/// <summary> /// Constructor for a DCB, using the DCB provided by another object. /// </summary> /// <param name="handle">Valid handle to a serial port object.</param> /// <param name="state">A CommState object for which the DCB settings should be /// taken. Note, the handle managed by the state object is ignored. If this /// parameter is null, then a default DCB is created.</param> internal CommState(SafeFileHandle handle, CommState state) { m_ComPortHandle = handle; if (state == null) { m_Dcb.DCBLength = Marshal.SizeOf(m_Dcb); GetCommState(); } else { m_Dcb = state.m_Dcb; } }
public void HaveData() { if (CommState is IdleState) { CommState.HaveData(); // Change state ChangeToTransENQState(); #if DEBUG AppendToLog("HaveData complete."); #endif } }
public void RcvNAK() { CommState.RcvNAK(); if (CommState is TransWaitState && comm.numNAK == 6) { ChangeToIdleState(); } if (CommState is TransEnqState) { ChangeToIdleState(); } }
public void RcvENQ() { CommState.RcvENQ(); if (CommState is IdleState) { ChangeToRcvWaitState(); } if (CommState is TransEnqState) { ChangeToIdleState(); } }
/// <summary> /// Constructor for a DCB, using the DCB provided by another object. /// </summary> /// <param name="handle">Valid handle to a serial port object.</param> /// <param name="state">A CommState object for which the DCB settings should be /// taken. Note, the handle managed by the state object is ignored. If this /// parameter is null, then a default DCB is created.</param> internal CommState(SafeFileHandle handle, CommState state) { m_ComPortHandle = handle; if (state == null) { m_Dcb.DCBLength = Marshal.SizeOf(m_Dcb); GetCommState(); } else { m_Dcb = state.m_Dcb; } }
public void RcvEOT() { CommState.RcvEOT(); if (CommState is RcvWaitState) { // Return to Idle. ChangeToIdleState(); if (comm.OutboundMessageQueue.Count > 0) { // Don't make the operator wait for the timer tick. IdleCheck(); } } }
/// <summary> /// Closes the serial port. /// </summary> /// <exception cref="System.ObjectDisposedException"/> /// <remarks> /// Closing the serial port invalidates actions that can be done to the serial port, /// but it does not prevent the serial port from being reopened /// </remarks> public void Close() { if (m_IsDisposed) { throw new ObjectDisposedException("WinNativeSerial"); } if (IsOpen) { m_CommOverlappedIo.Dispose(); m_CommOverlappedIo = null; m_CommState = null; m_CommModemStatus = null; m_ComPortHandle.Dispose(); m_ComPortHandle = null; } }
public void SetState(CommState state) { if (_commAccessLock.WaitOne(100)) { _commAccessor.Read(_statusOffset, out _status); _status.State = state; _driverTimestamp = _status.DriverTime; if (_driverTimestamp != _prevDriverTimestamp) { DriverTime = DateTime.Now; } _prevDriverTimestamp = _driverTimestamp; _commAccessor.Write(_statusOffset, ref _status); _commAccessLock.ReleaseMutex(); } }
