public void Setup()
{
StackUnderTest = new ProcessingStack <string, StateInfo>();
StackUnderTest.Push("good bye", StateInfo.PUSHED);
StackUnderTest.Push("middle", StateInfo.PUSHED);
StackUnderTest.Push("hello", StateInfo.PUSHED);
}
private void InitializeConfig()
{
var frame = new ProcessingFrame
{
Rectangle = new DRect
{
X = RgSettings.X1,
Y = RgSettings.Y1,
Width = RgSettings.W,
Height = RgSettings.H
}
};
_stack.Push(frame);
}
private void InitializeConfig()
{
var frame = new ProcessingFrame
{
Rectangle = new DRect
{
X = -1.0,
Y = -1.0,
Width = 2.0,
Height = 2.0
}
};
_stack.Push(frame);
}
public void ProcessingStack_ExceedInitialStackCapacity_Test()
{
int testVolume = ProcessingStack <string, StateInfo> .DEFAULT_SIZE * 2;
while (StackUnderTest.StackDepth < testVolume)
{
StackUnderTest.Push(string.Format("Padding {0}", StackUnderTest.StackDepth), StateInfo.PUSHED);
}
for (int i = testVolume; i > 0; i--)
{
Assert.AreNotEqual(StateInfo.ERROR, StackUnderTest.StackTop_Step);
Console.WriteLine("Stack Value: " + StackUnderTest.StackTop_Item);
StackUnderTest.Pop();
}
Assert.AreEqual(StateInfo.ERROR, StackUnderTest.StackTop_Step);
Assert.IsTrue(StackUnderTest.Empty);
}
public void Setup()
{
StackUnderTest = new ProcessingStack<string, StateInfo>();
StackUnderTest.Push("good bye", StateInfo.PUSHED);
StackUnderTest.Push("middle", StateInfo.PUSHED);
StackUnderTest.Push("hello", StateInfo.PUSHED);
}