public void InsertData(TrackerParserDataAbstract.ParserResult data, ViewModelBase model)
{
if (data != null)
{
var viewModel = model as MainViewModel;
if (data.type == TrackerTypeData.TypePacketData.Answer)
{
if (data.typeMessage == TrackerTypeData.TypeMessage.SettingsRead)
{
InsertSettingsResult(data, viewModel);
}
}
else
{
if (data.type == TrackerTypeData.TypePacketData.AsyncData)
{
InsertAsyncData(data, viewModel);
}
else
{
throw new System.InvalidOperationException("Undefined type of key");
}
}
}
else
{
Console.WriteLine("Parser data error");
}
}
private void InsertAsyncData(TrackerParserDataAbstract.ParserResult data, MainViewModel viewModel)
{
switch (data.typeMessage)
{
case TrackerTypeData.TypeMessage.Debug:
case TrackerTypeData.TypeMessage.Status:
case TrackerTypeData.TypeMessage.Data:
case TrackerTypeData.TypeMessage.AsyncData:
case TrackerTypeData.TypeMessage.Log:
foreach (var i in data.data)
{
switch (i.Key)
{
case TrackerTypeData.KeyParameter.DbgLevel:
break;
case TrackerTypeData.KeyParameter.DbgMessage:
Application.Current.Dispatcher.Invoke(delegate
{
viewModel.RightPanelModel.StatusInfo.Log.Add(item: new StatusDataViewModel.LogItem {
Message = i.Data.ToString(), Type = i.Key
});
});
break;
case TrackerTypeData.KeyParameter.imei:
Application.Current.Dispatcher.Invoke(delegate
{
viewModel.RightPanelModel.CurrentData.ImeiModemValue = i.Data.ToString();
});
break;
case TrackerTypeData.KeyParameter.imsi:
break;
case TrackerTypeData.KeyParameter.GsmCsq:
Application.Current.Dispatcher.Invoke(delegate
{
viewModel.RightPanelModel.CurrentData.GmsSignalStrenghtPercentValue = (int)i.Data;
});
break;
case TrackerTypeData.KeyParameter.GnssLat:
Application.Current.Dispatcher.Invoke(delegate
{
viewModel.RightPanelModel.CurrentData.GnssLatValue = (float)i.Data;
});
break;
case TrackerTypeData.KeyParameter.GnssLon:
Application.Current.Dispatcher.Invoke(delegate
{
viewModel.RightPanelModel.CurrentData.GnssLonValue = (float)i.Data;
});
break;
case TrackerTypeData.KeyParameter.GnssSat:
Application.Current.Dispatcher.Invoke(delegate
{
viewModel.RightPanelModel.CurrentData.GnssSatFixValue = (int)i.Data;
});
break;
case TrackerTypeData.KeyParameter.Ain1:
Application.Current.Dispatcher.Invoke(delegate
{
viewModel.RightPanelModel.CurrentData.Ain1Value = (int)i.Data;
});
break;
case TrackerTypeData.KeyParameter.Ain2:
Application.Current.Dispatcher.Invoke(delegate
{
viewModel.RightPanelModel.CurrentData.Ain2Value = (int)i.Data;
});
break;
case TrackerTypeData.KeyParameter.Ain3:
Application.Current.Dispatcher.Invoke(delegate
{
viewModel.RightPanelModel.CurrentData.Ain3Value = (int)i.Data;
});
break;
case TrackerTypeData.KeyParameter.PowerBat:
Application.Current.Dispatcher.Invoke(delegate
{
viewModel.RightPanelModel.CurrentData.PowerBatteryValue = (int)i.Data;
});
break;
case TrackerTypeData.KeyParameter.PowerExt:
Application.Current.Dispatcher.Invoke(delegate
{
viewModel.RightPanelModel.CurrentData.PowerExternalValue = (int)i.Data;
});
break;
case TrackerTypeData.KeyParameter.Time:
Application.Current.Dispatcher.Invoke(delegate
{
DateTime dtDateTime = new DateTime(1970, 1, 1, 0, 0, 0, 0, System.DateTimeKind.Utc);
viewModel.RightPanelModel.CurrentData.Time = dtDateTime.AddSeconds((int)i.Data).ToLocalTime();
});
break;
case TrackerTypeData.KeyParameter.LogRecord:
Application.Current.Dispatcher.Invoke(delegate
{
StructureBinaryConverter structureBinaryConverter = new StructureBinaryConverter();
var log = structureBinaryConverter.Deserialize <TrackerStructureLogRecord>((byte[])i.Data);