/// <summary> /// Open the port specified by the Port property. /// </summary> public void Open() { if (IsDisposed) { throw new ObjectDisposedException("NativeSerialPort"); } if (string.IsNullOrWhiteSpace(m_Port)) { throw new InvalidOperationException("Port must first be set"); } if (IsOpen) { throw new InvalidOperationException("Serial Port currently open"); } m_ComPortHandle = UnsafeNativeMethods.CreateFile(@"\\.\" + m_Port, NativeMethods.FileAccess.GENERIC_READ | NativeMethods.FileAccess.GENERIC_WRITE, NativeMethods.FileShare.FILE_SHARE_NONE, IntPtr.Zero, NativeMethods.CreationDisposition.OPEN_EXISTING, NativeMethods.FileAttributes.FILE_FLAG_OVERLAPPED, IntPtr.Zero); if (m_ComPortHandle.IsInvalid) { WinIOError(); } NativeMethods.FileType t = UnsafeNativeMethods.GetFileType(m_ComPortHandle); if (t != NativeMethods.FileType.FILE_TYPE_CHAR && t != NativeMethods.FileType.FILE_TYPE_UNKNOWN) { m_ComPortHandle.Close(); m_ComPortHandle = null; throw new IOException("Wrong Filetype: " + m_Port); } // Set the default parameters UnsafeNativeMethods.SetupComm(m_ComPortHandle, m_DriverInQueue, m_DriverOutQueue); m_CommState = new CommState(m_ComPortHandle, m_CommState); m_CommProperties = new CommProperties(m_ComPortHandle); m_CommModem = new CommModemStatus(m_ComPortHandle); CommOverlappedIo commIo = new CommOverlappedIo(m_ComPortHandle, m_CommIo, Port); m_CommIo.Dispose(); m_CommIo = commIo; }
//private CVRSystem _vrSystem; //private string DisplayAddress = "127.0.0.1"; //private string DisplayAddress = "192.168.0.27"; //private CommState _state = CommState.Uninitialized; private void SetState(CommState state, bool set) { var prevState = _sharedMem.State; var newState = _sharedMem.State; if (set) { newState |= state; } else { newState &= ~state; } if (prevState != newState) { _sharedMem.State = newState; } }
public static OperateResult EndDoCommunication() { try { currentCommState = CommState.Idel; if (MainForm.CommMaster is Master) { return(DoCommunicationFunc.EndInvoke(iar)); } else { return(DoCommunicationTcpFunc.EndInvoke(iar)); } } catch (Exception ex) { return(OperateResult.Create(false, ex.Message, new byte[] { }, new byte[] { })); } }
/// <summary> /// Release resources. /// </summary> /// <param name="disposing"><b>true</b> if this is being called from dispose(), or <b>false</b> /// if by the finaliser.</param> private void Dispose(bool disposing) { if (disposing) { if (IsOpen) { Close(); } m_CommIo.Dispose(); m_CommIo = null; m_CommState = null; m_CommProperties = null; m_CommModem = null; } // Note: the SafeFileHandle will close the object itself when finalising, so // we don't need to do it here. It would be different if we managed the handle // with an IntPtr however. m_IsDisposed = true; }
public static bool BeginDoCommunication(ModlesMsg modlesMsg) { if (currentCommState != CommState.Idel) { return(false); } iar = null; currentCommState = modlesMsg.Function; if (MainForm.CommMaster != null) { if (MainForm.CommMaster is Master) { iar = DoCommunicationFunc.BeginInvoke((MainForm.CommMaster as Master), modlesMsg, null, null); } else { iar = DoCommunicationTcpFunc.BeginInvoke((MainForm.CommMaster as TcpMaster), modlesMsg, null, null); } } return(true); }
public void RcvACK() { CommState.RcvACK(); if (CommState is TransEnqState) { // Transition to TransWaitState. ChangeToTransWaitState(); } if (CommState is IdleState) // In case the ACK comes back before we've transitioned to TransENQState. { // DEBUG: Better keep track of how often this happens, for testing purposes. AppendToLog("RcvACK in IdleState!"); // Transition to TransENQState? ChangeToTransENQState(); CommState.RcvACK(); // Transition to TransWaitState. ChangeToTransWaitState(); } if (CommState is TransWaitState && comm.CurrentMessage.FrameList.Count < comm.CurrentFrameCounter) { // When all frames have been sent, return to IdleState. ChangeToIdleState(); } }
