public void Delete(TimeLogger inClock)
{
if (inClock.Active)
{
ClockState(inClock, false);
}
_clocks.Remove(inClock);
}
public void Archive(TimeLogger inClock)
{
if (inClock.Active)
{
ClockState(inClock, false);
}
inClock.Archived = true;
}
public void AddClock()
{
TimeLogger newClock = new TimeLogger();
newClock.Name = newClock.NiceName = GetUniqueName(newClock.Name);
List <int> priorities = new List <int>()
{
-1
};
foreach (TimeLogger clock in _clocks)
{
priorities.Add(clock.Priority);
}
priorities.Sort();
priorities.Reverse();
newClock.Priority = priorities[0] + 1;
_clocks.Add(newClock);
}
public void ClockState(TimeLogger inClock, bool inActivate)
{
bool newValue = inActivate;
List <TimeLogger> toActivate = new List <TimeLogger>();
List <TimeLogger> toDeActivate = new List <TimeLogger>();
(inActivate ? toActivate : toDeActivate).Add(inClock);
bool allDeactivated = !inActivate;
foreach (TimeLogger clock in _clocks)
{
if (clock == inClock)
{
continue;
}
if (inActivate)
{
if (clock.Active)
{
if (inClock.Solo || clock.Solo)
{
toDeActivate.Add(clock);
}
else if (allDeactivated)
{
allDeactivated = false;
}
}
}
else if (clock.Active && allDeactivated)
{
allDeactivated = false;
}
}
if (allDeactivated)
{
List <TimeLogger> autoStartCandidates = new List <TimeLogger>();
foreach (TimeLogger clock in _clocks)
{
if (clock.AutoStart)
{
autoStartCandidates.Add(clock);
}
}
//Reactivate an available TimeLogger
if (autoStartCandidates.Count > 0)
{
autoStartCandidates.Sort();
toActivate.Add(autoStartCandidates[0]);
}
else
{
//Reactivate the same logger
//toDeActivate.Remove(inClock);
}
}
foreach (TimeLogger clock in toActivate)
{
clock.Activate();
}
foreach (TimeLogger clock in toDeActivate)
{
clock.DeActivate();
}
}