private bool ParseVariables(string[] variables, string[] data, ref MeasMsg measMsg)
{
try
{
int dataLen = data.GetLength(0);
int varLen = variables.GetLength(0);
int loopMaxIndex = Math.Min(dataLen, varLen);
//if (dataLen > varLen)
// return false;
for (var i = 0; i < loopMaxIndex; i++)
{
if (variables[i].Length > 0)
{
var meas = new Meas(variables[i], dateTime, data[i], MeasStatus.c*K);
measMsg.AddMeas(meas);
if (variables[i] == "WSAVG1M")
{
meas = new Meas("WS", dateTime, data[i], MeasStatus.c*K);
measMsg.AddMeas(meas);
}
else if (variables[i] == "WDAVG1M")
{
meas = new Meas("WD", dateTime, data[i], MeasStatus.c*K);
measMsg.AddMeas(meas);
}
}
}
return(true);
}
catch (Exception ex)
{
ExceptionHandler.HandleException("WXT.ParseVariables", ex);
return(false);
}
}
private MeasMsg AddCellDepths(NMEAProprietarySentence nmeaSentence, MeasMsg measMsg)
{
bool cannotCompute = false;
const int blankingIndex = 4;
const int cellSizeIndex = 5;
double blanking = 0;
double cellSize = 0;
if (!measMsg.GetNumericDoubleObsValueByName(nameDictionary["I"][blankingIndex], out blanking))
{
cannotCompute = true;
}
else if (!measMsg.GetNumericDoubleObsValueByName(nameDictionary["I"][cellSizeIndex], out cellSize))
{
cannotCompute = true;
}
for (int i = 0; i < CellDepthVariables.Count; i++)
{
string dataValue = "///";
if (!cannotCompute)
{
double depth = blanking + (i + 1) * cellSize;
dataValue = depth.ToString();
}
measMsg.AddMeas(CellDepthVariables[i], dataValue.ToString());
}
return(measMsg);
}
private MeasMsg ParseCellVelocityData(NMEAProprietarySentence nmeaSentence, MeasMsg measMsg)
{
const int cellIdIndex = 2;
const int speedIndex = 6;
const int dirIndex = 7;
int cell;
string cellId = nmeaSentence.parameters[cellIdIndex].ToString();
if (!int.TryParse(cellId, out cell))
{
SimpleFileWriter.WriteLineToEventFile(DirectoryName.EventLog, StringManager.GetString("Unable to parse Nortec AWAC NMEA message cell id. Received cellId was:") + cellId);
return(measMsg);
}
int index = cell - 1;
// Ignore any message from cells which do not have variables defined
if (-1 < index && index < CellSpeedVariables.Count)
{
var dataValue = nmeaSentence.parameters[speedIndex].ToString();
measMsg.AddMeas(CellSpeedVariables[index], dataValue);
}
if (-1 < index && index < CellDirectionVariables.Count)
{
var dataValue = nmeaSentence.parameters[dirIndex].ToString();
measMsg.AddMeas(CellDirectionVariables[index], dataValue);
}
if (measMsg.Count == 0)
{
return(null);
}
return(measMsg);
}
private void ParseDataItem(string start, string dataValue, MeasMsg measMsg)
{
if (!engineeringUnits.ContainsKey(start))
{
return;
}
if (!wxtNameToOcName.ContainsKey(start))
{
return;
}
int index = dataValue.IndexOf(engineeringUnits[start]);
if (index == -1)
{
return;
}
var finalDataValue = dataValue.Substring(0, index);
var meas = new Meas(wxtNameToOcName[start], dateTime, finalDataValue, MeasStatus.c*K);
measMsg.AddMeas(meas);
}
private MeasMsg ParseMsg(NMEAProprietarySentence nmeaSentence)
{
MeasMsg result = new MeasMsg();
result.Time = DateTimeEx.Now;
var s = nmeaSentence.SentenceIDString.ToUpperInvariant();
if (!nameDictionary.ContainsKey(s))
{
return(null);
}
if (s == "C")
{
return(ParseCellVelocityData(nmeaSentence, result));
}
int len = nmeaSentence.parameters.Length;
for (int i = 0; i < len; i++)
{
string dataValue = string.Empty;
if (null != nmeaSentence.parameters[i])
{
dataValue = nmeaSentence.parameters[i].ToString();
}
result.AddMeas(nameDictionary[s][i], dataValue);
