public void SerializeDeserializeCommittedBlockInfo()
{
var committedBlockInfo =
new CommittedBlockInformation(3, 4, new BlockId(new Hash256(987654321, 123456789, 567894321, 432156789)),
new BlockAlias(70), 700, new BlockAlias(7000));
MessageSerializers.SerializeCommittedBlockInfo(committedBlockInfo, _buffer);
var newCommittedBlockInfo = MessageSerializers.ClientDeserializeCommittedBlockInfo(_buffer);
Assert.True(committedBlockInfo.ClientId == newCommittedBlockInfo.ClientId &&
committedBlockInfo.RequestId == newCommittedBlockInfo.RequestId &&
committedBlockInfo.ResponseType == newCommittedBlockInfo.ResponseType &&
committedBlockInfo.Alias == newCommittedBlockInfo.Alias &&
committedBlockInfo.BlockHeight == newCommittedBlockInfo.BlockHeight &&
committedBlockInfo.Parent == newCommittedBlockInfo.Parent &&
committedBlockInfo.BlockId.Equals(newCommittedBlockInfo.BlockId));
}
public void DoWork()
// TODO: [vermorel] method should return 'true' if any work has been done
{
var nextMessage = _inbox.Peek();
if (nextMessage.Length != 0)
{
// get message type and deserialize accordingly
var reqType = ClientServerMessage.GetMessageType(nextMessage);
switch (reqType)
{
// TODO: [vermorel] I don't like to too much the code below, it's highly repetitive, factorization is needed.
case MessageType.OpenBlock:
var openBlock = MessageSerializers.DeserializeOpenBlock(nextMessage);
UncommittedBlock block;
if (openBlock.ParentHandle == BlockAlias.GenesisParent && _chain.BlockchainLength == 0)
{
block = _chain.OpenFirstBlock();
}
else
{
block = _chain.OpenBlock(openBlock.ParentHandle);
}
var blockHandle =
new OpenedBlock(openBlock.RequestId, openBlock.ClientId, block.BlockId, block.Alias);
MessageSerializers.SerializeOpenedBlock(blockHandle, _responseBuffer);
_outbox.TryWrite(new Span <byte>(_responseBuffer, 0, OpenedBlock.SizeInBytes));
break;
case MessageType.GetBlockHandle:
var getBlockHandle = MessageSerializers.DeserializeGetBlockHandle(nextMessage);
var retrievedHandle = _chain.RetrieveAlias(getBlockHandle.BlockId);
var returnMessage = new BlockHandleResponse(getBlockHandle.RequestId, getBlockHandle.ClientId,
retrievedHandle);
MessageSerializers.SerializeBlockHandleResponse(returnMessage, _responseBuffer);
_outbox.TryWrite(new Span <byte>(_responseBuffer, 0, BlockHandleResponse.SizeInBytes));
break;
case MessageType.GetUncommittedBlockHandle:
var getUBlockHandle = MessageSerializers.DeserializeGetUncommittedBlockHandle(nextMessage);
var retrievedUHandle = _chain.RetrieveAlias(getUBlockHandle.UncommittedBlockId);
var returnMes = new BlockHandleResponse(getUBlockHandle.RequestId, getUBlockHandle.ClientId,
retrievedUHandle);
MessageSerializers.SerializeBlockHandleResponse(returnMes, _responseBuffer);
_outbox.TryWrite(new Span <byte>(_responseBuffer, 0, BlockHandleResponse.SizeInBytes));
break;
case MessageType.CommitBlock:
var commitBlock = MessageSerializers.DeserializeCommitBlock(nextMessage);
_chain.CommitBlock(commitBlock.BlockHandle, commitBlock.BlockId);
var committedMessage =
new EverythingOkResponse(commitBlock.RequestId, commitBlock.ClientId);
MessageSerializers.SerializeEverythingOk(committedMessage, _responseBuffer);
_outbox.TryWrite(new Span <byte>(_responseBuffer, 0, EverythingOkResponse.SizeInBytes));
break;
case MessageType.IsAncestor:
var isAncestor = MessageSerializers.DeserializeIsAncestor(nextMessage);
var res = _opti.IsAncestor(isAncestor.BlockHandle, isAncestor.MaybeAncestorHandle);
var isAncestorMessage = new AncestorResponse(isAncestor.RequestId, isAncestor.ClientId, res);
MessageSerializers.SerializeAncestorResponse(isAncestorMessage, _responseBuffer);
_outbox.TryWrite(new Span <byte>(_responseBuffer, 0, AncestorResponse.SizeInBytes));
break;
case MessageType.IsPruneable:
var isPruneable = MessageSerializers.DeserializeIsPruneable(nextMessage);
var result = _opti.IsPruneable(isPruneable.BlockHandle);
var isPruneableMessage = new PruneableResponse(isPruneable.RequestId, isPruneable.ClientId, result);
MessageSerializers.SerializePruneableResponse(isPruneableMessage, _responseBuffer);
_outbox.TryWrite(new Span <byte>(_responseBuffer, 0, PruneableResponse.SizeInBytes));
break;
case MessageType.GetBlockInfo:
var blockInfoReq = MessageSerializers.DeserializeGetBlockInfo(nextMessage);
// TODO: [vermorel] clarify the purpose of this test, unclear
if (_chain.RetrieveCommittedBlock(blockInfoReq.BlockHandle, out var blockInfoC))
{
var blockInfo =
new CommittedBlockInformation(blockInfoReq.RequestId, blockInfoReq.ClientId,
blockInfoC.BlockId, blockInfoC.Alias, blockInfoC.BlockHeight, blockInfoC.Parent);
MessageSerializers.SerializeCommittedBlockInfo(blockInfo, _responseBuffer);
_outbox.TryWrite(new Span <byte>(_responseBuffer, 0, CommittedBlockInformation.SizeInBytes));
break;
}
else
{
_chain.RetrieveUncommittedBlock(blockInfoReq.BlockHandle, out var blockInfoU);
var blockInfo =
new UncommittedBlockInformation(blockInfoReq.RequestId, blockInfoReq.ClientId,
blockInfoU.BlockId, blockInfoU.Alias, blockInfoU.BlockHeight, blockInfoU.Parent);
MessageSerializers.SerializeUncommittedBlockInfo(blockInfo, _responseBuffer);
_outbox.TryWrite(new Span <byte>(_responseBuffer, 0, UncommittedBlockInformation.SizeInBytes));
break;
}
// TODO: [vermorel] the 'default:' case should be covered with an NotSupportedException.
}
_inbox.Next();
// TODO: errors are not yet handled.
}
}