public void FindDarkFramesGideon_webcam_1()
{
using (findDarkFrames = new FindDarkFramesHelper())
{
#if DEBUG
findDarkFrames.SetCustomDetectionThreshold(100, 75, 3, 0.35f, 1f);
#endif
FindDarkFramesHelper.TestResult tr = findDarkFrames.FindDarkFramesTest("Gideon_webcam.m4v.highlightObject.00.03.09.to.00.03.25.m4v");
if (tr.Failed) Assert.Fail();
}
}
public static void DoWork()
{
CompletedPassesCountThisSession = 0;
var findDarkFramesHelper = new FindDarkFramesHelper();
InputFileCount = findDarkFramesHelper.AvailableFiles.Count();
/*
float ConsecutiveDarkFramesThresholdInSecondsStart = (float)0.15; //0.2;
float ConsecutiveDarkFramesThresholdInSecondsEnd = (float)0.15; // 0.3;
float ConsecutiveDarkFramesThresholdInSecondsIncrement = (float)0.05;
int IndividualPixelBrightnessThresholdStart = 80; // 66;
int IndividualPixelBrightnessThresholdEnd = 80; // 76;
int IndividualPixelBrightnessThresholdIncrement = 2;
int DarknessThresholdPercentageStart = 80; // 86;
int DarknessThresholdPercentageEnd = 80; // 94;
int DarknessThresholdPercentageIncrement = 2;
*/
// resume where we left off
CompletedPassesCount = Properties.Settings.Default.CompletedPassesCount;
CompletedPassesCountAtSessionStart = CompletedPassesCount;
int i = 0;
for (CurrentIndividualPixelBrightnessThreshold = Properties.Settings.Default.ThresholdIndividualPixelBrightnessStart;
CurrentIndividualPixelBrightnessThreshold <= Properties.Settings.Default.ThresholdIndividualPixelBrightnessEnd;
CurrentIndividualPixelBrightnessThreshold += Properties.Settings.Default.ThresholdIndividualPixelBrightnessIncrement)
{
for (CurrentDarknessPercentageThreshold = Properties.Settings.Default.ThresholdDarkPixelsPerFrameAsPercentageStart;
CurrentDarknessPercentageThreshold <= Properties.Settings.Default.ThresholdDarkPixelsPerFrameAsPercentageEnd;
CurrentDarknessPercentageThreshold += Properties.Settings.Default.ThresholdDarkPixelsPerFrameAsPercentageIncrement)
{
for (CurrentPixelScanPercentageThreshold = Properties.Settings.Default.ThresholdPixelScanPercentageStart;
CurrentPixelScanPercentageThreshold <= Properties.Settings.Default.ThresholdPixelScanPercentageEnd;
CurrentPixelScanPercentageThreshold += Properties.Settings.Default.ThresholdPixelScanPercentageIncrement)
{
int secondsSkipCurrentPass = 1; // needed because we're dealing with floats
for (CurrentSecondsSkipThreshold = Properties.Settings.Default.ThresholdSecondsSkipStart;
CurrentSecondsSkipThreshold <= Properties.Settings.Default.ThresholdSecondsSkipEnd;
CurrentSecondsSkipThreshold = (secondsSkipCurrentPass++) * Properties.Settings.Default.ThresholdSecondsSkipIncrement + Properties.Settings.Default.ThresholdSecondsSkipStart)
{
int consecutiveDarkFramesInSecondsCurrentPass = 1; // needed because we're dealing with floats
for (CurrentConsecutiveDarkFramesInSecondsThreshold = Properties.Settings.Default.ThresholdConsecutiveDarkFramesInSecondsStart;
CurrentConsecutiveDarkFramesInSecondsThreshold <= Properties.Settings.Default.ThresholdConsecutiveDarkFramesInSecondsEnd;
