{ "@Redfish.Copyright": "Copyright 2022-206 DMTF. All rights reserved.", "@odata.type": "#MessageRegistry.v1_7_0.MessageRegistry", "Id": "SensorEvent.1.2.0", "Name": "Sensor Event Message Registry", "Language": "en", "Description": "This registry defines messages used for general events related to Sensor resources.", "RegistryPrefix": "SensorEvent", "RegistryVersion": "1.2.0", "OwningEntity": "DMTF", "Release": "2026.1", "Messages": { "ReadingAboveUpperCautionThreshold": { "Description": "Indicates that a sensor reading is above the upper caution threshold.", "LongDescription": "This message shall indicate that the value of the `Reading` property in a `Sensor` resource is above the value of the `Reading` property within the `UpperCaution` or `UpperCautionUser` properties.", "Message": "Sensor '%1' reading of %2 (%3) is above the %4 upper caution threshold.", "Example": "Sensor 'CPU1 Temperature' reading of 85 (Degrees Celsius) is above the 80 upper caution threshold.", "MessageSeverity": "Warning", "Severity": "Warning", "NumberOfArgs": 4, "ParamTypes": [ "string", "number", "string", "number" ], "ArgDescriptions": [ "The name or identifier of the sensor.", "The reading of the sensor.", "The reading units of measure.", "The threshold value." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource.", "This argument shall contain a number that equals the value of the `Reading` property of the `Sensor` resource.", "This argument shall contain a string that equals the value of the `ReadingUnits` property of the `Sensor` resource. Unitless readings should use `count`.", "This argument shall contain a number that equals the value of the `Reading` property within the `UpperCaution` or `UpperCautionUser` properties of the `Sensor` resource." ], "Resolution": "Check the condition of the resources listed in RelatedItem." }, "ReadingAboveUpperCriticalThreshold": { "Description": "Indicates that a sensor reading is above the upper critical threshold.", "LongDescription": "This message shall indicate that the value of the `Reading` property in a `Sensor` resource is above the value of the `Reading` property within the `UpperCritical` or `UpperCriticalUser` properties.", "Message": "Sensor '%1' reading of %2 (%3) is above the %4 upper critical threshold.", "Example": "Sensor 'CPU1 Temperature' reading of 95 (Degrees Celsius) is above the 90 upper critical threshold.", "MessageSeverity": "Critical", "Severity": "Critical", "NumberOfArgs": 4, "ParamTypes": [ "string", "number", "string", "number" ], "ArgDescriptions": [ "The name or identifier of the sensor.", "The reading of the sensor.", "The reading units of measure.", "The threshold value." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource.", "This argument shall contain a number that equals the value of the `Reading` property of the `Sensor` resource.", "This argument shall contain a string that equals the value of the `ReadingUnits` property of the `Sensor` resource. Unitless readings should use `count`.", "This argument shall contain a number that equals the value of the `Reading` property within the `UpperCritical` or `UpperCriticalUser` properties of the `Sensor` resource." ], "Resolution": "Check the condition of the resources listed in RelatedItem." }, "ReadingAboveUpperFatalThreshold": { "Description": "Indicates that a sensor reading is above the upper fatal threshold.", "LongDescription": "This message shall indicate that the value of the `Reading` property in a `Sensor` resource is above the value of the `Reading` property within the `UpperFatal` property.", "Message": "Sensor '%1' reading of %2 (%3) is above the %4 upper fatal threshold.", "Example": "Sensor 'CPU1 Temperature' reading of 100 (Degrees Celsius) is above the 95 upper fatal threshold.", "MessageSeverity": "Critical", "Severity": "Critical", "NumberOfArgs": 4, "ParamTypes": [ "string", "number", "string", "number" ], "ArgDescriptions": [ "The name or identifier of the sensor.", "The reading of the sensor.", "The reading units of measure.", "The threshold value." