# vim: tabstop=4 shiftwidth=4 softtabstop=4 # Copyright 2013 IBM Corporation # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. import pyghmi.constants as const IPMI_BMC_ADDRESS = 0x20 IPMI_SEND_MESSAGE_CMD = 0x34 payload_types = { 'ipmi': 0x0, 'sol': 0x1, 'rmcpplusopenreq': 0x10, 'rmcpplusopenresponse': 0x11, 'rakp1': 0x12, 'rakp2': 0x13, 'rakp3': 0x14, 'rakp4': 0x15, } # sensor type codes, table 42-3 sensor_type_codes = { 1: 'Temperature', 2: 'Voltage', 3: 'Current', 4: 'Fan', 5: 'Physical Security', 6: 'Platform Security', 7: 'Processor', 8: 'Power Supply', 9: 'Power Unit', 0xa: 'Cooling Device', 0xb: 'Other', 0xc: 'Memory', 0xd: 'Drive Bay', 0xe: 'POST Memory Resize', 0xf: 'System Firmware', 0x10: 'Event Log Disabled', 0x11: 'Watchdog', 0x12: 'System Event', 0x13: 'Critical interrupt', 0x14: 'Button/switch', 0x15: 'Module/Board', 0x16: 'Microcontroller/Coprocessor', 0x17: 'Add-in Card', 0x18: 'Chassis', 0x19: 'Chip Set', 0x1a: 'Other FRU', 0x1b: 'Cable/Interconnect', 0x1c: 'Terminator', 0x1d: 'System Boot', 0x1e: 'Boot Error', 0x1f: 'OS Boot', 0x20: 'OS Stop', 0x21: 'Slot/Connector', 0x22: 'System ACPI Power State', 0x23: 'Watchdog', 0x24: 'Platform alert', 0x25: 'Entity Presence', 0x26: 'Monitor ASIC/IC', 0x27: 'LAN', 0x28: 'Management Subsystem Health', 0x29: 'Battery', 0x2a: 'Session', 0x2b: 'Version Change', 0x2c: 'FRU State', } # This is from table 42-2 # digital discrete poses a challenge from a health perspective. So far all # observed ones are no more or less 'healthy' by being asserted or not asserted # for example asserting that an add-on is installed generic_type_offsets = { 1: { # threshold based # Some explanation is offered in the specification around 'get sensor # event status' command. Assertions should indicate the new state # and deassertion should indicate leaving the state. The 'going high' # and 'going low' do not denote leaving a state. For example, going # from Lower Critical to Lower Non-Critical would be 'going high' # Will just report the new state rather than the direction from # which things came from, since in a vacuum it is not useful data # and in the context of event log, it should be better discerned # from the pattern of prior events 0: { 'desc': 'Lower non-critical', # - going low', 'severity': const.Health.Warning, 'deassertion_desc': 'Lower Non-critical deasserted', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Lower non-critical', # - going high', 'severity': const.Health.Warning, 'deassertion_desc': 'Lower non-critical deasserted', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Lower Critical', # - going low', 'severity': const.Health.Critical, 'deassertion_desc': 'Lower critical deasserted', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Lower Critical', # - going high', 'severity': const.Health.Critical, 'deassertion_desc': 'Lower critical deasserted', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Lower non-recoverable', # - going low 'severity': const.Health.Failed, 'deassertion_desc': 'Lower non-recoverable deasserted', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'Lower non-recoverable', # - going high 'severity': const.Health.Failed, 'deassertion_desc': 'Lower non-recoverable deasserted', 'deassertion_severity': const.Health.Ok, }, 6: { 'desc': 'Upper non-critical', # - going low 'severity': const.Health.Warning, 'deassertion_desc': 'Upper non-critical deasserted', 'deassertion_severity': const.Health.Ok, }, 7: { 'desc': 'Upper non-critical', # - going high 'severity': const.Health.Warning, 'deassertion_desc': 'Upper non-critical deasserted', 'deassertion_severity': const.Health.Ok, }, 8: { 'desc': 'Upper critical', # - going low 'severity': const.Health.Critical, 'deassertion_desc': 'Upper critical deasserted', 'deassertion_severity': const.Health.Ok, }, 9: { 'desc': 'Upper critical', # - going high 'severity': const.Health.Critical, 'deassertion_desc': 'Upper critical deasserted', 'deassertion_severity': const.Health.Ok, }, 0xa: { 'desc': 'Upper non-recoverable', # - going low 'severity': const.Health.Failed, 'deassertion_desc': 'Upper non-recoverable deasserted', 