// Can be called from another thread
private void getBTDataFromThread(byte[] data)
{
SingleLinkNode <byte[]> node = new SingleLinkNode <byte[]>();
node.Item = data;
BTDataIn.Push(node);
}
// Can be called from another thread
private void getBTDataFromThread(string data)
{
SingleLinkNode <string> node = new SingleLinkNode <string>();
node.Item = data;
BTDataIn.Push(node);
}
void clientGetData(string data)
{
// In order to get back to the main thread
// (Unity cannot handle scene modifications on other threads),
// we put the data in a concurrent pool
SingleLinkNode <string> node = new SingleLinkNode <string>();
node.Item = data;
dataIn.Push(node);
// Next part of the pipeline is DataHandler.Update()
}
void getData(byte[] data)
{
//Debug.Log("getData() + " + data);
// In order to get back to the main thread
// (Unity cannot handle scene modifications on other threads),
// we put the data in a concurrent pool
SingleLinkNode <byte[]> node = new SingleLinkNode <byte[]>();
node.Item = data;
dataIn.Push(node);
// Next part of the pipeline is DataServer.Update()
}
public bool Dequeue(out T item)
{
item = default(T);
SingleLinkNode <T> oldHead = null;
bool haveAdvancedHead = false;
while (!haveAdvancedHead)
{
oldHead = head;
SingleLinkNode <T> oldTail = tail;
SingleLinkNode <T> oldHeadNext = oldHead.Next;
if (oldHead == head)
{
if (oldHead == oldTail)
{
if (oldHeadNext == null)
{
return(false);
}
SyncMethods.CAS <SingleLinkNode <T> >(ref tail, oldTail, oldHeadNext);
}
else
{
item = oldHeadNext.Item;
haveAdvancedHead = SyncMethods.CAS <SingleLinkNode <T> >(ref head, oldHead, oldHeadNext);
if (haveAdvancedHead)
{
trash.Push(oldHead);
}
}
}
}
count--;
return(true);
}