/// <summary> /// Default constructor, doesn't associate with a COM port. /// </summary> public NativeSerialPort() { m_CommState = new CommState(); m_CommIo = new CommOverlappedIo(); }
/// <summary> /// Release resources. /// </summary> /// <param name="disposing"><b>true</b> if this is being called from dispose(), or <b>false</b> /// if by the finaliser.</param> private void Dispose(bool disposing) { if (disposing) { if (IsOpen) Close(); m_CommIo.Dispose(); m_CommIo = null; m_CommState = null; m_CommProperties = null; m_CommModem = null; } // Note: the SafeFileHandle will close the object itself when finalising, so // we don't need to do it here. It would be different if we managed the handle // with an IntPtr however. m_IsDisposed = true; }
/// <summary> /// Open the port specified by the Port property. /// </summary> public void Open() { if (IsDisposed) throw new ObjectDisposedException("NativeSerialPort"); if (string.IsNullOrWhiteSpace(m_Port)) throw new InvalidOperationException("Port must first be set"); if (IsOpen) throw new InvalidOperationException("Serial Port currently open"); m_ComPortHandle = UnsafeNativeMethods.CreateFile(@"\\.\" + m_Port, NativeMethods.FileAccess.GENERIC_READ | NativeMethods.FileAccess.GENERIC_WRITE, NativeMethods.FileShare.FILE_SHARE_NONE, IntPtr.Zero, NativeMethods.CreationDisposition.OPEN_EXISTING, NativeMethods.FileAttributes.FILE_FLAG_OVERLAPPED, IntPtr.Zero); if (m_ComPortHandle.IsInvalid) WinIOError(); NativeMethods.FileType t = UnsafeNativeMethods.GetFileType(m_ComPortHandle); if (t != NativeMethods.FileType.FILE_TYPE_CHAR && t != NativeMethods.FileType.FILE_TYPE_UNKNOWN) { m_ComPortHandle.Close(); m_ComPortHandle = null; throw new IOException("Wrong Filetype: " + m_Port); } // Set the default parameters UnsafeNativeMethods.SetupComm(m_ComPortHandle, m_DriverInQueue, m_DriverOutQueue); m_CommState = new CommState(m_ComPortHandle, m_CommState); m_CommProperties = new CommProperties(m_ComPortHandle); m_CommModem = new CommModemStatus(m_ComPortHandle); CommOverlappedIo commIo = new CommOverlappedIo(m_ComPortHandle, m_CommIo, Port); m_CommIo.Dispose(); m_CommIo = commIo; }
private void ThreadComm() { CommState myCommState = new CommState(); myCommState = CommState.STATE_TX; QueueInfo myQueueInfoTx = new QueueInfo(); int usart_tx_length = 0; int CommRxTimeOutCount = 0; while (true) { //start 自动检查任务 //end 自动检查任务 switch (myCommState) { case CommState.STATE_TX: //获取事件 myQueueInfoTx = myQueue.DecQune(); if (myQueueInfoTx == null) //没有新事件 { mySetByteArry[0] = (byte)'a'; //0x01; mySetByteArry[1] = 0x0d; mySetByteArry[2] = 0x0a; usart_tx_length = 3; } else { switch (myQueueInfoTx.Type) { case 'k': object aaa = myQueueInfoTx.Msg; mySetByteArry[0] = (byte)'k'; // 0x01; mySetByteArry[1] = 0; //levelState;// 0x06; mySetByteArry[2] = Convert.ToByte(aaa); // 0x00; mySetByteArry[3] = 0x0d; // 0x00; mySetByteArry[4] = 