public HandTimingVMEntry(ETimeModus timeModus, RunResult runResult, TimeSpan?handTime)
{
_timeModus = timeModus;
_manuallyAdjustedStartTime = false;
_manuallyAdjustedFinishTime = false;
_handTime = handTime;
_runResult = runResult;
copyFromRunResult(runResult);
}
private bool parseTimingVMKey(string key, out Race race, out RaceRun run, out ETimeModus timeModus)
{
race = null;
run = null;
timeModus = ETimeModus.EStartTime;
var keyParts = key.Split('_');
if (keyParts.Length != 3)
{
return(false);
}
foreach (var r in _dm.GetRaces())
{
if (r.RaceType.ToString() == keyParts[0])
{
race = r;
break;
}
}
if (race == null)
{
return(false);
}
foreach (var r in race.GetRuns())
{
if (r.Run.ToString() == keyParts[1])
{
run = r;
break;
}
}
if (ETimeModus.EStartTime.ToString() == keyParts[2])
{
timeModus = ETimeModus.EStartTime;
}
else if (ETimeModus.EFinishTime.ToString() == keyParts[2])
{
timeModus = ETimeModus.EFinishTime;
}
else
{
return(false);
}
return(true);
}
public HandTimingVM GetHandTimingVM(Race race, RaceRun run, ETimeModus timeModus)
{
HandTimingVM vm;
if (!_handTimingVM.TryGetValue(handTimingVMKey(race, run, timeModus), out vm))
{
vm = new HandTimingVM(timeModus);
_handTimingVM.Add(handTimingVMKey(race, run, timeModus), vm);
}
vm.AddRunResults(run.GetResultList());
return(vm);
}
private string handTimingVMKey(Race race, RaceRun run, ETimeModus timeModus)
{
return(string.Format("{0}_{1}_{2}", race.RaceType, run.Run, timeModus));
}