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource.", "This argument shall contain a number that equals the value of the `Reading` property of the `Sensor` resource.", "This argument shall contain a string that equals the value of the `ReadingUnits` property of the `Sensor` resource. Unitless readings should use `count`.", "This argument shall contain a number that equals the value of the `Reading` property within the `UpperFatal` property of the `Sensor` resource." ], "Resolution": "Check the condition of the resources listed in RelatedItem." }, "ReadingBelowLowerCautionThreshold": { "Description": "Indicates that a sensor reading is below the lower caution threshold.", "LongDescription": "This message shall indicate that the value of the `Reading` property in a `Sensor` resource is below the value of the `Reading` property within the `LowerCaution` or `LowerCautionUser` properties.", "Message": "Sensor '%1' reading of %2 (%3) is below the %4 lower caution threshold.", "Example": "Sensor 'CPU1 Temperature' reading of 15 (Degrees Celsius) is below the 20 lower caution threshold.", "MessageSeverity": "Warning", "Severity": "Warning", "NumberOfArgs": 4, "ParamTypes": [ "string", "number", "string", "number" ], "ArgDescriptions": [ "The name or identifier of the sensor.", "The reading of the sensor.", "The reading units of measure.", "The threshold value." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource.", "This argument shall contain a number that equals the value of the `Reading` property of the `Sensor` resource.", "This argument shall contain a string that equals the value of the `ReadingUnits` property of the `Sensor` resource. Unitless readings should use `count`.", "This argument shall contain a number that equals the value of the `Reading` property within the `LowerCaution` or `LowerCautionUser` properties of the `Sensor` resource." ], "Resolution": "Check the condition of the resources listed in RelatedItem." }, "ReadingBelowLowerCriticalThreshold": { "Description": "Indicates that a sensor reading is below the lower critical threshold.", "LongDescription": "This message shall indicate that the value of the `Reading` property in a `Sensor` resource is below the value of the `Reading` property within the `LowerCritical` or `LowerCriticalUser` properties.", "Message": "Sensor '%1' reading of %2 (%3) is below the %4 lower critical threshold.", "Example": "Sensor 'CPU1 Temperature' reading of 5 (Degrees Celsius) is below the 10 lower critical threshold.", "MessageSeverity": "Critical", "Severity": "Critical", "NumberOfArgs": 4, "ParamTypes": [ "string", "number", "string", "number" ], "ArgDescriptions": [ "The name or identifier of the sensor.", "The reading of the sensor.", "The reading units of measure.", "The threshold value." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource.", "This argument shall contain a number that equals the value of the `Reading` property of the `Sensor` resource.", "This argument shall contain a string that equals the value of the `ReadingUnits` property of the `Sensor` resource. Unitless readings should use `count`.", "This argument shall contain a number that equals the value of the `Reading` property within the `LowerCritical` or `LowerCriticalUser` properties of the `Sensor` resource." ], "Resolution": "Check the condition of the resources listed in RelatedItem." }, "ReadingBelowLowerFatalThreshold": { "Description": "Indicates that a sensor reading is below the lower fatal threshold.", "LongDescription": "This message shall indicate that the value of the `Reading` property in a `Sensor` resource is below the value of the `Reading` property within the `LowerFatal` property.", "Message": "Sensor '%1' reading of %2 (%3) is below the %4 lower fatal threshold.", "Example": "Sensor 'CPU1 Temperature' reading of 0 (Degrees Celsius) is below the 5 lower fatal threshold.", "MessageSeverity": "Critical", "Severity": "Critical", "NumberOfArgs": 4, "ParamTypes": [ "string", "number", "string", "number" ], "ArgDescriptions": [ "The name or identifier of the sensor.", "The reading of the sensor.", "The reading units of measure.", "The threshold value." