public override async Task WriteBuffer(ByteArrayWriter Writer, int CurrentOffset)
{
Writer.WriteInt32(TypeReference);
Writer.WriteInt32(ParentReference);
Writer.WriteInt32(OwnerReference);
await NameTableIndex.WriteBuffer(Writer, 0);
Writer.WriteInt32(ArchetypeReference);
Writer.WriteUInt32(FlagsHigh);
Writer.WriteUInt32(FlagsLow);
Writer.WriteInt32(BuilderSerialDataSize);
Writer.WriteInt32(BuilderSerialDataOffset);
Writer.WriteUInt32(ExportFlags);
Writer.WriteInt32(NetObjectCount);
await Writer.WriteBytes(Guid);
Writer.WriteUInt32(Unknown1);
await Writer.WriteBytes(Unknown2);
}
public override async Task WriteBuffer(ByteArrayWriter Writer, int CurrentOffset)
{
Writer.WriteInt32(Size);
if (Size < 0)
{
await Writer.WriteBytes(Encoding.Unicode.GetBytes(String));
}
else
{
await Writer.WriteBytes(Encoding.ASCII.GetBytes(String));
Writer.WriteByte(0);
}
}
void IProtocolCodec.ServerEncode(CommDataBase data)
{
ModbusServer ownerProtocol = (ModbusServer)data.OwnerProtocol;
ModbusCommand userData = (ModbusCommand)data.UserData;
byte functionCode = userData.FunctionCode;
ByteArrayWriter byteArrayWriter1 = new ByteArrayWriter();
ModbusCodecBase.CommandCodecs[(int)functionCode]?.ServerEncode(userData, byteArrayWriter1);
int num = userData.ExceptionCode == (byte)0 ? 2 + byteArrayWriter1.Length : 3;
ByteArrayWriter byteArrayWriter2 = new ByteArrayWriter();
byteArrayWriter2.WriteUInt16BE((ushort)userData.TransId);
byteArrayWriter2.WriteInt16BE((short)0);
byteArrayWriter2.WriteInt16BE((short)num);
byteArrayWriter2.WriteByte(ownerProtocol.Address);
if (userData.ExceptionCode == (byte)0)
{
byteArrayWriter2.WriteByte(userData.FunctionCode);
byteArrayWriter2.WriteBytes(byteArrayWriter1);
}
else
{
byteArrayWriter2.WriteByte((byte)((uint)userData.FunctionCode | 128U));
byteArrayWriter2.WriteByte(userData.ExceptionCode);
}
data.OutgoingData = byteArrayWriter2.ToReader();
}
public void GetPosition_AfterWriteBytes(bool alwaysCopyInputData)
{
IByteArrayWriter writer = new ByteArrayWriter(alwaysCopyInputData);
writer.WriteBytes(100, 100);
Assert.AreEqual(2, writer.Position);
}
void IProtocolCodec.ServerEncode(CommDataBase data)
{
ModbusServer ownerProtocol = (ModbusServer)data.OwnerProtocol;
ModbusCommand userData = (ModbusCommand)data.UserData;
byte functionCode = userData.FunctionCode;
ByteArrayWriter byteArrayWriter1 = new ByteArrayWriter();
ModbusCodecBase.CommandCodecs[(int)functionCode]?.ServerEncode(userData, byteArrayWriter1);
if (userData.ExceptionCode == (byte)0)
{
int length = byteArrayWriter1.Length;
}
ByteArrayWriter byteArrayWriter2 = new ByteArrayWriter();
byteArrayWriter2.WriteByte(ownerProtocol.Address);
if (userData.ExceptionCode == (byte)0)
{
byteArrayWriter2.WriteByte(userData.FunctionCode);
byteArrayWriter2.WriteBytes(byteArrayWriter1);
}
else
{
byteArrayWriter2.WriteByte((byte)((uint)userData.FunctionCode | 128U));
byteArrayWriter2.WriteByte(userData.ExceptionCode);
}
ushort num = ByteArrayHelpers.CalcCRC16(byteArrayWriter2.ToArray(), 0, byteArrayWriter2.Length);
byteArrayWriter2.WriteInt16LE((short)num);
data.OutgoingData = byteArrayWriter2.ToReader();
}
void IProtocolCodec.ClientEncode(CommDataBase data)
{
var client = (ModbusClient)data.OwnerProtocol;
var command = (ModbusCommand)data.UserData;
var fncode = command.FunctionCode;
//encode the command body, if applies
var body = new ByteArrayWriter();
var codec = CommandCodecs[fncode];
if (codec != null)
codec.ClientEncode(command, body);
//create a writer for the outgoing data
var writer = new ByteArrayWriter();
