TEST_F(BricksAudioMidiTest, VerifyTrackNames) {
MidiReader reader(fileStream);
for (int track = 0; !reader.EndOfFile(); reader.NextTrack(), track++) {
while (!reader.EndOfTrack()) {
AutoPointer<MidiEvent> event = reader.ReadEvent();
if (event->GetType() == MidiEventType::TrackName && track > 0) // Track 0's track name is the MIDI file name
EXPECT_EQ(String::Format("TRACK %d NAME", track), CastTo<MidiTextEvent>(event)->GetString()) << "Track name did not match";
}
}
}
TEST_F(BricksAudioMidiTest, VerifyTrackNotes) {
MidiReader reader(fileStream);
for (int track = 0; !reader.EndOfFile(); reader.NextTrack(), track++) {
int noteCount = 0;
while (!reader.EndOfTrack()) {
AutoPointer<MidiEvent> event = reader.ReadEvent();
if (event->GetType() == MidiEventType::NoteOn) {
EXPECT_EQ(track, CastTo<MidiNoteEvent>(event)->GetNote()) << "Track note value did not match";
noteCount++;
}
}
if (track > 0) // Track 0 has no notes, just tempo data
EXPECT_EQ(4, noteCount) << "Unexpected note count";
}
}
