private bool PulseGTK()
{
if (cancel || !thread.IsAlive)
{
LogB.ThreadEnding();
if (cancel)
{
thread.Abort();
}
LogB.Information("Connected = " + connectedNormalChronopic.ToString());
FakeButtonDone.Click(); //send signal to gui/chronojump.cs to read Detected
Detecting = false;
LogB.ThreadEnded();
return(false);
}
progressbar.Pulse();
if (needToChangeProgressbarText)
{
progressbar.Text = Constants.ChronopicNeedTouch;
needToChangeProgressbarText = false;
}
Thread.Sleep(50);
LogB.Debug(thread.ThreadState.ToString());
return(true);
}
private bool pulseWebcamGTK()
{
if (webcamStartThreadBeforeTestStatus == statusEnum.NOT_STARTED)
{
label_video_feedback_text(WebcamManage.GuiContactsEncoder.CONTACTS, "Initializing camera.");
pulsebar_webcam.Visible = true;
webcamStartThreadBeforeTestStatus = statusEnum.STARTING;
}
if (!webcamStartThread.IsAlive)
{
pulsebar_webcam.Visible = false;
if (webcamStartThreadBeforeTestStatus == statusEnum.FAILURE)
{
label_video_feedback_text(WebcamManage.GuiContactsEncoder.CONTACTS, "Problems starting camera.");
}
else if (webcamStartThreadBeforeTestStatus == statusEnum.SUCCESS)
{
webcamManage.ReallyStarted = true;
label_video_feedback_text(WebcamManage.GuiContactsEncoder.CONTACTS, "Recording ...");
}
on_button_execute_test_accepted();
LogB.ThreadEnded();
return(false);
}
pulsebar_webcam.Fraction = Util.DivideSafeFraction(swWebcamStart.Elapsed.TotalSeconds, 10);
Thread.Sleep(50);
//LogB.Debug(webcamStartThread.ThreadState.ToString());
return(true);
}
protected bool PulseGTK()
{
onTimer();
//thread is (in jump, as an example), started in Manage:
//thread = new Thread(new ThreadStart(waitEvent));
//GLib.Idle.Add (new GLib.IdleHandler (PulseGTK));
//thread.Start();
//
//when waitEvent it's done (with success, for example)
//then thread is dead
if (!thread.IsAlive || cancel)
{
LogB.ThreadEnding();
fakeButtonThreadDyed.Click();
LogB.ThreadEnded();
return(false);
}
Thread.Sleep(50);
//LogB.Debug(thread.ThreadState.ToString());
return(true);
}
protected bool PulseGTK()
{
if (quitNow)
{
return(false);
}
//if( ( needEndSplashWin && pingEnd )
// || ! thread.IsAlive) {
if (needEndSplashWin || !thread.IsAlive)
{
LogB.ThreadEnding();
fakeSplashButton.Click();
LogB.Information("splash window ending here");
LogB.ThreadEnded();
return(false);
}
//need to do this, if not it crashes because chronopicWin gets died by thread ending
splashWin = SplashWindow.Show();
//Log.WriteLine("splash");
if (updatingDB)
{
splashWin.ShowProgressbar("updating");
splashWin.UpdateLabel(splashMessage + " " + Sqlite.PrintConversionText());
splashWin.UpdateProgressbar("version", Sqlite.PrintConversionVersion());
splashWin.UpdateProgressbar("rate", Sqlite.PrintConversionRate());
splashWin.UpdateProgressbar("subrate", Sqlite.PrintConversionSubRate());
}
else if (creatingDB)
{
splashWin.ShowProgressbar("creating");
splashWin.UpdateProgressbar("version", Sqlite.PrintCreation());
//splashWin.UpdateProgressbar("rate", Sqlite.PrintConversionRate());
splashWin.UpdateProgressbar("subrate", Sqlite.PrintConversionSubRate());
}
if (needUpdateSplashMessage)
{
splashWin.UpdateLabel(splashMessage);
needUpdateSplashMessage = false;
}
Thread.Sleep(50);
//Log.Write(" (PulseGTK:" + thread.ThreadState.ToString() + ") ");
return(true);
}
private bool PulseGTK()
{
if (!thread.IsAlive)
{
LogB.ThreadEnding();
endPulse();
LogB.ThreadEnded();
return(false);
}
pulsebar.Pulse();
Thread.Sleep(50);
//LogB.Debug(thread.ThreadState.ToString());
return(true);
}
bool pulseConnectContactsReal()
{
if (!connectContactsRealThread.IsAlive)
