script

type Disassembler interface {
	DisassembleString(s []byte) (string, error)
}

type Engine struct {
	Generator Generator
	// contains filtered or unexported fields
}

type Generator interface {
	// If else statement. If e is nil an else branch will not be present
	If(i, e []byte) []byte
	// Data returns the bytes as data
	Data(b []byte) []byte
	// Int64 returns n as data
	Int64(n int64) []byte
	// P2PKHHash returns a p2pkh contract using the hash
	P2PKHHash(hash []byte) []byte
	// P2PKHPublic returns a p2pkh contract using the public key
	P2PKHPublic(pub []byte) []byte
	// P2PKPublic returns a p2pk contract using the public key
	P2PKPublic(pub []byte) []byte
	// P2SHHash returns a p2sh contract using the hash
	P2SHHash(h []byte) []byte
	// P2SHScript returns a p2sh contract using the script
	P2SHScript(s []byte) []byte
	// P2SHRedeem returns a script to redeem a p2sh contract
	P2SHRedeem(s []byte, pref ...[]byte) []byte
	// P2MS returns a p2ms contract
	P2MS(verify bool, nRequired int64, pubKeys ...[]byte) []byte
	// LockTime returns an absolute timelock using an int
	LockTime(lock int64) []byte
	// LockTimeTime returns an absolute timelock using an time.Time
	LockTimeTime(t time.Time) []byte
	// Sequence returns a relative timelock using an int
	Sequence(lock int64) []byte
	// HashLock returns an hashlock
	HashLock(h []byte, verify bool) []byte
	// HTLC returns returns an hash time locked contract
	HTLC(lockScript, tokenHash, timeLockedScript, hashLockedScript []byte) []byte
	// HTLCRedeem returns the script to redeem an htlc
	HTLCRedeem(sig, key, token, locksScript []byte) []byte
	// HTLCRecover returns the script to recover an htlc
	HTLCRecover(sig, key, locksScript []byte) []byte
	// MSTLC returns a multi-sig time locked contract
	MSTLC(lockScript, timeLockedScript []byte, nRequired int64, pubKeys ...[]byte) []byte
}

type IntParser interface{ ParseInt64(v []byte) (int64, error) }

type SequenceNumberBTC int64