} // Run()
#endregion
#region SendWeatherPacket()
public void SendWeatherPacket()
{
if (mOutQueue == null)
{
return;
} // if mOutQueue == null
WeatherPacket curRecord = (WeatherPacket)mRecords.Dequeue();
mLog.Print(2, curRecord.mSerialString);
IntPtr outData = Marshal.AllocHGlobal(
Marshal.SizeOf(curRecord));
Marshal.StructureToPtr(curRecord, outData, true);
Marshal.Copy(outData, mQueueBuf, 0,
Marshal.SizeOf(curRecord));
if (mOutQueue.WriteBuffer(mQueueBuf) == false)
{
throw new Exception("Could not write to the output " +
"queue.");
} // if WriteQueue() == false
} // SendWeatherPacket()
} // OldWeatherDeviceParser()
#endregion
#region WeatherReportLoggerParser()
private void WeatherReportLoggerParser(WeatherPacket newRecord,
string inputString)
{
string info = string.Empty;
try {
string[] recordParts =
inputString.Trim(" \n\r\t".ToCharArray()).Split(
" \n\r\t/:".ToCharArray(),
StringSplitOptions.RemoveEmptyEntries);
info += "Parts: " + recordParts.Length;
DateTime curTime = new DateTime(
Convert.ToUInt16(recordParts[0]) + 2000,
Convert.ToUInt16(recordParts[1]),
Convert.ToUInt16(recordParts[2]),
Convert.ToUInt16(recordParts[3]),
Convert.ToUInt16(recordParts[4]),
Convert.ToUInt16(recordParts[5]),
0);
curTime = curTime.AddHours(mConfig.mWlConfig.TimeOffset);
info += ", Time: " + curTime.ToString();
DateTime sysTime = DateTime.UtcNow;
newRecord.mLocalHeader.mRecordTime.mYear =
(ushort)curTime.Year;
newRecord.mGlobalHeader.mStartTime.mYear =
newRecord.mGlobalHeader.mStopTime.mYear =
(ushort)sysTime.Year;
newRecord.mLocalHeader.mRecordTime.mMonth =
(ushort)curTime.Month;
newRecord.mGlobalHeader.mStartTime.mMonth =
newRecord.mGlobalHeader.mStopTime.mMonth =
(ushort)sysTime.Month;
newRecord.mLocalHeader.mRecordTime.mDayOfWeek =
(ushort)curTime.DayOfWeek;
newRecord.mGlobalHeader.mStartTime.mDayOfWeek =
newRecord.mGlobalHeader.mStopTime.mDayOfWeek =
(ushort)sysTime.DayOfWeek;
newRecord.mLocalHeader.mRecordTime.mDay =
(ushort)curTime.Day;
newRecord.mGlobalHeader.mStartTime.mDay =
newRecord.mGlobalHeader.mStopTime.mDay =
(ushort)sysTime.Day;
newRecord.mLocalHeader.mRecordTime.mHour =
(ushort)curTime.Hour;
newRecord.mGlobalHeader.mStartTime.mHour =
newRecord.mGlobalHeader.mStopTime.mHour =
(ushort)sysTime.Hour;
newRecord.mLocalHeader.mRecordTime.mMinute =
(ushort)curTime.Minute;
newRecord.mGlobalHeader.mStartTime.mMinute =
newRecord.mGlobalHeader.mStopTime.mMinute =
(ushort)sysTime.Minute;
newRecord.mLocalHeader.mRecordTime.mSecond =
(ushort)curTime.Second;
newRecord.mGlobalHeader.mStartTime.mSecond =
newRecord.mGlobalHeader.mStopTime.mSecond =
(ushort)sysTime.Second;
newRecord.mLocalHeader.mRecordTime.mMilliseconds =
(ushort)curTime.Millisecond;
newRecord.mGlobalHeader.mStartTime.mMilliseconds =
newRecord.mGlobalHeader.mStopTime.mMilliseconds =
(ushort)sysTime.Millisecond;
info += ", Wind Dir: " + recordParts[6];
newRecord.mLocalHeader.mWindDirection =
(ushort)((ConvertCompassToDegrees)Enum.Parse(
typeof(ConvertCompassToDegrees), recordParts[6], true));
info += ", Wind Speed: " + recordParts[7];
if (recordParts[6].Contains("MPH"))
{
newRecord.mLocalHeader.mWindSpeed =
Convert.ToSingle(recordParts[7].Trim(
"MPH".ToCharArray())) / 1.15F;
} // if MPH
else if (recordParts[7].Contains("KTS"))
{
newRecord.mLocalHeader.mWindSpeed =
Convert.ToSingle(recordParts[7].Trim(