viewModel.RightPanelModel.CurrentData.LogPositionList.Add(new CurrentDataViewModel.LogPoint(log.Id, log.GnssLongitude, log.GnssLatitude, DateTime.Now));
if (!DrawMap(log.GnssLatitude, log.GnssLongitude, viewModel))
{
viewModel.ConnectViewModel.IsLogReading = false;
viewModel.ConnectViewModel.CommandDataBuf.Add(new ConnectPanelViewModel.CommandData("stopTestLog", new byte[0]));
MessageBox.Show("It is not possible to read more than 500 items", "Information", MessageBoxButton.OK);
}
});
break;
}
}
break;
case TrackerTypeData.TypeMessage.SettingsRead:
break;
case TrackerTypeData.TypeMessage.SettignsWrite:
break;
case TrackerTypeData.TypeMessage.LogCleanFinish:
viewModel.ConnectViewModel.IsWaitsForLogClear = false;
MessageBox.Show("The log has been cleared",
"Ok",
MessageBoxButton.OK,
MessageBoxImage.Information
);
break;
case TrackerTypeData.TypeMessage.Undefined:
throw new InvalidOperationException("Invalid type");
}
}
private void InsertSettingsResult(TrackerParserDataAbstract.ParserResult data, MainViewModel viewModel)
{
foreach (var i in data.data)
{
try
{
switch (i.Key)
{
case TrackerTypeData.KeyParameter.SettingsGsm:
Application.Current.Dispatcher.Invoke(() =>
{
TrackerStructureGsm settingsGsm = converter.Deserialize <TrackerStructureGsm>((byte[])i.Data);
viewModel.SettingsModel.ApnPinCode = Encoding.ASCII.GetString(settingsGsm.PinCode).Trim('\0');
viewModel.SettingsModel.Apn = Encoding.ASCII.GetString(settingsGsm.Apn).Trim('\0');
viewModel.SettingsModel.ApnLogin = Encoding.ASCII.GetString(settingsGsm.ApnUser).Trim('\0');
viewModel.SettingsModel.ApnPassword = Encoding.ASCII.GetString(settingsGsm.ApnPassword).Trim('\0');
var operatorApn = viewModel.SettingsModel.Apn.ToUpper();
if (operatorApn.Contains("MTS"))
{
viewModel.SettingsModel.OperatorListIndex = (int)OperatorType.MTS;
}
else if (operatorApn.Contains("BELLINE"))
{
viewModel.SettingsModel.OperatorListIndex = (int)OperatorType.Beeline;
}
else if (operatorApn.Contains("MEGAFON"))
{
viewModel.SettingsModel.OperatorListIndex = (int)OperatorType.Megafon;
}
else if (operatorApn.Contains("TELE2"))
{
viewModel.SettingsModel.OperatorListIndex = (int)OperatorType.Tele2;
}
else
{
viewModel.SettingsModel.OperatorListIndex = (int)OperatorType.Custom;
}
});
//App
break;
case TrackerTypeData.KeyParameter.SettingsServers:
Application.Current.Dispatcher.Invoke(() =>
{
var settingsCon = converter.Deserialize <TrackerStructureSettingsConnection>((byte[])i.Data);
var connectFirst = viewModel.SettingsModel.ServersConnectionModel;
/* first */
connectFirst.ProtocolTypeIndex = settingsCon.ProtocolType_0;
connectFirst.IpDnsAddress = Encoding.ASCII.GetString(settingsCon.ConnectAddr_0).Trim('\0');
connectFirst.Port = settingsCon.ConnectPort_0.ToString();
connectFirst.UseCompression = settingsCon.ConnectUseCompression_0;
connectFirst.ConnectPeriodOfPingMessage = (int)settingsCon.ConnectPeriodOfPingMessage_0;
connectFirst.ConnectDelayBeforeNextConnecting = (int)settingsCon.ConnectDelayBeforeNextConnecting_0;
connectFirst.ConnectSendingPeropdDuringParking = (int)settingsCon.ConnectSendingPeropdDuringParking_0;
connectFirst.ConnectSendingPeropdInSleepMode = (int)settingsCon.ConnectSendingPeropdInSleepMode_0;
connectFirst.AdditionParams = (int)settingsCon.AdditionParams_0;
});
break;
case TrackerTypeData.KeyParameter.SettingsSleep:
Application.Current.Dispatcher.Invoke(() =>
{
var settingsSpeep = converter.Deserialize <TrackerStructureSleep>((byte[])i.Data);
});
break;
