public CellReading GetMinResistance()
{
CellReading minObject = cellReadingsList.OrderByDescending(item => item.resistance).Last();
return(minObject);
}
//---------------------------------------------------------------------
// takes a string filename and returns a complete TestResult for a system
//---------------------------------------------------------------------
public static TestResult ParseCDF(String _CDF_FileToParse)
{
TestResult currentResult = new TestResult();
// going to try using the 'using' statement, to try and GC easier
using (StreamReader reader = new StreamReader(File.OpenRead(_CDF_FileToParse)))
{
String[] currentReadLine;
String tempReadLine;
// start off by getting some of the basic file details (Filename and the date the CSV was created)
currentResult.fileName = Path.GetFileNameWithoutExtension(_CDF_FileToParse);
Console.WriteLine("filename : " + currentResult.fileName);
currentResult.dateFileCreated = File.GetLastWriteTime(_CDF_FileToParse);
Console.WriteLine("datecreated : " + currentResult.dateFileCreated);
// ignore a line for SI
currentReadLine = reader.ReadLine().Split(' '); // dont do anything with it!
// get total string count
currentReadLine = reader.ReadLine().Split(' ');
tempReadLine = currentReadLine[1].Trim();
currentResult.totalStrings = Convert.ToUInt16(tempReadLine);
Console.WriteLine("totalstrings : " + currentResult.totalStrings);
// get location
currentReadLine = reader.ReadLine().Split(' ');
tempReadLine = currentReadLine[1].Trim();
currentResult.location = tempReadLine;
Console.WriteLine("location : " + tempReadLine);
// get battery name
currentReadLine = reader.ReadLine().Split(' ');
tempReadLine = currentReadLine[1].Trim();
currentResult.batteryName = tempReadLine;
Console.WriteLine("battery name " + tempReadLine);
// get asset tag
currentReadLine = reader.ReadLine().Split(' ');
tempReadLine = currentReadLine[1].Trim();
currentResult.stringName = tempReadLine;
Console.WriteLine("stringname " + tempReadLine);
// get model number
currentReadLine = reader.ReadLine().Trim().Split(' ');
if (currentReadLine.Length > 1)
{
tempReadLine = currentReadLine[1].Replace("\"", "").Trim();
currentResult.modelNumber = tempReadLine;
Console.WriteLine("model " + tempReadLine);
}
else
{
currentResult.modelNumber = "";
Console.WriteLine("model unspecified");
}
// just need to skip the next 3 lines of the CDF
for (int i = 0; i <= 2; i++)
{
currentReadLine = reader.ReadLine().Split(' '); // dont do anything with it, read it and move on!
Console.WriteLine("skipped : " + currentReadLine[0]);
}
// get the number of cells in each string
currentReadLine = reader.ReadLine().Split(' ');
tempReadLine = currentReadLine[1].Trim();
currentResult.cellsPerString = Convert.ToUInt16(tempReadLine);
Console.WriteLine("number of cells : " + tempReadLine);
// get install date
currentReadLine = reader.ReadLine().Split(' ');
Console.WriteLine("ID : " + currentReadLine[1].Trim());
string yearVal = currentReadLine[1].Trim().Substring(0, 4);
string monthVal = currentReadLine[1].Trim().Substring(4, 2);
string dayVal = currentReadLine[1].Trim().Substring(6, 2);
//DateTime date = new DateTime(int.Parse(yearVal), int.Parse(monthVal), int.Parse(dayVal));
//currentResult.installDate = date.ToString();
currentResult.installDate = dayVal + "-" + monthVal + "-" + yearVal;
Console.WriteLine("formatted date : " + currentResult.installDate);
// just need to skip the next 2 lines of the CDF for IN and OP
for (int i = 0; i < 2; i++)
{
currentReadLine = reader.ReadLine().Split(' '); // dont do anything with it, read it and move on!
