public ImageCacher(ILocalImageCache localRunner)
{
this.localRunner = localRunner;
LocalStorageRunner.QueueSpeed queueSpeed = this.GetQueueSpeed();
this.localRunner.Init(queueSpeed);
ImageCacher.UnloaderType unloaderType = this.GetUnloaderType();
FMLogger.vCore(string.Concat(new object[]
{
"buffer type: ",
unloaderType,
" queue speed: ",
queueSpeed
}));
switch (unloaderType)
{
case ImageCacher.UnloaderType.LowEnd:
this.unloader = new LowEndUnloadBehaviour(this.cached, localRunner);
break;
case ImageCacher.UnloaderType.MidEnd:
this.unloader = new MidEndUnloadBehaviour(this.cached, localRunner);
break;
case ImageCacher.UnloaderType.HighEnd:
this.unloader = new HighEndUnloadBehaviour(this.cached, localRunner);
break;
default:
this.unloader = new LowEndUnloadBehaviour(this.cached, localRunner);
break;
}
}
public void Init(LocalStorageRunner.QueueSpeed queueSpeed = LocalStorageRunner.QueueSpeed.Slow)
{
if (queueSpeed != LocalStorageRunner.QueueSpeed.Slow)
{
if (queueSpeed != LocalStorageRunner.QueueSpeed.Medium)
{
if (queueSpeed == LocalStorageRunner.QueueSpeed.Fast)
{
this.queue = new FastQueueRunner(new Func <IEnumerator, Coroutine>(base.StartCoroutine));
}
}
else
{
this.queue = new MediumQueueRunner(new Func <IEnumerator, Coroutine>(base.StartCoroutine));
}
}
else
{
this.queue = new SlowQueueRunner();
}
FMLogger.vCore("queue speed " + queueSpeed);
this.processorCoroutine = base.StartCoroutine(this.queue.QueueProcessor());
}