"KTS".ToCharArray()));
} // else if KTS
newRecord.mLocalHeader.mSolar = 0;
info += ", Inside Temp: " + recordParts[9];
newRecord.mLocalHeader.mInsideTemp =
Convert.ToSingle(recordParts[9].Trim(
"F".ToCharArray()));
info += ", Outside Temp: " + recordParts[10];
newRecord.mLocalHeader.mOutsideTemp =
Convert.ToSingle(recordParts[10].Trim(
"F".ToCharArray()));
info += ", Humidity: " + recordParts[11];
newRecord.mLocalHeader.mHumidity =
Convert.ToUInt16(recordParts[11].Trim(
"%".ToCharArray()));
info += ", Pressure: " + recordParts[12];
newRecord.mLocalHeader.mPressure =
Convert.ToSingle(recordParts[12].Remove(
recordParts[11].Length - 1));
info += ", Rain Fall: " + recordParts[13];
newRecord.mLocalHeader.mRainFall =
Convert.ToSingle(recordParts[13].Trim(
"\"DMT".ToCharArray()));
info += ", Success";
} // try
catch (Exception exp) {
info += exp.Message;
throw new Exception(info);
} // catch exp
mLog.Print(2, info);
} // WeatherReportLoggerParser()
} // ReadThread()
#endregion
#region OldWeatherDeviceParser()
private void OldWeatherDeviceParser(WeatherPacket newRecord,
string inputString)
{
string info = string.Empty;
try {
string[] recordParts =
inputString.Trim(" \n\r\t".ToCharArray()).Split(
" \n\r\t/:".ToCharArray());
info += "Parts: " + recordParts.Length;
DateTime curTime = new DateTime(
Convert.ToUInt16(recordParts[0]) + 2000,
Convert.ToUInt16(recordParts[1]),
Convert.ToUInt16(recordParts[2]),
Convert.ToUInt16(recordParts[3]),
Convert.ToUInt16(recordParts[4]),
Convert.ToUInt16(recordParts[5]), 0);
curTime = curTime.AddHours(mConfig.mWlConfig.TimeOffset);
info += ", Time: " + curTime.ToString();
DateTime sysTime = DateTime.UtcNow;
newRecord.mLocalHeader.mRecordTime.mYear =
(ushort)curTime.Year;
newRecord.mGlobalHeader.mStartTime.mYear =
newRecord.mGlobalHeader.mStopTime.mYear =
(ushort)sysTime.Year;
newRecord.mLocalHeader.mRecordTime.mMonth =
(ushort)curTime.Month;
newRecord.mGlobalHeader.mStartTime.mMonth =
newRecord.mGlobalHeader.mStopTime.mMonth =
(ushort)sysTime.Month;
newRecord.mLocalHeader.mRecordTime.mDayOfWeek =
(ushort)curTime.DayOfWeek;
newRecord.mGlobalHeader.mStartTime.mDayOfWeek =
newRecord.mGlobalHeader.mStopTime.mDayOfWeek =
(ushort)sysTime.DayOfWeek;
newRecord.mLocalHeader.mRecordTime.mDay =
(ushort)curTime.Day;
newRecord.mGlobalHeader.mStartTime.mDay =
newRecord.mGlobalHeader.mStopTime.mDay =
(ushort)sysTime.Day;
newRecord.mLocalHeader.mRecordTime.mHour =
(ushort)curTime.Hour;
newRecord.mGlobalHeader.mStartTime.mHour =
newRecord.mGlobalHeader.mStopTime.mHour =
(ushort)sysTime.Hour;
newRecord.mLocalHeader.mRecordTime.mMinute =
(ushort)curTime.Minute;
newRecord.mGlobalHeader.mStartTime.mMinute =
newRecord.mGlobalHeader.mStopTime.mMinute =
(ushort)sysTime.Minute;
newRecord.mLocalHeader.mRecordTime.mSecond =
(ushort)curTime.Second;
newRecord.mGlobalHeader.mStartTime.mSecond =
newRecord.mGlobalHeader.mStopTime.mSecond =
(ushort)sysTime.Second;
newRecord.mLocalHeader.mRecordTime.mMilliseconds =
(ushort)curTime.Millisecond;
newRecord.mGlobalHeader.mStartTime.mMilliseconds =
newRecord.mGlobalHeader.mStopTime.mMilliseconds =
(ushort)sysTime.Millisecond;
info += ", Wind Dir: " + recordParts[6];
newRecord.mLocalHeader.mWindDirection =
Convert.ToUInt16(recordParts[6]);
info += ", Wind Speed: " + recordParts[7];
newRecord.mLocalHeader.mWindSpeed =
