private void ClockStopped_event(object sender, ClockEventArgs e)
{
timeDisplayBox.DoValidation = true;
RefreshTimeDisplay( );
RefreshControls( );
}
private void ClockStarted_event(object sender, ClockEventArgs e)
{
timeDisplayBox.DoValidation = false;
if (DisplayVisible)
{
Program.TextRefresher.Handlers += refreshDisplayText;
}
RefreshControls( );
}
private void clockSpeedChanged_event(object sender, ClockEventArgs args)
{
_refreshing = true;
if (args.Speed >= 0)
{
countForwardOption.Active = true;
}
else
{
countBackwardOption.Active = true;
}
watchSpeedEntry.Value = Math.Abs(args.Speed);
_refreshing = false;
}
/// <summary>
/// Creates a log for when a clock has stopped ticking
/// </summary>
private void clockStopped_event(object sender, ClockEventArgs e)
{
string translatable, logDesc;
if (e.Speed >= 0)
{
translatable = Catalog.GetString("Stopped ticking with {0}.");
}
else
{
translatable = Catalog.GetString("Stopped counting down with {0}.");
}
TimeSpan time = ApplyCap(e.DisplayTime);
logDesc = string.Format(translatable, TimeFormatSettings.ToString(time));
Logger.AddEntry(new LogEntry(_name, logDesc, e.Timestamp));
}
private void ClockChangedSpeed_event(object sender, ClockEventArgs e)
{
RefreshControls();
}
