An unofficial Python interface for obtaining metrics from Supermicro BMCs
George Rawlinson
9ec129a821
certifi (2020.6.20 -> 2020.11.8) urllib3 (1.25.11 -> 1.26.2) babel (2.8.0 -> 2.9.0) requests (2.24.0 -> 2.25.0) regex (2020.10.28 -> 2020.11.13) sphinx (3.3.0 -> 3.3.1) |
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docs | ||
src/smbmc | ||
tests | ||
.flake8 | ||
.gitignore | ||
.pre-commit-config.yaml | ||
.python-version | ||
.readthedocs.yml | ||
LICENSE | ||
Makefile | ||
noxfile.py | ||
poetry.lock | ||
pyproject.toml | ||
README.rst |
SMBMC ===== An unofficial Python interface for obtaining metrics from Supermicro BMCs. The following metrics are accessible: - Sensor: Temperature, Fan, Voltage, etc. - PMBus: Power Consumption, Fan, Temperature, etc. **Note:** This library depends on the BMC web-interface being available. Usage ----- Setup ~~~~~ :: # smbmc_example.py from smbmc import Client # initialise client with connection details c = Client(IPMI_SERVER, IPMI_USER, IPMI_PASS) # retrieve session token (usually lasts 30 minutes) # optional: the library maintains session tokens internally. c.login() Sensor Metrics ~~~~~~~~~~~~~~ :: # obtain sensor metrics sensors = c.get_sensor_metrics() for sensor in sensors: print(sensor.__dict__) # output (some removed for brevity) {'id': 0, 'name': 'System Temp', 'type': <SensorTypeEnum.TEMPERATURE: 1>, 'unit': <SensorUnitEnum.DEGREES_CELSIUS: 1>, 'state': <SensorStateEnum.PRESENT: 1>, 'flags': None, 'reading': 28.0, 'lnr': -9.0, 'lc': -7.0, 'lnc': -5.0, 'unc': 80.0, 'uc': 85.0, 'unr': 90.0} {'id': 1, 'name': '12VCC', 'type': <SensorTypeEnum.VOLTAGE: 2>, 'unit': <SensorUnitEnum.VOLTS: 4>, 'state': <SensorStateEnum.PRESENT: 1>, 'flags': None, 'reading': 12.192, 'lnr': 10.144, 'lc': 10.272, 'lnc': 10.784, 'unc': 12.96, 'uc': 13.28, 'unr': 13.408} {'id': 9, 'name': 'FAN1', 'type': <SensorTypeEnum.FAN: 4>, 'unit': <SensorUnitEnum.RPM: 18>, 'state': <SensorStateEnum.PRESENT: 1>, 'flags': None, 'reading': 3500.0, 'lnr': 400.0, 'lc': 600.0, 'lnc': 800.0, 'unc': 25300.0, 'uc': 25400.0, 'unr': 25500.0} {'id': 10, 'name': 'FAN2', 'type': <SensorTypeEnum.FAN: 4>, 'unit': <SensorUnitEnum.RPM: 18>, 'state': <SensorStateEnum.NOT_PRESENT: 2>, 'flags': None, 'reading': 0.0, 'lnr': 400.0, 'lc': 600.0, 'lnc': 800.0, 'unc': 25300.0, 'uc': 25400.0, 'unr': 25500.0} {'id': 19, 'name': 'SAS2 FTemp1', 'type': <SensorTypeEnum.TEMPERATURE: 1>, 'unit': <SensorUnitEnum.DEGREES_CELSIUS: 1>, 'state': <SensorStateEnum.PRESENT: 1>, 'flags': None, 'reading': 30.0, 'lnr': -9.0, 'lc': -7.0, 'lnc': -5.0, 'unc': 75.0, 'uc': 77.0, 'unr': 79.0} {'id': 27, 'name': 'PS2 Status', 'type': <SensorTypeEnum.POWER_SUPPLY: 8>, 'unit': <SensorUnitEnum.UNSPECIFIED: 0>, 'state': <SensorStateEnum.PRESENT: 1>, 'flags': <PowerSupplyFlag.PRESENCE_DETECTED: 1>, 'reading': 0, 'lnr': 0, 'lc': 0, 'lnc': 0, 'unc': 0, 'uc': 0, 'unr': 0} PMBus Metrics ~~~~~~~~~~~~~ :: # obtain pmbus metrics power_supplies = c.get_pmbus_metrics() for psu in power_supplies: print(psu.__dict__) # output {'id': 0, 'name': '', 'status': 'ff', 'type': '0', 'input_voltage': 0, 'input_current': 0.0, 'input_power': 0, 'output_voltage': 0.0, 'output_current': 0.0, 'output_power': 0, 'temp_1': 0, 'temp_2': 0, 'fan_1': 0, 'fan_2': 0} {'id': 1, 'name': 'FAKE_PSU_SERIAL', 'status': '1', 'type': '1', 'input_voltage': 236, 'input_current': 0.359, 'input_power': 85, 'output_voltage': 12.1, 'output_current': 5.75, 'output_power': 69, 'temp_1': 38, 'temp_2': 53, 'fan_1': 2894, 'fan_2': 3810} All Metrics ~~~~~~~~~~~ :: # obtain all metrics metrics = c.get_metrics() print(metrics) # output {'pmbus': [], 'sensor': []} Contributing ------------ This library has been tested on a system with the following components: - Chassis: SC846 (unknown revision; possibly 846BA-R920B) - Motherboard: CSE-PTJBOD-CB3 - Power Supply: PWS-920P-SQ - Backplane: BPN-SAS2-846EL1 - Power Distribution Board: PDB-PT846-2824 If there are any errors or additional functionality for other components, please file an issue with as *much* detail as you can! Legal ----- This library is not associated with Super Micro Computer, Inc. Supermicro have released some `BMC/IPMI <https://www.supermicro.com/wftp/GPL/SMT/SDK_SMT_X9_317.tar.gz>`_ code under the GPL, which has been used as a reference. Therefore, this library is licensed as GPLv3.