0x0a; // levelState; usart_tx_length = 5; break; case 'l': break; case 'v': mySetByteArry[0] = (byte)'v'; //0x01; mySetByteArry[1] = 0x0d; mySetByteArry[2] = 0x0a; usart_tx_length = 3; break; case 'p': mySetByteArry[0] = (byte)'p'; int txLength = SetUpParmArry[0] % 16; mySetByteArry[1] = (byte)txLength; for (int i = 0; i <= txLength; i++) { mySetByteArry[2 + 2 * i] = (byte)(SetUpParmArry[i] % 256); mySetByteArry[2 + 2 * i + 1] = (byte)(SetUpParmArry[i] / 256); } mySetByteArry[4 + 2 * txLength] = 0x0d; // (byte)(res % 256); mySetByteArry[5 + 2 * txLength] = 0x0a; // (byte)(res / 256); usart_tx_length = 6 + 2 * txLength; break; default: break; } } if (sp.IsOpen) { Thread.Sleep(100); sp.Write(mySetByteArry, 0, usart_tx_length); } myCommState = CommState.STATE_RX; //进入到接受 break; case CommState.STATE_RX: int SDataLength = 0; try { SDataLength = this.sp.BytesToRead; } catch { } while (SDataLength > RX_BUFFER_LENGTH) { byte[] temp = new byte[RX_BUFFER_LENGTH]; sp.Read(temp, 0, RX_BUFFER_LENGTH); SDataLength = this.sp.BytesToRead; } if ((RxArrPtrTail + SDataLength) > RX_BUFFER_LENGTH) { sp.Read(RxArr, RxArrPtrTail, RX_BUFFER_LENGTH - RxArrPtrTail); sp.Read(RxArr, 0, SDataLength + RxArrPtrTail - RX_BUFFER_LENGTH); } else { sp.Read(RxArr, RxArrPtrTail, SDataLength); } RxArrPtrTail += SDataLength; //RxArr[RxArrPtrTail++] = ArrTmp[j];//(byte)(SDateTemp); if (RxArrPtrTail >= RX_BUFFER_LENGTH) { RxArrPtrTail = RxArrPtrTail % RX_BUFFER_LENGTH; //循环指针 } if (RxArr[(RxArrPtrTail + RX_BUFFER_LENGTH - 2) % RX_BUFFER_LENGTH] == 0x0d && RxArr[(RxArrPtrTail + RX_BUFFER_LENGTH - 1) % RX_BUFFER_LENGTH] == 0x0a) { int j = 0; while (j < usart_tx_length) { if (RxArr[(RxArrPtrHeader + j) % RX_BUFFER_LENGTH] == mySetByteArry[j++]) { continue; } else { break; } } if (j == usart_tx_length) { RxArrPtrHeader += usart_tx_length; RxArrPtrHeader %= RX_BUFFER_LENGTH; } int i = 0; int s_header = RxArrPtrHeader; for (; i < (RxArrPtrTail + RX_BUFFER_LENGTH - s_header) % RX_BUFFER_LENGTH; i++) { UpdataArr[i] = RxArr[RxArrPtrHeader]; RxArr[RxArrPtrHeader++] = 0; if (RxArrPtrHeader >= RX_BUFFER_LENGTH) { RxArrPtrHeader = 0; } } UpdataArr[0] = UpdataArr[0]; CommRxTimeOutCount = 0; this.Invoke(myGuiUpdata); myCommState = CommState.STATE_TX; //接收成功,下一跳到发送状态 } CommRxTimeOutCount++; if (CommRxTimeOutCount > 100) { myCommState = CommState.STATE_RX_TIME_OUT; //吓一跳到,通讯超时状态 } Thread.Sleep(5); //Console.WriteLine("字符" + ttttttt_count++); //this.Invoke(myGuiUpdata); // this.label_Version.Text = ttttttt_count.ToString(); break; case CommState.STATE_RX_TIME_OUT: //接收通讯超时 Console.WriteLine("通讯超时 timeout "); CommRxTimeOutCount = 0; myCommState = CommState.STATE_TX; break; default: break; } } }
void Accept( IAsyncResult result ) { TcpListener listener = result.AsyncState as TcpListener; CommState commState = new CommState(); commState.socket = listener.EndAcceptSocket( result ); commState.connected_from = commState.socket.RemoteEndPoint; commState.socket.BeginReceive( commState.buffer.GetBuffer(), 0, 4, SocketFlags.None , commState.Received, commState ); clients.Add( commState ); // accept another connection listener.BeginAcceptTcpClient( Accept, listener ); }
