TEST( DrumEvent, GettersSetters )
{
int MAX_TYPE = 3;
prepareSampleManager();
int position = randomInt( 0, 15 );
int type = randomInt( 0, MAX_TYPE );
int timbre = randomInt( 0, 1 );
DrumInstrument* instrument = new DrumInstrument();
DrumEvent* audioEvent = new DrumEvent( position, type, timbre, instrument );
// randomize type values
type = randomInt( 0, 3 );
timbre = randomInt( 0, 1 );
audioEvent->setType( type );
audioEvent->setTimbre( timbre );
EXPECT_EQ( type, audioEvent->getType() )
<< "expected type to equal the value given in the setter";
EXPECT_EQ( timbre, audioEvent->getTimbre() )
<< "expected timbre to equal the value given in the setter";
SampleManager::flushSamples();
delete audioEvent;
delete instrument;
}
TEST( DrumEvent, Constructor )
{
int MAX_TYPE = 3;
prepareSampleManager();
int position = randomInt( 0, 15 );
int type = randomInt( 0, MAX_TYPE );
int timbre = randomInt( 0, 1 );
DrumInstrument* instrument = new DrumInstrument();
DrumEvent* audioEvent = new DrumEvent( position, type, timbre, instrument );
EXPECT_EQ( position, audioEvent->position )
<< "expected position to equal the value given in constructor";
EXPECT_EQ( type, audioEvent->getType() )
<< "expected type to equal the value given in constructor";
EXPECT_EQ( timbre, audioEvent->getTimbre() )
<< "expected timbre to equal the value given in constructor";
SampleManager::flushSamples();
delete audioEvent;
delete instrument;
}
void DrumPattern::removeDrumEvent( int aPosition, int aType )
{
int removed = 0;
for ( int i = 0; i < audioEvents->size(); i++ )
{
DrumEvent* vo = (( DrumEvent* ) audioEvents->at( i ));
if ( vo->position == aPosition && vo->getType() == aType )
{
vo->setDeletable( true ); // actual removal is invoked by the sequencer
removed = 1;
break;
}
}
eventAmount = audioEvents->size() - removed;
}