Console.WriteLine("skipped " + currentReadLine[0]);
}
// get the high voltage threshold
currentReadLine = reader.ReadLine().Split(' ');
tempReadLine = currentReadLine[1].Trim();
tempReadLine = tempReadLine.Insert(2, "."); // put a decimal point in there before parsing
currentResult.highVoltage_threshold = float.Parse(tempReadLine);
//Console.WriteLine("HV " + tempReadLine);
// get the low voltage threshold
currentReadLine = reader.ReadLine().Split(' ');
tempReadLine = currentReadLine[1].Trim();
tempReadLine = tempReadLine.Insert(2, "."); // put a decimal point in there before parsing
currentResult.lowVoltage_threshold = float.Parse(tempReadLine);
//Console.WriteLine("LV " + tempReadLine);
// get the high resistance threshold
currentReadLine = reader.ReadLine().Split(' ');
tempReadLine = currentReadLine[1].Trim();
currentResult.highResistance_threshold = Convert.ToUInt16(tempReadLine);
//Console.WriteLine("HR " + tempReadLine);
// get the low resistance threshold
currentReadLine = reader.ReadLine().Split(' ');
tempReadLine = currentReadLine[1].Trim();
currentResult.lowResistance_threshold = Convert.ToUInt16(tempReadLine);
//Console.WriteLine("LR " + tempReadLine);
// get the high intercell 1 threshold
currentReadLine = reader.ReadLine().Split(' ');
tempReadLine = currentReadLine[1].Trim();
currentResult.highInterCell1_threshold = Convert.ToUInt16(tempReadLine);
//Console.WriteLine("HIC 1 " + tempReadLine);
// get the high intercell 2 threshold
currentReadLine = reader.ReadLine().Split(' ');
tempReadLine = currentReadLine[1].Trim();
currentResult.highInterCell2_threshold = Convert.ToUInt16(tempReadLine);
//Console.WriteLine("HIC 2 " + tempReadLine);
// get the high intercell 3 threshold
currentReadLine = reader.ReadLine().Split(' ');
tempReadLine = currentReadLine[1].Trim();
currentResult.highInterCell3_threshold = Convert.ToUInt16(tempReadLine);
//Console.WriteLine("HIC 3 " + tempReadLine);
// get the high intercell 4 threshold
currentReadLine = reader.ReadLine().Split(' ');
tempReadLine = currentReadLine[1].Trim();
currentResult.highInterCell4_threshold = Convert.ToUInt16(tempReadLine);
//Console.WriteLine("HIC 4 " + tempReadLine);
// setting the temperature scale here since its marked up at the end of this line
currentResult.temperatureScale = TempScale.Fahrenheit;
// get the high temperature threshold
currentReadLine = reader.ReadLine().Split(' ');
tempReadLine = currentReadLine[1].Trim();
currentResult.highTemperature_threshold = Convert.ToUInt16(tempReadLine);
//Console.WriteLine("HT : " + tempReadLine);
// get the low temperature threshold
currentReadLine = reader.ReadLine().Split(' ');
tempReadLine = currentReadLine[1].Trim();
currentResult.lowTemperature_threshold = Convert.ToUInt16(tempReadLine);
//Console.WriteLine("LT : " + tempReadLine);
// get the high SG threshold
currentReadLine = reader.ReadLine().Split(' ');
tempReadLine = currentReadLine[1].Trim();
currentResult.highSG_threshold = Convert.ToUInt16(tempReadLine);
//Console.WriteLine("HS : " + tempReadLine);
// get the low SG threshold
currentReadLine = reader.ReadLine().Split(' ');
tempReadLine = currentReadLine[1].Trim();
currentResult.lowSG_threshold = Convert.ToUInt16(tempReadLine);
//Console.WriteLine("LS : " + tempReadLine);
// just need to skip the next 4 lines of the CDF
for (int i = 0; i <= 3; i++)
{
currentReadLine = reader.ReadLine().Split(' '); // dont do anything with it, read it and move on!
