/// <param name="opcodeRet">Found instruction.</param>
/// <param name="bytesRet">IEnumerable out param which is used to get the push arguments.</param>
/// <returns>Result of operation</returns>
- public static bool GetOp(ref ByteQueue codeBytes, out instruction opcodeRet, out byte[] bytesRet)
+ public static bool GetOp(ref InstructionQueue codeBytes, out instruction opcodeRet, out byte[] bytesRet)
{
bytesRet = new byte[0];
instruction opcode = opcodeRet = instruction.OP_INVALIDOPCODE;
nSize = BitConverter.ToInt32(codeBytes.Get(4), 0);
}
}
- catch (ByteQueueException)
+ catch (InstructionQueueException)
{
// Unable to read operand length
return false;
instruction opcode1, opcode2;
// Compare
- var bq1 = script1.GetByteQueue();
- var bq2 = script2.GetByteQueue();
+ var bq1 = script1.GetInstructionQueue();
+ var bq2 = script2.GetInstructionQueue();
byte[] args1, args2;
var falseBytes = new byte[0];
var trueBytes = new byte[] { 0x01 };
- var CodeQueue = script.GetByteQueue();
+ var CodeQueue = script.GetInstructionQueue();
var altStack = new List<byte[]>();
#if !DEBUG
{
return false;
}
- Hash hash = null;
+ byte[] hash = null;
var data = stacktop(ref stack, -1);
switch (opcode)
{
case instruction.OP_HASH160:
- hash = Hash160.Compute160(data);
+ hash = CryptoUtils.ComputeHash160(data);
break;
case instruction.OP_HASH256:
- hash = Hash256.Compute256(data);
+ hash = CryptoUtils.ComputeHash256(data);
break;
case instruction.OP_SHA1:
- hash = SHA1.Compute1(data);
+ hash = CryptoUtils.ComputeSha1(data);
break;
case instruction.OP_SHA256:
- hash = SHA256.Compute256(data);
+ hash = CryptoUtils.ComputeSha256(data);
break;
case instruction.OP_RIPEMD160:
- hash = RIPEMD160.Compute160(data);
+ hash = CryptoUtils.ComputeRipeMD160(data);
break;
}
popstack(ref stack);