Convert.ToSingle(recordParts[7].Trim(
"KTS".ToCharArray()));
newRecord.mLocalHeader.mSolar =
Convert.ToUInt16(recordParts[9].Trim(
"K".ToCharArray()));
info += ", Inside Temp: " + recordParts[10];
newRecord.mLocalHeader.mInsideTemp =
Convert.ToSingle(recordParts[10].Trim(
"F".ToCharArray()));
info += ", Outside Temp: " + recordParts[11];
newRecord.mLocalHeader.mOutsideTemp =
Convert.ToSingle(recordParts[11].Trim(
"F".ToCharArray()));
info += ", Humidity: " + recordParts[12];
newRecord.mLocalHeader.mHumidity =
Convert.ToUInt16(recordParts[12].Trim(
"%".ToCharArray()));
info += ", Pressure: " + recordParts[13];
newRecord.mLocalHeader.mPressure =
Convert.ToSingle(recordParts[13].Trim(
"\"".ToCharArray()));
info += ", Rain Fall: " + recordParts[15];
newRecord.mLocalHeader.mRainFall =
Convert.ToSingle(recordParts[15].Trim(
"\"".ToCharArray()));
info += ", Success";
} // try
catch (Exception exp) {
info += exp.Message;
throw new Exception(info);
} // catch exp
mLog.Print(2, info);
} // OldWeatherDeviceParser()
} // SendWeatherPacket()
#endregion
#region ReadThread()
public void ReadThread()
{
bool startReading = false;
while (startReading == false)
{
if (mReadEvent.WaitOne(1000, true) == true)
{
startReading = true;
} // if WaitOne() == true
if (mReadTerminate.WaitOne(10, true) == true)
{
return;
} // if WaitOne() == true
} // while startReading == false
mReadMutex.WaitOne();
bool endReading = false;
while (endReading == false)
{
#if !DEBUG
if (mSerialPort.IsOpen == false)
{
endReading = true;
mLog.Print(0, "Serial Port is not open.");
continue;
} // if IsOpen == false
#endif
if (mReadTerminate.WaitOne(10, true) == true)
{
endReading = true;
continue;
} // if WaitOne() == true
#if DEBUG
string inputStr = "15/04/23 18:48:51 162 001.9MPH 458.9F 063.8F 047.0F 096% 31.264\" 000.00\"";
Thread.Sleep(1000);
#else
string inputStr = mSerialPort.ReadLine();
#endif
WeatherPacket newRecord = new WeatherPacket();
newRecord.mGlobalHeader.mDataType = "WEATHER";
newRecord.mGlobalHeader.mChannelId =
mConfig.mWlConfig.OutputChannelId;
mCurSeqNum++;
newRecord.mGlobalHeader.mSequenceNumber = mCurSeqNum;
newRecord.mGlobalHeader.mTotalHeaderSize = 126;
newRecord.mGlobalHeader.mDataSize = 256;
newRecord.mGlobalHeader.mFirstFlag = (mCurSeqNum == 1);
newRecord.mGlobalHeader.mLastFlag = endReading;
newRecord.mGlobalHeader.mAbortFlag = false;
newRecord.mGlobalHeader.mValidFlag = true;
try {
switch (mConfig.mWlConfig.DeviceStreamFormat)
{
case WeatherLoggerConfiguration.StreamFormat.OldWeatherDevice: {
OldWeatherDeviceParser(newRecord, inputStr);
break;
} // case OldWeatherDevice
case WeatherLoggerConfiguration.StreamFormat.WeatherReportLogger: {
WeatherReportLoggerParser(newRecord, inputStr);
break;
} // case WeatherReportLogger
case WeatherLoggerConfiguration.StreamFormat.UnknownDevice:
default: {
newRecord.mGlobalHeader.mValidFlag = false;
break;
} // default
} // switch DeviceStreamFormat
} // try
catch (Exception exp) {
newRecord.mGlobalHeader.mValidFlag = false;
mLog.Print(2, exp.Message);
} // catch
if (inputStr.Length > 256)
{
newRecord.mSerialString = inputStr.Substring(0, 256);
} // if Length > 256
else
{
newRecord.mSerialString = inputStr;
} // else
mRecords.Enqueue(newRecord);
} // while endReading == false
mReadMutex.ReleaseMutex();
} // ReadThread()