//Console.WriteLine("skipped : " + currentReadLine[0]);
}
// !! This is the section that will read in all the individual cell readings,
// using the IF statement to determine if its multi string or not as these are handled in differently
// since there are extra columns in a multi string reading
if (currentResult.totalStrings > 1)
{
while (!reader.EndOfStream)
{
CellReading currentCellData = new CellReading();
// grab the line and remove all the quotation marks
string streamedLine = reader.ReadLine();
streamedLine = streamedLine.Replace("\0", "").Trim();
// ok so if there is any blank lines on the next check, just break out as its done
if (streamedLine == "")
{
//Console.WriteLine("End of file reached. get outta here....");
break;
}
currentReadLine = streamedLine.Split(' ');
// now populate the current cell data object
currentCellData.stringNumber = Convert.ToInt16(currentReadLine[10]);
currentCellData.cellNumber = Convert.ToInt16(currentReadLine[1]);
string voltVal = currentReadLine[2];
voltVal = voltVal.Insert(2, "."); // put a decimal point in there before parsing
currentCellData.floatVoltage = float.Parse(voltVal);
currentCellData.resistance = Convert.ToInt16(currentReadLine[3]);
currentCellData.interCell_1_Resistance = Convert.ToInt16(currentReadLine[4]);
currentCellData.interCell_2_Resistance = Convert.ToInt16(currentReadLine[5]);
currentCellData.interCell_3_Resistance = Convert.ToInt16(currentReadLine[6]);
currentCellData.interCell_4_Resistance = Convert.ToInt16(currentReadLine[7]);
currentCellData.specificGravity = Convert.ToInt16(currentReadLine[9]);
string tempVal = currentReadLine[8];
tempVal = tempVal.Substring(1, 3); // need to remove the + first character
currentCellData.temperature = Convert.ToInt16(tempVal);
currentResult.cellReadingsList.Add(currentCellData);
// so if this is the last cell in the last string, stop trying to parse any more
if (currentCellData.cellNumber == currentResult.cellsPerString && currentCellData.stringNumber == currentResult.totalStrings)
{
break;
}
}
}
else if (currentResult.totalStrings == 1)
{
while (!reader.EndOfStream)
{
CellReading currentCellData = new CellReading();
// grab the line and remove all the quotation marks
string streamedLine = reader.ReadLine();
streamedLine = streamedLine.Replace("\0", "").Trim();
// ok so if there is any blank lines on the next check, just break out as its done
if (streamedLine == "")
{
//Console.WriteLine("End of file reached. get outta here....");
break;
}
currentReadLine = streamedLine.Split(' ');
// now populate the current cell data object
currentCellData.stringNumber = 1;
currentCellData.cellNumber = Convert.ToInt16(currentReadLine[1]);
string voltVal = currentReadLine[2];
voltVal = voltVal.Insert(2, "."); // put a decimal point in there before parsing
currentCellData.floatVoltage = float.Parse(voltVal);
Console.WriteLine(currentReadLine[3]);
currentCellData.resistance = Convert.ToInt32(currentReadLine[3]);
currentCellData.interCell_1_Resistance = Convert.ToInt16(currentReadLine[4]);
currentCellData.interCell_2_Resistance = Convert.ToInt16(currentReadLine[5]);
currentCellData.interCell_3_Resistance = Convert.ToInt16(currentReadLine[6]);
currentCellData.interCell_4_Resistance = Convert.ToInt16(currentReadLine[7]);
currentCellData.specificGravity = Convert.ToInt16(currentReadLine[9]);
string tempVal = currentReadLine[8];
tempVal = tempVal.Substring(1, 4); // need to remove the + first character
currentCellData.temperature = Convert.ToInt16(tempVal);
currentResult.cellReadingsList.Add(currentCellData);
// now if the current cell number matches the total string length break out
if (currentCellData.cellNumber == currentResult.cellsPerString)
{
break;
}
}
}
}
// returns the completed set of test data for that system
return(currentResult);
}
public string comments; // used in conjunction with data review comments
//---------------------------------------------------------------------
// helper methids for getting data from the test results
//---------------------------------------------------------------------
public CellReading GetMaxResistance()
{
CellReading maxObject = cellReadingsList.OrderByDescending(item => item.resistance).First();