//unit identifier (address)
writer.WriteByte(client.Address);
//function code
writer.WriteByte(fncode);
//body data
writer.WriteBytes(body);
//CRC-16
ushort crc = ByteArrayHelpers.CalcCRC16(
writer.ToArray(),
0,
writer.Length);
writer.WriteInt16LE((short)crc);
data.OutgoingData = writer.ToReader();
}
void IProtocolCodec.ServerEncode(CommDataBase data)
{
var server = (ModbusServer)data.OwnerProtocol;
var command = (ModbusCommand)data.UserData;
var fncode = command.FunctionCode;
//encode the command body, if applies
var body = new ByteArrayWriter();
var codec = CommandCodecs[fncode];
if (codec != null)
{
codec.ServerEncode(command, body);
}
//calculate length field
var length = (command.ExceptionCode == 0)
? 2 + body.Length
: 3;
//create a writer for the outgoing data
var writer = new ByteArrayWriter();
//unit identifier (address)
writer.WriteByte(server.Address);
if (command.ExceptionCode == 0)
{
//function code
writer.WriteByte(fncode);
//body data
writer.WriteBytes(body);
}
else
{
//function code
writer.WriteByte((byte)(command.FunctionCode | 0x80));
//exception code
writer.WriteByte(command.ExceptionCode);
}
//CRC-16
ushort crc;
unchecked
{
crc = (ushort)ModbusRtuCodec.Crc16.Compute(
((IByteArray)writer).Data,
0,
writer.Length);
}
writer.WriteUInt16LE(crc);
data.OutgoingData = writer.ToReader();
}
public void GetBytes_AfterWrite1ByteWithoutOffsetCount()
{
IByteArrayWriter writer = new ByteArrayWriter(true);
writer.WriteBytes(30);
byte[] output = writer.GetBytes();
Assert.AreEqual(1, output.Length);
Assert.AreEqual(30, output[0]);
}
/// <summary>
/// Entry-point for submitting a query to the remote device
/// </summary>
/// <param name="data"></param>
/// <returns></returns>
public CommResponse Query(ClientCommData data)
{
//convert the request data as an ordinary byte array
byte[] outgoing = data
.OutgoingData
.ToArray();
int totalTimeout = this.Latency + data.Timeout;
//retries loop
for (int attempt = 0, retries = data.Retries; attempt < retries; attempt++)
{
//phyiscal writing
this.Send(outgoing);
//create a writer for accumulate the incoming data
var incoming = new ByteArrayWriter();
//read the incoming data from the physical port
incoming.WriteBytes(
this.Receive(totalTimeout)
);
//try to decode the stream
data.IncomingData = incoming.ToReader();
CommResponse result = data
.OwnerProtocol
.Codec
.ClientDecode(data);
//exit whether any concrete result: either good or bad
if (result.Status == CommResponse.Ack)
{
return(result);
}
else if (result.Status == CommResponse.Critical)
{
return(result);
}
else if (result.Status != CommResponse.Unknown)
{
break;
}
//stop immediately if the host asked to abort
//TODO
} //for
//no attempt was successful
return(new CommResponse(
data,
CommResponse.Critical));
}
private async Task writeUpkHeader()
{
writer.Seek(0);
writer.WriteUInt32(Signature);
writer.WriteUInt16(Version);
writer.WriteUInt16(Licensee);
writer.WriteInt32(BuilderSize);
await Group.WriteBuffer(writer, 0);
writer.WriteUInt32(Flags);
writer.WriteInt32(NameTable.Count);
writer.WriteInt32(BuilderNameTableOffset);
writer.WriteInt32(ExportTable.Count);
writer.WriteInt32(BuilderExportTableOffset);
writer.WriteInt32(ImportTable.Count);
writer.WriteInt32(BuilderImportTableOffset);
writer.WriteInt32(BuilderDependsTableOffset);
writer.WriteBytes(Guid);
writer.WriteInt32(GenerationTable.Count);
await writeGenerationTable();
writer.WriteUInt32(EngineVersion);
writer.WriteUInt32(CookerVersion);
writer.WriteUInt32(CompressionFlags);
writer.WriteInt32(CompressedChunks.Count);
