public void Should_Throw_InvalidOperationExceptiong_If_Processor_Queue_Is_Empty_And_Dequeue_Called()
{
var processor = new HybridFlowProcessor <int>();
Action action = () => processor.Dequeue();
action.Should().Throw <InvalidOperationException>();
}
public void Should_Pop_Item_From_The_Beginning_Of_Processing_Items_With_Mix_Add()
{
var processor = new HybridFlowProcessor <int>();
processor.Enqueue(6);
processor.Push(5);
processor.Pop().Should().Be(5);
}
public void Should_Dequeue_Item_From_The_Beginning_Of_Processing_Items()
{
var processor = new HybridFlowProcessor <int>();
processor.Enqueue(5);
processor.Enqueue(6);
processor.Dequeue().Should().Be(5);
}
public void Should_Pop_Item_From_The_Top_Of_Processing_Items()
{
var processor = new HybridFlowProcessor <int>();
processor.Push(5);
processor.Push(6);
var actualElement = processor.Pop();
actualElement.Should().Be(6);
}
public void Should_Throw_InvalidOperationExceptiong_If_Processor_Queue_Is_Empty_And_Pop_Called()
{
// Arrange
var processor = new HybridFlowProcessor <int>();
// Act
Action action = () => processor.Pop();
// Assert
action.Should()
.Throw <InvalidOperationException>();
}
public void Should_Dequeue_Item_From_The_Beginning_Of_Processing_Items_With_Mix_Add()
{
// Arrange
var processor = new HybridFlowProcessor <int>();
processor.Push(5);
processor.Enqueue(6);
// Act
var actualElement = processor.Dequeue();
// Assert
actualElement.Should()
.Be(5);
}