'deassertion_severity': const.Health.Ok, }, 0xb: { 'desc': 'Upper non-recoverable', # - going high 'severity': const.Health.Failed, 'deassertion_desc': 'Upper non-recoverable deasserted', 'deassertion_severity': const.Health.Ok, }, }, 2: { 0: { 'desc': 'Idle', 'severity': const.Health.Ok, 'deassertion_desc': 'Idle deasserted', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Active', 'severity': const.Health.Ok, 'deassertion_desc': 'Active deasserted', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Busy', 'severity': const.Health.Ok, 'deassertion_desc': 'Busy deasserted', 'deassertion_severity': const.Health.Ok, }, }, 3: { 0: { 'desc': 'Deasserted', 'severity': const.Health.Ok, 'deassertion_desc': 'Asserted', # this would be very peculiar 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Asserted', 'severity': const.Health.Ok, 'deassertion_desc': 'Deasserted', 'deassertion_severity': const.Health.Ok, }, }, 4: { 0: { 'desc': 'Predictive failure deasserted', 'severity': const.Health.Ok, 'deassertion_desc': 'Predictive failure', 'deassertion_severity': const.Health.Warning, }, 1: { 'desc': 'Predictive failure', 'severity': const.Health.Warning, 'deassertion_desc': 'Predictive failure deasserted', 'deassertion_severity': const.Health.Ok, }, }, 5: { 0: { 'desc': 'Limit not exceeded', 'severity': const.Health.Ok, 'deassertion_desc': 'Limit exceeded', 'deassertion_severity': const.Health.Warning, }, 1: { 'desc': 'Limit exceeded', 'severity': const.Health.Warning, 'deassertion_desc': 'Limit no longer exceeded', 'deassertion_severity': const.Health.Ok, }, }, 6: { 0: { 'desc': 'Performance met', 'severity': const.Health.Ok, 'deassertion_desc': 'Performance lags', 'deassertion_severity': const.Health.Warning, }, 1: { 'desc': 'Performance lags', 'severity': const.Health.Warning, 'deassertion_desc': 'Performance no longer lags', 'deassertion_severity': const.Health.Ok, }, }, 7: { 0: { 'desc': 'Ok', 'severity': const.Health.Ok, 'deassertion_desc': 'Not ok', 'deassertion_severity': const.Health.Warning, }, 1: { 'desc': 'Non-Critical', 'severity': const.Health.Warning, 'deassertion_desc': 'Non-critical deasserted', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Critical', 'severity': const.Health.Critical, 'deassertion_desc': 'Critical deasserted', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Non-recoverable', 'severity': const.Health.Failed, 'deassertion_desc': 'Non-recoverable deasserted', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Non-critical', 'severity': const.Health.Warning, 'deassertion_desc': 'Non-critical deasserted', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'Critical', 'severity': const.Health.Critical, 'deassertion_desc': 'Critical deasserted', 'deassertion_severity': const.Health.Ok, }, 6: { 'desc': 'Non-recoverable', 'severity': const.Health.Failed, 'deassertion_desc': 'Non-recoverable deasserted', 'deassertion_severity': const.Health.Ok, }, 7: { 'desc': 'Monitor', 'severity': const.Health.Ok, 'deassertion_desc': 'Monitor deasserted', 'deassertion_severity': const.Health.Ok, }, 8: { 'desc': 'Informational', 'severity': const.Health.Ok, 'deassertion_desc': 'Informational deasserted', 'deassertion_severity': const.Health.Ok, }, }, 8: { 0: { 'desc': 'Absent', 'severity': const.Health.Ok, 'deassertion_desc': 'Present', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Present', 'severity': const.Health.Ok, 'deassertion_desc': 'Absent', 'deassertion_severity': const.Health.Ok, }, }, 9: { 0: { 'desc': 'Disabled', 'severity': const.Health.Ok, 'deassertion_desc': 'Enabled', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Enabled', 'severity': const.Health.Ok, 'deassertion_desc': 'Disabled', 'deassertion_severity': const.Health.Ok, }, }, 0xa: { 0: { 'desc': 'Running', 'severity': const.Health.Ok, 'deassertion_desc': 'Running deasserted', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'In test', 'severity': const.Health.Ok, 'deassertion_desc': 'In test deasserted', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Power off', 'severity': const.Health.Ok, 'deassertion_desc': 'Power off