tlbmc/thermal/debug_mode.h

#ifndef THIRD_PARTY_MILOTIC_EXTERNAL_CC_TLBMC_THERMAL_DEBUG_MODE_H_
#define THIRD_PARTY_MILOTIC_EXTERNAL_CC_TLBMC_THERMAL_DEBUG_MODE_H_

namespace milotic_tlbmc {
namespace thermal {

// These flags will severely impact the performance of the thermal control
// service, and no dynamic updates should be allowed.
struct DebugMode {
  // If true, `debug_enabled` will allow debug logs to be printed across the
  // whole thermal control service.
  const bool debug_enabled;
  // If true, `debug_pid_enabled` will allow debug logs to be across all PID
  // thermal control processes.
  const bool debug_pid_enabled;
  // If true, `debug_dff_enabled` will allow debug logs to be across all DFF
  // thermal control processes.
  const bool debug_dff_enabled;

  // If true, `tuning_enabled` will allow the thermal control service to be
  // manually tuned for better efficacy (e.g., the thermal parameters can be
  // manually updated during runtime). However, the performance may be
  // downgraded when it is enabled, as the mutex will be locked when
  // accessing/updating the params.
  const bool tuning_enabled;

  DebugMode()
      : debug_enabled(false),
        debug_pid_enabled(false),
        debug_dff_enabled(false),
        tuning_enabled(false) {}
  DebugMode(const DebugMode& debug_mode) = default;
  explicit DebugMode(bool debug_enabled, bool debug_pid_enabled,
                     bool debug_dff_enabled, bool tuning_enabled)
      : debug_enabled(debug_enabled),
        debug_pid_enabled(debug_pid_enabled),
        debug_dff_enabled(debug_dff_enabled),
        tuning_enabled(tuning_enabled) {}
};

}  // namespace thermal
}  // namespace milotic_tlbmc

#endif  // THIRD_PARTY_MILOTIC_EXTERNAL_CC_TLBMC_THERMAL_DEBUG_MODE_H_