}
if (s == "I")
{
return(AddCellDepths(nmeaSentence, result));
}
return(result);
}
internal bool Parse(string data, out MeasMsg measMsg)
{
// Debug.WriteLine(DateTimeEx.NowToStringWithMs + "\tYourview Parser starts" + data.Substring(0, Math.Min(data.Length, 30)));
measMsg = new MeasMsg();
try
{
if (variableNames.Count == 0)
{
SimpleFileWriter.WriteLineToEventFile(DirectoryName.EventLog, "YourView parser has not been initialised. Variable names have not been set.");
return(false);
}
CheckControlParameters();
if (string.IsNullOrEmpty(data))
{
SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "YourView parser: null or empty input data.");
return(false);
}
string messageName = GetMessageName(data);
if (string.IsNullOrEmpty(messageName))
{
SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "YourView parser: unable to solve message name.");
return(false);
}
if (!fieldSeparators.ContainsKey(messageName))
{
SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "YourView parser: field separator has not been defined for message " + messageName);
return(false);
}
string fieldSeparator = ConvertFieldSeparator(fieldSeparators[messageName]);
string[] separator = { fieldSeparator };
if (!messageStarts.ContainsKey(messageName))
{
SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "YourView parser: field start character(s) have not been defined for message " + messageName);
return(false);
}
string convertedStart = ConvertMsgStart(messageStarts[messageName]).Trim();
string msgStart = convertedStart;
if (messageStarts.Count > 1)
{
msgStart = messageName + convertedStart;
}
string tmp = sSTX + " ";
while (data.Contains(tmp))
{
data = data.Replace(tmp, sSTX);
}
string tmp2 = " " + sSTX;
while (data.Contains(tmp2))
{
data = data.Replace(tmp2, sSTX);
}
int startOfDataValues = data.IndexOf(msgStart);
if (startOfDataValues == -1)
{
SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "YourView parser: cannot find start of message:" + messageName + ". Looking for:" + msgStart + ".Data to be parsed is:" + data);
SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "YourView parser: cannot find start of message:" + messageName + ". msgStart len" + msgStart.Length + ".Data len:" + data.Length);
SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "Index of STX:" + data.IndexOf(STX).ToIcString() + " ");
SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "Index of first 0:" + data.IndexOf("0").ToIcString() + " ");
foreach (var c in msgStart)
{
SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "Index of first " + c + ":" + data.IndexOf(c).ToIcString() + " ");
}
SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "YourView parser: cannot find start of message:" + messageName + ". Looking for:" + msgStart.ReplaceSohStxEtx() + ".Data to be parsed is:" + data.ReplaceSohStxEtx());
return(false);
}
int msgStartLen = msgStart.Length;
string dataValueString = data.Substring(startOfDataValues + msgStartLen);
if (fieldSeparators[messageName] == YV_SPACE)
{
while (dataValueString.Contains(" "))
{
dataValueString = dataValueString.Replace(" ", " ");
}
}
Debug.Assert(data.Contains(msgStart), "data.Contains(msgStart)");
/*
* Debug.WriteLine("message in data:" + data.Contains(msgStart));
* Debug.WriteLine("data:" + data.ReplaceLfCr() + "\t\t" + "datavalue:" + dataValueString);
* Debug.WriteLine("messageStarts[messageName]:" + messageStarts[messageName] +"\t" +"startOfDataValues:" + startOfDataValues);
