private void extractTimerFields(TimerEventArgs e)
{
gameInfo.gameTime = e.gameClock;
homeTeam.penalty1 = e.homePen1;
homeTeam.penalty2 = e.homePen2;
awayTeam.penalty1 = e.awayPen1;
awayTeam.penalty2 = e.awayPen2;
}
private void HandleTimeStoppage(object sender, TimerEventArgs e)
{
clockState = CLOCK_STATES.STOPPED;
extractTimerFields(e);
this.Dispatcher.InvokeAsync(() => {
toggleClockButtonText();
toggleClockTextBoxElements();
});
_log.Info("Time Stoppage");
}
private void HandleRefresh(Object sender, TimerEventArgs e)
{
this.Dispatcher.InvokeAsync(() => {
extractTimerFields(e);
setGameClockInformation();
setPenaltyInformation();
homeTeam.managePenalties();
awayTeam.managePenalties();
checkForDequeuedPenalties(e);
calculateAndSetTimers();
});
if (++refreshes / 1000 != 0)
{
logInfo();
refreshes = 0;
}
}
private void checkForDequeuedPenalties(TimerEventArgs e)
{
if (!penaltiesEqualTolerant(homeTeam.penalty1, e.homePen1))
{
timer.enqueuePenalty("HOME", homeTeam.penalty1);
_log.Info("H P1 Queued");
}
if (!penaltiesEqualTolerant(homeTeam.penalty2, e.homePen2))
{
timer.enqueuePenalty("HOME", homeTeam.penalty2);
_log.Info("H P2 Queued");
}
if (!penaltiesEqualTolerant(awayTeam.penalty1, e.awayPen1))
{
timer.enqueuePenalty("AWAY", awayTeam.penalty1);
_log.Info("A P1 Queued");
}
if (!penaltiesEqualTolerant(awayTeam.penalty2, e.awayPen2))
{
timer.enqueuePenalty("AWAY", awayTeam.penalty2);
_log.Info("A P2 Queued");
}
}
