112             "Invalid threshold direction specified in entity manager");  in getThresholdType()
133                     "Invalid threshold severity specified in entity manager");  in getSeverityField()
145                     "Invalid threshold severity specified in entity manager");  in getSeverityField()
167     auto threshold = getThresholdType(direction, severity);  in parseThresholds()  local
168     thresholds[threshold] = value;  in parseThresholds()
174         thresholds[threshold + "Hysteresis"] = hysteresis;  in parseThresholds()
179         thresholds[threshold + "Direction"] = entityInterface;  in parseThresholds()
227     /* Get threshold values if defined in config */  in initVirtualSensor()
228     auto threshold = sensorConfig.value("Threshold", empty);  in initVirtualSensor()  local
230     createThresholds(threshold, objPath);  in initVirtualSensor()
384         /* Each threshold is on it's own interface with a number as a suffix  in initVirtualSensor()
479 void VirtualSensor::createThresholds(const Json& threshold,  in createThresholds()  argument
482     if (threshold.empty())  in createThresholds()
486     // Only create the threshold interfaces if  in createThresholds()
488     if (threshold.contains("CriticalHigh") || threshold.contains("CriticalLow"))  in createThresholds()
491             std::make_unique<Threshold<CriticalObject>>(bus, objPath.c_str());  in createThresholds()
493         if (threshold.contains("CriticalHigh"))  in createThresholds()
496                 threshold.value("CriticalHighDirection", ""));  in createThresholds()
497             debug("Sensor Threshold:{NAME} = intf:{INTF}", "NAME", objPath,  in createThresholds()
498                   "INTF", threshold.value("CriticalHighDirection", ""));  in createThresholds()
500         if (threshold.contains("CriticalLow"))  in createThresholds()
503                 threshold.value("CriticalLowDirection", ""));  in createThresholds()
504             debug("Sensor Threshold:{NAME} = intf:{INTF}", "NAME", objPath,  in createThresholds()
505                   "INTF", threshold.value("CriticalLowDirection", ""));  in createThresholds()
509         debug("Sensor Threshold:{NAME} = path:{PATH}", "NAME", objPath, "PATH",  in createThresholds()
512         criticalIface->criticalHigh(threshold.value(  in createThresholds()
514         criticalIface->criticalLow(threshold.value(  in createThresholds()
517             threshold.value("CriticalHighHysteresis", defaultHysteresis));  in createThresholds()
519             threshold.value("CriticalLowHysteresis", defaultHysteresis));  in createThresholds()
522     if (threshold.contains("WarningHigh") || threshold.contains("WarningLow"))  in createThresholds()
525             std::make_unique<Threshold<WarningObject>>(bus, objPath.c_str());  in createThresholds()
527         if (threshold.contains("WarningHigh"))  in createThresholds()
530                 threshold.value("WarningHighDirection", ""));  in createThresholds()
531             debug("Sensor Threshold:{NAME} = intf:{INTF}", "NAME", objPath,  in createThresholds()
532                   "INTF", threshold.value("WarningHighDirection", ""));  in createThresholds()
534         if (threshold.contains("WarningLow"))  in createThresholds()
537                 threshold.value("WarningLowDirection", ""));  in createThresholds()
538             debug("Sensor Threshold:{NAME} = intf:{INTF}", "NAME", objPath,  in createThresholds()
539                   "INTF", threshold.value("WarningLowDirection", ""));  in createThresholds()
543         debug("Sensor Threshold:{NAME} = path:{PATH}", "NAME", objPath, "PATH",  in createThresholds()
546         warningIface->warningHigh(threshold.value(  in createThresholds()
548         warningIface->warningLow(threshold.value(  in createThresholds()
551             threshold.value("WarningHighHysteresis", defaultHysteresis));  in createThresholds()
553             threshold.value("WarningLowHysteresis", defaultHysteresis));  in createThresholds()
556     if (threshold.contains("HardShutdownHigh") ||  in createThresholds()
557         threshold.contains("HardShutdownLow"))  in createThresholds()
559         hardShutdownIface = std::make_unique<Threshold<HardShutdownObject>>(  in createThresholds()
562         hardShutdownIface->hardShutdownHigh(threshold.value(  in createThresholds()
564         hardShutdownIface->hardShutdownLow(threshold.value(  in createThresholds()
567             threshold.value("HardShutdownHighHysteresis", defaultHysteresis));  in createThresholds()
569             threshold.value("HardShutdownLowHysteresis", defaultHysteresis));  in createThresholds()
572     if (threshold.contains("SoftShutdownHigh") ||  in createThresholds()
573         threshold.contains("SoftShutdownLow"))  in createThresholds()
575         softShutdownIface = std::make_unique<Threshold<SoftShutdownObject>>(  in createThresholds()
578         softShutdownIface->softShutdownHigh(threshold.value(  in createThresholds()
580         softShutdownIface->softShutdownLow(threshold.value(  in createThresholds()
583             threshold.value("SoftShutdownHighHysteresis", defaultHysteresis));  in createThresholds()
585             threshold.value("SoftShutdownLowHysteresis", defaultHysteresis));  in createThresholds()
588     if (threshold.contains("PerformanceLossHigh") ||  in createThresholds()
589         threshold.contains("PerformanceLossLow"))  in createThresholds()
591         perfLossIface = std::make_unique<Threshold<PerformanceLossObject>>(  in createThresholds()
594         perfLossIface->performanceLossHigh(threshold.value(  in createThresholds()
596         perfLossIface->performanceLossLow(threshold.value(  in createThresholds()
598         perfLossIface->setHighHysteresis(threshold.value(  in createThresholds()
601             threshold.value("PerformanceLossLowHysteresis", defaultHysteresis));  in createThresholds()