void InitTickables()
{
_updater = new TaskUpdater <ITickable>(UpdateTickable);
foreach (var type in _priorities.Select(x => x.First))
{
Assert.That(type.DerivesFrom <ITickable>(),
"Expected type '{0}' to drive from ITickable while checking priorities in TickableHandler", type.Name());
}
var priorityMap = _priorities.ToDictionary(x => x.First, x => x.Second);
foreach (var tickable in _tickables)
{
int priority;
if (priorityMap.TryGetValue(tickable.GetType(), out priority))
{
_updater.AddTask(tickable, priority);
}
else
{
_updater.AddTask(tickable);
}
}
}
void InitTickables()
{
_updater = new TaskUpdater <ITickable>(UpdateTickable);
foreach (var type in _priorities.Select(x => x.First))
{
Assert.That(type.DerivesFrom <ITickable>(),
"Expected type '{0}' to drive from ITickable while checking priorities in TickableHandler", type.Name());
}
foreach (var tickable in _tickables)
{
// Note that we use zero for unspecified priority
// This is nice because you can use negative or positive for before/after unspecified
var matches = _priorities.Where(x => tickable.GetType().DerivesFromOrEqual(x.First)).Select(x => x.Second).ToList();
int priority = matches.IsEmpty() ? 0 : matches.Single();
_updater.AddTask(tickable, priority);
}
}
public void AddFixed(IFixedTickable tickable)
{
_fixedUpdater.AddTask(tickable);
}
public void AddLate(ILateTickable tickable)
{
_lateUpdater.AddTask(tickable);
}
public void Add(ITickable tickable)
{
_updater.AddTask(tickable);
}
public void AddFixed(IFixedTickable tickable, int priority = 0)
{
_fixedUpdater.AddTask(tickable, priority);
}
public void AddLate(ILateTickable tickable, int priority = 0)
{
_lateUpdater.AddTask(tickable, priority);
}
public void Add(ITickable tickable, int priority = 0)
{
_updater.AddTask(tickable, priority);
}