deasserted', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Online', 'severity': const.Health.Ok, 'deassertion_desc': 'Online deasserted', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Offline', 'severity': const.Health.Critical, 'deassertion_desc': 'Offline deasserted', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'Off duty', 'severity': const.Health.Ok, 'deassertion_desc': 'Off duty deasserted', 'deassertion_severity': const.Health.Ok, }, 6: { 'desc': 'Degraded', 'severity': const.Health.Critical, 'deassertion_desc': 'Degraded deasserted', 'deassertion_severity': const.Health.Ok, }, 7: { 'desc': 'Power save', 'severity': const.Health.Ok, 'deassertion_desc': 'Power save deasserted', 'deassertion_severity': const.Health.Ok, }, 8: { 'desc': 'Install error', 'severity': const.Health.Critical, 'deassertion_desc': 'Install error deasserted', 'deassertion_severity': const.Health.Ok, }, }, 0xb: { 0: { 'desc': 'Redundant', 'severity': const.Health.Ok, 'deassertion_desc': 'Redundant lost', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Not redundant', # redundancy lost 'severity': const.Health.Warning, 'deassertion_desc': 'Redundancy restored', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Redundancy degraded', 'severity': const.Health.Warning, 'deassertion_desc': 'Redundancy restored', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Not redundant', # down to non redundant 'severity': const.Health.Ok, 'deassertion_desc': 'Redundancy restored', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Not Redundant', # it has come back, but not redundant 'severity': const.Health.Warning, 'deassertion_desc': 'Redundancy restored', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'Degraded', # abnormal operation 'severity': const.Health.Critical, 'deassertion_desc': 'Present', 'deassertion_severity': const.Health.Ok, }, 6: { 'desc': 'Redundancy degraded', 'severity': const.Health.Warning, 'deassertion_desc': 'Redundancy restored', 'deassertion_severity': const.Health.Ok, }, 7: { 'desc': 'Redundancy degraded', 'severity': const.Health.Warning, 'deassertion_desc': 'Redundancy restored', 'deassertion_severity': const.Health.Ok, }, }, 0xc: { 0: { 'desc': 'ACPI D0', 'severity': const.Health.Ok, 'deassertion_desc': 'ACPI D0 deasserted', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'ACPI D1', 'severity': const.Health.Ok, 'deassertion_desc': 'ACPI D1 deasserted', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'ACPI D2', 'severity': const.Health.Ok, 'deassertion_desc': 'ACPI D2 deasserted', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'ACPI D3', 'severity': const.Health.Ok, 'deassertion_desc': 'ACPI D3 deasserted', 'deassertion_severity': const.Health.Ok, }, }, } sensor_type_offsets = { # For the security sensors, we assume if armed, # the operator considers these to be critical situations # Even though many of these would never reasonably be 'deasserted', provide # some language that hypothetically would make sense if it were ever # observed 5: { 0: { 'desc': 'Chassis intrusion', 'severity': const.Health.Critical, 'deassertion_desc': 'Chassis intrusion deasserted', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Drive area intrusion', 'severity': const.Health.Critical, 'deassertion_desc': 'Drive area intrusion deasserted', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'I/O card area intrusion', 'severity': const.Health.Critical, 'deassertion_desc': 'I/O card area intrusion deasserted', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Processor area intrusion', 'severity': const.Health.Critical, 'deassertion_desc': 'Processor area intrusion deasserted', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'LAN connection lost', 'severity': const.Health.Critical, 'deassertion_desc': 'LAN connection restored', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'Unauthorized dock', 'severity': const.Health.Critical, 'deassertion_desc': 'Unauthorized dock deasserted', 'deassertion_severity': const.Health.Ok, }, 6: { 'desc': 'Fan area intrusion', 'severity': const.Health.Critical, 'deassertion_desc': 'Fan area intrusion