{
progressbar.Fraction = 1.0;
LogB.ThreadEnding();
connectContactsRealEnd();
LogB.ThreadEnded();
return(false);
}
progressbar.Pulse();
Thread.Sleep(50);
return(true);
}
protected bool PulseGTK()
{
if (needUpdateChronopicWin || !thread.IsAlive)
{
LogB.ThreadEnding();
fakeConnectionButton.Click();
pulseEnd();
LogB.ThreadEnded();
return(false);
}
//need to do this, if not it crashes because chronopicConnectionWin gets died by thread ending
//chronopicConnectionWin = ChronopicConnection.Show();
//chronopicConnectionWin.Pulse();
progressbar.Pulse();
Thread.Sleep(50);
LogB.Debug(thread.ThreadState.ToString());
return(true);
}
private bool pulseGTKRunEncoderCapture()
{
LogB.Information(" fc A ");
if (runEncoderCaptureThread == null)
{
Thread.Sleep(25);
return(true);
}
LogB.Information(" fc B ");
//LogB.Information(capturingRunEncoder.ToString())
if (!runEncoderCaptureThread.IsAlive || runEncoderProcessFinish || runEncoderProcessCancel || runEncoderProcessError)
{
LogB.Information(" fc C ");
if (runEncoderProcessFinish)
{
LogB.Information(" fc C finish");
if (capturingRunEncoder != arduinoCaptureStatus.COPIED_TO_TMP)
{
Thread.Sleep(25); //Wait file is copied
return(true);
}
else
{
event_execute_label_message.Text = "Saved." + captureEndedMessage;
Thread.Sleep(250); //Wait a bit to ensure is copied
runEncoderAnalyzeOpenImage();
notebook_analyze.CurrentPage = Convert.ToInt32(notebook_analyze_pages.RACEENCODER);
notebook_capture_analyze.CurrentPage = 1;
/*
* fscPoints.InitRealWidthHeight();
* forceSensorDoSignalGraphPlot();
* forceSensorDoRFDGraph();
*
* //if drawingarea has still not shown, don't paint graph because GC screen is not defined
* if(force_sensor_ai_drawingareaShown)
* forceSensorDoGraphAI();
*/
}
LogB.Information(" fc C finish 2");
}
else if (runEncoderProcessCancel || runEncoderProcessError)
{
LogB.Information(" fc C cancel ");
if (runEncoderProcessCancel)
{
event_execute_label_message.Text = "Cancelled.";
}
else
{
event_execute_label_message.Text = runEncoderNotConnectedString;
}
LogB.Information(" fc C cancel 2");
}
else
{
event_execute_label_message.Text = "";
}
LogB.ThreadEnding();
/*
* ensure runEncoderCaptureThread is ended:
* called: portRE.WriteLine("end_capture:");
* and received feedback from device
*/
while (runEncoderCaptureThread.IsAlive)
{
Thread.Sleep(250);
}
LogB.Information(" fc D ");
LogB.ThreadEnded();
runEncoderButtonsSensitive(true);
/*
* button_force_sensor_image_save_signal.Sensitive = true;
* button_force_sensor_analyze_recalculate.Sensitive = true;
*/
//finish, cancel: sensitive = false
hideButtons();
restTime.AddOrModify(currentPerson.UniqueID, currentPerson.Name, true);
updateRestTimes();
return(false);
}
LogB.Information(" fc E ");
/*
* if(forceCaptureStartMark)
* {
* event_execute_label_message.Text = "Capturing ...";
* forceCaptureStartMark = false;
* }
*/
LogB.Information(" fc F ");
if (capturingRunEncoder == arduinoCaptureStatus.CAPTURING)
{
LogB.Information(" fc G ");
LogB.Information(" fc H2 ");
/*
* if(usbDisconnectedLastTime == forceSensorValues.TimeLast)
* {
* usbDisconnectedCount ++;
* if(usbDisconnectedCount >= 20)
* {
* event_execute_label_message.Text = "Disconnected!";
* runEncoderProcessError = true;
* return true;
* }
* }
* else
* {
* usbDisconnectedLastTime = forceSensorValues.TimeLast;
* usbDisconnectedCount = 0;
* }
*/
LogB.Information(" fc I ");
LogB.Information(" fc Q ");
}
LogB.Information(" fc R ");
Thread.Sleep(25);
//LogB.Information(" RunEncoder:"+ runEncoderCaptureThread.ThreadState.ToString());
return(true);
}