private void USBProcessor() { List <byte[]> outgoingPackets = null; HIDDev _usb = null; var data = new byte[33]; DateTime lastOutgoing = DateTime.MinValue; while (_running) { if (_usb == null) { var hd = HIDBrowse.Browse().FirstOrDefault(h => h.Vid == 0x1974 && h.Pid == 0x001); if (hd != null) { _usb = new HIDDev(); _usb.Open(hd); State = CommState.Connected; _sharedMem.SetState(State); } } try { if (_usb != null) { outgoingPackets = _sharedMem.ReadOutgoingPackets(); if (outgoingPackets != null) { lock (OutgoingPackets) foreach (var item in outgoingPackets) { OutgoingPackets.Enqueue(item); } } lock (OutgoingPackets) if (OutgoingPackets.Count > 0 && (DateTime.Now - lastOutgoing).TotalMilliseconds >= 100) { lastOutgoing = DateTime.Now; var d = OutgoingPackets.Dequeue(); //33 byte packets in queue _usb.Write(d); //send before monitor process if (IsDebug && IsVisible) { var packet = StructFromBytes <USBPacket>(d, 1); packet.ParseFields(); lock (OutPacketMonitor) OutPacketMonitor.Add(packet); } } _usb.Read(data); if (CheckPacketCrc(data, 1)) { _sharedMem.WriteIncomingPacket(data); //send before monitor process State = _sharedMem.IsDriverActive ? CommState.Active : CommState.ActiveNoDriver; if (IsDebug && IsVisible) { //var x = Marshal.SizeOf(typeof(USBPacket)); var packet = StructFromBytes <USBPacket>(data, 1); packet.ParseFields(); lock (InPacketMonitor) InPacketMonitor.Add(packet); } } } } catch (Exception ex) { Debug.WriteLine(ex.Message); if (_usb != null) { _usb.Close(); _usb.Dispose(); } _usb = null; State = CommState.Disconnected; _sharedMem.SetState(State); Thread.Sleep(100); } } if (_usb != null) { _usb.Close(); _usb.Dispose(); } _usb = null; State = CommState.Disconnected; _sharedMem.SetState(CommState.Disconnected); }
/// <summary> /// Default constructor, doesn't associate with a COM port. /// </summary> public NativeSerialPort() { m_CommState = new CommState(); m_CommIo = new CommOverlappedIo(); }
void Accept( IAsyncResult result ) { TcpListener listener = result.AsyncState as TcpListener; CommState commState = new CommState(); commState.socket = listener.EndAcceptSocket( result ); commState.socket.SetSocketOption( SocketOptionLevel.Tcp, SocketOptionName.NoDelay, true ); commState.connected_from = commState.socket.RemoteEndPoint; commState.socket.BeginReceive( commState.buffer.GetBuffer(), 0, 4, SocketFlags.None , commState.Received, null ); listener.BeginAcceptTcpClient( Accept, listener ); }
private async void ExcuteUtilityDialog(object obj) { await DialogHost.Show(new UtilityRunDialog() { DataContext = new UtilityRunDialogViewModel(mCommState) }, "RootDialog", async (object sender, DialogClosingEventArgs eventArgs) => { if (eventArgs.Parameter == null) { return; } mCommState = (CommState)eventArgs.Parameter; switch (mCommState.Mode) { case CommMode.SerialPort: { mCommAdapter = new CommSerialPort(); break; } case CommMode.UDP: { mCommAdapter = new CommUDP(); break; } case CommMode.TCPClient: { mCommAdapter = new CommTCPClient(); break; } case CommMode.TCPServer: { mCommAdapter = new CommTCPServer(); break; } default: { break; } } if (mCommAdapter == null) { await DialogHost.Show(new NotifyDialog() { DataContext = new NotifyDialogViewModel { EnableYesNoQuestion = false, NotifyTitle = "Warning", NotifyMessage = "Please