public void Setup() => Schedule(() =>
{
BeatDivisor.Value = 8;
Clock.Seek(0);
Child = composer = new TestComposer {
RelativeSizeAxes = Axes.Both
};
});
public void WhenExecuted_ShouldYield_DefaultSubstitutableClockFlow()
{
var passedFlow = default(IClockFlow);
TestComposer
.Prepare(flow => passedFlow = flow)
.Execute();
Assert.NotNull(passedFlow);
Assert.Same(passedFlow, SubstitutableClockFlow.Default);
}
public void WhenExecuted_ShouldCall_PrepareFactory()
{
const string methodName = nameof(TestComposer.IExecutable <object> .Execute);
var called = false;
object SampleFactory(IClockFlow _)
{
called = true;
return(new object());
}
var preparedExecutable = TestComposer
.Prepare(SampleFactory);
Assert.False(called, $"Expecting to not call given Factory before '{methodName}'.");
preparedExecutable
.Execute();
Assert.True(called, $"Expecting to call given Factory after '{methodName}'.");
}
public void WhenExecuted_ShouldYield_PreparedInitialClockFlow()
{
// TODO: Make this values more unique:
var instance = DateTimeOffset.Now;
var currentClick = DateTime.UtcNow;
var config = TimeZoneInfo.Local;
var preparable = TestComposer
.WithInitial(instance)
.WithInitial(currentClick)
.WithInitial(config);
var passedFlow = default(IClockFlow);
preparable
.Prepare(flow => passedFlow = flow)
.Execute();
Assert.NotNull(passedFlow);
Assert.Equal(instance, passedFlow.Instance);
Assert.Equal(currentClick, passedFlow.CurrentClick);
Assert.Equal(config, passedFlow.Config);
}
