public void Deserialize(BinaryReader reader)
{
var blockHash = reader.ReadFixedString(64);
var blockSignatureLength = reader.ReadInt16();
reader.ReadByte(); // Move the reader by one byte (I don't know why, but else it's not reading the signature properly.
var blockSignature = reader.ReadFixedString(blockSignatureLength);
var previoushHash = reader.ReadFixedString(64);
var magicNumber = reader.ReadFixedString(7);
var blockVersion = reader.ReadUInt32();
var merkleRoot = reader.ReadFixedString(64);
long timestamp = reader.ReadInt64();
ulong nonce = reader.ReadUInt64();
var signatureLength = reader.ReadInt16();
reader.ReadByte(); // Move the reader by one byte (I don't know why, but else it's not reading the signature properly.
var signature = reader.ReadFixedString(signatureLength);
var transactionsPayload = new StateTransactionsPayload();
transactionsPayload.Deserialize(reader);
var header = new BlockHeader(magicNumber, blockVersion, merkleRoot, timestamp, previoushHash).Finalize(blockHash, signature);
header.Finalize(blockHash, blockSignature);
header.IncrementNonce(nonce);
_block = new Block(header, transactionsPayload.Transactions);
}
public void Serialize(BinaryWriter writer)
{
if (_block.Transactions.Count() > Int16.MaxValue)
{
throw new InvalidDataException("Too many transactions");
}
writer.WriteFixedString(_block.Header.Hash, 64);
writer.Write((Int16)_block.Header.Signature.Length);
writer.Write(_block.Header.Signature);
writer.WriteFixedString(_block.Header.PreviousHash, 64);
writer.WriteFixedString(_block.Header.MagicNumber, 7);
writer.Write(_block.Header.Version);
writer.WriteFixedString(_block.Header.MerkleRoot, 64);
writer.Write(_block.Header.Timestamp);
writer.Write(_block.Header.Nonce);
writer.Write((Int16)_block.Header.Signature.Length);
writer.Write(_block.Header.Signature);
var transactionsPayload = new StateTransactionsPayload(_block.Transactions);
transactionsPayload.Serialize(writer);
}
