59     std::vector<thresholds::Threshold>& thresholdVector,  in parseThresholdsFromConfig()
114             std::cerr << "Malformed threshold on configuration interface "  in parseThresholdsFromConfig()
139                       const thresholds::Threshold& threshold,  in persistThreshold()  argument
148             [&, path, threshold, thresholdInterface,  in persistThreshold()
153                     return; // threshold not supported  in persistThreshold()
161                         std::cerr << "No label in threshold configuration\n";  in persistThreshold()
178                     std::cerr << "Malformed threshold in configuration\n";  in persistThreshold()
186                 if ((findThresholdLevel(severity) != threshold.level) ||  in persistThreshold()
187                     (findThresholdDirection(dir) != threshold.direction))  in persistThreshold()
192                 std::variant<double> value(threshold.value);  in persistThreshold()
198                                 << "Error setting threshold " << ec << "\n";  in persistThreshold()
211     for (const auto& threshold : sensor->thresholds)  in updateThresholds()  local
214             sensor->getThresholdInterface(threshold.level);  in updateThresholds()
222             Sensor::propertyLevel(threshold.level, threshold.direction);  in updateThresholds()
227         interface->set_property(property, threshold.value);  in updateThresholds()
243     ChangeParam(Threshold whichThreshold, bool status, double value) :  in ChangeParam()
244         threshold(whichThreshold), asserted(status), assertValue(value)  in ChangeParam()
247     Threshold threshold;  member
260     for (auto& threshold : sensor->thresholds)  in checkThresholds()  local
262         // Use "Schmitt trigger" logic to avoid threshold trigger spam,  in checkThresholds()
263         // if value is noisy while hovering very close to a threshold.  in checkThresholds()
264         // When a threshold is crossed, indicate true immediately,  in checkThresholds()
267         if (threshold.direction == thresholds::Direction::HIGH)  in checkThresholds()
269             if (value >= threshold.value)  in checkThresholds()
271                 thresholdChanges.emplace_back(threshold, true, value);  in checkThresholds()
274                     std::cerr << "Sensor " << sensor->name << " high threshold "  in checkThresholds()
275                               << threshold.value << " assert: value " << value  in checkThresholds()
279             else if (value < (threshold.value - threshold.hysteresis))  in checkThresholds()
281                 thresholdChanges.emplace_back(threshold, false, value);  in checkThresholds()
289         else if (threshold.direction == thresholds::Direction::LOW)  in checkThresholds()
291             if (value <= threshold.value)  in checkThresholds()
293                 thresholdChanges.emplace_back(threshold, true, value);  in checkThresholds()
297                         << "Sensor " << sensor->name << " low threshold "  in checkThresholds()
298                         << threshold.value << " assert: value " << sensor->value  in checkThresholds()
302             else if (value > (threshold.value + threshold.hysteresis))  in checkThresholds()
304                 thresholdChanges.emplace_back(threshold, false, value);  in checkThresholds()
314             std::cerr << "Error determining threshold direction\n";  in checkThresholds()
336                                 const Threshold& threshold, bool assert,  in startTimer()  argument
357     pair->first.level = threshold.level;  in startTimer()
358     pair->first.direction = threshold.direction;  in startTimer()
361     pair->second.async_wait([weakSensor, pair, threshold, assert,  in startTimer()
382             assertThresholds(sensorPtr.get(), assertValue, threshold.level,  in startTimer()
383                              threshold.direction, assert);  in startTimer()
394         assertThresholds(sensor, change.assertValue, change.threshold.level,  in checkThresholds()
395                          change.threshold.direction, change.asserted);  in checkThresholds()
396         if (change.threshold.level == thresholds::Level::CRITICAL &&  in checkThresholds()
430         if (change.threshold.direction == thresholds::Direction::LOW)  in checkThresholdsPowerDelay()
433                                        change.threshold, !change.asserted))  in checkThresholdsPowerDelay()
435                 thresholdTimer.startTimer(weakSensor, change.threshold,  in checkThresholdsPowerDelay()
440         assertThresholds(sensor, change.assertValue, change.threshold.level,  in checkThresholdsPowerDelay()
441                          change.threshold.direction, change.asserted);  in checkThresholdsPowerDelay()
485     std::vector<thresholds::Threshold>& thresholdVector,  in parseThresholdsFromAttr()
525                         std::cout << "Threshold: " << attrPath << ": " << *val  in parseThresholdsFromAttr()
543             return std::string("xyz.openbmc_project.Sensor.Threshold.") +  in getInterface()