writer.WriteUInt32(Unknown1);
writer.WriteUInt32(Unknown2);
}
void IProtocolCodec.ServerEncode(CommDataBase data)
{
var server = (ModbusServer)data.OwnerProtocol;
var command = (ModbusCommand)data.UserData;
var fncode = command.FunctionCode;
//encode the command body, if applies
var body = new ByteArrayWriter();
var codec = CommandCodecs[fncode];
if (codec != null)
{
codec.ServerEncode(command, body);
}
//calculate length field
var length = (command.ExceptionCode == 0)
? 2 + body.Length
: 3;
//create a writer for the outgoing data
var writer = new ByteArrayWriter();
//transaction-id
writer.WriteUInt16BE((ushort)command.TransId);
//protocol-identifier
writer.WriteInt16BE(0);
//message length
writer.WriteInt16BE((short)length);
//unit identifier (address)
writer.WriteByte(data.Address);
if (command.ExceptionCode == 0)
{
//function code
writer.WriteByte(command.FunctionCode);
//body data
writer.WriteBytes(body);
}
else
{
//function code
writer.WriteByte((byte)(command.FunctionCode | 0x80));
//exception code
writer.WriteByte(command.ExceptionCode);
}
data.OutgoingData = writer.ToReader();
}
public void GetBytes_AfterWrite2Bytes3Offset(bool alwaysCopyInputData)
{
byte[] data = new byte[] { 1, 2, 3, 4, 5 };
IByteArrayWriter writer = new ByteArrayWriter(alwaysCopyInputData);
writer.WriteBytes(data, 3, 2);
byte[] output = writer.GetBytes();
Assert.AreEqual(2, output.Length);
Assert.AreEqual(4, output[0]);
Assert.AreEqual(5, output[1]);
}
public void WriteGetBytes_4BytesWithoutOffsetCount()
{
IByteArrayWriter writer = new ByteArrayWriter(true);
writer.WriteBytes(10, 20, 30, 40);
byte[] output = writer.GetBytes();
Assert.AreEqual(4, output.Length);
Assert.AreEqual(10, output[0]);
Assert.AreEqual(20, output[1]);
Assert.AreEqual(30, output[2]);
Assert.AreEqual(40, output[3]);
}
void IProtocolCodec.ClientEncode(CommDataBase data)
{
ModbusClient ownerProtocol = (ModbusClient)data.OwnerProtocol;
ModbusCommand userData = (ModbusCommand)data.UserData;
byte functionCode = userData.FunctionCode;
ByteArrayWriter byteArrayWriter1 = new ByteArrayWriter();
ModbusCodecBase.CommandCodecs[(int)functionCode]?.ClientEncode(userData, byteArrayWriter1);
ByteArrayWriter byteArrayWriter2 = new ByteArrayWriter();
byteArrayWriter2.WriteByte(ownerProtocol.Address);
byteArrayWriter2.WriteByte(functionCode);
byteArrayWriter2.WriteBytes(byteArrayWriter1);
ushort num = ByteArrayHelpers.CalcCRC16(byteArrayWriter2.ToArray(), 0, byteArrayWriter2.Length);
byteArrayWriter2.WriteInt16LE((short)num);
data.OutgoingData = byteArrayWriter2.ToReader();
}
public override async Task WriteBuffer(ByteArrayWriter Writer, int CurrentOffset)
{
await PropertyHeader.WriteBuffer(Writer, CurrentOffset);
await base.WriteBuffer(Writer, CurrentOffset);
Writer.WriteInt32(MipMaps.Count);
for (int i = 0; i < MipMaps.Count; ++i)
{
await CompressedChunks[i].WriteCompressedChunk(Writer, CurrentOffset);
Writer.WriteInt32(MipMaps[i].Width);
Writer.WriteInt32(MipMaps[i].Height);
}
await Writer.WriteBytes(Guid);
}
void IProtocolCodec.ClientEncode(CommDataBase data)
{
ModbusClient ownerProtocol = (ModbusClient)data.OwnerProtocol;
ModbusCommand userData = (ModbusCommand)data.UserData;
byte functionCode = userData.FunctionCode;
ByteArrayWriter byteArrayWriter1 = new ByteArrayWriter();
ModbusCodecBase.CommandCodecs[(int)functionCode]?.ClientEncode(userData, byteArrayWriter1);
int num = 2 + byteArrayWriter1.Length;
ByteArrayWriter byteArrayWriter2 = new ByteArrayWriter();
byteArrayWriter2.WriteUInt16BE((ushort)userData.TransId);
