170     /** @brief The critical threshold interface object */
171     std::unique_ptr<Threshold<CriticalObject>> criticalIface;
172     /** @brief The warning threshold interface object */
173     std::unique_ptr<Threshold<WarningObject>> warningIface;
174     /** @brief The soft shutdown threshold interface object */
175     std::unique_ptr<Threshold<SoftShutdownObject>> softShutdownIface;
176     /** @brief The hard shutdown threshold interface object */
177     std::unique_ptr<Threshold<HardShutdownObject>> hardShutdownIface;
178     /** @brief The performance loss threshold interface object */
179     std::unique_ptr<Threshold<PerformanceLossObject>> perfLossIface;
205     /** @brief create threshold objects from json config */
206     void createThresholds(const Json& threshold, const std::string& objPath,
213     /** @brief Check Sensor threshold and update alarm and log. Returns
214      * true if the threshold range has no alarms set. change will be
218     bool checkThresholds(V value, T& threshold, bool& change)  in checkThresholds()  argument
220         if (!threshold)  in checkThresholds()
225         auto alarmHigh = threshold->alarmHigh();  in checkThresholds()
226         auto highHysteresis = threshold->getHighHysteresis();  in checkThresholds()
227         if ((!alarmHigh && value >= threshold->high()) ||  in checkThresholds()
228             (alarmHigh && value < (threshold->high() - highHysteresis)))  in checkThresholds()
233                 error("ASSERT: sensor {SENSOR} is above the upper threshold "  in checkThresholds()
234                       "{THRESHOLD}.",  in checkThresholds()
235                       "SENSOR", name, "THRESHOLD", tname);  in checkThresholds()
236                 threshold->alarmHighSignalAsserted(value);  in checkThresholds()
240                 info("DEASSERT: sensor {SENSOR} is under the upper threshold "  in checkThresholds()
241                      "{THRESHOLD}.",  in checkThresholds()
242                      "SENSOR", name, "THRESHOLD", tname);  in checkThresholds()
243                 threshold->alarmHighSignalDeasserted(value);  in checkThresholds()
246             threshold->alarmHigh(alarmHigh);  in checkThresholds()
249         auto alarmLow = threshold->alarmLow();  in checkThresholds()
250         auto lowHysteresis = threshold->getLowHysteresis();  in checkThresholds()
251         if ((!alarmLow && value <= threshold->low()) ||  in checkThresholds()
252             (alarmLow && value > (threshold->low() + lowHysteresis)))  in checkThresholds()
257                 error("ASSERT: sensor {SENSOR} is below the lower threshold "  in checkThresholds()
258                       "{THRESHOLD}.",  in checkThresholds()
259                       "SENSOR", name, "THRESHOLD", tname);  in checkThresholds()
260                 threshold->alarmLowSignalAsserted(value);  in checkThresholds()
264                 info("DEASSERT: sensor {SENSOR} is above the lower threshold "  in checkThresholds()
265                      "{THRESHOLD}.",  in checkThresholds()
266                      "SENSOR", name, "THRESHOLD", tname);  in checkThresholds()
267                 threshold->alarmLowSignalDeasserted(value);  in checkThresholds()
270             threshold->alarmLow(alarmLow);  in checkThresholds()