CurrentConsecutiveDarkFramesInSecondsThreshold = (consecutiveDarkFramesInSecondsCurrentPass++) * Properties.Settings.Default.ThresholdConsecutiveDarkFramesInSecondsIncrement + Properties.Settings.Default.ThresholdConsecutiveDarkFramesInSecondsStart)
{
CurrentPassNumber = CompletedPassesCount + 1;
if (CheckForCancel())
break;
i++;
if (i < CompletedPassesCount + 1)
{
continue; // resume where we left off
}
CompletedScansInThisPass = 0;
PassActualScore = 0;
PassMaxScore = 0;
PassFoundCount = 0;
PassFalsePositivesCount = 0;
PassMissingCount = 0;
PassAccurateCount = 0;
PassScanTime = TimeSpan.Zero;
//_logger = new Logging();
//_logger.InitLogger("Odessa_TuningLog" + CurrentPassNumber + ".txt", false, true, _tf.LogDirectory);
LogInfo("-------------");
LogInfo("Starting pass number " + CurrentPassNumber + " of " + TotalPassesCount);
LogInfo("CurrentIndividualPixelBrightnessThreshold: " + CurrentIndividualPixelBrightnessThreshold);
LogInfo("CurrentDarknessPercentageThreshold: " + CurrentDarknessPercentageThreshold);
LogInfo("CurrentPixelScanPercentageThreshold: " + CurrentPixelScanPercentageThreshold);
LogInfo("CurrentSecondsSkipThreshold: " + CurrentSecondsSkipThreshold);
LogInfo("CurrentConsecutiveDarkFramesInSecondsThreshold: " + CurrentConsecutiveDarkFramesInSecondsThreshold);
LogInfo("Total input files: " + InputFileCount);
// START SCANNING
NextInputFileNumber = 1;
_scanFilesQueue = new Queue<FileInfo>(findDarkFramesHelper.AvailableFiles.Values);
while (ScanProcessList.Count > 0 || _scanFilesQueue.Count > 0)
{ // while there are files in this pass being scanned
#region Check whether to start a new process
if (ScanProcessList.Count < AllowedConcurrentScanCount && _scanFilesQueue.Count > 0)
{ // we've got room to start a new process
FileInfo fi = _scanFilesQueue.Dequeue();
var si = new ScanItem { InputFileNumber = NextInputFileNumber, ThisFileInfo = fi };
LogInfo("InputFileNumber #" + si.InputFileNumber + ": Scanning " + fi.Name);
// call TuningScanner
var p = new Process();
p.StartInfo.FileName = Path.Combine(Environment.CurrentDirectory, "TuningScannerProject.exe");
p.StartInfo.Arguments = "\"" + fi.FullName + "\" " +
si.InputFileNumber + " " +
CurrentPassNumber + " " +
CurrentIndividualPixelBrightnessThreshold + " " +
CurrentDarknessPercentageThreshold + " " +
CurrentPixelScanPercentageThreshold + " " +
CurrentSecondsSkipThreshold + " " +
CurrentConsecutiveDarkFramesInSecondsThreshold
;
p.StartInfo.WindowStyle = ProcessWindowStyle.Hidden;
LogInfo("InputFileNumber #" + si.InputFileNumber + ": Starting with arguments: " + p.StartInfo.FileName + " " + p.StartInfo.Arguments);
p.Start();
p.PriorityClass = ProcessPriorityClass.Idle;
// add it to our ScanProcessList so we can track it
si.ThisProcess = p;
ScanProcessList.Add(si);
NextInputFileNumber += 1;
}
#endregion
#region Check to see if scans have finished
foreach (ScanItem si in ScanProcessList)
{
if (si.ThisProcess.HasExited)
{ // process just ended, let's analyze results.
ScanProcessList.Remove(si);
if (si.ThisProcess.ExitCode != 0) // 0 means success.