check Mode!" } }, "NotifyDialog"); return; } int ret = mCommAdapter.Connect(mCommState.Address, mCommState.Port); if (ret != 0) { await DialogHost.Show(new NotifyDialog() { DataContext = new NotifyDialogViewModel { EnableYesNoQuestion = false, NotifyTitle = "Warning", NotifyMessage = "Please check Address and Port!" } }, "NotifyDialog"); return; } TransmissionMessage = ""; ReceivedMessage = ""; mCommAdapter.ConnectEvent += CommAdapter_ConnectEvent; mCommAdapter.DisconnectEvent += CommAdapter_DisconnectEvent; mCommAdapter.DataReceivedEvent += CommAdapter_DataReceivedEvent; RefreshSettingUI(); }); }
private void timer1_Tick(object sender, EventArgs e) { timer1.Stop(); if ((DateTime.Now - LastInquireDatetime).TotalMilliseconds > 300 && Communication.GetDoCommState() != 1 && UpWriteDic.Count == 0) { if (ModelsOperate.ModelsList.Count > 0) { if (CurreentInquireindex >= ModelsOperate.ModelsList.Count) { CurreentInquireindex = 0; } DOInquire(ModelsOperate.ModelsList[CurreentInquireindex]); CurreentInquireindex++; } //LastInquireDatetime = DateTime.Now; } if (!isRegex) { btn_场景设置.Enabled = false; } else { if (MainForm.UserName == "管理员") { btn_场景设置.Enabled = true; } } DateTime tmpDate = DateTime.Now; 当前时间.Text = tmpDate.ToString("yyyy/MM/dd HH:mm:ss"); if (frm_主模块 != null) { frm_主模块.RefreshForm(Communication.RoutInspecting || Communication.EachRoutInspecting); } if (frm_开关模块界面 != null) { frm_开关模块界面.RefreshForm(Communication.RoutInspecting || Communication.EachRoutInspecting); } if (Communication.GetDoCommState() == 2) { int index = 0; CommState state = Communication.GetCommState(); OperateResult result = Communication.EndDoCommunication(); if (result.IsSuccess == false) { switch (state) { #region "数据处理" case CommState.GetModlesMsg: if ((index = ModelsOperate.ModelsList.FindIndex(t => t.模块编号 == Communication.CurrentAddr.ToString())) != -1) { ModelsOperate.ModelsList[index].State = 3; ModelsOperate.ModelsList[index].FalutState = 3; if (OpenModel) { OpenModel = false; } } frm_主模块.RefreshPanel(); if (frm_开关模块界面 != null) { frm_开关模块界面.RefreshPanel(); } break; case CommState.GetModlesAllMsg: if ((index = ModelsOperate.ModelsList.FindIndex(t => t.模块编号 == Communication.CurrentAddr.ToString())) != -1) { ModelsOperate.ModelsList[index].State = 3; ModelsOperate.ModelsList[index].FalutState = 3; if (OpenModel) { OpenModel = false; } } break; case CommState.SetModles_TK: break; case CommState.SetModles_Reset: //通信状态 = 3; break; #endregion } } else { index = 0; if (result.IsSuccess) { List <byte[]> tmpList = new List <byte[]>(); switch (state) { #region "数据处理" case CommState.GetModlesMsg: 通信状态 = 2; for (int i = 0; i < result.ResultData.Length; i += 13) { if (result.ResultData.Length < i + 13) { continue; } if ((result.ResultData[i] & 0x80) > 0 && result.ResultData[i + 1] == 0 && result.ResultData[i + 2] == 0) { continue; } byte[] b = new byte[13]; Array.Copy(result.ResultData, i, b, 0, 13); tmpList.Add(b); } tmpList = tmpList.OrderBy(t => (t[3] << 8 | t[4])).ToList(); ModelsOperate.RefreshModel(tmpList); frm_主模块.RefreshPanel(); if (frm_开关模块界面 != null) { frm_开关模块界面.RefreshPanel(); } LastInquireDatetime = DateTime.Now; break; case CommState.GetModlesAllMsg: if ((index = ModelsOperate.ModelsList.FindIndex(t => t.