public Coroutine(string lockID, float waitTime, LockQueue lockedCoroutines)
{
this.lockable = true;
this.lockID = lockID;
this.lockedCoroutines = lockedCoroutines;
this.waitTime = waitTime;
}
public void TestWriteRead()
{
LockQueue queue = new LockQueue();
queue.LockNoWait("lock1", LockType.Write);
Assert.AreEqual(queue.Length, 1);
queue.LockNoWait("lock2", LockType.Read);
Assert.AreEqual(queue.Length, 1);
}
/// <summary>
/// Lockable coroutine. Can either wait for a previous coroutine to finish or a timeout or just bail if previous one isn't done.
/// Caution: the default timeout is 10 seconds. Coroutines that timeout just drop so if its essential increase this timeout.
/// Set waitTime to 0 for no wait
/// </summary>
public static Coroutine <T> StartCoroutine <T>(this MonoBehaviour mb, IEnumerator coroutine, string lockID, float waitTime = 10f)
{
if (!LockedCoroutineQueues.ContainsKey(mb))
{
LockedCoroutineQueues[mb] = new LockQueue();
}
Coroutine <T> coroutineObj = new Coroutine <T>(lockID, waitTime, LockedCoroutineQueues[mb]);
coroutineObj.coroutine = mb.StartCoroutine(coroutineObj.InternalRoutine(coroutine));
return(coroutineObj);
}
/// <summary>
/// Lockable coroutine. Can either wait for a previous coroutine to finish or a timeout or just bail if previous one isn't done.
/// Caution: the default timeout is 10 seconds. Coroutines that timeout just drop so if its essential increase this timeout.
/// Set waitTime to 0 for no wait
/// </summary>
public Coroutine <T> StartCoroutine <T>(IEnumerator coroutine, string lockID, float waitTime = 10f)
{
if (LockedCoroutineQueue == null)
{
LockedCoroutineQueue = new LockQueue();
}
Coroutine <T> coroutineObj = new Coroutine <T>(lockID, waitTime, LockedCoroutineQueue);
coroutineObj.coroutine = base.StartCoroutine(coroutineObj.InternalRoutine(coroutine));
return(coroutineObj);
}
public void TestAddAndRemove()
{
LockQueue queue = new LockQueue();
queue.LockNoWait("lock1", LockType.Read);
Assert.AreEqual(queue.Length, 1);
queue.LockNoWait("lock2", LockType.Read);
Assert.AreEqual(queue.Length, 2);
queue.Unlock("lock2");
Assert.AreEqual(queue.Length, 2);
queue.Unlock("lock1");
Assert.AreEqual(queue.Length, 0);
}