namespace protocol_handler {

SDL_CREATE_LOG_VARIABLE("ServiceStatusUpdateHandler")

hmi_apis::Common_ServiceType::eType GetHMIServiceType(
    protocol_handler::ServiceType service_type) {
  using namespace hmi_apis;
  using namespace protocol_handler;
  switch (service_type) {
    case SERVICE_TYPE_RPC: {
      return Common_ServiceType::RPC;
    }
    case SERVICE_TYPE_AUDIO: {
      return Common_ServiceType::AUDIO;
    }
    case SERVICE_TYPE_NAVI: {
      return Common_ServiceType::VIDEO;
    }
    default: {
      return Common_ServiceType::INVALID_ENUM;
    }
  }
}

void ServiceStatusUpdateHandler::OnServiceUpdate(
    const uint32_t connection_key,
    const protocol_handler::ServiceType service_type,
    ServiceStatus service_status) {
  using namespace hmi_apis;
  typedef utils::Optional<Common_ServiceStatusUpdateReason::eType>
      UpdateReasonOptional;
  SDL_LOG_AUTO_TRACE();
  auto hmi_service_type = GetHMIServiceType(service_type);

  switch (service_status) {
    case ServiceStatus::SERVICE_RECEIVED: {
      return listener_->ProcessServiceStatusUpdate(
          connection_key,
          hmi_service_type,
          Common_ServiceEvent::REQUEST_RECEIVED,
          UpdateReasonOptional(UpdateReasonOptional::EMPTY));
    }
    case ServiceStatus::SERVICE_ACCEPTED: {
      return listener_->ProcessServiceStatusUpdate(
          connection_key,
          hmi_service_type,
          Common_ServiceEvent::REQUEST_ACCEPTED,
          UpdateReasonOptional(UpdateReasonOptional::EMPTY));
    }
    case ServiceStatus::SERVICE_START_FAILED: {
      return listener_->ProcessServiceStatusUpdate(
          connection_key,
          hmi_service_type,
          Common_ServiceEvent::REQUEST_REJECTED,
          UpdateReasonOptional(UpdateReasonOptional::EMPTY));
    }
    case ServiceStatus::PTU_FAILED: {
      auto update_reason = Common_ServiceStatusUpdateReason::PTU_FAILED;
      return listener_->ProcessServiceStatusUpdate(
          connection_key,
          hmi_service_type,
          Common_ServiceEvent::REQUEST_REJECTED,
          update_reason);
    }
    case ServiceStatus::CERT_INVALID: {
      auto update_reason = Common_ServiceStatusUpdateReason::INVALID_CERT;
      return listener_->ProcessServiceStatusUpdate(
          connection_key,
          hmi_service_type,
          Common_ServiceEvent::REQUEST_REJECTED,
          update_reason);
    }
    case ServiceStatus::INVALID_TIME: {
      auto update_reason = Common_ServiceStatusUpdateReason::INVALID_TIME;
      return listener_->ProcessServiceStatusUpdate(
          connection_key,
          hmi_service_type,
          Common_ServiceEvent::REQUEST_REJECTED,
          update_reason);
    }
    case ServiceStatus::PROTECTION_ENFORCED: {
      auto update_reason =
          Common_ServiceStatusUpdateReason::PROTECTION_ENFORCED;
      return listener_->ProcessServiceStatusUpdate(
          connection_key,
          hmi_service_type,
          Common_ServiceEvent::REQUEST_REJECTED,
          update_reason);
    }
    case ServiceStatus::PROTECTION_DISABLED: {
      auto update_reason =
          Common_ServiceStatusUpdateReason::PROTECTION_DISABLED;
      return listener_->ProcessServiceStatusUpdate(
          connection_key,
          hmi_service_type,
          Common_ServiceEvent::REQUEST_ACCEPTED,
          update_reason);
    }
    case ServiceStatus::UNSECURE_START_FAILED: {
      auto update_reason =
          Common_ServiceStatusUpdateReason::PROTECTION_DISABLED;
      return listener_->ProcessServiceStatusUpdate(
          connection_key,
          hmi_service_type,
          Common_ServiceEvent::REQUEST_REJECTED,
          update_reason);
    }
    default: {
      SDL_LOG_WARN("Received unknown ServiceStatus: "
                   << static_cast<int32_t>(service_status));
      return;
    }
  }
}
}  // namespace protocol_handler
