static void Main(string[] args)
{
/* Для проверки декодера из файла или буфера */
ProtocolUSB5E4D dec = new ProtocolUSB5E4D();
dec.GotProtocolMsg += new ProtocolUSBBase.ProtocolMsgEventHandler(onDecMsg);
dec.GotProtocolError += new ProtocolUSBBase.ProtocolErrorEventHandler(onErrMsg);
//*/
FileStream fStream = new FileStream(@"D:\Projects\USBLOG\Debug\Win32\logs\201310\21_161433.dat", FileMode.Open);
ProtocolThread dT = new ProtocolThread(dec, fStream);
/* проверка работы модуля приема и декодирования данных */
// FileStream fStream = new FileStream(@"D:\Projects\USBLOG\Release\Win32\logs\201310\usb_log.dat", FileMode.Create);
// TextWriter fTxtWriter = new StreamWriter(@"D:\Projects\USBLOG\Release\Win32\logs\201310\usb_log.txt");
// ProtocolUSB5E4D _dec = new ProtocolUSB5E4D(fStream, fTxtWriter, false, false);
// _dec.onMessage = onDecMsg;
// _dec.onProtocolError = onErrMsg;
// _dev = new Device("FTVAFGPQ", _dec, new EGSE.USB.USBCfg(10));
///* выдаем команду в устройство */
byte[] tmp = { 1 };
byte[] tmpbuf;
dec.Encode(0x03, tmp, out tmpbuf);
/* ждем пока не нажмем кнопку в консоли, тогда все завершаем */
System.Console.ReadLine();
/* текстовый лог загрываем */
// _dev.finishAll();
// fTxtWriter.Flush();
// fTxtWriter.Close();
// fStream.Close();
}
/// <summary>
/// Конструктор по-умолчанию
/// </summary>
public XSAN()
{
Connected = false;
ControlValuesList.Add(new ControlValue()); // XSAN_CTRL_IDX
ControlValuesList.Add(new ControlValue()); // BUNI_CTRL_IDX
ControlValuesList.Add(new ControlValue()); // POWER_CTRL_IDX
_decoder = new ProtocolUSB5E4D(null, LogsClass.Instance.Files[LogsClass.UsbIdx], false, true);
_decoder.GotProtocolMsg += new ProtocolUSBBase.ProtocolMsgEventHandler(onMessageFunc);
_decoder.GotProtocolError += new ProtocolUSBBase.ProtocolErrorEventHandler(onErrorFunc);
ETime = new EgseTime();
Device = new XsanDevice(XsanConst.XSANSerial, _decoder);
Device.ChangeStateEvent = onChangeConnection;
//
_xsanDataLogStream = null;
_xsanChannelForWriting = 0;
_writeXsanDataToFile = false;
HSIInt = new HSIInterface();
Tm = new XsanTm();
//
ControlValuesList[XsanConst.XSAN_CTRL_IDX].AddProperty(XsanConst.PROPERTY_XSAN_READY_IDX, 4, 1, Device.CmdHSIXSANControl, delegate(UInt32 value)
{
XsanImitatorReady = (value == 1);
});
ControlValuesList[XsanConst.XSAN_CTRL_IDX].AddProperty(XsanConst.PROPERTY_XSAN_BUSY_IDX, 5, 1, Device.CmdHSIXSANControl, delegate(UInt32 value)
{
XsanImitatorBusyOn = (value == 1);
});
ControlValuesList[XsanConst.XSAN_CTRL_IDX].AddProperty(XsanConst.PROPERTY_XSAN_ME_IDX, 6, 1, Device.CmdHSIXSANControl, delegate(UInt32 value)
{
XsanImitatorMeOn = (value == 1);
});
ControlValuesList[XsanConst.XSAN_CTRL_IDX].AddProperty(XsanConst.PROPERTY_XSAN_CMD_CH_IDX, 0, 2, Device.CmdHSIXSANControl, delegate(UInt32 value)
{
XsanImitatorCmdChannel = (int)value;
});
ControlValuesList[XsanConst.XSAN_CTRL_IDX].AddProperty(XsanConst.PROPERTY_XSAN_DAT_CH_IDX, 2, 2, Device.CmdHSIXSANControl, delegate(UInt32 value)
{
XsanImitatorDatChannel = (int)value;
});
//
ControlValuesList[XsanConst.BUNI_CTRL_IDX].AddProperty(XsanConst.PROPERTY_BUNI_ON_IDX, 0, 1, Device.CmdHSIBUNIControl, delegate(UInt32 value)
{
BuniImitatorOn = (value == 1);
});
ControlValuesList[XsanConst.BUNI_CTRL_IDX].AddProperty(XsanConst.PROPERTY_BUNI_CMD_CH_IDX, 1, 1, Device.CmdHSIBUNIControl, delegate(UInt32 value)
{
BuniImitatorCmdChannel = (int)value;
});
ControlValuesList[XsanConst.BUNI_CTRL_IDX].AddProperty(XsanConst.PROPERTY_BUNI_DAT_CH_IDX, 2, 2, Device.CmdHSIBUNIControl, delegate(UInt32 value)
{
BuniImitatorDatChannel = (int)value;
});
ControlValuesList[XsanConst.BUNI_CTRL_IDX].AddProperty(XsanConst.PROPERTY_BUNI_HZ_IDX, 4, 1, Device.CmdHSIBUNIControl, delegate(UInt32 value)
{
BuniImitatorTimeStampOn = (value == 1);
});
ControlValuesList[XsanConst.BUNI_CTRL_IDX].AddProperty(XsanConst.PROPERTY_BUNI_KBV_IDX, 5, 1, Device.CmdHSIBUNIControl, delegate(UInt32 value)
{
BuniImitatorObtOn = (value == 1);
});
//
ControlValuesList[XsanConst.POWER_CTRL_IDX].AddProperty(XsanConst.PROPERTY_POWER_IDX, 0, 1, Device.CmdPowerOnOff, delegate(UInt32 value) { });
}