{
LogInfo("InputFileNumber #" + si.InputFileNumber + ": process did not exit successfully!");
CancelTest = true;
break;
}
// load results from output file
string testResultOutputFilePath = Path.Combine(Path.GetTempPath(), "Odessa_TestResult_" + si.InputFileNumber + ".txt");
LogInfo("InputFileNumber #" + si.InputFileNumber + ": Reading test results from " + testResultOutputFilePath);
FileStream stream = File.Open(testResultOutputFilePath, FileMode.Open);
var bformatter = new BinaryFormatter();
var tr = (FindDarkFramesHelper.TestResult)bformatter.Deserialize(stream);
stream.Close();
// clean up test output file
try
{
File.Delete(testResultOutputFilePath);
}
catch { }
// add test results to pass results
PassFoundCount += tr.Matched.Count;
PassFalsePositivesCount += tr.FalsePositives.Count;
PassMissingCount += tr.Missing.Count;
PassActualScore += tr.ActualScore;
PassMaxScore += tr.MaxScore;
PassScanTime += tr.ScanTime;
if (tr.ActualScore == tr.MaxScore)
PassAccurateCount++;
LogInfo("InputFileNumber #" + si.InputFileNumber + ": inputFile = " + tr.InputFile.Name);
LogInfo("InputFileNumber #" + si.InputFileNumber + ": DarkTimesExpectedCount = " + tr.DarkTimesExpected.Count);
foreach (string expectedDarkTime in tr.DarkTimesExpected)
LogInfo("InputFileNumber #" + si.InputFileNumber + ": - " + expectedDarkTime);
LogInfo("InputFileNumber #" + si.InputFileNumber + ": DarkTimesFoundCount = " + tr.DarkTimesFound.Count);
foreach (string darkTimeFound in tr.DarkTimesFound)
LogInfo("InputFileNumber #" + si.InputFileNumber + ": - " + darkTimeFound);
LogInfo("InputFileNumber #" + si.InputFileNumber + ": MatchedCount = " + tr.Matched.Count);
foreach (string time in tr.Matched)
LogInfo("InputFileNumber #" + si.InputFileNumber + ": - " + time);
LogInfo("InputFileNumber #" + si.InputFileNumber + ": FalsePositivesCount = " + tr.FalsePositives.Count);
foreach (string time in tr.FalsePositives)
LogInfo("InputFileNumber #" + si.InputFileNumber + ": - " + time);
LogInfo("InputFileNumber #" + si.InputFileNumber + ": MissingCount = " + tr.Missing.Count);
foreach (string time in tr.Missing)
LogInfo("InputFileNumber #" + si.InputFileNumber + ": - " + time);
LogInfo("InputFileNumber #" + si.InputFileNumber + ": ActualScore = " + tr.ActualScore);
LogInfo("InputFileNumber #" + si.InputFileNumber + ": MaxScore = " + tr.MaxScore);
LogInfo("InputFileNumber #" + si.InputFileNumber + ": ScanTime = " + tr.ScanTime.TotalSeconds + "secs");
CompletedScansInThisPass += 1;
break; // since we just removed an item from this collection, we can't continue this foreach
}
} // for each process
#endregion
if (CheckForCancel())
break;
Thread.Sleep(1000); // sleep for a second
}
if (CheckForCancel())
break;
LogInfo("PassFoundCount = " + PassFoundCount);
LogInfo("PassFalsePositivesCount = " + PassFalsePositivesCount);
LogInfo("PassMissingCount = " + PassMissingCount);
LogInfo("PassMaxScore = " + PassMaxScore);
LogInfo("PassActualScore = " + PassActualScore);
LogInfo("PassAccurateCount = " + PassAccurateCount);
LogInfo("PassScanTime = " + PassScanTime.TotalSeconds + "secs");
_tuningGraphLogger = new Logging();
if (_tuningGraphLogger.InitLogger(Program.TUNING_RESULTS_FILENAME, true, false, _tf.LogDirectory))
{ // log didn't exist before so let's write header
WriteTuningGraphLogHeader();
}
// write out to tuning graph log
if (_tuningGraphLogger.WriteToLog(CurrentPassNumber + "," +
CurrentIndividualPixelBrightnessThreshold + "," +
CurrentDarknessPercentageThreshold + "," +
CurrentPixelScanPercentageThreshold + "," +
CurrentSecondsSkipThreshold + "," +
CurrentConsecutiveDarkFramesInSecondsThreshold + "," +
PassFalsePositivesCount + "," +
PassMissingCount + "," +
"=" + PassAccurateCount + "/" + InputFileCount + "," +
PassScanTime.TotalSeconds + ","
, false) == false)