deasserted', 'deassertion_severity': const.Health.Ok, }, }, 6: { 0: { 'desc': 'Front Panel Lockout Violation attempt', 'severity': const.Health.Critical, 'deassertion_desc': 'Front Panel Lockout deasserted', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Pre-boot password violation - user', 'severity': const.Health.Critical, 'deassertion_severity': const.Health.Ok, 'deassertion_desc': 'Boot Password violation deasserted', }, 2: { 'desc': 'Pre-boot password violation - setup', 'severity': const.Health.Critical, 'deassertion_desc': 'Setup password violation deasserted', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Pre-boot password violation - netboot', 'severity': const.Health.Critical, 'deassertion_desc': 'Pre-boot password violation - netboot deasserted', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Pre-boot password violation', 'severity': const.Health.Critical, 'deassertion_desc': 'Pre-boot password violation deasserted', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'Out-of-band access password violation', 'severity': const.Health.Critical, 'deassertion_desc': 'Out-of-band access password violation deasserted', 'deassertion_severity': const.Health.Ok, }, }, 7: { 0: { 'desc': 'Internal error', 'severity': const.Health.Failed, 'deassertion_desc': 'Internal error recovered', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Thermal trip', 'severity': const.Health.Failed, 'deassertion_desc': 'Thermal trip recovered', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Self test failure', 'severity': const.Health.Failed, 'deassertion_desc': 'Self test recovered', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Hang in POST', 'severity': const.Health.Failed, 'deassertion_desc': 'Hang in POST recovered', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Startup failure', 'severity': const.Health.Failed, 'deassertion_desc': 'Startup recovered', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'Configuration error', 'severity': const.Health.Failed, 'deassertion_desc': 'Configuration error recovered', 'deassertion_severity': const.Health.Ok, }, 6: { 'desc': 'Uncorrectable cpu complex error', 'severity': const.Health.Failed, 'deassertion_desc': 'Uncorrectable cpu complex error recovered', 'deassertion_severity': const.Health.Ok, }, 7: { 'desc': 'Present', 'severity': const.Health.Ok, 'deassertion_desc': 'Absent', 'deassertion_severity': const.Health.Ok, }, 8: { 'desc': 'Disabled', 'severity': const.Health.Warning, 'deassertion_desc': 'Enabled', 'deassertion_severity': const.Health.Ok, }, 9: { 'desc': 'Terminator presence detected', 'severity': const.Health.Ok, 'deassertion_desc': 'Terminator absent', 'deassertion_severity': const.Health.Ok, }, 0xa: { 'desc': 'Throttled', 'severity': const.Health.Warning, 'deassertion_desc': 'No longer throttled', 'deassertion_severity': const.Health.Ok, }, 0xb: { 'desc': 'Uncorrectable machine check exception', 'severity': const.Health.Failed, 'deassertion_desc': 'Uncorrectable machine check recovered', 'deassertion_severity': const.Health.Ok, }, 0xc: { 'desc': 'Correctable machine check exception', 'severity': const.Health.Warning, 'deassertion_desc': 'Correctable machine check recovered', 'deassertion_severity': const.Health.Ok, }, }, 8: { # power supply 0: { 'desc': 'Present', 'severity': const.Health.Ok, 'deassertion_desc': 'Absent', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Failure', 'severity': const.Health.Critical, 'deassertion_desc': 'Recovered', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Predictive failure', 'severity': const.Health.Critical, 'deassertion_desc': 'Predictive failure recovered', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Power input lost', 'severity': const.Health.Critical, 'deassertion_desc': 'Power input restored', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Power input out of range or lost', 'severity': const.Health.Critical, 'deassertion_desc': 'Power input present and in range', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'Power input out of range', 'severity': const.Health.Critical, 'deassertion_desc': 'Power input in