Method command_callback

docker/MQTTManager/include/room/room.cpp:273–345

}

void Room::command_callback(NSPanelMQTTManagerCommand &command) {
  if (command.has_first_page_turn_on() && command.first_page_turn_on().selected_room() == this->_id && !command.first_page_turn_on().global()) {
    SPDLOG_DEBUG("Room {}:{} got command to turn lights on from first page.", this->_id, this->_name);
    if (MqttManagerConfig::get_settings().optimistic_mode) {
      SPDLOG_DEBUG("Optimistic mode enabled, will not send state updates via callbacks in room.");
      this->_send_status_updates = false;
    }

    std::vector<std::shared_ptr<Light>> all_room_lights = this->get_all_entities_by_type<Light>(MQTT_MANAGER_ENTITY_TYPE::LIGHT);
    // Remove any light entities that are not controlled by first page.
    all_room_lights.erase(std::remove_if(all_room_lights.begin(), all_room_lights.end(), [](std::shared_ptr<Light> light) {
                            return !light->get_controlled_from_main_page();
                          }),
                          all_room_lights.end());

    std::vector<std::shared_ptr<Light>> lights_list;
    // Get all lights that are on
    for (auto light : all_room_lights) {
      if (light->get_state() && ((command.first_page_turn_on().affect_lights() == NSPanelMQTTManagerCommand_AffectLightsOptions::NSPanelMQTTManagerCommand_AffectLightsOptions_ALL ||
                                  (command.first_page_turn_on().affect_lights() == NSPanelMQTTManagerCommand_AffectLightsOptions::NSPanelMQTTManagerCommand_AffectLightsOptions_CEILING_LIGHTS && light->get_light_type() == MQTT_MANAGER_LIGHT_TYPE::CEILING) ||
                                  (command.first_page_turn_on().affect_lights() == NSPanelMQTTManagerCommand_AffectLightsOptions::NSPanelMQTTManagerCommand_AffectLightsOptions_TABLE_LIGHTS && light->get_light_type() == MQTT_MANAGER_LIGHT_TYPE::TABLE)))) {
        lights_list.push_back(light);
      }
    }
    if (lights_list.size() == 0) {
      // No lights that were on were found, get all lights in room.
      SPDLOG_DEBUG("No lights were on in room {}::{}. Will affect all lights in room instead.", this->_id, this->_name);
      for (auto light : all_room_lights) {
        if (command.first_page_turn_on().affect_lights() == NSPanelMQTTManagerCommand_AffectLightsOptions::NSPanelMQTTManagerCommand_AffectLightsOptions_ALL ||
            (command.first_page_turn_on().affect_lights() == NSPanelMQTTManagerCommand_AffectLightsOptions::NSPanelMQTTManagerCommand_AffectLightsOptions_CEILING_LIGHTS && light->get_light_type() == MQTT_MANAGER_LIGHT_TYPE::CEILING) ||
            (command.first_page_turn_on().affect_lights() == NSPanelMQTTManagerCommand_AffectLightsOptions::NSPanelMQTTManagerCommand_AffectLightsOptions_TABLE_LIGHTS && light->get_light_type() == MQTT_MANAGER_LIGHT_TYPE::TABLE)) {
          lights_list.push_back(light);
        }
      }
    }

    // Build the individual commands that are to be sent to each light.
    NSPanelMQTTManagerCommand cmd;
    NSPanelMQTTManagerCommand_LightCommand *light_cmd = cmd.mutable_light_command();
    light_cmd->set_has_brightness(command.first_page_turn_on().has_brightness_value());
    light_cmd->set_brightness(command.first_page_turn_on().brightness_slider_value());
    light_cmd->set_has_color_temperature(command.first_page_turn_on().has_kelvin_value());
    light_cmd->set_color_temperature(command.first_page_turn_on().kelvin_slider_value());
    light_cmd->set_has_hue(false);
    light_cmd->set_has_saturation(false);

    for (int i = 0; i < lights_list.size(); i++) {
      light_cmd->clear_light_ids();
      light_cmd->add_light_ids(lights_list[i]->get_id());
      lights_list[i]->command_callback(cmd);
    }

    if (MqttManagerConfig::get_settings().optimistic_mode) {
      this->_send_room_state_update();
      this->_send_status_updates = true;
      SPDLOG_DEBUG("Optimistic mode enabled, reenabled send state updates via callbacks in room.");
    }
  } else if (command.has_first_page_turn_off()) {