{ // write was't successful to our main log (probably because it was left open). let's try writing to a different log
_tuningGraphLogger.CloseLogger(false);
_tuningGraphLogger = null;
_tuningGraphLogger = new Logging();
_tuningGraphLogger.InitLogger("Odessa_TuningGraph_" + (new Random()).Next(1000) + ".csv", true, false, _tf.LogDirectory);
_tuningGraphLogger.WriteToLog(CurrentPassNumber + "," +
CurrentIndividualPixelBrightnessThreshold + "," +
CurrentDarknessPercentageThreshold + "," +
CurrentPixelScanPercentageThreshold + "," +
CurrentSecondsSkipThreshold + "," +
CurrentConsecutiveDarkFramesInSecondsThreshold + "," +
PassFalsePositivesCount + "," +
PassMissingCount + "," +
"=" + PassAccurateCount + "/" + InputFileCount + "," +
PassScanTime.TotalSeconds + ","
, false);
}
_tuningGraphLogger.CloseLogger(false);
_tuningGraphLogger = null;
if (CheckForCancel())
break;
CompletedPassesCount += 1;
CompletedPassesCountThisSession += 1;
// save to propertybag so we can resume later
Properties.Settings.Default.CurrentThresholdIndividualPixelBrightness = CurrentIndividualPixelBrightnessThreshold;
Properties.Settings.Default.CurrentThresholdDarkPixelsPerFrameAsPercentage = CurrentDarknessPercentageThreshold;
Properties.Settings.Default.CurrentThresholdPixelScanPercentage = CurrentPixelScanPercentageThreshold;
Properties.Settings.Default.CurrentThresholdSecondsSkip = CurrentSecondsSkipThreshold;
Properties.Settings.Default.CurrentThresholdConsecutiveDarkFramesInSeconds = CurrentConsecutiveDarkFramesInSecondsThreshold;
Properties.Settings.Default.CompletedPassesCount = CompletedPassesCount;
Properties.Settings.Default.Save();
LogInfo("CompletedPassesCount = " + CompletedPassesCount);
// close log and archive it
/* REMED out on 9/27/11 because we now save the logs to this new directory from the start
string OldTuningLogFilePath = Logger.LogFilePath;
Logger.CloseLogger();
Logger = null;
string NewTuningLogFilePath = Path.Combine(Properties.Settings.Default.TuningResultsDirectory, "Odessa_TuningLog" + CurrentPassNumber + ".txt");
try
{
File.Copy(OldTuningLogFilePath, NewTuningLogFilePath, true);
File.Delete(OldTuningLogFilePath);
}
catch (Exception ex)
{
Debug.WriteLine("Error copying log file: " + ex.ToString());
}
*/
if (CheckForCancel())
break;
} // for loop
if (CheckForCancel())
break;
} // for loop
if (CheckForCancel())
break;
} // for loop
if (CheckForCancel())
break;
} // for loop
if (CheckForCancel())
break;
} // for loop
Logger.Info("Done with massive loop!");
findDarkFramesHelper.Dispose();
if (CheckForCancel() == false)
_tf.Invoke(_tf.MDelegateThreadFinished);
}
public void FindDarkFrames_Marius()
{
using (findDarkFrames = new FindDarkFramesHelper())
{
findDarkFrames.SetCustomDetectionThreshold(65, 55, 3, 0.35f, 1f);
FindDarkFramesHelper.TestResult tr = findDarkFrames.FindDarkFramesTest("GOPR8417_marius.MP4");
if (tr.Failed) Assert.Fail();
}
}
public void FindDarkFramesTubing_1()
{
using (findDarkFrames = new FindDarkFramesHelper())
{
findDarkFrames.SetCustomDetectionThreshold(70, 80, 3, 0.35f, 0.3f);
FindDarkFramesHelper.TestResult tr = findDarkFrames.FindDarkFramesTest("tubing GO019316 highlight #10 - 11.50 to 12.00.MP4");
if (tr.Failed) Assert.Fail();
}
}
/// <summary>
///
/// </summary>
/// <param name="args">Engine parameters</param>
static void Main(string[] args)
{
Environment.ExitCode = -1; // assume fail until we reach end
var findDarkFramesHelper = new FindDarkFramesHelper();
string currentFileName;
int currentPassNumber;
int processIndex;
int thresholdIndividualPixelBrightness;
int thresholdDarkPixelsPerFrameAsPercentage;
int thresholdPixelScanPercentage;
float thresholdSecondsSkip;
float thresholdConsecutiveDarkFramesInSeconds;
try
{
currentFileName = args[0];
processIndex = int.Parse(args[1]);
currentPassNumber = int.Parse(args[2]);
