package main

import (
	"aflds"
	"fmt"
)

type (

	S = struct {
		A string
	}
)

func Una () S {
	fmt.Println("Es llamado ")
	return S { A : "Un valiue" }
}



func main() {
/*

	fields := aflds.Fields{
		aflds.NewFieldString("name1","ss"),
		aflds.NewFieldString("name2","sd"),
		aflds.NewFieldString("name3","sd"),
		aflds.NewFieldString("name1","sd"),
		aflds.NewFieldString("name4","sd"),
		aflds.NewFieldString("name1","sd"),
	}


	// Eliminamos todos los campos con el nombre "name1"
	updatedFields := fields.DelAll("name1")

	// Comprobamos si los campos con el nombre "name1" se han eliminado correctamente
	for _, field := range updatedFields {
		if field.Name() == "name1" {
			fmt.Println("Error: Se encontró un campo con el nombre 'name1'")
			return
		}
	}


	i := aflds.NewField("UnUnt",int16(15))
	fmt.Printf("%s\n",i.Kind().KindNames())

	v := func() int16 { return 32 }

	cc,ok := aflds.g.constructors[reflect.TypeOf(v)]
	if !ok {
		fmt.Println("No hay constructor")
		return
	}
	cf := cc("namefuied",v)

	v1,_ := cf.Int()
	fmt.Printf("%s = %v\n",i.Kind().KindNames(), v1)

*/
		aflds.Create("f1", "value",aflds.KindString)
		aflds.Create("f2", uint(11),aflds.KindUint)
		aflds.Create("f3", -11,aflds.KindInt)
		aflds.Create("f4", 2.3,aflds.KindFloat)
		aflds.Create("f5", []byte{1,2,2,4,3,3,3,3},aflds.KindBinary)
		aflds.Create("d1",func()int{ return -3 },aflds.KindDeferInt)
		aflds.Create("d2",func()uint{ return uint(3) },aflds.KindDeferUint)
		aflds.Create("f2",func()float64{ return 3.2},aflds.KindDeferFloat)


}