日本語は機械翻訳による参考訳です。内容に矛盾や不一致があった場合には、英語の内容が優先されます。
GetIpmiInfo
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GetIpmiInfo メソッドを使用すると、システムが監視するノードファン、吸気温度、排気温度、および電源装置に関するセンサー（オブジェクト）の詳細なレポートを表示できます。
パラメータ
このメソッドには入力パラメータはありません。
戻り値
このメソッドの戻り値は次のとおりです。
| 名前 | 説明 | を入力します |
|---|---|---|
センサー |
ノード内の各センサーからの詳細情報。 |
JSON オブジェクトの配列 |
要求例
このメソッドの要求例を次に示します。
{
"method": "GetIpmiInfo",
"params": {},
"id" : 1
}
応答例
この API メソッドで返される応答は分量が多いため、一部を省略して記載します。ここでは、ハードウェア情報のうち、ノードが最適なパフォーマンスで稼働していることを確認するためにシステムが監視している情報を示します。
{
"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"
},
.
.
.
}
]
}
}
}
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