public void SetUp()
{
CoroutineRunner cr = new CoroutineRunner();
runnerUnderTest = cr;
moveNextCallCount = 0;
mockTickGroup = ETickGroup.Update;
mockCoroutine = new MockCoroutine(this);
}
public IEnumerator MoveNext_is_called_for_FixedUpdate()
{
mockTickGroup = ETickGroup.FixedUpdate;
runnerUnderTest.Start(mockCoroutine);
yield return(null);
yield return(null);
Assert.AreEqual(2, moveNextCallCount);
}
public void SetUp()
{
expectedCallCount = 10;
runnerUnderTest = new CoroutineRunner();
moveNextCallCount = 0;
mockTickGroup = ETickGroup.Update;
mockCoroutine = Substitute.For <ICFunc>();
mockCoroutine.MoveNext().Returns(ci => ++ moveNextCallCount < expectedCallCount);
mockCoroutine.TickGroup.Returns(ci => mockTickGroup);
}
void StepRoutines(ETickGroup tickGroup)
{
_removedDuringStepCount = 0;
for (int i = _routines.Count - 1; i >= _removedDuringStepCount; i--)
{
ICFunc cw = _routines[i - _removedDuringStepCount];
if (cw.TickGroup == tickGroup)
{
if (MoveNextWithTryCatch(cw) == false)
{
RemoveFunction(cw);
}
}
}
}
public IEnumerator MoveNextIsCalledAsExpected(
[Values] ETickGroup tickGroup,
[Range(1, 10)] int callCount
)
{
expectedCallCount = callCount;
mockTickGroup = tickGroup;
runnerUnderTest.Start(mockCoroutine);
int i = 15; // more than enough to complete the coroutine
while (i-- > 0)
{
yield return(null);
}
mockCoroutine.Received(expectedCallCount).MoveNext();
}