return(maxObject);
}
// method to get the highest number of cells in a string
public int GetMaxCellsInStrings()
{
CellReading maxObject = cellReadingsList.OrderByDescending(item => item.cellNumber).First();
return(maxObject.cellNumber);
}
// method to return the minimum float voltage reading of system
public CellReading GetMinFloat()
{
CellReading minObject = cellReadingsList.OrderByDescending(item => item.floatVoltage).Last();
return(minObject);
}
// method to return the max float voltage of system
public CellReading GetMaxFloat()
{
CellReading maxObject = cellReadingsList.OrderByDescending(item => item.floatVoltage).First();
return(maxObject);
}
//---------------------------------------------------------------------
// takes a string filename and returns a complete TestResult for a system
//---------------------------------------------------------------------
public static TestResult ParseCSV(String _CSVFileToParse)
{
TestResult currentResult = new TestResult();
// going to try using the ' using statement, to try and GC easier
using (StreamReader reader = new StreamReader(File.OpenRead(_CSVFileToParse)))
{
String[] currentReadLine;
String tempReadLine;
// start off by getting some of the basic file details (Filename and the date the CSV was created)
currentResult.fileName = Path.GetFileNameWithoutExtension(_CSVFileToParse);
currentResult.dateFileCreated = File.GetLastWriteTime(_CSVFileToParse);
// get location
currentReadLine = reader.ReadLine().Split(',');
tempReadLine = currentReadLine[1].Replace("\"", "").Trim();
currentResult.location = tempReadLine;
// get battery name
currentReadLine = reader.ReadLine().Split(',');
tempReadLine = currentReadLine[1].Replace("\"", "").Trim();
currentResult.batteryName = tempReadLine;
// get total string count
currentReadLine = reader.ReadLine().Split(',');
tempReadLine = currentReadLine[1].Replace("\"", "").Trim();
currentResult.totalStrings = Convert.ToUInt16(tempReadLine);
// get model number
currentReadLine = reader.ReadLine().Split(',');
tempReadLine = currentReadLine[1].Replace("\"", "").Trim();
currentResult.modelNumber = tempReadLine;
// get install date
currentReadLine = reader.ReadLine().Split(',');
tempReadLine = currentReadLine[1].Replace("\"", "").Trim();
currentResult.installDate = tempReadLine;
// get the high voltage
currentReadLine = reader.ReadLine().Split(',');
tempReadLine = currentReadLine[1].Replace("\"", "").Trim();
currentResult.highVoltage_threshold = float.Parse(tempReadLine);
// get the low voltage threshold
currentReadLine = reader.ReadLine().Split(',');
tempReadLine = currentReadLine[1].Replace("\"", "").Trim();
currentResult.lowVoltage_threshold = float.Parse(tempReadLine);
// get the high resistance threshold
currentReadLine = reader.ReadLine().Split(',');
tempReadLine = currentReadLine[1].Replace("\"", "").Trim();
currentResult.highResistance_threshold = Convert.ToUInt16(tempReadLine);
// get the low resistance threshold
currentReadLine = reader.ReadLine().Split(',');
tempReadLine = currentReadLine[1].Replace("\"", "").Trim();
currentResult.lowResistance_threshold = Convert.ToUInt16(tempReadLine);
// get the high intercell 1 threshold
currentReadLine = reader.ReadLine().Split(',');
tempReadLine = currentReadLine[1].Replace("\"", "").Trim();
currentResult.highInterCell1_threshold = Convert.ToUInt16(tempReadLine);
// get the high intercell 2 threshold
currentReadLine = reader.ReadLine().Split(',');
tempReadLine = currentReadLine[1].Replace("\"", "").Trim();
currentResult.highInterCell2_threshold = Convert.ToUInt16(tempReadLine);
// get the high intercell 3 threshold
currentReadLine = reader.ReadLine().Split(',');
tempReadLine = currentReadLine[1].Replace("\"", "").Trim();
currentResult.highInterCell3_threshold = Convert.ToUInt16(tempReadLine);
// get the high intercell 4 threshold
currentReadLine = reader.ReadLine().Split(',');
tempReadLine = currentReadLine[1].Replace("\"", "").Trim();
currentResult.highInterCell4_threshold = Convert.ToUInt16(tempReadLine);
// get the high temperature threshold
currentReadLine = reader.ReadLine().Split(',');
tempReadLine = currentReadLine[1].Replace("\"", "").Trim();
// setting the temperature scale here since its marked up at the end of this line
