void endCd() {
std::cout << "Shutting down CD..." << std::endl;
_amp->off();
_amp->setCd(_cd);
_cd->eject();
_cd->off();
}
void listenToRadio(double frequency) {
std::cout << "Tuning in the airwaves..." << std::endl;
_tuner->on();
_tuner->setFrequency(frequency);
_amp->on();
_amp->setVolume(5);
_amp->setTuner(_tuner);
}
void endCd()
{
HUM_TRACE(ACE_TEXT("HomeTheaterFacade::endCd"));
std::cout << "Shutting down CD..." << std::endl;
_amp->off();
_amp->setCd( _cd );
_cd->eject();
_cd->off();
}
void listenToCd(std::string cdTitle) {
std::cout << "Get ready for an audiopile experence..." << std::endl;
_lights->on();
_amp->on();
_amp->setVolume(5);
_amp->setCd(_cd);
_amp->setStereoSound();
_cd->on();
_cd->play(cdTitle);
}
void listenToRadio( double frequency )
{
HUM_TRACE(ACE_TEXT("HomeTheaterFacade::listenToRadio"));
std::cout << "Tuning in the airwaves..." << std::endl;
_tuner->on();
_tuner->setFrequency( frequency );
_amp->on();
_amp->setVolume( 5 );
_amp->setTuner( _tuner );
}
void listenToCd( std::string cdTitle )
{
HUM_TRACE(ACE_TEXT("HomeTheaterFacade::listenToCd"));
std::cout << "Get ready for an audiopile experence..." << std::endl;
_lights->on();
_amp->on();
_amp->setVolume( 5 );
_amp->setCd( _cd );
_amp->setStereoSound();
_cd->on();
_cd->play( cdTitle );
}
void watchMovie(std::string movie) {
std::cout << "Get ready to watch a movie..." << std::endl;
_popper->on();
_popper->pop();
_lights->dim(10);
_screen->down();
_projector->on();
_projector->wideScreenMode();
_amp->on();
_amp->setDvd(_dvd);
_amp->setSurroundSound();
_amp->setVolume(5);
_dvd->on();
_dvd->play(movie);
}
void playMovie()
{
dvd->on();
projector->on();
amplifier->on();
dvd->play();
}
void endRadio()
{
HUM_TRACE(ACE_TEXT("HomeTheaterFacade::endRadio"));
std::cout << "Shutting down the tuner..." << std::endl;
_tuner->off();
_amp->off();
}
void watchMovie( std::string movie )
{
HUM_TRACE(ACE_TEXT("HomeTheaterFacade::watchMovie"));
std::cout << "Get ready to watch a movie..." << std::endl;
_popper->on();
_popper->pop();
_lights->dim( 10 );
_screen->down();
_projector->on();
_projector->wideScreenMode();
_amp->on();
_amp->setDvd( _dvd );
_amp->setSurroundSound();
_amp->setVolume( 5 );
_dvd->on();
_dvd->play( movie );
}
int main()
{
Audio_IO audiostream;
audiostream.set_mode(AUDIO_IO_READWRITE);
audiostream.set_samplerate(SAMPLERATE); // constante aanmaken
audiostream.set_nrofchannels(NOC); // constante aanmaken
audiostream.set_framesperbuffer(FPB); // constante aanmaken
audiostream.initialise();
audiostream.list_devices();
int device;
cout << "\nGive input device number: ";
cin >> device;
audiostream.set_input_device(device);
cout << "Give output device number: ";
cin >> device;
audiostream.set_output_device(device);
audiostream.start_server();
Amplifier* amp;
switch(MODE)
{
default: amp = new Amplifier();
case 0: amp = new Amplifier();
case 1: amp = new Tremolo();
case 2: amp = new Bitcrusher();
}
while(true)
{
audiostream.read(amp->get_buffer());
amp->process_samples();
audiostream.write(amp->get_buffer());
}
audiostream.finalise();
return 0;
} // main()
int main()
{
DVD dvd;
Amplifier amplifier;
Projector projector;
// non-facade method
// play movie
cout<<"################# Non-facade Pattern ####################"<<endl;
dvd.on();
projector.on();
amplifier.on();
dvd.play();
// using facade pattern
cout<<"################# Facade Pattern ####################"<<endl;
FacadeThreater ft(&dvd, &lifier, &projector);
ft.playMovie();
return 0;
}
void endMovie() {
std::cout << "Shutting movie theater down..." << std::endl;
_popper->off();
_lights->on();
_screen->up();
_projector->off();
_amp->off();
_dvd->stop();
_dvd->eject();
_dvd->off();
}
void endMovie()
{
HUM_TRACE(ACE_TEXT("HomeTheaterFacade::endMovie"));
std::cout << "Shutting movie theater down..." << std::endl;
_popper->off();
_lights->on();
_screen->up();
_projector->off();
_amp->off();
_dvd->stop();
_dvd->eject();
_dvd->off();
}
int main(int argc, char** argv) {
std::cout << "%SUITE_STARTING% testAmplifierServer" << std::endl;
Amplifier driver;
AmplifierServer server(&driver);
driver.set_description(new DummyAmpDesc(&driver));
std::cout << "Amplifier driver created" << std::endl;
std::cout << driver.get_description()->get_json();
po::options_description options("Program Options");
options.add_options()
("help,H","Show program options and help");
options.add(driver.get_options()).add(server.get_options());
po::variables_map vm;
po::store(po::parse_command_line(argc,argv,options),vm);
if (vm.count("help"))
cout << options <<"\n";
po::notify(vm);
Logger log(driver.get_sampling_rate(),"testServer");
server.set_logger(&log);
server.init(vm);
if (!vm.count("start"))
server.start_sampling();
return (EXIT_SUCCESS);
}
int main(int argc, char* argv[])
{
if (argc < 2)
{
cout << "Please provide something like this: " << endl;
cout << "'guitarfx amplifier 1','guitarfx distortion 75 0.5' or 'guitarfx tremolo 5 0.5'" << endl;
cout << "'these parameters are: amplitude, gain & bandwith, and rate & depth" << endl;
return 0;
}
else if (argc > 2)
{
if (strcmp(argv[1], "amplifier") == 0)
{
Amplifier* effect;
effect = new Amplifier();
effect->setLevel(atof(argv[2]));
cout << endl;
effect->info();
cout << endl;
effect->startAudioCallback();
while (true)
{
effect->readBuffer();
effect->process();
effect->writeBuffer();
}
}
else if (strcmp(argv[1], "distortion") == 0)
{
Distortion* effect;
effect = new Distortion();
effect->setGain(atof(argv[2]));
effect->setBandwith(atof(argv[3]));
cout << endl;
effect->info();
cout << endl;
effect->startAudioCallback();
while (true)
{
effect->readBuffer();
effect->process();
effect->writeBuffer();
}
}
else if (strcmp(argv[1], "tremolo") == 0)
{
Tremolo* effect;
effect = new Tremolo();
effect->setRate(atof(argv[2]));
effect->setDepth(atof(argv[3]));
cout << endl;
effect->info();
cout << endl;
effect->startAudioCallback();
while (true)
{
effect->readBuffer();
effect->process();
effect->writeBuffer();
}
}
}
} // main()
void stopMovie()
{
amplifier->off();
projector->off();
dvd->off();
}
void endRadio() {
std::cout << "Shutting down the tuner..." << std::endl;
_tuner->off();
_amp->off();
}
