文件列表:

App.config (178, 2017-04-02)
Common (0, 2017-04-02)
Common\AcquirePoint.cs (2772, 2017-04-02)
Common\AcquirePointConversion.cs (2286, 2017-04-02)
Common\AcquirePointEnum.cs (14533, 2017-04-02)
Common\AcquirePointUnitType.cs (1762, 2017-04-02)
Common\AcquireRawValue.cs (2927, 2017-04-02)
Common\AcquireValue.cs (9923, 2017-04-02)
Common\ConfigItem.cs (9626, 2017-04-02)
Common\ConfigItemCatalogo.cs (2181, 2017-04-02)
Common\ControllerBaseImpl.cs (4939, 2017-04-02)
Common\ControllerType.cs (3189, 2017-04-02)
Common\CraftworkItemInfo.cs (9310, 2017-04-02)
Common\CraftworkMaterialNoEnum.cs (545, 2017-04-02)
Common\EnumForMixSystem.cs (3929, 2017-04-02)
Common\IControllerAction.cs (1855, 2017-04-02)
Common\IControllerBase.cs (1389, 2017-04-02)
Common\IOServerStatus.cs (2877, 2017-04-02)
Common\WeightingInfoArgs.cs (2525, 2017-04-02)
Common\WeightingStepEnum.cs (1571, 2017-04-02)
Common\WorkRegionEnum.cs (259, 2017-04-02)
Common\WorkRegionStateItem.cs (1159, 2017-04-02)
LICENSE (1063, 2017-04-02)
MitsubishiTester.csproj (5492, 2017-04-02)
MitsubishiTester.sln (976, 2017-04-02)
PLC (0, 2017-04-02)
PLC\CellDataTypes.cs (1682, 2017-04-02)
PLC\FX (0, 2017-04-02)
PLC\FX\FxAddress.cs (9387, 2017-04-02)
PLC\FX\FxAddressLayoutInfo.cs (1064, 2017-04-02)
PLC\FX\FxAddressManager.cs (5308, 2017-04-02)
PLC\FX\FxCommController.cs (6596, 2017-04-02)
PLC\FX\FxCommandArgs.cs (941, 2017-04-02)
PLC\FX\FxCommandHelper.cs (7842, 2017-04-02)
PLC\FX\FxCommandResponse.cs (1691, 2017-04-02)
PLC\FX\FxConvert.cs (3871, 2017-04-02)
PLC\FX\FxDefine.cs (1611, 2017-04-02)
PLC\FX\FxRingBuffer.cs (2779, 2017-04-02)
PLC\FX\FxSerialDeamon.cs (12635, 2017-04-02)
... ...

# MitsubishiPlcProtocol 三菱PLC(Mitsubishi)通讯协议的C#实现,支持FX、Q系列的ASCII-3E、BIN-3E、FX串口格式。 感谢 https://github.com/SatohNorio, 这里的MC协议的代码在 https://github.com/SatohNorio/McProtocol 的基础上改进得来。 ## HOW TO USE 将Mitsubishi、FX等目录及其下文件直接加到目标项目中即可。 ## 下面是读写Q系列的示例代码(ASCII-3E或BIN-3E格式) public static class McTest { private static IMitsubishiPlc _plc = null; public static void Test() { _plc = new McProtocolUdp("192.0.1.254", 8195); _plc.Open(); _plc.Excute("D0,32"); _plc.Excute("M850,32"); _plc.Excute("D001"); _plc.Excute("D126,2"); _plc.Excute("D126..130=0"); _plc.Excute("D10=135"); } } ## 下面是读写FX系列的测试代码 public class Fx_Test { private FxSerialDeamon _FxSerial; public void OpenPort () { if(_FxSerial == null) { _FxSerial = new FxSerialDeamon(); _FxSerial.Start(1); } } public void ClosePort () { if(_FxSerial != null) { _FxSerial.Dispose(); } _FxSerial = null; } public void Test_ReadAllPoints () { List rawValues = _FxSerial.ReadAllPoints(null, TimeSpan.FromSeconds(3)); } public void Test_All () { string