func freshSumRipemd160(b []byte) Ripemd160 {
sh := ripemd160.New()
sh.Write(b)
h := Ripemd160{}
h.Set(sh.Sum(nil))
return h
}
func TestPubKeyToAddressHash(t *testing.T) {
p, _ := GenerateKeyPair()
h := p.ToAddressHash()
// Should be Ripemd160(SHA256(SHA256()))
x := sha256.Sum256(p[:])
x = sha256.Sum256(x[:])
rh := ripemd160.New()
rh.Write(x[:])
y := rh.Sum(nil)
assert.True(t, bytes.Equal(h[:], y))
}
//do not allow program to start if crypto tests fail
func init() {
// init the reuse hash pool.
sha256HashChan = make(chan hash.Hash, poolsize)
ripemd160HashChan = make(chan hash.Hash, poolsize)
for i := 0; i < poolsize; i++ {
sha256HashChan <- sha256.New()
ripemd160HashChan <- ripemd160.New()
}
_, seckey := GenerateKeyPair()
if TestSecKey(seckey) != nil {
log.Fatal("CRYPTOGRAPHIC INTEGRITY CHECK FAILED: TERMINATING " +
"PROGRAM TO PROTECT COINS")
}
}
package secp256k1
import (
//"crypto/sha256"
//"encoding/hex"
//"errors"
"hash"
//"log"
"github.com/skycoin/skycoin/src/cipher/ripemd160"
)
var (
//sha256Hash hash.Hash = sha256.New()
ripemd160Hash hash.Hash = ripemd160.New()
)
// Ripemd160
func _HashRipemd160(data []byte) []byte {
ripemd160Hash.Reset()
ripemd160Hash.Write(data)
sum := ripemd160Hash.Sum(nil)
return sum
}
// SHA256
// Double SHA256
func _DoubleSHA256(b []byte) []byte {
//h := SumSHA256(b)
