bool SGMSSAAppController::startup() {
// Initialize AMBeamline::bl() as an SGMBeamline::sgm() instance. FIRST!
SGMBeamline::sgm();
if(AMAppController::startup()) {
// Testing and making the first run in the database, if there isn't one already. Make this it's own function if you think startup() is getting too big ; )
////////////////////////////////////////
AMRun existingRun;
if(!existingRun.loadFromDb(AMDatabase::database("user"), 1)) {
// no run yet... let's create one.
AMRun firstRun("SGM", 3); /// \todo For now, we know that 5 is the ID of the REIXS facility, but this is a hardcoded hack.
firstRun.storeToDb(AMDatabase::database("user"));
}
// Create panes in the main window:
////////////////////////////////////
mw_->insertHeading("Beamline Control", 0);
//////////
/*
samplePositionView_ = new AMSampleManagementWidget(new SGMSampleManipulatorView(),
QUrl("http://ccd1611-403/axis-cgi/mjpg/video.cgi?resolution=1280x1024&.mjpg"),
SGMBeamline::sgm()->currentSamplePlate());
mw_->addPane(samplePositionView_, "Beamline Control", "SGM Sample Position", ":/system-software-update.png");
connect(samplePositionView_, SIGNAL(newSamplePlateSelected(AMSamplePlate*)), SGMBeamline::sgm(), SLOT(setCurrentSamplePlate(AMSamplePlate*)));
connect(SGMBeamline::sgm(), SIGNAL(currentSamplePlateChanged(AMSamplePlate*)), workflowManagerView_, SLOT(setCurrentSamplePlate(AMSamplePlate*)));
*/
sampleManipulatorView_ = new SGMSampleManipulatorView(true);
mw_->addPane(sampleManipulatorView_, "Beamline Control", "SGM Sample Position", ":/system-software-update.png");
connect(SGMBeamline::sgm(), SIGNAL(criticalControlsConnectionsChanged()), this, SLOT(onSGMBeamlineConnected()));
/*! \todo: hook up bottom-bar signals to the active scan controller.
void MainWindow::onScanControllerReady(AMScanController *scanController){
connect(bottomBar_, SIGNAL(pauseScanIssued()), scanController, SLOT(pause()));
connect(bottomBar_, SIGNAL(stopScanIssued()), scanController, SLOT(cancel()));
connect(scanController, SIGNAL(progress(double,double)), bottomBar_, SLOT(updateScanProgress(double,double)));
}
*/
sgmSidebar_ = new SGMSidebar();
mw_->addRightWidget(sgmSidebar_);
mw_->move(0, 0);
return true;
}
else
return false;
}
void TupMainWindow::setupSettingsActions()
{
TAction *wizard = new TAction(tr("Launch configuration wizard..."), QKeySequence(),
qobject_cast<TupApplication*>(qApp), SLOT(firstRun()), m_actionManager, "wizard");
wizard->setStatusTip(tr("Launch first configuration wizard"));
TAction * preferences = new TAction(QPixmap(THEME_DIR + "icons/properties.png"), tr("Pr&eferences..."),
QKeySequence(tr("Ctrl+P")), this, SLOT( preferences()),
m_actionManager, "preferences");
preferences->setStatusTip(tr("Opens the preferences dialog box"));
}
static void tryAutoLoad(MainWindow &mw)
{
const auto &config = getConfig();
const auto &settings = config.autoLoad;
if (settings.autoLoadMap && !settings.fileName.isEmpty()) {
tryLoad(mw, QDir{settings.lastMapDirectory}, settings.fileName, false);
} else if (config.general.firstRun) {
firstRun(mw);
}
}
void SabreController::begin(uint8_t mode, uint8_t f_clock)
{
sabreDAC.begin(mode, f_clock, 0, true); // (mono/stereo, clock frequency, default attenuation, keep muted)
if (firstRun())
{
resetInputNames();
applyDefaultSettings();
for (uint8_t i = 0; i < NUMBER_OF_INPUTS; i++)
{
writeInputConfiguration(i);
}
writeMainMenuSettings();
EEPROM.write(EEPROM_GUI_FIRST_RUN, FIRST_RUN); // write flag to EEPROM
}
else
{
readInputConfiguration(); // read the input config from the EEPROM
readMainMenuSettings(); // read the main menu settings from the EEPROM
}
// dac stuff
this->SelectedInput = EEPROM.read(EEPROM_SELECTED_INPUT);
applyInputConfiguration(this->SelectedInput);
sabreDAC.setAttenuation(this->MainMenuSettings.defaultAttenuation);
// gui stuff
this->GUI_State = HomeScreen;
this->SelectedInputSetting = InputName;
this->SelectedMenuSetting = DisplayAutoOff;
this->CursorPosition = 0;
this->TimerEnabled = false;
OLED.begin(20, 4); // initialize the 20x4 OLED
rtc.begin(); // initialize the rtc
if (!rtc.isrunning())
{
rtc.adjust(DateTime(2014, 1, 1, 0, 0)); // set the date to 1 January 2014 and time to 12:00 hrs
}
// finally unmute the dacs
sabreDAC.unMuteDACS();
}