thresholdIndividualPixelBrightness = int.Parse(args[3]);
thresholdDarkPixelsPerFrameAsPercentage = int.Parse(args[4]);
thresholdPixelScanPercentage = int.Parse(args[5]);
thresholdSecondsSkip = float.Parse(args[6]);
thresholdConsecutiveDarkFramesInSeconds = float.Parse(args[7]);
//Logger.InitLogger("Odessa_TuningScanner_" + processIndex + ".log");
#if TEST
findDarkFramesHelper.SetCustomDetectionThreshold(
thresholdIndividualPixelBrightness,
thresholdDarkPixelsPerFrameAsPercentage,
thresholdPixelScanPercentage,
thresholdSecondsSkip,
thresholdConsecutiveDarkFramesInSeconds
);
#else
Console.WriteLine("THIS ONLY RUNS UNDER TEST CONFIG!!");
Console.ReadLine();
#endif
}
catch (Exception ex)
{
Logger.Error("Exception while loading arguments! Closing... " + ex);
return;
}
Logger.Info("{0}, Pass Number: {1}", processIndex, currentPassNumber);
Logger.Info("{0}, ThresholdIndividualPixelBrightness: {1}", processIndex, thresholdIndividualPixelBrightness);
Logger.Info("{0}, ThresholdDarkPixelsPerFrameAsPercentage: {1}", processIndex, thresholdDarkPixelsPerFrameAsPercentage);
Logger.Info("{0}, ThresholdPixelScanPercentage: {1}", processIndex, thresholdPixelScanPercentage);
Logger.Info("{0}, ThresholdSecondsSkip: {1}", processIndex, thresholdSecondsSkip);
Logger.Info("{0}, ThresholdConsecutiveDarkFramesInSeconds: {1}", processIndex, thresholdConsecutiveDarkFramesInSeconds);
Logger.Info("{0}, Scanning {1}", processIndex, currentFileName);
string filename = (new FileInfo(currentFileName)).Name;
FindDarkFramesHelper.TestResult tr;
try
{
tr = findDarkFramesHelper.FindDarkFramesTest(filename);
}
catch (Exception ex)
{
Logger.Error("{0}, Exception writing test results to output file: {1}", processIndex, ex);
Environment.ExitCode = -1; // fail
findDarkFramesHelper.Dispose();
return;
}
Logger.Info("{0}, {1} score: {2} out of possible {3}", processIndex, filename, tr.ActualScore, tr.MaxScore);
try
{
// save results where the host process can get it
Logger.Info("{0}, Writing test results to output file", processIndex);
Stream stream = File.Open(Path.Combine(Path.GetTempPath(), "Odessa_TestResult_" + processIndex + ".txt"), FileMode.Create);
var bformatter = new BinaryFormatter();
bformatter.Serialize(stream, tr);
stream.Close();
}
catch (Exception ex)
{
Logger.Error("{0}, Exception writing test results to output file: {1}", processIndex, ex);
Environment.ExitCode = -1; // fail
}
findDarkFramesHelper.Dispose();
Logger.Info("{0}, Closing down", processIndex);
Environment.ExitCode = 0; // success
}
private void RunButton_Click(object sender, EventArgs e)
{
RunButton.Enabled = false;
RunButton.Text = "Running...";
CancelTestButton.Enabled = true;
ProgressTimer.Enabled = true;
ResetButton.Enabled = false;
TuningResultsDirectoryTextBox.Enabled = false;
LogDirectory = Directory.CreateDirectory(TuningResultsDirectoryTextBox.Text);
TuningResultsDirectoryBrowseButton.Enabled = false;
TrimButton.Enabled = false;
AdjustConcurrentScanCount.Enabled = true;
SetThresholdSetupComboBoxesEnableValue(false);
Application.DoEvents();
#region verify that all input files exist
bool everyInputFileExists = true;
var findDarkFramesHelper = new FindDarkFramesHelper();
foreach (KeyValuePair<string, FileInfo> kvp in findDarkFramesHelper.AvailableFiles)
{
if (kvp.Value.Exists == false)
{
everyInputFileExists = false;
MessageBox.Show("inputFile does not exist!" + Environment.NewLine + Environment.NewLine +
kvp.Value.FullName, "inputFile does not exist!", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
findDarkFramesHelper.Dispose();
if (findDarkFramesHelper.AvailableFiles.Count == 0)
{
MessageBox.Show("No files to scan!");
ScanCancelled();
return;
}
if (everyInputFileExists == false)
{
ScanCancelled();
return;
}
#endregion
#region Verify valid threshold parameters
