public virtual void TestFull() { SinkQueue <int> q = new SinkQueue <int>(1); q.Enqueue(1); Assert.True("should drop", !q.Enqueue(2)); Assert.Equal("element", 1, (int)q.Dequeue()); q.Enqueue(3); q.Consume(new _Consumer_114()); Assert.Equal("queue size", 0, q.Size()); }
public virtual void TestCommon() { SinkQueue <int> q = new SinkQueue <int>(2); q.Enqueue(1); Assert.Equal("queue front", 1, (int)q.Front()); Assert.Equal("queue back", 1, (int)q.Back()); Assert.Equal("element", 1, (int)q.Dequeue()); Assert.True("should enqueue", q.Enqueue(2)); q.Consume(new _Consumer_50()); Assert.True("should enqueue", q.Enqueue(3)); Assert.Equal("element", 3, (int)q.Dequeue()); Assert.Equal("queue size", 0, q.Size()); Assert.Equal("queue front", null, q.Front()); Assert.Equal("queue back", null, q.Back()); }
public virtual void TestConsumerException() { SinkQueue <int> q = new SinkQueue <int>(1); RuntimeException ex = new RuntimeException("expected"); q.Enqueue(1); try { q.Consume(new _Consumer_157(ex)); } catch (Exception expected) { NUnit.Framework.Assert.AreSame("consumer exception", ex, expected); } // The queue should be in consistent state after exception Assert.Equal("queue size", 1, q.Size()); Assert.Equal("element", 1, (int)q.Dequeue()); }