public eReturn UpdateDevice(string deviceID)
{
byte[] deviceInfoBuffer = new byte[452];
byte[] calibInfoBuffer = new byte[28];
byte[] deviceStatusData = new byte[18];
byte[] configInfoBuffer = new byte[45];
byte[] memoryStatusBuffer = new byte[3];
eReturn eReturn;
if (this.m_DeviceIdentity.Contains((object)deviceID))
{
GENEAG3WinUSBPCDriver geneaWinUSBPCDriverObject = (GENEAG3WinUSBPCDriver)this.m_DeviceIdentity[(object)deviceID];
if (this.m_DataManager.deviceIDTable.Contains((object)deviceID))
{
DeviceData deviceData = (DeviceData)this.m_DataManager.deviceIDTable[(object)deviceID];
switch (geneaWinUSBPCDriverObject.GetDeviceInfo(ref deviceInfoBuffer))
{
case GeneaPCDriver.eReturn.SUCCESS:
eReturn = this.m_ParseAndPackDataObj.ParseAndPackGetID(deviceInfoBuffer, deviceData);
if (eReturn == eReturn.SUCCESS)
{
string uniqueSerialCode = deviceData.ObjDeviceInfo.DeviceUniqueSerialCode;
//eReturn = this.GetDeviceCapabilities(geneaWinUSBPCDriverObject, deviceData);
if (eReturn == eReturn.SUCCESS)
{
switch (geneaWinUSBPCDriverObject.GetCalibInfo(ref calibInfoBuffer))
{
case GeneaPCDriver.eReturn.SUCCESS:
eReturn = this.m_ParseAndPackDataObj.ParseAndPackGetCalibInfo(calibInfoBuffer, deviceData.ObjCalibInfo);
break;
case GeneaPCDriver.eReturn.ERROR_DEVICE_COMMUNICATION:
eReturn = eReturn.ERROR_DEVICE_COMMUNICATION;
break;
case GeneaPCDriver.eReturn.ERROR_FIRMWARE:
eReturn = eReturn.ERROR_FIRMWARE;
break;
default:
eReturn = eReturn.FAILURE;
break;
}
}
if (eReturn == eReturn.SUCCESS)
{
DeviceCapabilities deviceCapabilities = new DeviceCapabilities();
switch (geneaWinUSBPCDriverObject.GetDeviceStatus(ref deviceStatusData))
{
case GeneaPCDriver.eReturn.SUCCESS:
eReturn = deviceCapabilities.ParseAndPackGetStatus(deviceData, deviceStatusData);
break;
case GeneaPCDriver.eReturn.ERROR_DEVICE_COMMUNICATION:
eReturn = eReturn.ERROR_DEVICE_COMMUNICATION;
break;
case GeneaPCDriver.eReturn.ERROR_FIRMWARE:
eReturn = eReturn.ERROR_FIRMWARE;
break;
default:
eReturn = eReturn.FAILURE;
break;
}
}
if (eReturn == eReturn.SUCCESS)
{
switch (geneaWinUSBPCDriverObject.GetConfiguration(ref configInfoBuffer))
{
case GeneaPCDriver.eReturn.SUCCESS:
eReturn = this.m_ParseAndPackDataObj.ParseAndPackGetConfigInfo(deviceData, configInfoBuffer);
break;
case GeneaPCDriver.eReturn.ERROR_DEVICE_COMMUNICATION:
eReturn = eReturn.ERROR_DEVICE_COMMUNICATION;
break;
case GeneaPCDriver.eReturn.ERROR_FIRMWARE:
eReturn = eReturn.ERROR_FIRMWARE;
break;
default:
eReturn = eReturn.FAILURE;
break;
}
}
if (eReturn == eReturn.SUCCESS)
{
switch (geneaWinUSBPCDriverObject.GetMemoryUsed(ref memoryStatusBuffer))
{
case GeneaPCDriver.eReturn.SUCCESS:
eReturn = this.m_ParseAndPackDataObj.ParseAndPackMemoryInfo(memoryStatusBuffer, deviceData.ObjDeviceStatusInfo);
break;
case GeneaPCDriver.eReturn.ERROR_DEVICE_COMMUNICATION:
eReturn = eReturn.ERROR_DEVICE_COMMUNICATION;
break;
case GeneaPCDriver.eReturn.ERROR_FIRMWARE:
eReturn = eReturn.ERROR_FIRMWARE;
break;
default:
eReturn = eReturn.FAILURE;
break;
}
}
if (eReturn == eReturn.SUCCESS)
{
eReturn = this.m_DataManager.AddDeviceObject(uniqueSerialCode, deviceData);
break;
}
break;
}
break;
case GeneaPCDriver.eReturn.ERROR_DEVICE_COMMUNICATION:
eReturn = eReturn.ERROR_DEVICE_COMMUNICATION;
break;
case GeneaPCDriver.eReturn.ERROR_FIRMWARE:
