Method get_all_settings

OpenHD/ohd_interface/src/ohd_interface.cpp:164–207

}

std::vector<openhd::Setting> OHDInterface::get_all_settings() {
  std::vector<openhd::Setting> ret;
  m_console->debug("get all settings");
  if (m_wb_link) {
    auto settings = m_wb_link->get_all_settings();
    OHDUtil::vec_append(ret, settings);
  }
  if (m_microhard_link) {
    auto settings = m_microhard_link->get_all_settings();
    OHDUtil::vec_append(ret, settings);
  }
  if (m_wifi_hotspot != nullptr) {
    auto cb_wifi_hotspot_mode = [this](std::string, int value) {
      if (!is_valid_wifi_hotspot_mode(value)) return false;
      m_nw_settings.unsafe_get_settings().wifi_hotspot_mode = value;
      m_nw_settings.persist();
      update_wifi_hotspot_enable();
      return true;
    };
    ret.push_back(openhd::Setting{
        "WIFI_HOTSPOT_E",
        openhd::IntSetting{m_nw_settings.get_settings().wifi_hotspot_mode,
                           cb_wifi_hotspot_mode}});
  }
  if (m_profile.is_ground()) {
    const auto settings = m_nw_settings.get_settings();
    auto cb_ethernet = [this](std::string, int value) {
      m_nw_settings.unsafe_get_settings().ethernet_operating_mode = value;
      m_nw_settings.persist();
      // Change requires reboot
      return true;
    };
    ret.push_back(openhd::Setting{
        "ETHERNET",
        openhd::IntSetting{settings.ethernet_operating_mode, cb_ethernet}});
  }
  /* if(m_opt_hotspot_card){
     auto setting=openhd::create_read_only_string(fmt::format("HOTSPOT_CARD"),
   wifi_card_type_to_string(m_opt_hotspot_card.value().type));
     ret.emplace_back(setting);
   }*/
  openhd::validate_provided_ids(ret);
  return ret;
}

void OHDInterface::print_internal_fec_optimization_method() {
  fec_stream_print_fec_optimization_method();