public byte[] Serialize(NewBlockMessage message)
{
int contentLength = _blockDecoder.GetLength(message.Block, RlpBehaviors.None) + Rlp.LengthOf((UInt256)message.TotalDifficulty);
int totalLength = Rlp.LengthOfSequence(contentLength);
RlpStream rlpStream = new RlpStream(totalLength);
rlpStream.StartSequence(contentLength);
rlpStream.Encode(message.Block);
rlpStream.Encode(message.TotalDifficulty);
return(rlpStream.Data);
}
public BlockForRpc(Block block, bool includeFullTransactionData)
{
_isAuRaBlock = block.Header.AuRaSignature != null;
Author = block.Author ?? block.Beneficiary;
Difficulty = block.Difficulty;
ExtraData = block.ExtraData;
GasLimit = block.GasLimit;
GasUsed = block.GasUsed;
Hash = block.Hash;
LogsBloom = block.Bloom;
Miner = block.Beneficiary;
if (!_isAuRaBlock)
{
MixHash = block.MixHash;
Nonce = new byte[8];
BinaryPrimitives.WriteUInt64BigEndian(Nonce, block.Nonce);
}
else
{
Step = block.Header.AuRaStep;
Signature = block.Header.AuRaSignature;
}
Number = block.Number;
ParentHash = block.ParentHash;
ReceiptsRoot = block.ReceiptsRoot;
Sha3Uncles = block.OmmersHash;
Size = _blockDecoder.GetLength(block, RlpBehaviors.None);
StateRoot = block.StateRoot;
Timestamp = block.Timestamp;
TotalDifficulty = block.TotalDifficulty ?? 0;
Transactions = includeFullTransactionData ? block.Transactions.Select((t, idx) => new TransactionForRpc(block.Hash, block.Number, idx, t)).ToArray() : block.Transactions.Select(t => t.Hash).OfType <object>().ToArray();
TransactionsRoot = block.TxRoot;
Uncles = block.Ommers.Select(o => o.Hash);
}
public byte[] Improved3()
{
int length = _blockDecoder.GetLength(_block, RlpBehaviors.None);
RlpStream stream = new RlpStream(length);
_blockDecoder.Encode(stream, _block);
return(Bytes.Empty);
}
public void Serialize(IByteBuffer byteBuffer, NewBlockMessage message)
{
int contentLength = _blockDecoder.GetLength(message.Block, RlpBehaviors.None) + Rlp.LengthOf(message.TotalDifficulty);
RlpStream rlpStream = new NettyRlpStream(byteBuffer);
int totalLength = Rlp.LengthOfSequence(contentLength);
byteBuffer.EnsureWritable(totalLength, true);
rlpStream.StartSequence(contentLength);
rlpStream.Encode(message.Block);
rlpStream.Encode(message.TotalDifficulty);
}
public BlockForRpc(Block block, bool includeFullTransactionData)
{
var isAuRaBlock = block.Header.AuRaSignature != null;
Author = block.Author;
Difficulty = block.Difficulty;
ExtraData = block.ExtraData;
GasLimit = block.GasLimit;
GasUsed = block.GasUsed;
Hash = block.Hash;
LogsBloom = block.Bloom;
Miner = block.Beneficiary;
if (!isAuRaBlock)
{
MixHash = block.MixHash;
Nonce = ((BigInteger)block.Nonce).ToBigEndianByteArray().PadLeft(8);
}
else
{
Step = block.Header.AuRaStep;
Signature = block.Header.AuRaSignature;
}
Number = block.Number;
ParentHash = block.ParentHash;
ReceiptsRoot = block.ReceiptsRoot;
Sha3Uncles = block.OmmersHash;
Size = _blockDecoder.GetLength(block, RlpBehaviors.None);
StateRoot = block.StateRoot;
Timestamp = block.Timestamp;
TotalDifficulty = block.TotalDifficulty ?? 0;
Transactions = includeFullTransactionData
? block.Transactions.Select((t, idx) => { return(new TransactionForRpc(block.Hash, block.Number, idx, t)); }).ToArray()
: (object[])block.Transactions.Select(t => t.Hash).AsEnumerable();
TransactionsRoot = block.TransactionsRoot;
Uncles = block.Ommers.Select(o => o.Hash);
}
public void Get_length_null()
{
BlockDecoder decoder = new BlockDecoder();
Assert.AreEqual(1, decoder.GetLength(null, RlpBehaviors.None));
}