private void sendFlag(ref CommunicationManager targetComm)
{
if (this.frmLPCmdBufferAlwaysRadioBtn.Checked)
{
targetComm.SendFlag = 0;
}
else if (this.frmCmdBufferOnInputRadioBtn.Checked)
{
targetComm.SendFlag = 1;
}
else if (this.frmCmdBufferForceRadioBtn.Checked)
{
targetComm.SendFlag = 2;
targetComm.OK_TO_SEND = true;
targetComm.WriteData();
}
else if (this.frmLPCmdBufferForceFalseRadioBtn.Checked)
{
targetComm.SendFlag = 3;
targetComm.OK_TO_SEND = false;
}
}
private void sendBuffer(ref CommunicationManager targetComm)
{
bool flag = targetComm.OK_TO_SEND;
targetComm.OK_TO_SEND = true;
this.setFlagStatus(ref targetComm);
targetComm.WriteData();
this.clearCommands();
targetComm.OK_TO_SEND = flag;
}
public void AutoDetectBaudAfterFacRst4E(ref CommunicationManager targetComm)
{
if (CommunicationManager.ValidateCommManager(targetComm))
{
targetComm.AutoDetectProtocolAndBaudDone = false;
targetComm.RxCurrentTransmissionType = CommunicationManager.TransmissionType.Text;
targetComm.TxCurrentTransmissionType = CommunicationManager.TransmissionType.Text;
targetComm.BaudRate = "4800";
targetComm.Flag_didFacRst_atSSB = true;
uint baud = uint.Parse(targetComm.BaudRate);
targetComm.comPort.UpdateBaudSettings(baud);
targetComm.portDataInit();
targetComm.AutoDetectProtocolAndBaudDone = true;
string msg = NMEAReceiver.NMEA_AddCheckSum(string.Format("$PSRF100,0,{0},8,1,0", targetComm.ToSwitchBaud));
msg = NMEAReceiver.NMEA_AddCheckSum("$PSRF105,1") + "\r\n" + msg;
targetComm.WriteData(msg);
Thread.Sleep(0x3e8);
targetComm.RxType = CommunicationManager.ReceiverType.SLC;
targetComm.RxCurrentTransmissionType = CommunicationManager.TransmissionType.GPS;
targetComm.TxCurrentTransmissionType = CommunicationManager.TransmissionType.GP2;
targetComm.BaudRate = targetComm.ToSwitchBaud;
int num2 = 0;
uint num3 = uint.Parse(targetComm.BaudRate);
while (num2++ < 5)
{
if (targetComm.comPort.UpdateBaudSettings(num3))
{
break;
}
Thread.Sleep(1);
}
targetComm.portDataInit();
targetComm.AutoDetectProtocolAndBaudDone = true;
}
}
private void pollSWVersionHandler(CommunicationManager comm)
{
bool isSLCRx = false;
int mid = 0x84;
comm.CMC.TxCurrentTransmissionType = (CommonClass.TransmissionType) comm.TxCurrentTransmissionType;
string messageProtocol = comm.MessageProtocol;
if ((comm.RxType == CommunicationManager.ReceiverType.SLC) || (comm.RxType == CommunicationManager.ReceiverType.TTB))
{
isSLCRx = true;
if (comm.RxType == CommunicationManager.ReceiverType.TTB)
{
messageProtocol = "TTB";
}
}
string str3 = messageProtocol;
if (str3 != null)
{
if (!(str3 == "SSB") && !(str3 == "TTB"))
{
if (str3 == "F")
{
mid = 0x17;
}
else if (str3 == "OSP")
{
messageProtocol = "SSB";
isSLCRx = false;
mid = 0x84;
}
}
else
{
mid = 0x84;
}
}
string msg = comm.m_Protocols.GetDefaultMsgtoSend(isSLCRx, mid, -1, "Software Version Request", messageProtocol);
comm.WriteData(msg);
}
private bool manualConnect(ref CommunicationManager comm)
{
if (comm == null)
{
return false;
}
try
{
bool flag2;
if (clsGlobal.IsMarketingUser())
{
comm.IsAutoDetectBaud = true;
}
if (comm.IsSourceDeviceOpen())
{
goto Label_04E8;
}
if (!comm.RequireHostRun || (sysCmdExec.IsExistingWin(comm.HostSWFilePath) != 0))
{
goto Label_02AC;
}
string argStr = string.Empty;
switch (comm.InputDeviceMode)
{
case CommonClass.InputDeviceModes.RS232:
argStr = @"-a\\.\\" + comm.HostPair1 + " -y\"" + comm.HostAppCfgFilePath + "\" -e\"" + comm.HostAppMEMSCfgPath + "\"";
break;
case CommonClass.InputDeviceModes.TCP_Client:
argStr = "-n" + comm.CMC.HostAppClient.TCPClientPortNum.ToString() + " -y\"" + comm.HostAppCfgFilePath + "\" -e\"" + comm.HostAppMEMSCfgPath + "\"";
break;
case CommonClass.InputDeviceModes.TCP_Server:
