private static Block parseBlockDataIntoClass(Byte[] blockByteArray)
{
UInt32 cursor = 0;
var block = new Block {
VersionNumber = ParseFourBytesToElement(ref cursor, ref blockByteArray),
PreviousBlockHash = parseThirtyTwoBytesToElement(ref cursor, ref blockByteArray),
MerkleRootHash = parseThirtyTwoBytesToElement(ref cursor, ref blockByteArray),
TimeStamp = ParseFourBytesToElement(ref cursor, ref blockByteArray),
TargetDifficulty = ParseFourBytesToElement(ref cursor, ref blockByteArray),
Nonce = ParseFourBytesToElement(ref cursor, ref blockByteArray),
VlTransactionCount = parseVaribleLengthInteger(ref cursor, ref blockByteArray)
};
//Block class is done, moving to transaction
for (UInt64 i = 0; i < block.VlTransactionCount; i++)
{
var transaction = new BlockchainTransaction();
var transactionCursor = cursor;
transaction.TransactionVersionNumber = ParseFourBytesToElement(ref cursor, ref blockByteArray);
transaction.VL_inputCount = parseVaribleLengthInteger(ref cursor, ref blockByteArray);
//fill transaction inputs
for (UInt64 j = 0; j < transaction.VL_inputCount; j++)
{
var input = new Input {
PreviousTransactionHash = parseThirtyTwoBytesToElement(ref cursor, ref blockByteArray),
PreviousTransactionIndex = ParseFourBytesToElement(ref cursor, ref blockByteArray),
VL_scriptLength = parseVaribleLengthInteger(ref cursor, ref blockByteArray)
};
input.VL_inputScript = ParseCustomLengthToElement(ref cursor, ref blockByteArray, input.VL_scriptLength);
input.SequenceNumber = ParseFourBytesToElement(ref cursor, ref blockByteArray);
transaction.inputs.Add(input);
}
transaction.VL_outputCount = parseVaribleLengthInteger(ref cursor, ref blockByteArray);
//fill transaction outputs
for (UInt64 k = 0; k < transaction.VL_outputCount; k++)
{
var output = new Output {
value = parseEightBytesToElement(ref cursor, ref blockByteArray),
VL_outputScriptLength = parseVaribleLengthInteger(ref cursor, ref blockByteArray)
};
output.publicKeyAddress = ScryptParser.getPublicKey(ParseCustomLengthToElement(ref cursor, ref blockByteArray, output.VL_outputScriptLength));
transaction.outputs.Add(output);
}
transaction.TransactionLockTime = ParseFourBytesToElement(ref cursor, ref blockByteArray);
var wholeTransactionData = new Byte[cursor - transactionCursor];
Array.Copy(blockByteArray, transactionCursor, wholeTransactionData, 0, cursor - transactionCursor);
transaction.thisTransactionHash = wholeTransactionData;
block.Transactions.Add(transaction);
}
return(block);
}
private static Block parseBlockDataIntoClass(byte[] blockByteArray)
{
uint cursor = 0;
Block block = new Block();
block.versionNumber = parseFourBytesToElement(ref cursor, ref blockByteArray);
block.previousBlockHash = parseThirtyTwoBytesToElement(ref cursor, ref blockByteArray);
block.merkleRootHash = parseThirtyTwoBytesToElement(ref cursor, ref blockByteArray);
block.timeStamp = parseFourBytesToElement(ref cursor, ref blockByteArray);
block.targetDifficulty = parseFourBytesToElement(ref cursor, ref blockByteArray);
block.nonce = parseFourBytesToElement(ref cursor, ref blockByteArray);
block.VL_transactionCount = parseVaribleLengthInteger(ref cursor, ref blockByteArray);
//Block class is done, moving to transaction
for (ulong i = 0; i < block.VL_transactionCount; i++)
{
BlockchainTransaction transaction = new BlockchainTransaction();
uint transactionCursor = cursor;
transaction.transactionVersionNumber = parseFourBytesToElement(ref cursor, ref blockByteArray);
transaction.VL_inputCount = parseVaribleLengthInteger(ref cursor, ref blockByteArray);
//fill transaction inputs
for (ulong j = 0; j < transaction.VL_inputCount; j++)
{
Input input = new Input();
input.previousTransactionHash = parseThirtyTwoBytesToElement(ref cursor, ref blockByteArray);
input.previousTransactionIndex = parseFourBytesToElement(ref cursor, ref blockByteArray);
input.VL_scriptLength = parseVaribleLengthInteger(ref cursor, ref blockByteArray);
input.VL_inputScript = parseCustomLengthToElement(ref cursor, ref blockByteArray, input.VL_scriptLength);
input.sequenceNumber = parseFourBytesToElement(ref cursor, ref blockByteArray);
transaction.inputs.Add(input);
}
transaction.VL_outputCount = parseVaribleLengthInteger(ref cursor, ref blockByteArray);
//fill transaction outputs
for (ulong k = 0; k < transaction.VL_outputCount; k++)
{
Output output = new Output();
output.value = parseEightBytesToElement(ref cursor, ref blockByteArray);
output.VL_outputScriptLength = parseVaribleLengthInteger(ref cursor, ref blockByteArray);
output.publicKeyAddress = ScryptParser.getPublicKey(parseCustomLengthToElement(ref cursor, ref blockByteArray, output.VL_outputScriptLength));
transaction.outputs.Add(output);
}
transaction.transactionLockTime = parseFourBytesToElement(ref cursor, ref blockByteArray);
byte[] wholeTransactionData = new byte[cursor - transactionCursor];
Array.Copy(blockByteArray, transactionCursor, wholeTransactionData, 0, cursor - transactionCursor);
transaction.thisTransactionHash = wholeTransactionData;
block.transactions.Add(transaction);
}
return(block);
}