*/
if (!doNotUseSeparatorAtBeginningOfMessage[messageName])
{
if (dataValueString.StartsWith(fieldSeparator))
{
dataValueString = dataValueString.Substring(fieldSeparator.Length);
}
}
if (subParsers.ContainsKey(messageName))
{
if (subParsers[messageName] == "CTK25KAM61")
{
int ceiloStart = data.IndexOf("CT");
if (ceiloStart == -1)
{
return(false);
}
return(this.ceiloParser.Parse(data.Substring(ceiloStart), out measMsg));
}
}
string[] lines = dataValueString.Split(separator, StringSplitOptions.None);
/*
* SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "YourView parser:dataValueString :" + dataValueString.ReplaceSohStxEtx());
* for(int i = 0; i< lines.GetLength(0);i++)
* SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "YourView parser:line " + i + ":" + lines[i].ReplaceSohStxEtx());
*/
if (UseStationName)
{
measMsg.Station = StationName;
}
measMsg.Time = DateTimeEx.Now;
// char[] charsToTrim = { '\n', 'r', SOH, STX, ETX };
// string messageName = lines[0].Trim(charsToTrim);
if (!variableNames.ContainsKey(messageName))
{
SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "YourView parser: unknown message received. Message name =" + messageName);
return(false);
}
var varList = variableNames[messageName];
int lineLen = lines.GetLength(0);
int lineIndex = 0;
var max = varList.Count;
for (var varCount = 0; varCount < max; varCount++)
{
lineIndex = varCount;
if (lineIndex < lineLen)
{
string varname = varList[varCount];
if (string.IsNullOrEmpty(varname))
{
continue;
}
string lineValue = lines[lineIndex];
if (SpecialFields.Contains(varname) || varname.StartsWith("<DATE ") || varname.StartsWith("<TIME "))
{
measMsg = HandleSpecialField(varname, lineValue, measMsg);
}
else
{
if (string.IsNullOrWhiteSpace(lineValue))
{
continue;
}
measMsg.AddMeas(new Meas(varname, measMsg.Time, lineValue, MeasStatus.c*K, measMsg.Station));
}
}
}
/*
* SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "YourView parser:message successfully parsed.Station name" + measMsg.Station);
* SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "YourView parser:message date:" + measMsg.Time);
* SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "YourView parser:message contents:" + measMsg.ToString());
* SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "YourView parser:UseStation:" + UseStationName);
*/
// Debug.WriteLine(DateTimeEx.NowToStringWithMs + "\tYourview Parser ends" + data.Substring(0, Math.Min(data.Length, 30)));
return(true);
}
catch (Exception ex)
{
ExceptionRecorder.RecordException("Error in parsing yourview message." + " data:" + data, ex);
return(false);
}
}
new internal bool Parse(string data, out MeasMsg measMsg)
{
var progress = 0;
measMsg = new MeasMsg();
try
{
if (string.IsNullOrEmpty(data))
{
SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "CeiloMsg61Parser: null or empty input data.");
return(false);
}
progress++;
char[] charsToTrim = { '\n', '\r', '\x01' };
data = data.TrimStart(charsToTrim);
char[] separator = { '\n' };
var lines = data.Split(separator);
if (!CheckLines(lines))
{
return(false);
}
var lineCount = lines.GetLength(0);
if (lineCount < 2)
{
string error = GetErrorData(data);
SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "CeiloMsg61Parser: incomplete message. Lines:" + lines.GetLength(0) + data + " " + error);
return(false);
}
progress++;
lines[0] = lines[0].Replace("\x01", string.Empty);
var stationName = lines[0].Trim().Substring(0, 3).Replace("\r", "").Replace("\n", "");