case TrackerTypeData.KeyParameter.SettingsGpio:
Application.Current.Dispatcher.Invoke(() =>
{
var settingsGpio = converter.Deserialize <TrackerStructureGPIO>((byte[])i.Data);
InputItemSettingsModel gpio1 = viewModel.SettingsModel.InputsSettingsModelList[0];
InputItemSettingsModel gpio2 = viewModel.SettingsModel.InputsSettingsModelList[1];
InputItemSettingsModel gpio3 = viewModel.SettingsModel.InputsSettingsModelList[2];
// gpio1
gpio1.PortRoleIndex = settingsGpio.IN1_Mode;
gpio1.SignalAnalysysTime = settingsGpio.IN1_timeBase;
gpio1.ThresholdUpper = settingsGpio.IN1_LowLevelUpperThreshold;
gpio1.ThresholdLower = settingsGpio.IN1_HightLevelLowerThreshold;
gpio1.UseFiltrating = settingsGpio.IN1_IsFiltrationEnable;
gpio1.LevelOfFiltrationValue = settingsGpio.IN1_AveragingFilterLenght;
// gpio2
gpio2.PortRoleIndex = settingsGpio.IN2_Mode;
gpio2.SignalAnalysysTime = settingsGpio.IN2_timeBase;
gpio2.ThresholdUpper = settingsGpio.IN2_LowLevelUpperThreshold;
gpio2.ThresholdLower = settingsGpio.IN2_HightLevelLowerThreshold;
gpio2.UseFiltrating = settingsGpio.IN2_IsFiltrationEnable;
gpio2.LevelOfFiltrationValue = settingsGpio.IN2_AveragingFilterLenght;
});
break;
case TrackerTypeData.KeyParameter.SettingsLlsInternal:
Application.Current.Dispatcher.Invoke(() =>
{
var settingsLls = converter.Deserialize <TrackerStructureSettingsLls>((byte[])i.Data);
var lls1 = viewModel.SettingsModel.LlsDataViewModelList[0];
var lls2 = viewModel.SettingsModel.LlsDataViewModelList[1];
/* first */
lls1.MinLevel = settingsLls.MinLevelLls1.ToString();
lls1.MaxLevel = settingsLls.MaxLevelLls1.ToString();
lls1.CntEmpty = settingsLls.CntEmptyLls1.ToString();
lls1.CntFull = settingsLls.CntFullLls1.ToString();
lls1.TypeOutMessageIsRelativeLevel = settingsLls.OutTypeLls1 == 0 ? false : true;
lls1.TypeOfFiltrationIndex = settingsLls.FillUpThresholdLls1;
lls1.FiltrationAveragingTime = settingsLls.AvarageLenghLls1.ToString();
lls1.FiltrationLenghtOfMedian = settingsLls.MedianLenghtLls1.ToString();
lls1.FiltrationProcessNoiseCovarianceQ = settingsLls.QLls1.ToString();
lls1.FiltrationMeasurementNoiseCovarianceR = settingsLls.RLls1.ToString();
lls1.TempCompenstationModeIndex = settingsLls.ThermocompTypeLls1;
lls1.TempCompensationCoef1 = settingsLls.K1Lls1.ToString();
lls1.TempCompensationCoef2 = settingsLls.K2Lls1.ToString();
lls1.TypeOfInterpolationIndex = settingsLls.InterpolationTypeLls1;
/* second */
lls2.MinLevel = settingsLls.MinLevelLls2.ToString();
lls2.MaxLevel = settingsLls.MaxLevelLls2.ToString();
lls2.CntEmpty = settingsLls.CntEmptyLls2.ToString();
lls2.CntFull = settingsLls.CntFullLls2.ToString();
lls2.TypeOutMessageIsRelativeLevel = settingsLls.OutTypeLls2 == 0 ? false : true;
lls2.TypeOfFiltrationIndex = settingsLls.FillUpThresholdLls2;
lls2.FiltrationAveragingTime = settingsLls.AvarageLenghLls2.ToString();
lls2.FiltrationLenghtOfMedian = settingsLls.MedianLenghtLls2.ToString();
lls2.FiltrationProcessNoiseCovarianceQ = settingsLls.QLls2.ToString();
lls2.FiltrationMeasurementNoiseCovarianceR = settingsLls.RLls2.ToString();
lls2.TempCompenstationModeIndex = settingsLls.ThermocompTypeLls2;
lls2.TempCompensationCoef1 = settingsLls.K1Lls2.ToString();
lls2.TempCompensationCoef2 = settingsLls.K2Lls2.ToString();
lls2.TypeOfInterpolationIndex = settingsLls.InterpolationTypeLls2;
});
break;
case TrackerTypeData.KeyParameter.SettingsOneWire:
Application.Current.Dispatcher.Invoke(() =>
{
var settingsOneWire = converter.Deserialize <TrackerStructureSettingsOneWire>((byte[])i.Data);
