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Element Software
12.5 and 12.7
La version française est une traduction automatique. La version anglaise prévaut sur la française en cas de divergence.

GetIpmiInfo

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Vous pouvez utiliser le GetIpmiInfo méthode d'affichage d'un reporting détaillé des capteurs (objets) des ventilateurs des nœuds, des températures d'admission et d'échappement, et des blocs d'alimentation surveillés par le système.

Paramètres

Cette méthode n'a pas de paramètres d'entrée.

Retour de valeur

Cette méthode a la valeur de retour suivante :

Nom Description Type

capteurs

Informations détaillées provenant de chaque capteur d'un nœud.

Baie d'objets JSON

Exemple de demande

Les demandes pour cette méthode sont similaires à l'exemple suivant :

{
  "method": "GetIpmiInfo",
  "params": {},
  "id" : 1
}

Exemple de réponse

En raison de la longueur de la réponse renvoyée pour cette méthode API, des parties de la réponse ont été volontairement supprimées de ce document. Ce qui est inclus comprend les parties des informations matérielles que le système surveille afin de s'assurer que le nœud fonctionne à des performances optimales.

{
  "id": 1,
    "result": {
      "ipmiInfo": {
          "sensors": [
            {
              "entityID": "7.1 (System Board)",
              "sensorID": "0x72",
              "sensorName": "SEL",
              "sensorType": "Event Logging Disabled",
              "uniqueSensorID": "7.1:0x72"
            },
            {
              "assertionsEnabled": [ "General Chassis intrusion" ],
              "deassertionsEnabled": [ "General Chassis intrusion" ],
              "entityID": "7.1 (System Board)", "sensorID": "0x73",
              "sensorName": "Intrusion",
              "sensorType": "Physical Security",
              "uniqueSensorID": "7.1:0x73"
            },
            {THIS ENTIRE SECTION IS REPEATED FOR EACH FAN IN THE SYSTEM
              "assertionEvents": [],
              "assertionsEnabled": [],
              "deassertionsEnabled": [],
              "entityID": "7.1 (System Board)",
              "eventMessageControl": "Per-threshold",
              "lowerCritical": "720.000",
              "lowerNonCritical": "840.000",
              "maximumSensorRange": "Unspecified",
              "minimumSensorRange": "Unspecified",
              "negativeHysteresis": "600.000",
              "nominalReading": "10080.000",
              "normalMaximum": "23640.000",
              "normalMinimum": "16680.000",
              "positiveHysteresis": "600.000",
              "readableThresholds": "lcr lnc",
              "sensorID": "0x30",
              "sensorName": "Fan1A RPM",
              "sensorReading": "4440 (+/- 120) RPM",
              "sensorType": "Fan",
              "settableThresholds": "",
              "status": "ok",
              "thresholdReadMask": "lcr lnc",
              "uniqueSensorID": "7.1:0x30"
            },
            .
            .
            .
            {THIS ENTIRE SECTION IS REPEATED FOR THE EXHAUST TEMPERATURE OF EACH NODE
              "assertionEvents": [],
              "assertionsEnabled": [],
              "entityID": "7.1 (System Board)",
              "eventMessageControl": "Per-threshold",
              "lowerCritical": "3.000",
              "lowerNonCritical": "8.000",
              "maximumSensorRange": "Unspecified",
              "minimumSensorRange": "Unspecified",
              "negativeHysteresis": "1.000",
              "nominalReading": "23.000",
              "normalMaximum": "69.000",
              "normalMinimum": "11.000",
              "positiveHysteresis": "1.000",
              "readableThresholds": "lcr lnc unc ucr",
              "sensorID": "0x1",
              "sensorName": "Exhaust Temp",
              "sensorReading": "44 (+/- 1) degrees C",
              "sensorType": "Temperature",
              "settableThresholds": "",
              "status": "ok",
              "uniqueSensorID": "7.1:0x1",
              "upperCritical": "75.000",
              "upperNonCritical": "70.000"
            },
            {THIS ENTIRE SECTION IS REPEATED FOR THE INLET TEMPERATURE OF EACH NODE
              "assertionEvents": [],
              "assertionsEnabled": [],
              "deassertionsEnabled": [],
              "entityID": "7.1 (System Board)",
              "eventMessageControl": "Per-threshold",
              "lowerCritical": "-7.000",
              "lowerNonCritical": "3.000",
              "maximumSensorRange": "Unspecified",
              "minimumSensorRange": "Unspecified",
              "negativeHysteresis": "1.000",
              "nominalReading": "23.000",
              "normalMaximum": "69.000",
              "normalMinimum": "11.000",
              "positiveHysteresis": "1.000",
              "readableThresholds": "lcr lnc unc ucr",
              "sensorID": "0x4",
              "sensorName": "Inlet Temp",
              "sensorReading": "20 (+/- 1) degrees C",
              "sensorType": "Temperature",
              "settableThresholds": "lcr lnc unc ucr",
              "status": "ok",
              "thresholdReadMask": "lcr lnc unc ucr",
              "uniqueSensorID": "7.1:0x4",
              "upperCritical": "47.000",
              "upperNonCritical": "42.000"
            },
            {THIS ENTIRE SECTION IS REPEATED FOR EACH POWER SUPPLY ON EACH NODE
              "assertionEvents": [],
              "assertionsEnabled": [],
              "entityID": "10.2 (Power Supply)",
              "eventMessageControl": "Per-threshold", "maximumSensorRange": "Unspecified",
              "minimumSensorRange": "Unspecified",
              "negativeHysteresis": "Unspecified",
              "nominalReading": "0.000",
              "normalMaximum": "0.000",
              "positiveHysteresis": "Unspecified",
              "readableThresholds": "No Thresholds",
              "sensorID": "0x6d",
              "sensorName": "Voltage 2",
              "sensorReading": "118 (+/- 0) Volts",
              "sensorType": "Voltage",
              "settableThresholds": "No Thresholds", "status": "ok", "uniqueSensorID": "10.2:0x6d"
            },
              .
              .
              .
            }
          ]
        }
      }
    }

Nouveau depuis la version

9.6