| public static PrintLabelWithTooltip ( Gtk l, string s ) : void | ||
| l | Gtk | |
| s | string | |
| return | void | |
public void RunANoStrides()
{
string message = Catalog.GetString("This Run Analysis is not valid because there are no strides.");
UtilGtk.PrintLabelWithTooltip(egd.Label_message, feedbackMessage);
}
private void runATouchPlatform()
{
string message = Catalog.GetString("Always remember to touch platform at ending. If you don't do it, Chronojump will crash at next execution.");
UtilGtk.PrintLabelWithTooltip(egd.Label_message, feedbackMessage);
}
public void RunANoStrides()
{
UtilGtk.PrintLabelWithTooltip(egd.Label_message, feedbackMessage);
}
//onTimer allow to update progressbar_time every 50 milliseconds
//also can change platform state in simulated mode
//protected void onTimer( Object source, ElapsedEventArgs e )
protected virtual void onTimer( )
{
//this is not ok because not always is called every 50 milliseconds and then timer gets outdated
//timerCount = timerCount + .05; //0,05 segons == 50 milliseconds, time between each call of onTimer
//used Utc.Now because is lot faster:
//http://stackoverflow.com/questions/28637/is-datetime-now-the-best-way-to-measure-a-functions-performance
DateTime timerNow = DateTime.UtcNow;
TimeSpan ts = timerNow.Subtract(timerStart);
timerCount = ts.TotalSeconds;
/* this will be good for not continue counting the time on eventWindow when event has finished
* this will help to sync chronopic data with the timerCount data
* later also, copy the value of the chronopic to the timerCount label
*/
//updateTimeProgressBar();
if (needEndEvent)
{
//app1.EventEnded();
fakeButtonEventEnded.Click();
//needEndEvent = false;
if (needUpdateGraphType == eventType.MULTICHRONOPIC && type == Constants.RunAnalysisName && finish)
{
//app1.RunATouchPlatform();
//fakeButtonRunATouchPlatform.Click();
runATouchPlatform();
}
}
else
{
updateTimeProgressBar();
}
if (simulated)
{
eventSimulatedShouldChangePlatform();
}
if (needUpdateEventProgressBar)
{
//update event progressbar
//app1.ProgressBarEventOrTimePreExecution(
progressBarEventOrTimePreExecution(
updateProgressBar.IsEvent,
updateProgressBar.PercentageMode,
updateProgressBar.ValueToShow
);
needUpdateEventProgressBar = false;
}
if (needUpdateGraph)
{
//solve problems when runAnalysis ended and tries to paint window
if (needUpdateGraphType == eventType.MULTICHRONOPIC && type == Constants.RunAnalysisName && finish)
{
LogB.Information("is MC, RA, finished!");
}
else if (needUpdateGraphType == eventType.MULTICHRONOPIC && type == Constants.RunAnalysisName && !finish)
{
LogB.Information("is MC, RA, NOT finished!");
updateGraph();
}
else
{
updateGraph();
}
needUpdateGraph = false;
}
if (needSensitiveButtonFinish)
{
//ButtonFinishMakeSensitive();
egd.Button_finish.Sensitive = true;
needSensitiveButtonFinish = false;
}
//RSA
if (needShowCountDown)
{
feedbackMessage = countDownMessage();
UtilGtk.PrintLabelWithTooltip(egd.Label_message, feedbackMessage);
}
else if (needShowFeedbackMessage)
{
UtilGtk.PrintLabelWithTooltip(egd.Label_message, feedbackMessage);
needShowFeedbackMessage = false;
}
//check if it should finish by time
if (shouldFinishByTime())
{
finish = true;
updateProgressBarForFinish();
}
}
// races specific --------------------------------->
private void runATouchPlatform()
{
UtilGtk.PrintLabelWithTooltip(egd.Label_message, feedbackMessage);
}