argStr = "-n" + comm.CMC.HostAppServer.TCPServerPortNum.ToString() + " -y\"" + comm.HostAppCfgFilePath + "\" -e\"" + comm.HostAppMEMSCfgPath + "\"";
break;
}
if (!comm.RequireEE)
{
goto Label_02A4;
}
string eESelect = comm.EESelect;
if (eESelect != null)
{
if (!(eESelect == "CGEE"))
{
if (eESelect == "SGEE")
{
goto Label_01EB;
}
if (eESelect == "Mixed SGEE + CGEE")
{
goto Label_01F9;
}
}
else
{
argStr = argStr + " -mode \"ff4_cgee_only\"";
}
}
goto Label_0205;
Label_01EB:
argStr = argStr + " -mode \"ff4_sgee_only\"";
goto Label_0205;
Label_01F9:
argStr = argStr + " -mode \"ff4_mixed_mode\"";
Label_0205:;
argStr = argStr + " -s\"" + comm.ServerName + "\" -d\"/diff/packedDifference.f2p" + comm.EEDayNum + "enc.ee\" -j\"" + comm.AuthenticationCode + "\" -k" + comm.ServerPort;
if ((comm.EESelect == "CGEE") || (comm.EESelect == "Mixed SGEE + CGEE"))
{
argStr = argStr + " -b" + comm.BankTime;
}
Label_02A4:
RunHostAppFromMain(argStr, ref comm);
Label_02AC:
flag2 = false;
if (comm.ProductFamily == CommonClass.ProductType.GSD4e)
{
if (comm.InputDeviceMode == CommonClass.InputDeviceModes.RS232)
{
if ((comm.ResetPort != string.Empty) && (comm.ResetPort != "-1"))
{
string s = comm.ResetPort.Replace("COM", "");
int result = 0;
if (int.TryParse(s, out result))
{
comm.Init4eMPMWakeupPort(result);
comm.Toggle4eWakeupPort();
}
}
if (comm.IsAutoDetectBaud)
{
if (searchforProtocolAndBaud(ref comm) > 0)
{
flag2 = true;
}
else
{
flag2 = false;
}
}
else
{
comm.AutoDetectProtocolAndBaudDone = true;
flag2 = comm.OpenPort();
}
}
else if (comm.InputDeviceMode == CommonClass.InputDeviceModes.I2C)
{
if (searchforProtocol_I2C(ref comm) > 0)
{
flag2 = true;
}
else
{
flag2 = false;
}
}
else
{
flag2 = true;
}
if (!flag2)
{
comm.ConnectErrorString = "Autodetect baud failed!";
return false;
}
if (comm.MessageProtocol == "OSP")
{
comm.RxCurrentTransmissionType = CommunicationManager.TransmissionType.GPS;
comm.CMC.RxCurrentTransmissionType = CommonClass.TransmissionType.GPS;
}
else if (comm.MessageProtocol == "NMEA")
{
comm.RxCurrentTransmissionType = CommunicationManager.TransmissionType.Text;
comm.CMC.RxCurrentTransmissionType = CommonClass.TransmissionType.Text;
}
else
{
comm.RxCurrentTransmissionType = CommunicationManager.TransmissionType.Hex;
comm.CMC.RxCurrentTransmissionType = CommonClass.TransmissionType.Hex;
}
}
else
{
comm.AutoDetectProtocolAndBaudDone = true;
if (!comm.OpenPort())
{
comm.ConnectErrorString = "Unable to open port!";
return false;
}
}
if (comm.RxType == CommunicationManager.ReceiverType.TTB)
{
comm.WriteData("A0A2 0009 CCA6 0002 0100 0000 00 8175 B0B3");
comm.WriteData("A0A2 0009 CCA6 0004 0100 0000 00 8177 B0B3");
comm.WriteData("A0A2 0009 CCA6 0029 0100 0000 00 819C B0B3");
}
if (comm.RequireHostRun && (sysCmdExec.IsExistingWin(comm.HostSWFilePath) == 1))
{
sysCmdExec.SetWinSize(comm.HostSWFilePath, 2);
}
if (comm.RequireHostRun)
{
comm.RxCtrl.SetMEMSMode(0);
}
if (comm.MessageProtocol != "NMEA")
{
comm.RxCtrl.PollClockStatus();
comm.RxCtrl.PollSWVersion();
comm.RxCtrl.PollNavigationParameters();
}
if (comm.RxName == string.Empty)
{
comm.RxName = "SiRF_EVK";
}
goto Label_0515;
Label_04E8:
manualDisconnect(ref comm);
}
catch (Exception exception)
{
if (comm != null)
{
comm.ConnectErrorString = "Error: " + exception.ToString();
}
return false;
}
Label_0515:
return true;
}
private void pollTrackerConfig(CommunicationManager comm)
{
bool isSLCRx = false;
int mid = 0xb2;
int sid = 9;
comm.CMC.TxCurrentTransmissionType = (CommonClass.TransmissionType) comm.TxCurrentTransmissionType;
string messageProtocol = comm.MessageProtocol;
string msg = comm.m_Protocols.GetDefaultMsgtoSend(isSLCRx, mid, sid, "SW Toolbox Message", messageProtocol);
comm.WriteData(msg);
}