range', 'deassertion_severity': const.Health.Ok, }, 6: { # clarified by SEL/PET event data 3 'desc': 'Configuration error', 'severity': const.Health.Warning, 'deassertion_desc': 'Configuration error recovered', 'deassertion_severity': const.Health.Ok, }, 7: { 'desc': 'Standby', 'severity': const.Health.Ok, 'deassertion_desc': 'Active', 'deassertion_severity': const.Health.Ok, }, }, 9: { # power unit 0: { 'desc': 'Power off', 'severity': const.Health.Ok, 'deassertion_desc': 'Power on', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Power cycle', 'severity': const.Health.Ok, 'deassertion_desc': 'Power cycle deasserted', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': '240VA power down', 'severity': const.Health.Warning, 'deassertion_desc': '240VA power down deasserted', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Interlock power down', 'severity': const.Health.Ok, 'deassertion_desc': 'Interlock power down deasserted', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Power input lost', 'severity': const.Health.Warning, 'deassertion_desc': 'Power input restored', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'Soft power control failure', 'severity': const.Health.Failed, 'deassertion_desc': 'Soft power control failure deasserted', 'deassertion_severity': const.Health.Ok, }, 6: { 'desc': 'Power unit failure', 'severity': const.Health.Critical, 'deassertion_desc': 'Power unit failure deasserted', 'deassertion_severity': const.Health.Ok, }, 7: { 'desc': 'Power unit predictive failure', 'severity': const.Health.Warning, 'deassertion_desc': 'Power unit predictive failure deasserted', 'deassertion_severity': const.Health.Ok, }, }, 0xc: { # memory 0: { 'desc': 'Correctable error', 'severity': const.Health.Warning, 'deassertion_desc': 'Correctable error deasserted', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Uncorrectable error', 'severity': const.Health.Failed, 'deassertion_desc': 'Uncorrectable error deasserted', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Parity error', 'severity': const.Health.Warning, 'deassertion_desc': 'Parity error deasserted', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Scrub failed', 'severity': const.Health.Critical, 'deassertion_desc': 'Scrub failed deasserted', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Device disabled', 'severity': const.Health.Warning, 'deassertion_desc': 'Device enabled', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'Correctable memory error logging limit reached', 'severity': const.Health.Critical, 'deassertion_desc': 'Correctable memory error logging restored', 'deassertion_severity': const.Health.Ok, }, 6: { 'desc': 'Present', 'severity': const.Health.Ok, 'deassertion_desc': 'Absent', 'deassertion_severity': const.Health.Ok, }, 7: { 'desc': 'Configuration error', 'severity': const.Health.Critical, 'deassertion_desc': 'Configuration error deasserted', 'deassertion_severity': const.Health.Ok, }, 8: { 'desc': 'Spare', # event data 3 available 'severity': const.Health.Ok, 'deassertion_desc': 'Spare deasserted', 'deassertion_severity': const.Health.Ok, }, 9: { 'desc': 'Throttled', 'severity': const.Health.Warning, 'deassertion_desc': 'No longer throttled', 'deassertion_severity': const.Health.Ok, }, 0xa: { 'desc': 'Critical over temperature', 'severity': const.Health.Critical, 'deassertion_desc': 'Critical over temperature deasserted', 'deassertion_severity': const.Health.Ok, }, }, 0xd: { # drive bay 0: { 'desc': 'Present', 'severity': const.Health.Ok, 'deassertion_desc': 'Absent', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Drive fault', 'severity': const.Health.Critical, 'deassertion_desc': 'Drive fault deasserted', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Predictive drive failure', 'severity': const.Health.Warning, 'deassertion_desc': 'Predictive drive failure deasserted', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Hot spare drive', 'severity': const.Health.Ok, 'deassertion_desc': 'Hot spare drive deasserted', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Drive consistency check in progress', 