/* onewire1 */
viewModel.SettingsModel.OneWireSettingsModelList[0].IsEnable = settingsOneWire.Sensor1IsEnabled;
viewModel.SettingsModel.OneWireSettingsModelList[0].SensorName = Encoding.ASCII.GetString(settingsOneWire.Sensor1_Name).Trim('\0');
viewModel.SettingsModel.OneWireSettingsModelList[0].HexCode = Encoding.ASCII.GetString(settingsOneWire.Sensor1_Code).Trim('\0');
viewModel.SettingsModel.OneWireSettingsModelList[0].LowerAlarmZone = (int)settingsOneWire.Sensor1_AlarmZoneMin;
viewModel.SettingsModel.OneWireSettingsModelList[0].UpperAlarmZone = (int)settingsOneWire.Sensor1_AlarmZoneMax;
/* onewire2 */
viewModel.SettingsModel.OneWireSettingsModelList[1].IsEnable = settingsOneWire.Sensor2IsEnabled;
viewModel.SettingsModel.OneWireSettingsModelList[1].SensorName = Encoding.ASCII.GetString(settingsOneWire.Sensor2_Name).Trim('\0');
viewModel.SettingsModel.OneWireSettingsModelList[1].HexCode = Encoding.ASCII.GetString(settingsOneWire.Sensor2_Code).Trim('\0');
viewModel.SettingsModel.OneWireSettingsModelList[1].LowerAlarmZone = (int)settingsOneWire.Sensor2_AlarmZoneMin;
viewModel.SettingsModel.OneWireSettingsModelList[1].UpperAlarmZone = (int)settingsOneWire.Sensor2_AlarmZoneMax;
/* onewire3 */
viewModel.SettingsModel.OneWireSettingsModelList[2].IsEnable = settingsOneWire.Sensor3IsEnabled;
viewModel.SettingsModel.OneWireSettingsModelList[2].SensorName = Encoding.ASCII.GetString(settingsOneWire.Sensor3_Name).Trim('\0');
viewModel.SettingsModel.OneWireSettingsModelList[2].HexCode = Encoding.ASCII.GetString(settingsOneWire.Sensor3_Code).Trim('\0');
viewModel.SettingsModel.OneWireSettingsModelList[2].LowerAlarmZone = (int)settingsOneWire.Sensor3_AlarmZoneMin;
viewModel.SettingsModel.OneWireSettingsModelList[2].UpperAlarmZone = (int)settingsOneWire.Sensor3_AlarmZoneMax;
/* onewire5 */
viewModel.SettingsModel.OneWireSettingsModelList[3].IsEnable = settingsOneWire.Sensor4IsEnabled;
viewModel.SettingsModel.OneWireSettingsModelList[3].SensorName = Encoding.ASCII.GetString(settingsOneWire.Sensor4_Name).Trim('\0');
viewModel.SettingsModel.OneWireSettingsModelList[3].HexCode = Encoding.ASCII.GetString(settingsOneWire.Sensor4_Code).Trim('\0');
viewModel.SettingsModel.OneWireSettingsModelList[3].LowerAlarmZone = (int)settingsOneWire.Sensor4_AlarmZoneMin;
viewModel.SettingsModel.OneWireSettingsModelList[3].UpperAlarmZone = (int)settingsOneWire.Sensor4_AlarmZoneMax;
});
break;
case TrackerTypeData.KeyParameter.SettingsSms:
Application.Current.Dispatcher.Invoke(() =>
{
var settingsSms = converter.Deserialize <TrackerStructureSettingsSms>((byte[])i.Data);
});
break;
case TrackerTypeData.KeyParameter.SettingsGeofence:
Application.Current.Dispatcher.Invoke(() =>
{
//var settingsGeofence = converter.Deserialize<TrackerStructureGeofense>((byte[])i.Data);
});
break;
case TrackerTypeData.KeyParameter.SettingsTrack:
Application.Current.Dispatcher.Invoke(() =>
{
var settingsTrack = converter.Deserialize <TrackerStructureSettingsTrack>((byte[])i.Data);
});
break;
default:
break;
}
}
catch (Exception ex)
{
Console.WriteLine("MainPanel: parsing data to ui exception: " + ex.ToString());
}
}
Application.Current.Dispatcher.Invoke(delegate
{
MessageBox.Show("Settings have been read",
"Ok",
MessageBoxButton.OK,
MessageBoxImage.Information);
});
if (data.typeMessage == TrackerTypeData.TypeMessage.SettignsWrite)
{
Application.Current.Dispatcher.Invoke(delegate
{
MessageBox.Show("Settings have been recorded",
"Ok",
MessageBoxButton.OK,
MessageBoxImage.Information);
});
}
}