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource.", "This argument shall contain a number that equals the value of the `Reading` property of the `Sensor` resource.", "This argument shall contain a string that equals the value of the `ReadingUnits` property of the `Sensor` resource. Unitless readings should use `count`.", "This argument shall contain a number that equals the value of the `Reading` property within the `LowerFatal` property of the `Sensor` resource." ], "Resolution": "Check the condition of the resources listed in RelatedItem." }, "ReadingBelowUpperFatalThreshold": { "Description": "Indicates that a sensor reading is no longer above the upper fatal threshold but is still outside of normal operating range.", "LongDescription": "This message shall indicate that the value of the `Reading` in a `Sensor` resource, previously above the threshold, is now below the value of the `Reading` property within the `UpperFatal` property. However, the value of the `Reading` property is still above at least one `Reading` property of another upper threshold and is not within the normal operating range.", "Message": "Sensor '%1' reading of %2 (%3) is now below the %4 upper fatal threshold but remains outside of normal range.", "Example": "Sensor 'CPU1 Temperature' reading of 90 (Degrees Celsius) is now below the 95 upper fatal threshold but remains outside of normal range.", "MessageSeverity": "Critical", "Severity": "Critical", "NumberOfArgs": 4, "ParamTypes": [ "string", "number", "string", "number" ], "ArgDescriptions": [ "The name or identifier of the sensor.", "The reading of the sensor.", "The reading units of measure.", "The threshold value." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource.", "This argument shall contain a number that equals the value of the `Reading` property of the `Sensor` resource.", "This argument shall contain a string that equals the value of the `ReadingUnits` property of the `Sensor` resource. Unitless readings should use `count`.", "This argument shall contain a number that equals the value of the `Reading` property within the `UpperFatal` property of the `Sensor` resource." ], "Resolution": "Check the condition of the resources listed in RelatedItem.", "ClearingLogic": { "ClearsIf": "SameOriginOfCondition", "ClearsMessage": [ "ReadingAboveUpperFatalThreshold" ] } }, "ReadingBelowUpperCriticalThreshold": { "Description": "Indicates that a sensor reading is no longer above the upper critical threshold but is still outside of normal operating range.", "LongDescription": "This message shall indicate that the value of the `Reading` in a `Sensor` resource, previously above the threshold, is now below the value of the `Reading` property within the `UpperCritical` or `UpperCriticalUser` properties. However, the value of the `Reading` property is still above at least one `Reading` property of another upper threshold and is not within the normal operating range.", "Message": "Sensor '%1' reading of %2 (%3) is now below the %4 upper critical threshold but remains outside of normal range.", "Example": "Sensor 'CPU1 Temperature' reading of 85 (Degrees Celsius) is now below the 90 upper critical threshold but remains outside of normal range.", "MessageSeverity": "Warning", "Severity": "Warning", "NumberOfArgs": 4, "ParamTypes": [ "string", "number", "string", "number" ], "ArgDescriptions": [ "The name or identifier of the sensor.", "The reading of the sensor.", "The reading units of measure.", "The threshold value." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource.", "This argument shall contain a number that equals the value of the `Reading` property of the `Sensor` resource.", "This argument shall contain a string that equals the value of the `ReadingUnits` property of the `Sensor` resource. Unitless readings should use `count`.", "This argument shall contain a number that equals the value of the `Reading` property within the `UpperCritical` or `UpperCriticalUser` properties of the `Sensor` resource." ], "Resolution": "Check the condition of the resources listed in RelatedItem.", "ClearingLogic": { "ClearsIf": "SameOriginOfCondition", "ClearsMessage": [ "ReadingAboveUpperCriticalThreshold" ] } }, "ReadingAboveLowerFatalThreshold": { "Description": "Indicates that a sensor reading is no longer below the lower fatal threshold but is still outside of normal operating range.", "LongDescription": "This message shall indicate that the value of the `Reading` in a `Sensor` resource, previously below the threshold, is now above the value of the `Reading` property