if (Convert.ToInt32(ThresholdIndividualPixelBrightnessSetupStart.SelectedItem) > Convert.ToInt32(ThresholdIndividualPixelBrightnessSetupEnd.SelectedItem) ||
Convert.ToInt32(ThresholdDarkPixelsPerFrameAsPercentageSetupStart.SelectedItem) > Convert.ToInt32(ThresholdDarkPixelsPerFrameAsPercentageSetupEnd.SelectedItem) ||
Convert.ToInt32(ThresholdPixelScanPercentageSetupStart.SelectedItem) > Convert.ToInt32(ThresholdPixelScanPercentageSetupEnd.SelectedItem) ||
Convert.ToDecimal(ThresholdSecondsSkipSetupStart.SelectedItem) > Convert.ToDecimal(ThresholdSecondsSkipSetupEnd.SelectedItem) ||
Convert.ToDecimal(ThresholdConsecutiveDarkFramesInSecondsStart.SelectedItem) > Convert.ToDecimal(ThresholdConsecutiveDarkFramesInSecondsEnd.SelectedItem))
{
MessageBox.Show("Invalid threshold parameters! Start values must be less than end values.");
ScanCancelled();
return;
}
#endregion
#region Save threshold parameters
Properties.Settings.Default.ThresholdIndividualPixelBrightnessStart = Convert.ToInt32(ThresholdIndividualPixelBrightnessSetupStart.SelectedItem);
Properties.Settings.Default.ThresholdIndividualPixelBrightnessEnd = Convert.ToInt32(ThresholdIndividualPixelBrightnessSetupEnd.SelectedItem);
Properties.Settings.Default.ThresholdIndividualPixelBrightnessIncrement = Convert.ToInt32(ThresholdIndividualPixelBrightnessSetupIncrement.SelectedItem);
Properties.Settings.Default.ThresholdDarkPixelsPerFrameAsPercentageStart = Convert.ToInt32(ThresholdDarkPixelsPerFrameAsPercentageSetupStart.SelectedItem);
Properties.Settings.Default.ThresholdDarkPixelsPerFrameAsPercentageEnd = Convert.ToInt32(ThresholdDarkPixelsPerFrameAsPercentageSetupEnd.SelectedItem);
Properties.Settings.Default.ThresholdDarkPixelsPerFrameAsPercentageIncrement = Convert.ToInt32(ThresholdDarkPixelsPerFrameAsPercentageSetupIncrement.SelectedItem);
Properties.Settings.Default.ThresholdPixelScanPercentageStart = Convert.ToInt32(ThresholdPixelScanPercentageSetupStart.SelectedItem);
Properties.Settings.Default.ThresholdPixelScanPercentageEnd = Convert.ToInt32(ThresholdPixelScanPercentageSetupEnd.SelectedItem);
Properties.Settings.Default.ThresholdPixelScanPercentageIncrement = Convert.ToInt32(ThresholdPixelScanPercentageSetupIncrement.SelectedItem);
Properties.Settings.Default.ThresholdSecondsSkipStart = float.Parse(ThresholdSecondsSkipSetupStart.SelectedItem.ToString());
Properties.Settings.Default.ThresholdSecondsSkipEnd = float.Parse(ThresholdSecondsSkipSetupEnd.SelectedItem.ToString());
Properties.Settings.Default.ThresholdSecondsSkipIncrement = float.Parse(ThresholdSecondsSkipIncrement.SelectedItem.ToString());
Properties.Settings.Default.ThresholdConsecutiveDarkFramesInSecondsStart = float.Parse(ThresholdConsecutiveDarkFramesInSecondsStart.SelectedItem.ToString());
Properties.Settings.Default.ThresholdConsecutiveDarkFramesInSecondsEnd = float.Parse(ThresholdConsecutiveDarkFramesInSecondsEnd.SelectedItem.ToString());
Properties.Settings.Default.ThresholdConsecutiveDarkFramesInSecondsIncrement = float.Parse(ThresholdConsecutiveDarkFramesInSecondsIncrement.SelectedItem.ToString());
Properties.Settings.Default.Save();
#endregion
// verify we have write access to excel spreadsheet
try
{
if (File.Exists(GetTuningPath().FullName))
{
// the following line will cause exception if file is open
new StreamWriter(GetTuningPath().FullName, true);
}
}
catch (Exception)
{
MessageBox.Show("Test pass output file is open! Please close it before continuing.", "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
_startTime = DateTime.Now;
AdjustConcurrentScanCount_Tick(sender, e); // refresh allowed concurrent scan count
HostWorker.Initialize(this);
var workerThread = new Thread(HostWorker.DoWork);
// Start the worker thread.
workerThread.Start();
Logger.Info("main thread: Starting worker thread...");
}