模块编号 == Communication.CurrentAddr.ToString())) != -1) { if (OpenModel == true) { frm_开关模块界面 = New_Form <开关模块界面>(frm_开关模块界面); frm_开关模块界面.tmp = ModelsOperate.ModelsList[index]; OpenModel = false; } } for (int i = 0; i < result.ResultData.Length; i += 13) { byte[] b = new byte[13]; Array.Copy(result.ResultData, i, b, 0, 13); tmpList.Add(b); } if (tmpList.Count > 0) { tmpList = tmpList.OrderBy(t => (t[4] << 8 | t[5])).ToList(); } ModelsOperate.RefreshModel(tmpList); if (frm_开关模块界面 != null) { frm_开关模块界面.RefreshPanel(); } break; case CommState.SetModles_TK: break; case CommState.SetModles_Reset: break; #endregion } } } } if ((DateTime.Now - LastReadDatetime).TotalMilliseconds > currentParam.接收速度 && MainForm.CommMaster != null) { LastReadDatetime = DateTime.Now; OperateResult operateResult; byte[] tmp = Communication.CommReadData(out operateResult); if (operateResult.IsSuccess) { List <byte[]> tmpList = new List <byte[]>(); for (int i = 0; i < operateResult.ResultData.Length; i += 13) { if (operateResult.ResultData.Length < i + 13) { continue; } if ((operateResult.ResultData[i] & 0x80) > 0 && operateResult.ResultData[i + 1] == 0 && operateResult.ResultData[i + 2] == 0) { continue; } byte[] b = new byte[13]; Array.Copy(operateResult.ResultData, i, b, 0, 13); tmpList.Add(b); } tmpList = tmpList.OrderBy(t => (t[4] << 8 | t[5])).ToList(); ModelsOperate.RefreshModel(tmpList); if (frm_开关模块界面 != null) { frm_开关模块界面.RefreshPanel(); } } } if ((DateTime.Now - LastWriteDatetime).TotalMilliseconds > currentParam.发送速度 && (MainForm.WriteDic.Count() > 0 || MainForm.UpWriteDic.Count() > 0) && Communication.GetDoCommState() != 1 && !Communication.RoutInspecting && !Communication.EachRoutInspecting) { LastWriteDatetime = DateTime.Now; ModlesMsg v; if (MainForm.UpWriteDic.Count > 0) { MainForm.UpWriteDic.TryRemove(MainForm.UpWriteDic.ElementAt(0).Key, out v); } else { MainForm.WriteDic.TryRemove(MainForm.WriteDic.ElementAt(0).Key, out v); } if (v.模块类型 == "模块查询") { v.Function = CommState.GetModlesMsg; Communication.BeginDoCommunication(v); } else if (v.模块类型 == "信息查询") { v.Function = CommState.GetModlesAllMsg; Communication.BeginDoCommunication(v); } else { switch (v.action) { case ActionState.脱扣: v.Function = CommState.SetModles_TK; Communication.BeginDoCommunication(v); break; case ActionState.位: v.Function = CommState.SetModles_Reset; Communication.BeginDoCommunication(v); break; } } } timer1.Start(); label2.Text = (DateTime.Now - tmpDate).TotalMilliseconds.ToString(); InitMsg(); }
public void RcvData(string InputString) { CommState.RcvData(InputString); }
/// <summary> /// Opens the serial port specified by <see cref="PortName" />. /// </summary> /// <exception cref="System.ObjectDisposedException"/> /// <exception cref="System.InvalidOperationException"> /// Port must first be set; /// or /// Serial Port currently open. /// </exception> /// <exception cref="System.IO.IOException">Wrong file type.