eReturn = eReturn.ERROR_FIRMWARE;
break;
default:
eReturn = eReturn.FAILURE;
break;
}
}
else
{
eReturn = eReturn.FAILURE;
}
}
else
{
eReturn = eReturn.FAILURE;
}
return(eReturn);
}
private eReturn InitializeDevice(int deviceIdIndex)
{
byte[] deviceInfoBuffer = new byte[452];
byte[] calibInfoBuffer = new byte[28];
byte[] deviceStatusData = new byte[18];
byte[] configInfoBuffer = new byte[45];
byte[] memoryStatusBuffer = new byte[3];
eReturn eReturn = eReturn.FAILURE;
GENEAG3WinUSBPCDriver geneaWinUSBPCDriverObject = new GENEAG3WinUSBPCDriver();
if (geneaWinUSBPCDriverObject.InitialiseDevice(this.m_DevicePathList[deviceIdIndex]))
{
switch (geneaWinUSBPCDriverObject.GetDeviceInfo(ref deviceInfoBuffer))
{
case GeneaPCDriver.eReturn.SUCCESS:
DeviceData deviceData = new DeviceData();
eReturn = this.m_ParseAndPackDataObj.ParseAndPackGetID(deviceInfoBuffer, deviceData);
if (eReturn == eReturn.SUCCESS)
{
string uniqueSerialCode = deviceData.ObjDeviceInfo.DeviceUniqueSerialCode;
if (!this.m_DeviceIdentity.Contains((object)uniqueSerialCode))
{
this.m_DeviceIdentity.Add((object)uniqueSerialCode, (object)geneaWinUSBPCDriverObject);
this.m_DevicePathID.Add((object)this.m_DevicePathList[deviceIdIndex], (object)uniqueSerialCode);
//eReturn = this.GetDeviceCapabilities(geneaWinUSBPCDriverObject, deviceData);
if (eReturn == eReturn.SUCCESS)
{
switch (geneaWinUSBPCDriverObject.GetCalibInfo(ref calibInfoBuffer))
{
case GeneaPCDriver.eReturn.SUCCESS:
eReturn = this.m_ParseAndPackDataObj.ParseAndPackGetCalibInfo(calibInfoBuffer, deviceData.ObjCalibInfo);
break;
case GeneaPCDriver.eReturn.ERROR_DEVICE_COMMUNICATION:
eReturn = eReturn.ERROR_DEVICE_COMMUNICATION;
break;
case GeneaPCDriver.eReturn.ERROR_FIRMWARE:
eReturn = eReturn.ERROR_FIRMWARE;
break;
default:
eReturn = eReturn.FAILURE;
break;
}
}
if (eReturn == eReturn.SUCCESS)
{
DeviceCapabilities deviceCapabilities = new DeviceCapabilities();
switch (geneaWinUSBPCDriverObject.GetDeviceStatus(ref deviceStatusData))
{
case GeneaPCDriver.eReturn.SUCCESS:
eReturn = deviceCapabilities.ParseAndPackGetStatus(deviceData, deviceStatusData);
break;
case GeneaPCDriver.eReturn.ERROR_DEVICE_COMMUNICATION:
eReturn = eReturn.ERROR_DEVICE_COMMUNICATION;
break;
case GeneaPCDriver.eReturn.ERROR_FIRMWARE:
eReturn = eReturn.ERROR_FIRMWARE;
break;
default:
eReturn = eReturn.FAILURE;
break;
}
}
if (eReturn == eReturn.SUCCESS)
{
switch (geneaWinUSBPCDriverObject.GetConfiguration(ref configInfoBuffer))
{
case GeneaPCDriver.eReturn.SUCCESS:
//eReturn = this.m_ParseAndPackDataObj.ParseAndPackGetConfigInfo(deviceData, configInfoBuffer);
break;
case GeneaPCDriver.eReturn.ERROR_DEVICE_COMMUNICATION:
eReturn = eReturn.ERROR_DEVICE_COMMUNICATION;
break;
case GeneaPCDriver.eReturn.ERROR_FIRMWARE:
eReturn = eReturn.ERROR_FIRMWARE;
break;
default:
eReturn = eReturn.FAILURE;
break;
}
}
if (eReturn == eReturn.SUCCESS)
{
switch (geneaWinUSBPCDriverObject.GetMemoryUsed(ref memoryStatusBuffer))
{
case GeneaPCDriver.eReturn.SUCCESS:
eReturn = this.m_ParseAndPackDataObj.ParseAndPackMemoryInfo(memoryStatusBuffer, deviceData.ObjDeviceStatusInfo);
break;
case GeneaPCDriver.eReturn.ERROR_DEVICE_COMMUNICATION:
eReturn = eReturn.ERROR_DEVICE_COMMUNICATION;
break;
case GeneaPCDriver.eReturn.ERROR_FIRMWARE:
