Like those of stage 2, the four generators of stage 3 run in the module
of the datekeys-go next to this repository, which they import, without
changing anything there: cd ../datekeys-go && go run ../datekeys-dart/tool/
… The tag spec-v0.11 and the draft v0.12, whose packages provider, agewrap,
profile and capsule.ParsePrelude are the same, give the same output as the
committed vectors, byte for byte.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
ibe.dart is DecryptCCAonG2 and EncryptCCAonG2 of drand/kyber for Quicknet,
as ibe.ts of datekeys-ts: H2 over GT in the order of kilic, H3 with its
rejection of candidates, H4, the identity of a round, the gates of the
signature and of U, and fixed texts that carry no value of the
computation. Encryption takes an injectable sigma, so that the vectors of
Go reproduce byte for byte; sigma and r are secret and BigInt is not
constant time.
release.dart is provider.Verify, in its order and with its texts, for the
scheme of Quicknet only, as release.ts; the supplied release; and the rule
of step 9, under which whatever a source throws is
ERR_RELEASE_UNAVAILABLE. tlock.dart is NewTimeIdentity with its Unwrap and
NewTimeRecipient of agewrap on the arguments and the body of the stanza.
tool/ibe_go_vectors.go, tool/tlock_go_vectors.go and
tool/release_go_vectors.go, ports of the generators of datekeys-ts where
they exist, write the vectors from kyber, tlock, age, provider and agewrap
on the fixtures of testdata/. The ciphertexts with a random sigma are the
frozen ones of datekeys-ts at 289fe71, decrypted again by Go.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
