void PlatformApiStub::update_application_list(const ApplicationListUpdate &update) {
protobuf::bridge::EventSequence seq;
auto event = seq.mutable_application_list_update();
for (const auto &a : update.applications) {
auto app = event->add_applications();
app->set_name(a.name);
app->set_package(a.package);
auto launch_intent = app->mutable_launch_intent();
launch_intent->set_action(a.launch_intent.action);
launch_intent->set_uri(a.launch_intent.uri);
launch_intent->set_type(a.launch_intent.type);
launch_intent->set_package(a.launch_intent.package);
launch_intent->set_component(a.launch_intent.component);
for (const auto &category : a.launch_intent.categories) {
auto c = launch_intent->add_categories();
*c = category;
}
app->set_icon(a.icon.data(), a.icon.size());
}
for (const auto &package : update.removed_applications) {
auto app = event->add_removed_applications();
app->set_name("unknown");
app->set_package(package);
}
rpc_channel_->send_event(seq);
}
void ExperimentConditionsDialog::fill_table_from_qmap(QMap<Element, double> const & target) {
for(auto it = target.cbegin(), end = target.cend(); it != end; ++it) {
auto row_count = ui->target_composition_table->rowCount();
ui->target_composition_table->insertRow(row_count);
set_component(row_count, QPair<Element, double>{{it.key().charge, it.key().mass}, it.value() * 100});
}
}
void initialize_svit( void )
{
uint8_t svit_index;
// ADC
// Vref = AVCC = 5 V
// ADC clock = 16 MHz / 128 = 125 kHz
// set Vref to AVCC, left-adjust result into ADCH
ADMUX = ( 1 << ADLAR ) | ( 1 << REFS0 );
// enable ADC and set ADC division factor to 128
ADCSRA = ( 1 << ADEN ) | ( 1 << ADIE ) | ( 1 << ADPS2 ) | ( 1 << ADPS1 ) | ( 1 << ADPS0 );
//sample_index = 0;
svit_index = 0;
// index name switch_num switch_state V_mux_num V_mux_sel V_upper_limit I_mux_num I_mux_sel I_upper_limit T_mux_num T_mux_sel
set_component( svit_index++, SPECTROMETER, SW_EN7 , SW_ON, MUX0, 11, V_THRESHOLD_VALUE, MUX0, 6 , I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, STAR_TRACKER, SW_EN8 , SW_ON, MUX0, 23, V_THRESHOLD_VALUE, MUX0, 7 , I_THRESHOLD_VALUE, MUX1 , 7 );
set_component( svit_index++, FC_5V , SW_EN1 , SW_ON, MUX1, 19, V_THRESHOLD_VALUE, MUX1, 0 , I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, FC_3_3V , SW_EN1 , SW_ON, MUX2, 13, V_THRESHOLD_VALUE, MUX2, 14, I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, GPS_1 , SW_EN2 , SW_ON, MUX1, 21, V_THRESHOLD_VALUE, MUX1, 1 , I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, GPS_2 , SW_EN3 , SW_ON, MUX1, 26, V_THRESHOLD_VALUE, MUX1, 2 , I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, CDH_IB , SW_EN4 , SW_ON, MUX1, 29, V_THRESHOLD_VALUE, MUX1, 3 , I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, HEATER_1 , SW_EN5 , SW_ON, MUX1, 14, V_THRESHOLD_VALUE, MUX1, 31, I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, HEATER_2 , SW_EN6 , SW_ON, MUX1, 27, V_THRESHOLD_VALUE, MUX1, 4 , I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, CMG , SW_EN9 , SW_ON, MUX1, 15, V_THRESHOLD_VALUE, MUX1, 8 , I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, SUN_SENSOR , SW_EN10, SW_ON, MUX1, 25, V_THRESHOLD_VALUE, MUX1, 9 , I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, RADIO_1 , SW_EN11, SW_OFF, MUX1, 24, V_THRESHOLD_VALUE, MUX1, 10, I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, RADIO_2 , SW_EN12, SW_OFF, MUX1, 17, V_THRESHOLD_VALUE, MUX1, 16, I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, MAESTRO , SW_EN13, SW_ON, MUX1, 22, V_THRESHOLD_VALUE, MUX1, 12, I_THRESHOLD_VALUE, MUX2 , 8 );