if (!Validation.IsValidDirectoryName(stationName))
{
var error = GetErrorData(data);
SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "CeiloMsg61Parser: invalid station name. Lines:" + lines.GetLength(0) + data + " " + error);
return(false);
}
measMsg.Station = stationName;
measMsg.Time = DateTimeEx.Now;
ResetVariables();
progress++;
string tmp = lines[1].Trim(charsToTrim);
if (!ParseSecondLine(tmp))
{
return(false);
}
progress++;
measMsg.AddMeas(new Meas("CL_HDSTATUS", measMsg.Time, cloudHeightDetectionStatus, MeasStatus.c*K, measMsg.Station));
measMsg.AddMeas(new Meas("CL_WARNING", measMsg.Time, alarmsAndWarningsInformation, MeasStatus.c*K, measMsg.Station));
measMsg.AddMeas(new Meas("CB1", measMsg.Time, lowestCloudBase, MeasStatus.c*K, measMsg.Station));
measMsg.AddMeas(new Meas("CB2", measMsg.Time, secondLowestCloudBase, MeasStatus.c*K, measMsg.Station));
measMsg.AddMeas(new Meas("CB3", measMsg.Time, highestCloudBase, MeasStatus.c*K, measMsg.Station));
measMsg.AddMeas(new Meas("VV", measMsg.Time, verticalVisibility, MeasStatus.c*K, measMsg.Station));
measMsg.AddMeas(new Meas("CL_STATUSCODE", measMsg.Time, alarmsAndWarnings, MeasStatus.c*K, measMsg.Station));
progress++;
if (lineCount > 2)
{
progress++;
ParseThirdLine(lines[2].Trim(charsToTrim));
progress++;
measMsg.AddMeas(new Meas("CL_SCSTATUS", measMsg.Time, skyConditionDetectionStatus, MeasStatus.c*K, measMsg.Station));
if (cloudHeightsBySkycondition.Count > 0)
{
measMsg.AddMeas(new Meas("CL1", measMsg.Time, cloudHeightsBySkycondition[0], MeasStatus.c*K, measMsg.Station));
}
if (cloudHeightsBySkycondition.Count > 1)
{
measMsg.AddMeas(new Meas("CL2", measMsg.Time, cloudHeightsBySkycondition[1], MeasStatus.c*K, measMsg.Station));
}
if (cloudHeightsBySkycondition.Count > 2)
{
measMsg.AddMeas(new Meas("CL3", measMsg.Time, cloudHeightsBySkycondition[2], MeasStatus.c*K, measMsg.Station));
}
if (cloudHeightsBySkycondition.Count > 3)
{
measMsg.AddMeas(new Meas("CL4", measMsg.Time, cloudHeightsBySkycondition[3], MeasStatus.c*K, measMsg.Station));
}
if (cloudHeightsBySkycondition.Count > 4)
{
measMsg.AddMeas(new Meas("CL5", measMsg.Time, cloudHeightsBySkycondition[4], MeasStatus.c*K, measMsg.Station));
}
if (cloudAmountBySkycondition.Count > 0)
{
measMsg.AddMeas(new Meas("SC1", measMsg.Time, cloudAmountBySkycondition[0], MeasStatus.c*K, measMsg.Station));
}
if (cloudAmountBySkycondition.Count > 1)
{
measMsg.AddMeas(new Meas("SC2", measMsg.Time, cloudAmountBySkycondition[1], MeasStatus.c*K, measMsg.Station));
}
if (cloudAmountBySkycondition.Count > 2)
{
measMsg.AddMeas(new Meas("SC3", measMsg.Time, cloudAmountBySkycondition[2], MeasStatus.c*K, measMsg.Station));
}
if (cloudAmountBySkycondition.Count > 3)
{
measMsg.AddMeas(new Meas("SC4", measMsg.Time, cloudAmountBySkycondition[3], MeasStatus.c*K, measMsg.Station));
}
if (cloudAmountBySkycondition.Count > 4)
{
measMsg.AddMeas(new Meas("SC5", measMsg.Time, cloudAmountBySkycondition[4], MeasStatus.c*K, measMsg.Station));
}
}
return(true);
}
catch (Exception ex)
{
ExceptionRecorder.RecordException("Error in parsing ceilo message. Progress:" + progress + " data:" + data, ex);
return(false);
}
}
new internal bool Parse(string data, out MeasMsg measMsg)
{
var progress = 0;
measMsg = new MeasMsg();
try
{
if (string.IsNullOrEmpty(data))
{
SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "PwdMsg7Parser: null or empty input data.");
return(false);
}
progress++;
