void
SampleProcessor::populate_calibration( SignalObserver::Observer * parent )
{
SignalObserver::Observers_var vec = parent->getSiblings();
if ( ( vec.ptr() != 0 ) && ( vec->length() > 0 ) ) {
for ( CORBA::ULong i = 0; i < vec->length(); ++i ) {
SignalObserver::Observer_ptr observer = vec[ i ];
unsigned long objId = observer->objId();
CORBA::WString_var dataClass;
SignalObserver::octet_array_var data;
CORBA::ULong idx = 0;
while ( observer->readCalibration( idx++, data, dataClass ) ) {
adfs::stmt sql( fs_->db() );
sql.prepare( "INSERT INTO Calibration VALUES(:objid,:dataClass,:data,0)" );
sql.bind( 1 ) = objId;
sql.bind( 2 ) = std::wstring( dataClass.in() );
sql.bind( 3 ) = adfs::blob( data->length(), reinterpret_cast< const int8_t *>( data->get_buffer() ) );
if ( sql.step() == adfs::sqlite_done )
sql.commit();
else
sql.reset();
}
}
for ( CORBA::ULong i = 0; i < vec->length(); ++i )
populate_calibration( vec[ i ] );
}
}
void
SampleProcessor::populate_descriptions( signalobserver::Observer * parent )
{
#if 0
SignalObserver::Observers_var vec = parent->getSiblings();
unsigned long pobjId = parent->objId();
if ( ( vec.ptr() != 0 ) && ( vec->length() > 0 ) ) {
for ( CORBA::ULong i = 0; i < vec->length(); ++i ) {
SignalObserver::Observer_ptr observer = vec[ i ];
unsigned long objId = observer->objId();
CORBA::WString_var clsid = observer->dataInterpreterClsid();
SignalObserver::Description_var desc = observer->getDescription();
CORBA::WString_var trace_id = desc->trace_id.in();
CORBA::WString_var trace_display_name = desc->trace_display_name.in();
CORBA::WString_var axis_x_label = desc->axis_x_label.in();
CORBA::WString_var axis_y_label = desc->axis_y_label.in();
adutils::AcquiredConf::insert( fs_->db()
, objId
, pobjId
, std::wstring( clsid.in() )
, uint64_t( desc->trace_method )
, uint64_t( desc->spectrometer )
, std::wstring( trace_id.in() )
, std::wstring( trace_display_name.in() )
, std::wstring( axis_x_label.in() )
, std::wstring( axis_y_label.in() )
, uint64_t( desc->axis_x_decimals )
, uint64_t( desc->axis_y_decimals ) );
}
for ( CORBA::ULong i = 0; i < vec->length(); ++i )
populate_descriptions( vec[ i ] );
}
#endif
}
void populate( SignalObserver::Observer_var& observer ) {
SignalObserver::Description_var topLevelDesc = observer->getDescription();
std::string topLevelName = topLevelDesc->trace_display_name.in();
//traceBox_->addItem( QString::fromStdString( topLevelName ) );
//todo: set name on MainWindow's traceBox_
SignalObserver::Observers_var children = observer->getSiblings();
for ( CORBA::ULong i = 0; i < children->length(); ++i ) {
SignalObserver::Description_var secondLevelDesc = children[i]->getDescription();
CORBA::String_var secondLevelName = children[i]->getDescription()->trace_display_name.in();
//traceBox_->addItem( QString( " %1" ).arg( secondLevelName.in() ) );
}
}
void
orb_i::actionSnapshot()
{
if ( CORBA::is_nil( observer_ ) )
return;
SignalObserver::Observers_var siblings = observer_->getSiblings();
for ( CORBA::ULong i = 0; i < siblings->length(); ++i ) {
SignalObserver::Description_var desc = siblings[i]->getDescription();
if ( desc->trace_method == SignalObserver::eTRACE_SPECTRA ) {
CORBA::ULongLong first, second;
siblings[i]->uptime_range( first, second );
double m1 = double(second) / 60.0e6;
double m0 = double(second - 1000) / 60.0e6; // 1s before
// pThis_->selectRange( m0, m1, 0, 0 );
}
}
}
void
orb_i::actionConnect()
{
if ( CORBA::is_nil( session_.in() ) ) {
Broker::Manager_var broker = OrbConnection::instance()->brokerManager();
if ( ! CORBA::is_nil( broker ) ) {
using namespace acewrapper::constants;
CORBA::Object_var obj = broker->find_object( adcontroller::manager::_name() );
::ControlServer::Manager_var manager = ::ControlServer::Manager::_narrow( obj );
if ( !CORBA::is_nil( manager ) ) {
session_ = manager->getSession( "acquire" );
if ( !CORBA::is_nil( session_.in() ) ) {
receiver_i_.reset( new receiver_i );
receiver_i_->assign_message( [this] ( ::Receiver::eINSTEVENT code, uint32_t value ){
emit onReceiverMessage( static_cast<unsigned long>(code), value );
});
receiver_i_->assign_log( [this] ( const ::EventLog::LogMessage& log ){ handle_receiver_log( log ); } );
receiver_i_->assign_shutdown( [this](){ handle_receiver_shutdown(); } );
receiver_i_->assign_debug_print( [this]( int32_t pri, int32_t cat, std::string text ){ handle_receiver_debug_print( pri, cat, text ); } );
connect( this, &orb_i::onReceiverMessage, this, &orb_i::handle_controller_message );
if ( session_->connect( receiver_i_->_this(), "acquire" ) ) {
MainWindow::instance()->handleInstState( adicontroller::Instrument::eStandBy );
}
if ( session_->status() <= ControlServer::eConfigured )
session_->initialize();
// Master signal observer
observer_ = session_->getObserver();
if ( !CORBA::is_nil( observer_.in() ) ) {
if ( !sink_ ) {
sink_.reset( new adinterface::ObserverEvents_i );
sink_->assignConfigChanged( [=] ( uint32_t oid, SignalObserver::eConfigStatus st ){
handle_observer_config_changed( oid, st );
} );
sink_->assignUpdateData( [=] ( uint32_t oid, int32_t pos ){
handle_observer_update_data( oid, pos );
} );
sink_->assignMethodChanged( [=] ( uint32_t oid, int32_t pos ){
handle_observer_method_changed( oid, pos );
} );
sink_->assignEvent( [=] ( uint32_t oid, int32_t pos, int32_t ev ){
handle_observer_event( oid, pos, ev );
} );
observer_->connect( sink_->_this(), SignalObserver::Frequent, "acquireplugin" );
}
// connect to 1st layer siblings ( := top shadow(cache) observer for each instrument )
SignalObserver::Observers_var siblings = observer_->getSiblings();
size_t nsize = siblings->length();
for ( CORBA::ULong i = 0; i < nsize; ++i ) {
SignalObserver::Observer_var var = SignalObserver::Observer::_duplicate( siblings[ i ] );
impl_->populate( var );
}
}
}
document::instance()->actionInitRun();
}
}
}
if ( ! CORBA::is_nil( session_ ) ) {
MainWindow::instance()->handleInstState( adicontroller::Instrument::eStandBy );
document::instance()->fsmStop();
}
}