'severity': const.Health.Ok, 'deassertion_desc': 'Drive consistency check complete', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'Drive in critical array', 'severity': const.Health.Critical, 'deassertion_desc': 'Drive in critical array deasserted', 'deassertion_severity': const.Health.Ok, }, 6: { 'desc': 'Drive in failed array', 'severity': const.Health.Failed, 'deassertion_desc': 'Drive in failed array deasserted', 'deassertion_severity': const.Health.Ok, }, 7: { 'desc': 'Rebuild in progress', 'severity': const.Health.Ok, 'deassertion_desc': 'Rebuild complete', 'deassertion_severity': const.Health.Ok, }, 8: { 'desc': 'Rebuild aborted', 'severity': const.Health.Critical, 'deassertion_desc': 'Rebuild abort deasserted', 'deassertion_severity': const.Health.Ok, }, }, 0xf: { 0: { 'desc': 'Boot error', 'severity': const.Health.Failed, 'deassertion_desc': 'Boot error deasserted', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Hang', 'severity': const.Health.Failed, 'deassertion_desc': 'Hang deasserted', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Progress', 'severity': const.Health.Ok, 'deassertion_desc': 'Progress deasserted', 'deassertion_severity': const.Health.Ok, }, }, 0x10: { # event log disabled 0: { 'desc': 'Correctable memory error logging disabled', 'severity': const.Health.Warning, 'deassertion_desc': 'Correctable memory error logging enabled', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Specific event logging disabled', 'deassertion_desc': 'Event logging enabled', 'severity': const.Health.Warning, 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Log clear', 'severity': const.Health.Ok, 'deassertion_desc': 'Log clear complete', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Logging disabled', 'severity': const.Health.Warning, 'deassertion_desc': 'Logging enabled', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Event log full', 'severity': const.Health.Warning, 'deassertion_desc': 'Event log no longer full', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'Event log nearly full', 'severity': const.Health.Ok, 'deassertion_desc': 'Event log no longer nearly full', 'deassertion_severity': const.Health.Ok, }, 6: { 'desc': 'Correctable machine check logging disabled', 'severity': const.Health.Warning, 'deassertion_desc': 'Correctable machine check logging enabled', 'deassertion_severity': const.Health.Ok, }, }, 0x12: { # system event 0: { 'desc': 'System reconfigured', 'severity': const.Health.Ok, 'deassertion_desc': 'System reconfiguration deasserted', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'OEM boot event', 'severity': const.Health.Ok, 'deassertion_desc': 'OEM boot event deasserted', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Undetermined hardware failure', 'severity': const.Health.Failed, 'deassertion_desc': 'Undetermined hardware failure deasserted', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Aux log entry', 'severity': const.Health.Ok, 'deassertion_desc': 'Aux log entry deasserted', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Event response', 'severity': const.Health.Ok, 'deassertion_desc': 'Event response deasserted', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'Clock time change', 'severity': const.Health.Ok, 'deassertion_desc': 'Clock time change deasserted', 'deassertion_severity': const.Health.Ok, }, }, 0x13: { # critical interrupt 0: { 'desc': 'Front panel diagnostic interrupt', 'severity': const.Health.Ok, 'deassertion_desc': 'Front panel diagnostic interrupt deasserted', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Bus timeout', 'severity': const.Health.Critical, 'deassertion_desc': 'Bus timeout recovered', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'I/O NMI', 'severity': const.Health.Critical, 'deassertion_desc': 'I/O NMI deasserted', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Software NMI', 'severity': const.Health.Critical, 'deassertion_desc': 'Software NMI deasserted', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'PCI PERR', 'severity': const.Health.Failed, 'deassertion_desc': 'PCI PERR