within the `LowerFatal` property. However, the value of the `Reading` property is still below at least one `Reading` property of another lower threshold and is not within the normal operating range.", "Message": "Sensor '%1' reading of %2 (%3) is now above the %4 lower fatal threshold but remains outside of normal range.", "Example": "Sensor 'CPU1 Temperature' reading of 15 (Degrees Celsius) is now above the 10 lower fatal threshold but remains outside of normal range.", "MessageSeverity": "Critical", "Severity": "Critical", "NumberOfArgs": 4, "ParamTypes": [ "string", "number", "string", "number" ], "ArgDescriptions": [ "The name or identifier of the sensor.", "The reading of the sensor.", "The reading units of measure.", "The threshold value." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource.", "This argument shall contain a number that equals the value of the `Reading` property of the `Sensor` resource.", "This argument shall contain a string that equals the value of the `ReadingUnits` property of the `Sensor` resource. Unitless readings should use `count`.", "This argument shall contain a number that equals the value of the `Reading` property within the `LowerFatal` property of the `Sensor` resource." ], "Resolution": "Check the condition of the resources listed in RelatedItem.", "ClearingLogic": { "ClearsIf": "SameOriginOfCondition", "ClearsMessage": [ "ReadingBelowLowerFatalThreshold" ] } }, "ReadingAboveLowerCriticalThreshold": { "Description": "Indicates that a sensor reading is no longer below the lower critical threshold but is still outside of normal operating range.", "LongDescription": "This message shall indicate that the value of the `Reading` in a `Sensor` resource, previously below the threshold, is now above the value of the `Reading` property within the `LowerCritical` or `LowerCriticalUser` properties. However, the value of the `Reading` property is still below at least one `Reading` property of another lower threshold and is not within the normal operating range.", "Message": "Sensor '%1' reading of %2 (%3) is now above the %4 lower critical threshold but remains outside of normal range.", "Example": "Sensor 'CPU1 Temperature' reading of 15 (Degrees Celsius) is now above the 10 lower critical threshold but remains outside of normal range.", "MessageSeverity": "Warning", "Severity": "Warning", "NumberOfArgs": 4, "ParamTypes": [ "string", "number", "string", "number" ], "ArgDescriptions": [ "The name or identifier of the sensor.", "The reading of the sensor.", "The reading units of measure.", "The threshold value." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource.", "This argument shall contain a number that equals the value of the `Reading` property of the `Sensor` resource.", "This argument shall contain a string that equals the value of the `ReadingUnits` property of the `Sensor` resource. Unitless readings should use `count`.", "This argument shall contain a number that equals the value of the `Reading` property within the `LowerCritical` or `LowerCriticalUser` properties of the `Sensor` resource." ], "Resolution": "Check the condition of the resources listed in RelatedItem.", "ClearingLogic": { "ClearsIf": "SameOriginOfCondition", "ClearsMessage": [ "ReadingBelowLowerCriticalThreshold" ] } }, "ReadingWarning": { "Description": "Indicates that a sensor reading exceeds an internal warning level.", "LongDescription": "This message shall indicate that the value of the `Reading` property in a `Sensor` resource exceeds the value of an internal warning level. This message shall be used for `Sensor` resources that do not contain readable caution threshold values, such as boolean trip points or similar hardware mechanisms. This message shall not be used if the `Reading` property within a corresponding caution threshold is available.", "Message": "Sensor '%1' reading of %2 (%3) exceeds the warning level.", "Example": "Sensor 'CPU1 Temperature' reading of 85 (Degrees Celsius) exceeds the 80 upper caution threshold.", "MessageSeverity": "Warning", "Severity": "Warning", "NumberOfArgs": 3, "ParamTypes": [ "string", "number", "string" ], "ArgDescriptions": [ "The name or identifier of the sensor.", "The reading of the sensor.", "The reading units of measure." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource.", "This argument shall contain a number that equals the value of the `Reading` property of the `Sensor` resource.", "This argument shall contain a string that equals the value of the `ReadingUnits` property of the `Sensor` resource. Unitless readings should use `count`." ], "Resolution": "Check the condition of the resources listed in RelatedItem." }, "ReadingCritical": { "Description": "Indicates that a sensor reading exceeds an internal critical level.", "LongDescription": "This message shall indicate that the value of the `Reading` property in a `Sensor` resource exceeds the value of an internal critical level. This message shall be used for `Sensor` resources that do not contain readable critical threshold values, such as boolean trip points or similar hardware mechanisms. This message shall not be used if the `Reading` property within a corresponding critical threshold is available.", "Message": "Sensor '%1' reading of %2 (%3) exceeds the critical level.", "Example": "Sensor 'CPU1 Temperature' reading of 95 (Degrees Celsius) exceeds the 90 upper critical threshold.", "MessageSeverity": "Critical", "Severity": "Critical", "NumberOfArgs": 3, "ParamTypes": [ "string", "number", "string" ], "ArgDescriptions": [ "The name or identifier of the sensor.", "The reading of the sensor.", "The reading units of measure." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource.", "This argument shall contain a number that equals the value of the `Reading` property of the `Sensor` resource.", "This argument shall contain a string that equals the value of the `ReadingUnits` property of the `Sensor` resource. Unitless readings should use `count`." ], "Resolution": "Check the condition of the resources listed in RelatedItem." }, "ReadingNoLongerCritical": { "Description": "Indicates that a sensor reading no longer exceeds an internal critical level but still exceeds an internal warning level.", "LongDescription": "This message shall indicate that the value of the `Reading` property in a `Sensor` resource no longer exceeds the value of an internal critical level, but the value still exceeds an internal warning level. This message shall be used for `Sensor` resources that do not contain readable critical threshold values, such as boolean trip points or similar hardware mechanisms. This message shall not be used if the `Reading` property within a corresponding critical threshold is available.", "Message": "Sensor '%1' reading of %2 (%3) no longer exceeds the critical level.", "Example": "Sensor 'CPU1 Temperature' reading of 85 (Degrees Celsius) is now below the 90 upper critical threshold but remains outside of normal range.", "MessageSeverity": "Warning", "Severity": "Warning", "NumberOfArgs": 3, "ParamTypes": [ "string", "number", "string" ], "ArgDescriptions": [ "The name or identifier of the sensor.", "The reading of the sensor.", "The reading units of measure." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource.", "This argument shall contain a number that equals the value of the `Reading` property of the `Sensor` resource.", "This argument shall contain a string that equals the value of the `ReadingUnits` property of the `Sensor` resource. Unitless readings should use `count`." ], "Resolution": "Check the condition of the resources listed in RelatedItem.", "ClearingLogic": { "ClearsIf": "SameOriginOfCondition", "ClearsMessage": [ "ReadingCritical" ] } }, "SensorReadingNormalRange": { "Description": "Indicates that a sensor reading is now within normal operating range.", "LongDescription": "This message shall indicate that the value of the `Reading` property within a `Sensor` resource has returned to its normal operating range.", "Message": "Sensor '%1' reading of %2 (%3) is within normal operating range.", "Example": "Sensor 'CPU1 Temperature' reading of 75 (Degrees Celsius) is now within the normal operating range.", "MessageSeverity": "OK", "Severity": "OK", "NumberOfArgs": 3, "ParamTypes": [ "string", "number", "string" ], "ArgDescriptions": [ "The name or identifier of the sensor.", "The reading of the sensor.", "The reading units of measure." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource.", "This argument shall contain a number that equals the value of the `Reading` property of the `Sensor` resource.", "This argument shall contain a string that equals the value of the `ReadingUnits` property of the `Sensor` resource. Unitless readings should use `count`." ], "Resolution": "None.", "ClearingLogic": { "ClearsIf": "SameOriginOfCondition", "ClearsMessage": [ "ReadingAboveUpperCautionThreshold", "ReadingAboveUpperCriticalThreshold", "ReadingAboveUpperFatalThreshold", "ReadingBelowUpperFatalThreshold", "ReadingBelowUpperCriticalThreshold", "ReadingBelowLowerCautionThreshold", "ReadingBelowLowerCriticalThreshold", "ReadingBelowLowerFatalThreshold", "ReadingAboveLowerFatalThreshold", "ReadingAboveLowerCriticalThreshold", "ReadingWarning", "ReadingCritical", "ReadingNoLongerCritical" ] } }, "InvalidSensorReading": { "Description": "Indicates that the service received an invalid reading from a sensor.", "LongDescription": "This message shall indicate that the service received invalid data while attempting to update the value of the `Reading` property in a `Sensor` resource.", "Message": "Invalid reading received from sensor '%1'.", "Example": "Invalid reading received from sensor 'CPU1 Temperature'.", "MessageSeverity": "Warning", "Severity": "Warning", "NumberOfArgs": 1, "ParamTypes": [ "string" ], "ArgDescriptions": [ "The name or identifier of the sensor." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource." ], "Resolution": "Check the sensor hardware or connection." }, "SensorFailure": { "Description": "Indicates that the service cannot communicate with a sensor or detected a failure.", "LongDescription": "This message shall indicate that the service is unable to communicate with a sensor or otherwise detected a fault condition with the sensor.", "Message": "Sensor '%1' failed.", "Example": "Sensor 'CPU1 Temperature' failed.", "MessageSeverity": "Warning", "Severity": "Warning", "NumberOfArgs": 1, "ParamTypes": [ "string" ], "ArgDescriptions": [ "The name or identifier of the sensor." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource." ], "Resolution": "Check the sensor hardware or connection." }, "SensorRestored": { "Description": "Indicates that a sensor was repaired or communications were restored. It may also indicate that the service is receiving valid data from a sensor.", "LongDescription": "This message shall indicate that the service is able to communicate with a sensor that had previously failed, or the sensor was repaired or replaced.", "Message": "Sensor '%1' was restored.", "Example": "Sensor 'CPU1 Temperature' was restored.", "MessageSeverity": "OK", "Severity": "OK", "NumberOfArgs": 1, "ParamTypes": [ "string" ], "ArgDescriptions": [ "The name or identifier of the sensor." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource." ], "ClearingLogic": { "ClearsIf": "SameOriginOfCondition", "ClearsMessage": [ "InvalidSensorReading", "SensorFailure", "SensorDisconnected" ] }, "Resolution": "None." }, "SensorConnected": { "Description": "Indicates that an external sensor was connected.", "LongDescription": "This message shall indicate that an external sensor was connected.", "Message": "Sensor '%1' was connected.", "Example": "Sensor 'CPU1 Temperature' was connected.", "MessageSeverity": "OK", "Severity": "OK", "VersionAdded": "1.1.0", "NumberOfArgs": 1, "ParamTypes": [ "string" ], "ArgDescriptions": [ "The name or identifier of the sensor." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource." ], "ClearingLogic": { "ClearsIf": "SameOriginOfCondition", "ClearsMessage": [ "SensorDisconnected" ] }, "Resolution": "None." }, "SensorDisconnected": { "Description": "Indicates that an external sensor was disconnected.", "LongDescription": "This message shall indicate that an external sensor was disconnected.", "Message": "Sensor '%1' was disconnected.", "Example": "Sensor 'CPU1 Temperature' was disconnected.", "MessageSeverity": "Warning", "Severity": "Warning", "VersionAdded": "1.1.0", "NumberOfArgs": 1, "ParamTypes": [ "string" ], "ArgDescriptions": [ "The name or identifier of the sensor." ], "ArgLongDescriptions": [ "This argument shall contain a string that identifies or describes the `Sensor` resource." ], "Resolution": "Check the sensor connection or re-connect the sensor." } } }