private void RemoveChords_DetectionSettings_EventsCollection_WithoutPredicate(
ContainerType containerType,
ChordDetectionSettings settings,
ICollection <MidiEvent> midiEvents,
ICollection <MidiEvent> expectedMidiEvents)
{
var eventsCollection = new EventsCollection();
eventsCollection.AddRange(midiEvents);
var chordsCount = eventsCollection.GetChords(settings).Count;
switch (containerType)
{
case ContainerType.EventsCollection:
{
Assert.AreEqual(
chordsCount,
eventsCollection.RemoveChords(settings),
"Invalid count of removed chords.");
var expectedEventsCollection = new EventsCollection();
expectedEventsCollection.AddRange(expectedMidiEvents);
MidiAsserts.AreEqual(expectedEventsCollection, eventsCollection, true, "Events are invalid.");
Assert.IsTrue(
eventsCollection.All(e => midiEvents.Any(ee => object.ReferenceEquals(e, ee))),
"There are new events references.");
}
break;
case ContainerType.TrackChunk:
{
var trackChunk = new TrackChunk(eventsCollection);
Assert.AreEqual(
chordsCount,
trackChunk.RemoveChords(settings),
"Invalid count of removed chords.");
var expectedTrackChunk = new TrackChunk(expectedMidiEvents);
MidiAsserts.AreEqual(expectedTrackChunk, trackChunk, true, "Events are invalid.");
Assert.IsTrue(
trackChunk.Events.All(e => midiEvents.Any(ee => object.ReferenceEquals(e, ee))),
"There are new events references.");
}
break;
case ContainerType.TrackChunks:
case ContainerType.File:
{
RemoveChords_DetectionSettings_TrackChunks_WithoutPredicate(
containerType == ContainerType.File,
settings,
new[] { midiEvents },
new[] { expectedMidiEvents });
}
break;
}
}