</exception> /// <remarks> /// Opening the serial port does not set any settings (such as baud rate, etc.). On the windows implementation, /// it only sets the internal driver input and output queue. /// </remarks> public void Open() { if (m_IsDisposed) { throw new ObjectDisposedException("WinNativeSerial"); } if (string.IsNullOrWhiteSpace(PortName)) { throw new InvalidOperationException("Port must first be set"); } if (IsOpen) { throw new InvalidOperationException("Serial Port currently open"); } m_ComPortHandle = UnsafeNativeMethods.CreateFile(@"\\.\" + PortName, NativeMethods.FileAccess.GENERIC_READ | NativeMethods.FileAccess.GENERIC_WRITE, NativeMethods.FileShare.FILE_SHARE_NONE, IntPtr.Zero, NativeMethods.CreationDisposition.OPEN_EXISTING, NativeMethods.FileAttributes.FILE_FLAG_OVERLAPPED, IntPtr.Zero); if (m_ComPortHandle.IsInvalid) { WinIOError(); } NativeMethods.FileType t = UnsafeNativeMethods.GetFileType(m_ComPortHandle); bool validOverride = false; if (t != NativeMethods.FileType.FILE_TYPE_CHAR && t != NativeMethods.FileType.FILE_TYPE_UNKNOWN) { foreach (string port in GetPortNames()) { #if NETSTANDARD15 if (port.Equals(PortName, StringComparison.OrdinalIgnoreCase)) { validOverride = true; break; } #else if (port.Equals(PortName, StringComparison.InvariantCultureIgnoreCase)) { validOverride = true; break; } #endif } if (!validOverride) { m_ComPortHandle.Dispose(); m_ComPortHandle = null; throw new IOException("Wrong file type: " + PortName); } } // Set the default parameters UnsafeNativeMethods.SetupComm(m_ComPortHandle, m_DriverInQueue, m_DriverOutQueue); m_CommState = new CommState(m_ComPortHandle); m_CommProperties = new CommProperties(m_ComPortHandle); m_CommModemStatus = new CommModemStatus(m_ComPortHandle); m_CommOverlappedIo = new CommOverlappedIo(m_ComPortHandle); RegisterEvents(); }
protected override async void OnAppearing() { base.OnAppearing(); if (!_reEntry) { _reEntry = true; var device = SoterDeviceFactoryBle.Instance.CurrentDevice; if ((device == null) || (!device.Connected)) { if (!await ConnectDevicePage.Connect(this)) { await Navigation.PopModalAsync(); return; } } try { device = SoterDeviceFactoryBle.Instance.CurrentDevice; deviceName.Text = device.Name; PinPage.ParentPage = this; device.DeviceButtonRequestCallback += Device_DeviceButtonRequestCallback; try { while (_processStep < _selectedProcess.Count) { var currentState = _selectedProcess[_processStep]; switch (currentState) { case CommState.WipeDevice: messageLabel.Text = AppResources.ConfirmWipeMessage; await SoterDeviceFactoryBle.Instance.CurrentDevice.WipeDeviceAsync(); _state = CommState.ResetDevice; break; case CommState.ResetDevice: messageLabel.Text = AppResources.InitializeDeviceMessage; await SoterDeviceFactoryBle.Instance.CurrentDevice.ResetDeviceAsync(_deviceLabel); _state = CommState.UpdateCoinTable; break; case CommState.UpdateCoinTable: messageLabel.Text = AppResources.LoadingMessage; await device.InitializeAsync(); Repository.SaveCurrentDeviceToDb(device); await Repository.LoadCoinTableFromDeviceAsync(device); break; case CommState.SignBitcoinTx: await device.InitializeAsync(); _bitcoinTX.SerializedTx = await device.SignTransactionAsync(_bitcoinTX); break; } _processStep++; } } finally { PinPage.ParentPage = null; device.DeviceButtonRequestCallback -= Device_DeviceButtonRequestCallback; device.Disconnect(); await Navigation.PopModalAsync(); } } catch (Exception ex) { Log.Error(ex.ToString()); } _waitHandle.Set(); } }