deasserted', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'PCI SERR', 'severity': const.Health.Failed, 'deassertion_desc': 'PCI SERR deasserted', 'deassertion_severity': const.Health.Ok, }, 6: { 'desc': 'EISA fail safe timeout', 'severity': const.Health.Failed, 'deassertion_desc': 'EISA fail safe timeout deasserted', 'deassertion_severity': const.Health.Ok, }, 7: { 'desc': 'Bus correctable error', 'severity': const.Health.Warning, 'deassertion_desc': 'Bus correctable error deasserted', 'deassertion_severity': const.Health.Ok, }, 8: { 'desc': 'Bus uncorrectable error', 'severity': const.Health.Failed, 'deassertion_desc': 'Bus uncorrectable error deasserted', 'deassertion_severity': const.Health.Ok, }, 9: { 'desc': 'Fatal NMI', 'severity': const.Health.Failed, 'deassertion_desc': 'Fatal NMI deasserted', 'deassertion_severity': const.Health.Ok, }, 0xa: { 'desc': 'Bus fatal error', 'severity': const.Health.Failed, 'deassertion_desc': 'Bus fatal error deasserted', 'deassertion_severity': const.Health.Ok, }, 0xb: { 'desc': 'Bus degraded', 'severity': const.Health.Warning, 'deassertion_desc': 'Bus degraded deasserted', 'deassertion_severity': const.Health.Ok, }, }, 0x14: { # button/switch 0: { 'desc': 'Power button pressed', 'severity': const.Health.Ok, 'deassertion_desc': 'Power button released', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Sleep button pressed', 'severity': const.Health.Ok, 'deassertion_desc': 'Sleep button released', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Reset button pressed', 'severity': const.Health.Ok, 'deassertion_desc': 'Reset button released', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'FRU latch open', 'severity': const.Health.Ok, 'deassertion_desc': 'FRU latch closed', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Service requested', 'severity': const.Health.Warning, 'deassertion_desc': 'Service no longer requested', 'deassertion_severity': const.Health.Ok, }, }, 0x19: { # chip set 0: { 'desc': 'Soft power control failure', 'severity': const.Health.Critical, 'deassertion_desc': 'Soft power control failure deasserted', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Thermal trip', 'severity': const.Health.Failed, 'deassertion_desc': 'Thermal trip deasserted', 'deassertion_severity': const.Health.Ok, }, }, 0x1b: { # Cable/Interconnect 0: { 'desc': 'Connected', 'severity': const.Health.Ok, 'deassertion_desc': 'Disconnected', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Connection error', 'severity': const.Health.Critical, 'deassertion_desc': 'Connection error deasserted', 'deassertion_severity': const.Health.Ok, }, }, 0x1d: { # system boot initiated 0: { 'desc': 'Power up', 'severity': const.Health.Ok, 'deassertion_desc': 'Power up deasserted', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Hard reset', 'severity': const.Health.Ok, 'deassertion_desc': 'Hard reset deasserted', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Warm reset', 'severity': const.Health.Ok, 'deassertion_desc': 'Warm reset deasserted', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'PXE boot', 'severity': const.Health.Ok, 'deassertion_desc': 'PXE boot deasserted', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Automatic boot to diagnostic', 'severity': const.Health.Warning, 'deassertion_desc': 'Automatic boot to diagnostic deasserted', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'OS hard reset', 'severity': const.Health.Ok, 'deassertion_desc': 'OS hard reset deasserted', 'deassertion_severity': const.Health.Ok, }, 6: { 'desc': 'OS warm reset', 'severity': const.Health.Ok, 'deassertion_desc': 'OS warm reset deasserted', 'deassertion_severity': const.Health.Ok, }, 7: { 'desc': 'System restart', 'severity': const.Health.Ok, 'deassertion_desc': 'System restart deasserted', 'deassertion_severity': const.Health.Ok, }, }, 0x1e: { # boot error 0: { 'desc': 'No bootable media', 'severity': const.Health.Failed, 'deassertion_desc': 'No bootable media deasserted', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Unbootable removable media', 'severity': const.Health.Failed, 'deassertion_desc': 'Unbootable removable media