if (tempReadLine.EndsWith("F"))
{
currentResult.temperatureScale = TempScale.Fahrenheit;
}
else
{
currentResult.temperatureScale = TempScale.Celcius;
}
tempReadLine = tempReadLine.Remove(tempReadLine.Length - 1);
currentResult.highTemperature_threshold = Convert.ToUInt16(tempReadLine);
// get the low temperature threshold
currentReadLine = reader.ReadLine().Split(',');
tempReadLine = currentReadLine[1].Replace("\"", "").Trim();
if (tempReadLine.EndsWith("F"))
{
currentResult.temperatureScale = TempScale.Fahrenheit;
}
else
{
currentResult.temperatureScale = TempScale.Celcius;
}
tempReadLine = tempReadLine.Remove(tempReadLine.Length - 1);
currentResult.lowTemperature_threshold = Convert.ToUInt16(tempReadLine);
// get the high SG threshold
currentReadLine = reader.ReadLine().Split(',');
tempReadLine = currentReadLine[1].Replace("\"", "").Trim();
currentResult.highSG_threshold = Convert.ToUInt16(tempReadLine);
// get the low SG threshold
currentReadLine = reader.ReadLine().Split(',');
tempReadLine = currentReadLine[1].Replace("\"", "").Trim();
currentResult.lowSG_threshold = Convert.ToUInt16(tempReadLine);
// tested values up to this point !!!!!!!!!!!!!!!!!! all ok so far ;)
// !! This is the section that will read in all the individual cell readings,
// using the IF statement to determine if its multi string or not as these are handled in differently
// since there are extra columns in a multi string reading
if (currentResult.totalStrings > 1)
{
while (!reader.EndOfStream)
{
CellReading currentCellData = new CellReading();
// grab the line and remove all the quotation marks
string streamedLine = reader.ReadLine();
streamedLine = streamedLine.Replace("\0", "").Trim();
// ok so if there is any blank lines on the next check, just break out as its done
if (streamedLine == "")
{
//Console.WriteLine("End of file reached. get outta here....");
break;
}
currentReadLine = streamedLine.Split(',');
// now populate the current cell data object
currentCellData.stringNumber = Convert.ToInt16(currentReadLine[1]);
currentCellData.cellNumber = Convert.ToInt16(currentReadLine[3]);
currentCellData.floatVoltage = float.Parse(currentReadLine[5]);
currentCellData.resistance = Convert.ToInt16(currentReadLine[7]);
currentCellData.interCell_1_Resistance = Convert.ToInt16(currentReadLine[9]);
currentCellData.interCell_2_Resistance = Convert.ToInt16(currentReadLine[11]);
currentCellData.interCell_3_Resistance = Convert.ToInt16(currentReadLine[13]);
currentCellData.interCell_4_Resistance = Convert.ToInt16(currentReadLine[15]);
currentCellData.specificGravity = Convert.ToInt16(currentReadLine[17]);
currentCellData.temperature = Convert.ToInt16(currentReadLine[19]);
currentResult.cellReadingsList.Add(currentCellData);
}
}
else if (currentResult.totalStrings == 1)
{
//Console.WriteLine("one string and File : " + _CSVFileToParse);
while (!reader.EndOfStream)
{
CellReading currentCellData = new CellReading();
// grab the line and remove all the quotation marks
string streamedLine = reader.ReadLine();
streamedLine = streamedLine.Replace("\0", "").Trim();
// ok so if there is any blank lines on the next check, just break out as its done
if (streamedLine == "")
{
//Console.WriteLine("End of file reached. get outta here....");
break;
}
currentReadLine = streamedLine.Split(',');
// now populate the current cell data object
currentCellData.stringNumber = 1;
currentCellData.cellNumber = Convert.ToInt16(currentReadLine[1]);
currentCellData.floatVoltage = float.Parse(currentReadLine[3]);
currentCellData.resistance = Convert.ToInt16(currentReadLine[5]);
currentCellData.interCell_1_Resistance = Convert.ToInt16(currentReadLine[7]);
currentCellData.interCell_2_Resistance = Convert.ToInt16(currentReadLine[9]);
currentCellData.interCell_3_Resistance = Convert.ToInt16(currentReadLine[11]);
currentCellData.interCell_4_Resistance = Convert.ToInt16(currentReadLine[13]);
currentCellData.specificGravity = Convert.ToInt16(currentReadLine[15]);
currentCellData.temperature = Convert.ToInt16(currentReadLine[17]);
currentResult.cellReadingsList.Add(currentCellData);
}
}
}
// returns the completed set of test data for that system
return(currentResult);
}