internal void Update(NativeQueue <IPCQueuedMessage> queue)
{
IPCQueuedMessage val;
while (queue.TryDequeue(out val))
{
m_IPCQueue.Enqueue(val.dest, val.data);
}
}
public void NativeMultiQueue_SimpleScenarios()
{
using (NativeMultiQueue <int> eventQ = new NativeMultiQueue <int>(5))
{
for (int connection = 0; connection < 5; connection++)
{
// Test Add
int item = 0;
eventQ.Enqueue(connection, 1);
eventQ.Enqueue(connection, 1);
eventQ.Enqueue(connection, 1);
eventQ.Enqueue(connection, 1);
eventQ.Enqueue(connection, 1);
// Add grows capacity
eventQ.Enqueue(connection, 1);
// Test Rem
Assert.True(eventQ.Dequeue(connection, out item));
Assert.True(eventQ.Dequeue(connection, out item));
Assert.True(eventQ.Dequeue(connection, out item));
Assert.True(eventQ.Dequeue(connection, out item));
Assert.True(eventQ.Dequeue(connection, out item));
// Remove with grown capacity
Assert.True(eventQ.Dequeue(connection, out item));
}
}
}
internal unsafe void Update(NetworkInterfaceEndPoint local, NativeQueue <QueuedSendMessage> queue)
{
QueuedSendMessage val;
while (queue.TryDequeue(out val))
{
var ipcData = new IPCData();
UnsafeUtility.MemCpy(ipcData.data, val.Data, val.DataLength);
ipcData.length = val.DataLength;
ipcData.from = *(int *)local.data;
m_IPCQueue.Enqueue(*(int *)val.Dest.data, ipcData);
}
}