protected override bool ReadProperties(BinaryReader reader)
{
BlockType blockType = (BlockType)((BitConverter.ToUInt16(Header.Extensions, 0) & Block.BlockTypeMask) >> 8);
switch (blockType)
{
case BlockType.Receive:
Block = new ReceiveBlock();
break;
case BlockType.Send:
Block = new SendBlock();
break;
case BlockType.Open:
Block = new OpenBlock();
break;
case BlockType.Change:
Block = new ChangeBlock();
break;
}
Block.ReadFromStream(reader);
return(true);
}
public void TestOpenFirstBlock()
{
_controller = new ControllerThread(_chain, default(OptimizedLineage), _inbox = BoundedInbox.Create(),
_outbox = BoundedInbox.Create());
var messageAllocation = new Span <byte>(new byte[OpenBlock.SizeInBytes]);
var openBlock = new OpenBlock(1, 5, BlockAlias.GenesisParent);
// Serialize message to put it into the inbox
MessageSerializers.ClientSerializeOpenBlock(openBlock, messageAllocation);
_inbox.TryWrite(messageAllocation);
_controller.DoWork();
var result = _outbox.Peek();
Assert.Equal(MessageType.OpenedBlock, ClientServerMessage.GetMessageType(result));
var response = MessageSerializers.ClientDeserializeOpenedBlock(result);
Assert.Equal(1U, response.RequestId);
Assert.Equal(5U, response.ClientId);
Assert.Equal(_1, response.Alias);
var tmpId = response.UncommittedBlockId;
Console.WriteLine(tmpId);
}
public TempBlockId TestOpenBlock()
{
Setup();
var messageAllocation = new Span <byte>(new byte[OpenBlock.SizeInBytes]);
var openBlock = new OpenBlock(1, 5, _3);
// Serialize message to put it into the inbox
MessageSerializers.ClientSerializeOpenBlock(openBlock, messageAllocation);
_inbox.TryWrite(messageAllocation);
_controller.DoWork();
var result = _outbox.Peek();
Assert.Equal(MessageType.OpenedBlock, ClientServerMessage.GetMessageType(result));
var response = MessageSerializers.ClientDeserializeOpenedBlock(result);
Assert.Equal(1U, response.RequestId);
Assert.Equal(5U, response.ClientId);
Assert.Equal(_9, response.Alias);
return(response.UncommittedBlockId);
}
public void SerializeDeserializeOpenBlock()
{
var openBlock = new OpenBlock(3, 4, new BlockAlias(987623));
MessageSerializers.ClientSerializeOpenBlock(openBlock, _buffer);
var newOpenBlock = MessageSerializers.DeserializeOpenBlock(_buffer);
Assert.True(openBlock.ClientId == newOpenBlock.ClientId &&
openBlock.RequestId == newOpenBlock.RequestId &&
openBlock.RequestType == newOpenBlock.RequestType &&
openBlock.ParentHandle == newOpenBlock.ParentHandle);
}
/// <summary>
/// Skip over a complete block of unknown content
/// </summary>
public override bool Parse(ItemFactory itemFactory, ITextProvider text, TokenStream tokens)
{
// Save the opening token for this block
OpenBlock = Children.AddCurrentAndAdvance(tokens, null);
CssTokenType matchingEndType = GetMatchingTokenType(OpenBlock.TokenType);
Debug.Assert(matchingEndType != CssTokenType.Unknown);
// Search for the matching end of the block
bool invalidBlock = false;
while (!invalidBlock &&
tokens.CurrentToken.TokenType != matchingEndType &&
!tokens.CurrentToken.IsScopeBlocker())
{
// Treat the contents of the block as property values so that units, functions, etc. get parsed
ParseItem pi = PropertyValueHelpers.ParsePropertyValue(this, itemFactory, text, tokens);
if (pi != null)
{
Children.Add(pi);
}
else
{
switch (tokens.CurrentToken.TokenType)
{
case CssTokenType.CloseCurlyBrace:
case CssTokenType.CloseFunctionBrace:
case CssTokenType.CloseSquareBracket:
// Found a non-matching end brace/bracket, so stop parsing
invalidBlock = true;
break;
default:
Children.AddUnknownAndAdvance(itemFactory, text, tokens);
break;
}
}
}
if (tokens.CurrentToken.TokenType == matchingEndType)
{
CloseBlock = Children.AddCurrentAndAdvance(tokens, null);
}
else
{
OpenBlock.AddParseError(ParseErrorType.CloseBraceMismatch, ParseErrorLocation.AfterItem);
}
return(Children.Count > 0);
}
public TempBlockId terab_utxo_open_block()
{
Setup();
TempBlockId?result = null;
_socket.ExpectConnected(() => true);
_socket.ExpectConnected(() => true);
_socket.ExpectConnected(() => true);
_socket.ExpectAvailable(() => OpenBlock.SizeInBytes);
_socket.ExpectReceive(data =>
{
data.Clear();
Assert.True(data.Length >= OpenBlock.SizeInBytes);
var openBlock = new OpenBlock(1, 0, _zero);
// Serialize message to put it into the inbox
MessageSerializers.ClientSerializeOpenBlock(openBlock, data);
return(OpenBlock.SizeInBytes);
});
_socket.ExpectConnected(() => true);
_socket.ExpectAvailable(() => 0);
_socket.ExpectConnected(() => true);
_socket.ExpectSend(data =>
{
Assert.Equal(OpenedBlock.SizeInBytes, data.Length);
OpenedBlock openedBlock = MessageSerializers.ClientDeserializeOpenedBlock(data);
Assert.Equal(OpenedBlock.SizeInBytes, BitConverter.ToInt32(data));
Assert.Equal((uint)1, openedBlock.RequestId); // request ID
Assert.Equal((uint)0, openedBlock.ClientId); // client ID field empty
result = openedBlock.UncommittedBlockId;
return(OpenedBlock.SizeInBytes);
});
_dispatcher.ListenToConnections();
_controllerThread.DoWork();
_dispatcher.SendResponses();
_socket.ExpectAllDone();
return(result.Value);
}
public static void ClientSerializeOpenBlock(OpenBlock openBlock, Span <byte> toWrite)
{
// length of the given span
if (toWrite.Length < OpenBlock.SizeInBytes)
{
throw new ArgumentException(
$"Given Span of length {toWrite.Length} too short to write {OpenBlock.SizeInBytes} bytes of {nameof(OpenBlock)} request");
}
var editor = new SpanBinaryEditor(toWrite);
var messageHeader = new MessageHeader(OpenBlock.SizeInBytes, openBlock.RequestId,
openBlock.ClientId, MessageInfo.FromType(openBlock.RequestType));
WriteMessageHeader(ref messageHeader, ref editor);
editor.WriteUInt32(openBlock.ParentHandle.Value);
}
public void Visit(OpenBlock block)
{
FillValue(block);
}
public void Visit(OpenBlock block)
{
throw new System.NotImplementedException();
}
public void PutBlock(UInt256 blockHash, OpenBlock block, UInt256 successorHash = null)
{
ThrowHelper.Sanity.ThrowIfTrue(block == null || GetBlock(successorHash) != null);
}