set_component( svit_index++, MAGNETOM , SW_EN14, SW_ON, MUX0, 4 , V_THRESHOLD_VALUE, MUX0, 6 , I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, FOG_15V , SW_EN16, SW_ON, MUX2, 21, V_THRESHOLD_VALUE, MUX_NULL, 0, I_THRESHOLD_VALUE, MUX_NULL, 0 ); // Fake Data changed mux 2 20 to mux null 0
set_component( svit_index++, FOG_5V , SW_EN15, SW_ON, MUX1, 18, V_THRESHOLD_VALUE, MUX1, 13, I_THRESHOLD_VALUE, MUX_NULL, 0 ); // Fake Data
set_component( svit_index++, TORQUER_1 , SW_NULL, SW_OFF, MUX1, 28, V_THRESHOLD_VALUE, MUX1, 5 , I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, TORQUER_2 , SW_NULL, SW_OFF, MUX2, 15, V_THRESHOLD_VALUE, MUX2, 16, I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, TORQUER_3 , SW_NULL, SW_OFF, MUX2, 17, V_THRESHOLD_VALUE, MUX2, 18, I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, BATTERY_1 , SW_NULL, SW_ON, MUX0, 1 , V_THRESHOLD_VALUE, MUX0, 2 , I_THRESHOLD_VALUE, MUX2 , 9 ); // Fake Data
//set_component( svit_index++, BATTERY_1_b , SW_NULL, SW_ON, MUX0, 1 , V_THRESHOLD_VALUE, MUX1, 23 , I_THRESHOLD_VALUE, MUX2 , 9 ); // Fake Data
set_component( svit_index++, BATTERY_2 , SW_NULL, SW_ON, MUX2, 20, V_THRESHOLD_VALUE, MUX2, 30, I_THRESHOLD_VALUE, MUX2 , 11 ); // Fake Data
set_component( svit_index++, SOLAR_FULL , SW_NULL, SW_ON, MUX0, 7 , V_THRESHOLD_VALUE, MUX0, 3 , I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, SOLAR_1 , SW_NULL, SW_ON, MUX0, 18, V_THRESHOLD_VALUE, MUX0, 20, I_THRESHOLD_VALUE, MUX2 , 0 );
set_component( svit_index++, SOLAR_2 , SW_NULL, SW_ON, MUX0, 19, V_THRESHOLD_VALUE, MUX0, 21, I_THRESHOLD_VALUE, MUX2 , 1 );
set_component( svit_index++, SOLAR_3 , SW_NULL, SW_ON, MUX0, 10, V_THRESHOLD_VALUE, MUX0, 22, I_THRESHOLD_VALUE, MUX2 , 2 );
set_component( svit_index++, SOLAR_4 , SW_NULL, SW_ON, MUX0, 15, V_THRESHOLD_VALUE, MUX0, 23, I_THRESHOLD_VALUE, MUX2 , 3 );
set_component( svit_index++, SOLAR_5 , SW_NULL, SW_ON, MUX0, 9 , V_THRESHOLD_VALUE, MUX0, 24, I_THRESHOLD_VALUE, MUX2 , 4 );
set_component( svit_index++, SOLAR_6 , SW_NULL, SW_ON, MUX0, 14, V_THRESHOLD_VALUE, MUX0, 25, I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, SOLAR_7 , SW_NULL, SW_ON, MUX0, 16, V_THRESHOLD_VALUE, MUX0, 26, I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, SOLAR_8 , SW_NULL, SW_ON, MUX0, 8 , V_THRESHOLD_VALUE, MUX0, 27, I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, SOLAR_9 , SW_NULL, SW_ON, MUX0, 13, V_THRESHOLD_VALUE, MUX0, 28, I_THRESHOLD_VALUE, MUX2 , 5 );
set_component( svit_index++, SOLAR_10 , SW_NULL, SW_ON, MUX0, 12, V_THRESHOLD_VALUE, MUX0, 29, I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, SOLAR_11 , SW_NULL, SW_ON, MUX0, 11, V_THRESHOLD_VALUE, MUX0, 30, I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, SOLAR_12 , SW_NULL, SW_ON, MUX0, 17, V_THRESHOLD_VALUE, MUX0, 31, I_THRESHOLD_VALUE, MUX_NULL, 0 );
set_component( svit_index++, POWER_BOARD , SW_NULL, SW_ON, MUX0, 5 , V_THRESHOLD_VALUE, MUX0, 0 , I_THRESHOLD_VALUE, MUX2 , 6 ); // Fake Data
}