byteArrayWriter2.WriteInt16BE((short)0);
byteArrayWriter2.WriteInt16BE((short)num);
byteArrayWriter2.WriteByte(ownerProtocol.Address);
byteArrayWriter2.WriteByte(functionCode);
byteArrayWriter2.WriteBytes(byteArrayWriter1);
data.OutgoingData = byteArrayWriter2.ToReader();
}
void IProtocolCodec.ClientEncode(CommDataBase data)
{
var client = (ModbusClient)data.OwnerProtocol;
var command = (ModbusCommand)data.UserData;
var fncode = command.FunctionCode;
//encode the command body, if applies
var body = new ByteArrayWriter();
var codec = CommandCodecs[fncode];
if (codec != null)
{
codec.ClientEncode(command, body);
}
//create a writer for the outgoing data
var writer = new ByteArrayWriter();
//unit identifier (address)
writer.WriteByte(client.Address);
//function code
writer.WriteByte(fncode);
//body data
writer.WriteBytes(body);
//CRC-16
ushort crc;
unchecked
{
crc = (ushort)ModbusRtuCodec.Crc16.Compute(
((IByteArray)writer).Data,
0,
writer.Length
);
}
writer.WriteUInt16LE(crc);
data.OutgoingData = writer.ToReader();
}
void IProtocolCodec.ClientEncode(CommDataBase data)
{
var client = (ModbusClient)data.OwnerProtocol;
var command = (ModbusCommand)data.UserData;
var fncode = command.FunctionCode;
//encode the command body, if applies
var body = new ByteArrayWriter();
var codec = CommandCodecs[fncode];
if (codec != null)
{
codec.ClientEncode(command, body);
}
//calculate length field
var length = 2 + body.Length;
//create a writer for the outgoing data
var writer = new ByteArrayWriter();
//transaction-id
writer.WriteUInt16BE((ushort)command.TransId);
//protocol-identifier (always zero)
writer.WriteInt16BE(0);
//message length
writer.WriteInt16BE((short)length);
//unit identifier (address)
writer.WriteByte(client.Address);
//function code
writer.WriteByte(fncode);
//body data
writer.WriteBytes(body);
data.OutgoingData = writer.ToReader();
}
void IProtocolCodec.ClientEncode(CommDataBase data)
{
var client = (ModbusClient)data.OwnerProtocol;
var command = (ModbusCommand)data.UserData;
var fncode = command.FunctionCode;
//encode the command body, if applies
var body = new ByteArrayWriter();
var codec = CommandCodecs[fncode];
if (codec != null)
codec.ClientEncode(command, body);
//calculate length field
var length = 2 + body.Length;
//create a writer for the outgoing data
var writer = new ByteArrayWriter();
//transaction-id
writer.WriteUInt16BE((ushort)command.TransId);
//protocol-identifier (always zero)
writer.WriteInt16BE(0);
//message length
writer.WriteInt16BE((short)length);
//unit identifier (address)
writer.WriteByte(client.Address);
//function code
writer.WriteByte(fncode);
//body data
writer.WriteBytes(body);
data.OutgoingData = writer.ToReader();
}
void IProtocolCodec.ClientEncode(CommDataBase data)
{
var client = (ModbusClient)data.OwnerProtocol;
var command = (ModbusCommand)data.UserData;
var fncode = command.FunctionCode;
//encode the command body, if applies
var body = new ByteArrayWriter();
var codec = CommandCodecs[fncode];
if (codec != null)
{
codec.ClientEncode(command, body);
}
//create a writer for the outgoing data
var writer = new ByteArrayWriter();
//unit identifier (address)
writer.WriteByte(client.Address);
//function code
writer.WriteByte(fncode);
//body data
writer.WriteBytes(body);
//CRC-16
ushort crc = ByteArrayHelpers.CalcCRC16(
writer.ToArray(),
0,
writer.Length);
writer.WriteInt16LE((short)crc);
data.OutgoingData = writer.ToReader();
}
void IProtocolCodec.ServerEncode(CommDataBase data)
{
var server = (ModbusServer)data.OwnerProtocol;