eReturn = eReturn.ERROR_FIRMWARE;
break;
default:
eReturn = eReturn.FAILURE;
break;
}
}
if (eReturn == eReturn.SUCCESS)
{
eReturn = this.m_DataManager.AddDeviceObject(uniqueSerialCode, deviceData);
break;
}
break;
}
eReturn = eReturn.DEVICE_ID_ALREADY_PRESENT;
break;
}
break;
case GeneaPCDriver.eReturn.ERROR_DEVICE_COMMUNICATION:
eReturn = eReturn.ERROR_DEVICE_COMMUNICATION;
break;
case GeneaPCDriver.eReturn.ERROR_FIRMWARE:
eReturn = eReturn.ERROR_FIRMWARE;
break;
default:
eReturn = eReturn.FAILURE;
break;
}
}
return(eReturn);
}
public eReturn ParseAndPackGetStatus(DeviceData deviceData, byte[] buffer)
{
eReturn eReturn;
if (buffer.Length != 18)
{
eReturn = eReturn.BUFFER_LENGTH_NOT_PROPER;
}
else
{
byte[] parseByte1 = new byte[2]
{
buffer[0],
buffer[1]
};
byte[] parseByte2 = new byte[2]
{
buffer[1],
buffer[2]
};
byte[] parseByte3 = new byte[2]
{
buffer[3],
buffer[4]
};
byte[] parseByte4 = new byte[2]
{
buffer[4],
buffer[5]
};
byte[] temperature1 = new byte[2]
{
buffer[5],
buffer[6]
};
byte[] batteryVoltage1 = new byte[2]
{
buffer[7],
buffer[8]
};
byte parseByte5 = (byte)((uint)buffer[8] >> 4);
byte[] deviceStatus = new byte[2]
{
(byte)((uint)buffer[8] & 15U),
(byte)0
};
byte[] pageTimeByte = new byte[9];
for (int index = 0; index < 9; ++index)
{
pageTimeByte[index] = buffer[index + 9];
}
int accXaxis = this.ParseAccXaxis(parseByte1);
//Console.WriteLine(accXaxis);
//Console.ReadKey();
int accYaxis = this.ParseAccYaxis(parseByte2);
//Console.WriteLine(accYaxis);
//Console.ReadKey();
int accZaxis = this.ParseAccZaxis(parseByte3);
//Console.WriteLine(accZaxis);
//Console.ReadKey();
ushort lightMeter = this.ParseLightMeter(parseByte4);
//Console.WriteLine(lightMeter);
//Console.ReadKey();
ushort temperature2 = this.ParseTemperature(temperature1);
//Console.WriteLine(temperature2);
//Console.ReadKey();
ushort batteryVoltage2 = this.ParseBatteryVoltage(batteryVoltage1);
deviceData.ObjDeviceStatusInfo.AccXaxis = accXaxis;
deviceData.ObjDeviceStatusInfo.AccYaxis = accYaxis;
deviceData.ObjDeviceStatusInfo.AccZaxis = accZaxis;
deviceData.ObjDeviceStatusInfo.LightMeter = (int)deviceData.ObjCalibInfo.Volts != 0 ? (float)(ushort)((uint)lightMeter * (uint)deviceData.ObjCalibInfo.Lux / (uint)deviceData.ObjCalibInfo.Volts) : 0.0f;
deviceData.ObjDeviceStatusInfo.BatteryVoltage = batteryVoltage2;
deviceData.ObjDeviceStatusInfo.Temperature = (float)((int)temperature2 - 181) / 3.76f;
deviceData.ObjDeviceStatusInfo.ButtonStatus = this.ParseButtonStatus(parseByte5);
//deviceData.ObjDeviceStatusInfo.deviceTime = this.ParsePageTime(pageTimeByte);
deviceData.ObjDeviceStatusInfo.DeviceStatus = this.ParseDeviceStatus(deviceStatus);
eReturn = eReturn.SUCCESS;
}
return(eReturn);
}
public eReturn GetSensorOutputData(string deviceIndex, DeviceData deviceObject)
{
return(this.m_ConnectionManagerObject.GetSensorOutputData(deviceIndex, deviceObject));
}
public eReturn ParseAndPackGetID(byte[] buffer, DeviceData deviceData)
{
eReturn eReturn;
if (buffer.Length != 452)
{
eReturn = eReturn.BUFFER_LENGTH_NOT_PROPER;
}
else
{
byte[] bytes1 = new byte[6];
byte[] pageTimeByte = new byte[9];
byte[] bytes2 = new byte[20];
byte[] bytes3 = new byte[20];
byte[] bytes4 = new byte[20];
byte[] bytes5 = new byte[20];
byte[] bytes6 = new byte[20];