cmd; FxCommandResponse res; Random _Random = new Random(); //// 置位 //response = FxCommandHelper.Make(FxCommandConst.FxCmdForceOn, new FxAddress("S1")); //res = _FxSerial.SendCmdToQnCPU(0, response); //// 复位 //response = FxCommandHelper.Make(FxCommandConst.FxCmdForceOff, new FxAddress("S1")); //res = _FxSerial.SendCmdToQnCPU(0, response); #region 读取所有 X/Y/M/ ,并计算其耗时 Stopwatch sw = new Stopwatch(); sw.Start(); for(int ct = 0; ct < 10; ct++) { // 一次性读取多个字节的 X,例如 16 字节::必须采用 AddressLayoutBin 方式 cmd = FxCommandHelper.Make(FxCommandConst.FxCmdRead, new FxAddress("X0", ControllerTypeConst.ctPLC_Fx), 16); res = _FxSerial.Send(0, cmd); //Debug.WriteLine(string.Format("成批读X0..X177 \t{0}", res.ToString())); //System.Threading.Thread.Sleep(1000); // 一次性读取多个字节的 Y,例如 16 字节::必须采用 AddressLayoutBin 方式 cmd = FxCommandHelper.Make(FxCommandConst.FxCmdRead, new FxAddress("Y0", ControllerTypeConst.ctPLC_Fx), 16); res = _FxSerial.Send(0, cmd); //Debug.WriteLine(string.Format("成批读Y0..Y177 \t{0}", res.ToString())); //System.Threading.Thread.Sleep(1000); // 一次性读取多个字节的 M,每次读取128个单元::必须采用 AddressLayoutBin 方式 cmd = FxCommandHelper.Make(FxCommandConst.FxCmdRead, new FxAddress("M0", ControllerTypeConst.ctPLC_Fx), 128); res = _FxSerial.Send(0, cmd); //Debug.WriteLine(string.Format("成批读M{0}..M{1} \t{2}", result, result + 128, res.ToString())); Debug.Print("=====================> {0}", sw.ElapsedMilliseconds); } System.Threading.Thread.Sleep(1000); #endregion #region 针对 X/Y 的设置、读取 // 置位与复位:必须采用 AddressLayoutByte 方式 cmd = FxCommandHelper.Make(FxCommandConst.FxCmdForceOn, new FxAddress("Y20", FxAddressLayoutType.AddressLayoutByte)); res = _FxSerial.Send(0, cmd); Debug.WriteLine(res.ToString()); System.Threading.Thread.Sleep(1000); cmd = FxCommandHelper.Make(FxCommandConst.FxCmdForceOff, new FxAddress("Y20", FxAddressLayoutType.AddressLayoutByte)); res = _FxSerial.Send(0, cmd); Debug.WriteLine(res.ToString()); System.Threading.Thread.Sleep(1000); // 针对 Y001..Y177 设置与读取 for(int i = 0; i < 128; i++) { cmd = FxCommandHelper.Make(FxCommandConst.FxCmdForceOff, new FxAddress(string.Format("Y{0}", Convert.ToString(i, 8)), FxAddressLayoutType.AddressLayoutByte)); res = _FxSerial.Send(0, cmd); } // 针对 Y001..Y077 设置与读取 for(int i = 0; i < 128; i++) { cmd = FxCommandHelper.Make(FxCommandConst.FxCmdForceOn, new FxAddress(string.Format("Y{0}", Convert.ToString(i, 8)), FxAddressLayoutType.AddressLayoutByte)); res = _FxSerial.Send(0, cmd); //Debug.WriteLine(res.ToString()); System.Threading.Thread.Sleep(100); if((i - 8) >= 0) { cmd = FxCommandHelper.Make(FxCommandConst.FxCmdForceOff, new FxAddress(string.Format("Y{0}", Convert.ToString(i - 8, 