var command = (ModbusCommand)data.UserData;
var fncode = command.FunctionCode;
//encode the command body, if applies
var body = new ByteArrayWriter();
var codec = CommandCodecs[fncode];
if (codec != null)
codec.ServerEncode(command, body);
//calculate length field
var length = (command.ExceptionCode == 0)
? 2 + body.Length
: 3;
//create a writer for the outgoing data
var writer = new ByteArrayWriter();
//unit identifier (address)
writer.WriteByte(server.Address);
if (command.ExceptionCode == 0)
{
//function code
writer.WriteByte(command.FunctionCode);
//body data
writer.WriteBytes(body);
}
else
{
//function code
writer.WriteByte((byte)(command.FunctionCode | 0x80));
//exception code
writer.WriteByte(command.ExceptionCode);
}
//CRC-16
ushort crc = ByteArrayHelpers.CalcCRC16(
writer.ToArray(),
0,
writer.Length);
writer.WriteInt16LE((short)crc);
data.OutgoingData = writer.ToReader();
}
public async Task WriteCompressedChunkBlockData(ByteArrayWriter Writer)
{
await Writer.WriteBytes(CompressedData.GetBytes());
}
void IProtocolCodec.ServerEncode(CommDataBase data)
{
var server = (ModbusServer)data.OwnerProtocol;
var command = (ModbusCommand)data.UserData;
var fncode = command.FunctionCode;
//encode the command body, if applies
var body = new ByteArrayWriter();
var codec = CommandCodecs[fncode];
if (codec != null)
codec.ServerEncode(command, body);
//calculate length field
var length = (command.ExceptionCode == 0)
? 2 + body.Length
: 3;
//create a writer for the outgoing data
var writer = new ByteArrayWriter();
//transaction-id
writer.WriteUInt16BE((ushort)command.TransId);
//protocol-identifier
writer.WriteInt16BE(0);
//message length
writer.WriteInt16BE((short)length);
//unit identifier (address)
writer.WriteByte(server.Address);
if (command.ExceptionCode == 0)
{
//function code
writer.WriteByte(command.FunctionCode);
//body data
writer.WriteBytes(body);
}
else
{
//function code
writer.WriteByte((byte)(command.FunctionCode | 0x80));
//exception code
writer.WriteByte(command.ExceptionCode);
}
data.OutgoingData = writer.ToReader();
}
public override async Task WriteBuffer(ByteArrayWriter Writer, int CurrentOffset)
{
Writer.WriteBytes(DataReader?.GetBytes());
}
public override async Task WriteBuffer(ByteArrayWriter Writer, int CurrentOffset)
{
await PropertyHeader.WriteBuffer(Writer, CurrentOffset);
await Writer.WriteBytes(AdditionalDataReader?.GetBytes());
}
public override async Task WriteBuffer(ByteArrayWriter Writer, int CurrentOffset)
{
Writer.WriteBytes(Unknown1);
Writer.WriteInt32(CurrentOffset + Writer.Index + sizeof(int));
}
/// <summary>
/// Entry-point for submitting a query to the remote device
/// </summary>
/// <param name="data"></param>
/// <returns></returns>
public CommResponse Query(ClientCommData data)
{
lock (this.Port)
{
//convert the request data as an ordinary byte array
byte[] outgoing = ((IByteArray)data.OutgoingData).Data;
//create a writer for accumulate the incoming data
var incoming = new ByteArrayWriter();
const int tempSize = 64;
var temp = new byte[tempSize];
//retries loop
for (int attempt = 0, retries = data.Retries; attempt < retries; attempt++)
{
//phyiscal writing
this.Port
.Send(outgoing);
incoming.Drop();
//start the local timer
bool timeoutExpired;
int totalTimeout = this.Latency + data.Timeout;
using (Timer timer = new Timer(
_ => timeoutExpired = true,
state: null,
dueTime: totalTimeout,
period: Timeout.Infinite))
{
//reception loop, until a valid response or timeout
timeoutExpired = false;
while (timeoutExpired == false)
{
