public void TestKeepAlive()
{
TestDrawableHitObject dho = null;
TestLifetimeEntry entry = null;
AddStep("Create DHO", () => Child = dho = new TestDrawableHitObject
{
Entry = entry = new TestLifetimeEntry(new HitObject())
});
AddStep("KeepAlive = true", () =>
{
entry.LifetimeStart = 0;
entry.LifetimeEnd = 1000;
entry.KeepAlive = true;
});
AddAssert("Lifetime is overriden", () => entry.LifetimeStart == double.MinValue && entry.LifetimeEnd == double.MaxValue);
AddStep("Set LifetimeStart", () => dho.LifetimeStart = 500);
AddStep("KeepAlive = false", () => entry.KeepAlive = false);
AddAssert("Lifetime is correct", () => entry.LifetimeStart == 500 && entry.LifetimeEnd == 1000);
AddStep("Set LifetimeStart while KeepAlive", () =>
{
entry.KeepAlive = true;
dho.LifetimeStart = double.MinValue;
entry.KeepAlive = false;
});
AddAssert("Lifetime is changed", () => entry.LifetimeStart == double.MinValue && entry.LifetimeEnd == 1000);
}
public void TestDrawableLifetimeUpdateOnEntryLifetimeChange()
{
TestDrawableHitObject dho = null;
TestLifetimeEntry entry = null;
AddStep("Create DHO", () => Child = dho = new TestDrawableHitObject
{
Entry = entry = new TestLifetimeEntry(new HitObject())
});
AddStep("Set entry lifetime", () =>
{
entry.LifetimeStart = 777;
entry.LifetimeEnd = 888;
});
AddAssert("Drawable lifetime is updated", () => dho.LifetimeStart == 777 && dho.LifetimeEnd == 888);
AddStep("KeepAlive = true", () => entry.KeepAlive = true);
AddAssert("Drawable lifetime is updated", () => dho.LifetimeStart == double.MinValue && dho.LifetimeEnd == double.MaxValue);
AddStep("Modify start time", () => entry.HitObject.StartTime = 100);
AddAssert("Drawable lifetime is correct", () => dho.LifetimeStart == double.MinValue);
AddStep("Set LifetimeStart", () => dho.LifetimeStart = 666);
AddAssert("Lifetime change is blocked", () => dho.LifetimeStart == double.MinValue);
AddStep("Set LifetimeEnd", () => dho.LifetimeEnd = 999);
AddAssert("Lifetime change is blocked", () => dho.LifetimeEnd == double.MaxValue);
AddStep("KeepAlive = false", () => entry.KeepAlive = false);
AddAssert("Drawable lifetime is restored", () => dho.LifetimeStart == 666 && dho.LifetimeEnd == 999);
}
private void addHitObject(double time)
{
playfields.ForEach(p =>
{
var hitObject = new TestDrawableHitObject(time);
setAnchor(hitObject, p);
p.Add(hitObject);
});
}
public void TestChangeComboIndexAfterLoad()
{
TestDrawableHitObject hitObject = null;
AddStep("add hitobject", () => skinContainer.Add(hitObject = new TestDrawableHitObject()));
AddAssert("combo colour is red", () => hitObject.AccentColour.Value == Color4.Red);
AddStep("change combo", () => hitObject.HitObject.ComboIndex = 1);
AddAssert("combo colour is green", () => hitObject.AccentColour.Value == Color4.Green);
}
public void TestChangeComboIndexDuringLoad()
{
TestDrawableHitObject hitObject = null;
AddStep("add hitobject and set combo", () =>
{
skinContainer.Add(hitObject = new TestDrawableHitObject());
hitObject.HitObject.ComboIndex = 1;
});
AddAssert("combo colour is green", () => hitObject.AccentColour.Value == Color4.Green);
}
public void TestEarlyHitObjectIsAddedLaterInList()
{
DrawableHitObject hitObject = null;
AddStep("setup", () => container.Add(new TestDrawableHitObject(new HitObject {
StartTime = 500
})));
AddStep("add early hitobject", () => container.Add(hitObject = new TestDrawableHitObject(new HitObject())));
AddAssert("hitobject index is 0", () => container.IndexOf(hitObject) == 1);
}
public void TestStateChangeBeforeLoadComplete()
{
TestDrawableHitObject dho = null;
AddStep("Add DHO and apply result", () =>
{
Child = dho = new TestDrawableHitObject(new HitObject {
StartTime = Time.Current
});
dho.MissForcefully();
});
AddAssert("DHO state is correct", () => dho.State.Value == ArmedState.Miss);
}
public void TestChangeComboIndexBeforeLoad()
{
TestDrawableHitObject hitObject = null;
AddStep("set combo and add hitobject", () =>
{
hitObject = new TestDrawableHitObject();
hitObject.HitObject.ComboIndex = 1;
skinContainer.Add(hitObject);
});
AddAssert("combo colour is green", () => hitObject.AccentColour.Value == Colour4.Green);
}
public void TestHitObjectsResortedAfterStartTimeChange()
{
DrawableHitObject firstObject = null;
DrawableHitObject secondObject = null;
AddStep("setup", () =>
{
container.Add(firstObject = new TestDrawableHitObject(new HitObject()));
container.Add(secondObject = new TestDrawableHitObject(new HitObject {
StartTime = 1000
}));
});
AddStep("move first object after second", () => firstObject.HitObject.StartTime = 2000);
AddAssert("first object index is 1", () => container.IndexOf(firstObject) == 0);
AddAssert("second object index is 0", () => container.IndexOf(secondObject) == 1);
}
public void TestLifetimeUpdatedOnDefaultApplied()
{
TestLifetimeEntry entry = null;
AddStep("Create entry", () => entry = new TestLifetimeEntry(new HitObject())
{
LifetimeStart = 1
});
AddStep("ApplyDefaults", () => entry.HitObject.ApplyDefaults(new ControlPointInfo(), new BeatmapDifficulty()));
AddAssert("Lifetime is updated", () => entry.LifetimeStart == -TestLifetimeEntry.INITIAL_LIFETIME_OFFSET);
TestDrawableHitObject dho = null;
AddStep("Create DHO", () => Child = dho = new TestDrawableHitObject
{
Entry = entry,
SetLifetimeStartOnApply = true
});
AddStep("ApplyDefaults", () => entry.HitObject.ApplyDefaults(new ControlPointInfo(), new BeatmapDifficulty()));
AddAssert("Lifetime is correct", () => dho.LifetimeStart == TestDrawableHitObject.LIFETIME_ON_APPLY && entry.LifetimeStart == TestDrawableHitObject.LIFETIME_ON_APPLY);
}
public void TestEntryLifetime()
{
TestDrawableHitObject dho = null;
var initialHitObject = new HitObject
{
StartTime = 1000
};
var entry = new TestLifetimeEntry(new HitObject
{
StartTime = 2000
});
AddStep("Create DHO", () => Child = dho = new TestDrawableHitObject(initialHitObject));
AddAssert("Correct initial lifetime", () => dho.LifetimeStart == initialHitObject.StartTime - TestDrawableHitObject.INITIAL_LIFETIME_OFFSET);
AddStep("Apply entry", () => dho.Apply(entry));
AddAssert("Correct initial lifetime", () => dho.LifetimeStart == entry.HitObject.StartTime - TestLifetimeEntry.INITIAL_LIFETIME_OFFSET);
AddStep("Set lifetime", () => dho.LifetimeEnd = 3000);
AddAssert("Entry lifetime is updated", () => entry.LifetimeEnd == 3000);
}