int indexOfSOH = data.IndexOf('\x01');
if (indexOfSOH > -1)
{
data = data.Substring(indexOfSOH);
}
char[] charsToTrim = { '\n', '\r' };
data = data.TrimStart(charsToTrim);
char[] separator = { '\n' };
var lines = data.Split(separator);
if (!CheckLines(lines))
{
return(false);
}
if (lines.GetLength(0) < 3)
{
var error = GetErrorData(data);
SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "PwdMsg7Parser: incomplete message. Lines:" + lines.GetLength(0) + data + " " + error);
return(false);
}
progress++;
string pw1 = lines[0].Substring(0, 5).Trim(invalidChars).Replace("\r", "").Replace("\n", "").Replace('\x01', ' ').Replace('\x02', ' ').Replace(" ", string.Empty);
if (!Validation.IsValidFileName(pw1) || !Validation.IsValidDirectoryName(pw1))
{
var error = GetErrorData(data);
SimpleFileWriter.WriteLineToEventFile(DirectoryName.Diag, "PwdMsg7Parser: invalid station name. Lines:" + lines.GetLength(0) + data + " " + error);
return(false);
}
measMsg.Station = pw1;
measMsg.Time = DateTimeEx.Now;
ResetVariables();
progress++;
const char STX = '\x02';
var stxIndex = lines[0].IndexOf(STX);
if (stxIndex < 0)
{
return(false);
}
var tmp = lines[0].Substring(stxIndex + 1).Trim(charsToTrim);
if (!ParseDataItems(tmp))
{
return(false);
}
progress++;
measMsg.AddMeas(new Meas(GetVariableName("PWD_VISALARM"), measMsg.Time, visibilityAlarm, MeasStatus.c*K, measMsg.Station));
measMsg.AddMeas(new Meas(GetVariableName("PWD_WARNING"), measMsg.Time, alarmsAndWarningsInformation, MeasStatus.c*K, measMsg.Station));
measMsg.AddMeas(new Meas(GetVariableName("VISAVG1M"), measMsg.Time, visibility1MinAvg, MeasStatus.c*K, measMsg.Station));
measMsg.AddMeas(new Meas(GetVariableName("VISAVG10M"), measMsg.Time, visibility10MinAvg, MeasStatus.c*K, measMsg.Station));
measMsg.AddMeas(new Meas(GetVariableName("NWSCODE"), measMsg.Time, instantPresentWeatherNwsCode, MeasStatus.c*K, measMsg.Station));
measMsg.AddMeas(new Meas(GetVariableName("PW"), measMsg.Time, instantPresentWeather, MeasStatus.c*K, measMsg.Station));
measMsg.AddMeas(new Meas(GetVariableName("PW15M"), measMsg.Time, presentWeather15m, MeasStatus.c*K, measMsg.Station));
measMsg.AddMeas(new Meas(GetVariableName("PW1H"), measMsg.Time, presentWeather1h, MeasStatus.c*K, measMsg.Station));
measMsg.AddMeas(new Meas(GetVariableName("PRFAVG1M"), measMsg.Time, precipitationIntensity, MeasStatus.c*K, measMsg.Station));
measMsg.AddMeas(new Meas(GetVariableName("PRSUM24H"), measMsg.Time, cumulativeWaterSum, MeasStatus.c*K, measMsg.Station));
measMsg.AddMeas(new Meas(GetVariableName("SNOWSUM24H"), measMsg.Time, cumulativeSnowSum, MeasStatus.c*K, measMsg.Station));
measMsg.AddMeas(new Meas(GetVariableName("PWD_TA"), measMsg.Time, temperature, MeasStatus.c*K, measMsg.Station));
measMsg.AddMeas(new Meas(GetVariableName("LMAVG1M"), measMsg.Time, backgroundLuminance, MeasStatus.c*K, measMsg.Station));
progress++;
if (lines.GetLength(0) > 1)
{
progress++;
string line = (lines[1].Trim(charsToTrim));
progress++;
measMsg.AddMeas(new Meas(GetVariableName("METARPWCODE"), measMsg.Time, line, MeasStatus.c*K, measMsg.Station));
}
if (lines.GetLength(0) > 2)
{
progress++;
string line = (lines[2].Trim(charsToTrim));
progress++;
measMsg.AddMeas(new Meas(GetVariableName("METARRWCODE"), measMsg.Time, line, MeasStatus.c*K, measMsg.Station));
}
return(true);
}
catch (Exception ex)
{
ExceptionRecorder.RecordException("Error in parsing pwd message. Progress:" + progress + " data:" + data, ex);
return(false);
}
}