var length = this.Port.Available;
if (length > 0)
{
if (length > tempSize)
{
length = tempSize;
}
//read the incoming data from the physical port
this.Port
.Receive(temp, length, SocketFlags.None);
//append data to the writer
incoming.WriteBytes(
temp,
0,
length);
//try to decode the stream
data.IncomingData = incoming.ToReader();
CommResponse result = data
.OwnerProtocol
.Codec
.ClientDecode(data);
//exit whether any concrete result: either good or bad
if (result.Status == CommResponse.Ack)
{
return(result);
}
else if (result.Status == CommResponse.Critical)
{
return(result);
}
else if (result.Status != CommResponse.Unknown)
{
break;
}
}
Thread.Sleep(0);
//stop immediately if the host asked to abort
//TODO
}
} //using (timer)
} //for
//no attempt was successful
return(new CommResponse(
data,
CommResponse.Critical));
} //lock
}
/// <summary>
/// Entry-point for submitting a query to the remote device
/// </summary>
/// <param name="data"></param>
/// <returns></returns>
public CommResponse Query(ClientCommData data)
{
lock (this.Port)
{
try
{
//set the proper parameters to the port
this.Port.BaudRate = this.Setting.BaudRate;
this.Port.Parity = this.Setting.Parity;
this.Port.DataBits = this.Setting.DataBits;
this.Port.StopBits = this.Setting.StopBits;
this.Port.RtsEnable = this.Setting.RtsEnable;
}
catch (Exception ex)
{
return(new CommResponse(
data,
CommResponse.Critical,
ex.Message));
}
//convert the request data as an ordinary byte array
byte[] outgoing = ((IByteArray)data.OutgoingData).Data;
//create a writer for accumulate the incoming data
var incoming = new ByteArrayWriter();
const int tempSize = 64;
var temp = new byte[tempSize];
//retries loop
for (int attempt = 0, retries = data.Retries; attempt < retries; attempt++)
{
try
{
//flush any residual content
this.Port
.DiscardInBuffer();
this.Port
.DiscardOutBuffer();
#if NET45
//System.Diagnostics.Trace.WriteLine("TX: " + ByteArrayHelpers.ToHex(outgoing));
#endif
//phyiscal writing
this.Port.WriteTimeout = 500;
this.Port
.Write(outgoing, 0, outgoing.Length);
}
catch (Exception ex)
{
return(new CommResponse(
data,
CommResponse.Critical,
ex.Message));
}
incoming.Drop();
//start the local timer
bool timeoutExpired;
int totalTimeout = this.Latency + data.Timeout;
using (Timer timer = new Timer(
_ => timeoutExpired = true,
state: null,
dueTime: totalTimeout,
period: Timeout.Infinite))
{
//reception loop, until a valid response or timeout
timeoutExpired = false;
while (timeoutExpired == false)
{
int length = this.Port.BytesToRead;
if (length > 0)
{
if (length > tempSize)
{
length = tempSize;
}
try
{
//read the incoming data from the physical port
this.Port
.Read(temp, 0, length);
}
catch (Exception ex)
{
return(new CommResponse(
data,
CommResponse.Critical,
ex.Message));
}
//append data to the writer
incoming.WriteBytes(
temp,
0,
length);
//try to decode the stream
data.IncomingData = incoming.ToReader();
#if NET45
//System.Diagnostics.Trace.WriteLine("RX: " + ByteArrayHelpers.ToHex(incoming.ToByteArray()));
#endif
CommResponse result = data
.OwnerProtocol
.Codec
.ClientDecode(data);
//exit whether any concrete result: either good or bad
if (result.Status == CommResponse.Ack)
{
return(result);
}
else if (result.Status == CommResponse.Critical)
{
return(result);
}
else if (result.Status != CommResponse.Unknown)
{
break;
}
}
Thread.Sleep(0);
//stop immediately if the host asked to abort
//TODO
}
} //using (timer)
} //for
//no attempt was successful
return(new CommResponse(
data,
CommResponse.Critical));
} //lock
}