void MainWindow::onValueChanged()
{
if(bridge) {
bridge->deleteLater();
QThread::yieldCurrentThread(); // Try and get any signals from the bridge sent sooner not later
QCoreApplication::processEvents();
bridge = NULL;
}
Settings::setLastMidiIn(ui->cmbMidiIn->currentText());
Settings::setLastMidiOut(ui->cmbMidiOut->currentText());
Settings::setLastSerialPort(ui->cmbSerial->currentText());
if(!ui->chk_on->isChecked()
|| ( ui->cmbSerial->currentIndex() == 0
&& ui->cmbMidiIn->currentIndex() == 0
&& ui->cmbMidiOut->currentIndex() == 0 )) {
return;
}
ui->lst_debug->clear();
int midiIn =ui->cmbMidiIn->currentIndex()-1;
int midiOut = ui->cmbMidiOut->currentIndex()-1;
ui->lst_debug->addItem("Starting MIDI<->Serial Bridge...");
bridge = new Bridge();
connect(bridge, SIGNAL(debugMessage(QString)), SLOT(onDebugMessage(QString)));
connect(bridge, SIGNAL(displayMessage(QString)), SLOT(onDisplayMessage(QString)));
connect(bridge, SIGNAL(midiReceived()), ui->led_midiin, SLOT(blinkOn()));
connect(bridge, SIGNAL(midiSent()), ui->led_midiout, SLOT(blinkOn()));
connect(bridge, SIGNAL(serialTraffic()), ui->led_serial, SLOT(blinkOn()));
bridge->attach(ui->cmbSerial->itemData(ui->cmbSerial->currentIndex()).toString(), Settings::getPortSettings(), midiIn, midiOut, workerThread);
}
int main(int argc, char *argv[])
{
QCoreApplication a(argc, argv);
qDebug() << "discoFever starting...";
g_appParameters = new QtKApplicationParameters(0,QString("discoFever"));
if(g_appParameters->fileLoad(false))
{
setDefaultParameters();
QString msg = "discoFever.cfg not found!\r\nSetting default configuration.";
qDebug() << msg;
a.exit();
}
if(!g_appParameters->loadParam(QString("aplicacion"),QString("fileLog"),0).compare("1"))
{
qInstallMessageHandler(debugLogger);
}
qtkVirtualMIDI midi;
networkThread network(QHostAddress(g_appParameters->loadParam(QString("network"),QString("udpHost"),0)),
(quint16)g_appParameters->loadParam(QString("network"),QString("udpPort"),0).toInt(),
(quint8)g_appParameters->loadParam(QString("network"),QString("statusRepeat"),0).toInt(),
(quint8)g_appParameters->loadParam(QString("network"),QString("midiOffIgnore"),0).toInt(),
(quint8)g_appParameters->loadParam(QString("network"),QString("midiChannelFilter"),0).toInt(),
(quint8)g_appParameters->loadParam(QString("network"),QString("midiChannelFilterEnable"),0).toInt(),
(quint8)g_appParameters->loadParam(QString("network"),QString("midiNoteOffset"),0).toInt());
switch(midi.getStatus())
{
case stReady:
QObject::connect(&midi,SIGNAL(midiReceived(midiMessage)),&network, SLOT(OnMidiReceived(midiMessage)));
network.start();
qDebug() << "discoFever is ready to dance!";
return a.exec();
break;
case stUnknown:
case stClosed:
case stError:
default:
qDebug() << "qtkVirtualMIDI error, status: " << midi.getStatus();
qDebug() << "discoFever will exit now...";
break;
}
return 0;
}
void Bridge::onMidiIn(double timeStamp, QByteArray message)
{
QString description = describeMIDI(message);
QString translatedmessage = translateMIDItoSerialCommand(message);
QByteArray ba = translatedmessage.toLocal8Bit();
const char *translatedmessagetosend = ba.data();
emit debugMessage(applyTimeStamp(QString("MIDI In: %1").arg((QString) translatedmessage)));
emit midiReceived();
if(serial && serial->isOpen()) {
serial->write(translatedmessagetosend);
// serial->write(message);
emit serialTraffic();
}
}