8)), FxAddressLayoutType.AddressLayoutByte)); res = _FxSerial.Send(0, cmd); Debug.WriteLine(string.Format("Y{0}\t{1}", Convert.ToString(i, 8), res.ToString())); } //System.Threading.Thread.Sleep(1000); } // 一次性读取多个字节的 X,例如 16 字节::必须采用 AddressLayoutBin 方式 cmd = FxCommandHelper.Make(FxCommandConst.FxCmdRead, new FxAddress("X0", ControllerTypeConst.ctPLC_Fx), 16); res = _FxSerial.Send(0, cmd); Debug.WriteLine(string.Format("成批读X0..X177 \t{0}", res.ToString())); System.Threading.Thread.Sleep(1000); // 一次性读取多个字节的 Y,例如 16 字节::必须采用 AddressLayoutBin 方式 cmd = FxCommandHelper.Make(FxCommandConst.FxCmdRead, new FxAddress("Y0", ControllerTypeConst.ctPLC_Fx), 16); res = _FxSerial.Send(0, cmd); Debug.WriteLine(string.Format("成批读Y0..Y177 \t{0}", res.ToString())); System.Threading.Thread.Sleep(1000); #endregion #region 针对 M 类型的读写 // 针对 M001..M077 设置与读取 for(int i = 0; i < ***; i++) { cmd = FxCommandHelper.Make(FxCommandConst.FxCmdForceOn, new FxAddress(string.Format("M{0}", i), FxAddressLayoutType.AddressLayoutByte)); res = _FxSerial.Send(0, cmd); Debug.WriteLine(res.ToString()); //response = FxCommandHelper.Make(FxCommandConst.FxCmdForceOff, // new FxAddress(string.Format("M{0}", Convert.ToString(result, 8)), FxAddressLayoutType.AddressLayoutByte)); //res = _FxSerial.SendCmdToQnCPU(0, response); //Debug.WriteLine(res.ToString()); //System.Threading.Thread.Sleep(100); } // 一次性读取多个字节的 M,例如 16 字节::必须采用 AddressLayoutBin 方式 cmd = FxCommandHelper.Make(FxCommandConst.FxCmdRead, new FxAddress("M0", ControllerTypeConst.ctPLC_Fx), ***); res = _FxSerial.Send(0, cmd); Debug.WriteLine(string.Format("成批读M0..M77 \t{0}", res.ToString())); System.Threading.Thread.Sleep(1000); #endregion #region 循环设置与读取 Dxxx 的数据 for(int i = 0; i < 1; i++) { List lst = new List() { (uint)i }; for(int k = 0; k < 10; k++) lst.Add((uint)_Random.Next()); cmd = FxCommandHelper.Make(FxCommandConst.FxCmdWrite, new FxAddress("D1", ControllerTypeConst.ctPLC_Fx), lst); res = _FxSerial.Send(0, cmd); Debug.WriteLine(res.ToString()); cmd = FxCommandHelper.Make(FxCommandConst.FxCmdRead, new FxAddress("D1", ControllerTypeConst.ctPLC_Fx), lst.Count * 4); res = _FxSerial.Send(0, cmd, UInt32DataType.Default); Debug.WriteLine(res.ToString()); if(res.ResponseValue != null && res.ResponseValue.Count > 0) { Debug.WriteLine(""); Debug.Write(DateTime.Now.ToString()); Debug.Write("\t"); for(int j = 0; j < res.ResponseValue.Count; j++) { Debug.Write(res.ResponseValue[j]); Debug.Write(','); } } else { Debug.WriteLine("没有收到FX PLC响应。"); } } #endregion Debug.Assert(false, "运行暂停!!!"); } } ## 联系 如果对本项目有什么建议或其它,请与我联系 blueskit@outlook.com .

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