: s[3]=583",
"authorkey: invalid character data part: s[49]=584",
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"authorkey: invalid character human-readable part: s[3]=8232",
"authorkey: invalid character data part: s[49]=8233",
"authorkey: invalid character human-readable part: s[3]=8234",
"authorkey: invalid character data part: s[49]=8238",
"authorkey: invalid character human-readable part: s[3]=8239",
"authorkey: invalid character data part: s[49]=8240",
"authorkey: invalid character human-readable part: s[3]=8286",
"authorkey: invalid character data part: s[49]=8287",
"authorkey: invalid character human-readable part: s[3]=8288",
"authorkey: invalid character data part: s[49]=12287",
"authorkey: invalid character human-readable part: s[3]=12288",
"authorkey: invalid character data part: s[49]=12289",
"authorkey: invalid character human-readable part: s[3]=1114111",
"authorkey: invalid character data part: s[49]=65533"
],
"unicode": "15.0.0"
}
''';

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