byte[] bytes7 = new byte[20];
byte[] bytes8 = new byte[20];
byte[] bytes9 = new byte[20];
byte[] bytes10 = new byte[20];
byte[] bytes11 = new byte[20];
byte[] bytes12 = new byte[20];
byte[] bytes13 = new byte[20];
byte[] bytes14 = new byte[20];
for (int index = 0; index < 6; ++index)
{
bytes1[index] = buffer[index];
}
for (int index = 0; index < 9; ++index)
{
pageTimeByte[index] = buffer[index + 6];
}
for (int index = 0; index < 20; ++index)
{
bytes2[index] = buffer[index + 187];
}
for (int index = 0; index < 20; ++index)
{
bytes3[index] = buffer[index + 207];
}
for (int index = 0; index < 20; ++index)
{
bytes4[index] = buffer[index + 227];
}
for (int index = 0; index < 20; ++index)
{
bytes5[index] = buffer[index + 247];
}
for (int index = 0; index < 20; ++index)
{
bytes6[index] = buffer[index + 267];
}
byte[] numArray = new byte[2]
{
buffer[287],
(byte)0
};
for (int index = 0; index < 20; ++index)
{
bytes7[index] = buffer[index + 288];
}
for (int index = 0; index < 20; ++index)
{
bytes8[index] = buffer[index + 308];
}
//new byte[1][0] = buffer[328];
byte num1 = buffer[329];
for (int index = 0; index < 20; ++index)
{
bytes9[index] = buffer[index + 330];
}
for (int index = 0; index < 20; ++index)
{
bytes10[index] = buffer[index + 350];
}
for (int index = 0; index < 20; ++index)
{
bytes11[index] = buffer[index + 370];
}
byte num2 = buffer[390];
for (int index = 0; index < 20; ++index)
{
bytes12[index] = buffer[index + 391];
}
for (int index = 0; index < 20; ++index)
{
bytes13[index] = buffer[index + 411];
}
for (int index = 0; index < 20; ++index)
{
bytes14[index] = buffer[index + 431];
}
byte num3 = buffer[451];
try
{
deviceData.ObjDeviceInfo.DeviceUniqueSerialCode = Encoding.ASCII.GetString(bytes1);
//deviceData.ObjDeviceInfo.CalibrationDate = this.ParsePageTime(pageTimeByte);
deviceData.ObjDeviceInfo.AccRange = Encoding.ASCII.GetString(bytes2);
deviceData.ObjDeviceInfo.accResolution = Encoding.ASCII.GetString(bytes3);
//deviceData.ObjDeviceInfo.DeviceType = Encoding.ASCII.GetString(bytes4);
deviceData.ObjDeviceInfo.DeviceModel = Encoding.ASCII.GetString(bytes5);
deviceData.ObjDeviceInfo.FirmwareVersion = Encoding.ASCII.GetString(bytes6);
deviceData.ObjDeviceInfo.MemorySize = BitConverter.ToUInt16(numArray, 0);
deviceData.ObjDeviceInfo.BatterySizeAndType = Encoding.ASCII.GetString(bytes7);
deviceData.ObjDeviceInfo.AccUnits = Encoding.ASCII.GetString(bytes8);
deviceData.ObjDeviceInfo.LightmeterRange = Encoding.ASCII.GetString(bytes9);
deviceData.ObjDeviceInfo.LightmeterResolution = Encoding.ASCII.GetString(bytes10);
deviceData.ObjDeviceInfo.LightmeterUnits = Encoding.ASCII.GetString(bytes11);
deviceData.ObjDeviceInfo.TemperatureRange = Encoding.ASCII.GetString(bytes12);
deviceData.ObjDeviceInfo.TemperatureResolution = Encoding.ASCII.GetString(bytes13);
deviceData.ObjDeviceInfo.TemperatureUnits = Encoding.ASCII.GetString(bytes14);
eReturn = eReturn.SUCCESS;
}
catch
{
eReturn = eReturn.FAILURE;
}
if (eReturn == eReturn.SUCCESS)
{
deviceData.ObjDeviceInfo.TempSensorPresent = (int)Convert.ToUInt16(num2) == 1;
deviceData.ObjDeviceInfo.LightSensorPresent = (int)Convert.ToUInt16(num1) == 1;
deviceData.ObjDeviceInfo.ButtonPresent = (int)Convert.ToUInt16(num3) == 1;
eReturn = eReturn.SUCCESS;
}
}
return(eReturn);
}