deasserted', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'PXE failure', 'severity': const.Health.Failed, 'deassertion_desc': 'PXE failure deasserted', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Invalid boot sector', 'severity': const.Health.Failed, 'deassertion_desc': 'Invalid boot sector deasserted', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Interactive boot timeout', 'severity': const.Health.Failed, 'deassertion_desc': 'Interactive boot timeout deasserted', 'deassertion_severity': const.Health.Ok, }, }, 0x1f: { # OS boot 0: { 'desc': 'A: boot completed', 'severity': const.Health.Ok, 'deassertion_desc': 'Unbootable removable media deasserted', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Hard drive boot completed', 'severity': const.Health.Ok, 'deassertion_desc': 'Hard drive boot completed not failed', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Network boot completed', 'severity': const.Health.Ok, 'deassertion_desc': 'Network boot completion deasserted', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Diagnostic boot completed', 'severity': const.Health.Ok, 'deassertion_desc': 'Diagnostic boot deasserted', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'CD boot completed', 'severity': const.Health.Ok, 'deassertion_desc': 'CD boot completion deasserted', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'ROM boot completed', 'severity': const.Health.Ok, 'deassertion_desc': 'ROM boot completion deasserted', 'deassertion_severity': const.Health.Ok, }, 6: { 'desc': 'Boot completed', 'severity': const.Health.Ok, 'deassertion_desc': 'Boot completion deasserted', 'deassertion_severity': const.Health.Ok, }, 7: { 'desc': 'OS deployment started', 'severity': const.Health.Ok, 'deassertion_desc': 'OS deployment deasserted', 'deassertion_severity': const.Health.Ok, }, 8: { 'desc': 'OS deployment completed', 'severity': const.Health.Ok, 'deassertion_desc': 'OS deployment completion deasserted', 'deassertion_severity': const.Health.Ok, }, 9: { 'desc': 'OS deployment aborted', 'severity': const.Health.Ok, 'deassertion_desc': 'OS deployment abortion deasserted', 'deassertion_severity': const.Health.Ok, }, 0xa: { 'desc': 'OS deployment failed', 'severity': const.Health.Failed, 'deassertion_desc': 'OS deployment failure deasserted', 'deassertion_severity': const.Health.Ok, }, }, 0x20: { # OS Stop 0: { 'desc': 'OS boot stop', 'severity': const.Health.Failed, 'deassertion_desc': 'OS boot stop deasserted', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'OS crash', 'severity': const.Health.Failed, 'deassertion_desc': 'OS crash deasserted', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'OS cleanly halted', 'severity': const.Health.Ok, 'deassertion_desc': 'OS clean halt deasserted', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'OS cleanly shutdown', 'severity': const.Health.Ok, 'deassertion_desc': 'OS clean shutdown deasserted', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Event driven soft shutdown', 'severity': const.Health.Warning, 'deassertion_desc': 'Event driven soft shutdown deasserted', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'Event driven soft shutdown failed', 'severity': const.Health.Warning, 'deassertion_desc': 'Event driven soft shutdown failure deasserted', 'deassertion_severity': const.Health.Ok, }, }, 0x21: { # slot/connector 0x0: { 'desc': 'Fault', 'severity': const.Health.Critical, 'deassertion_desc': 'Fault recovered', 'deassertion_severity': const.Health.Ok, }, 0x1: { 'desc': 'Identify', 'severity': const.Health.Ok, 'deassertion_desc': 'Identify deasserted', 'deassertion_severity': const.Health.Ok, }, 0x2: { 'desc': 'Slot/connector installed', 'severity': const.Health.Ok, 'deassertion_desc': 'Slot/connector removed', 'deassertion_severity': const.Health.Ok, }, 0x3: { 'desc': 'Slot/connector ready for install', 'severity': const.Health.Ok, 'deassertion_desc': 'Slot/connector no longer ready for install', 'deassertion_severity': const.Health.Ok, }, 0x4: { 'desc': 'Slot/connector ready for removal', 'severity': const.Health.Ok, 'deassertion_desc': 'Slot/connector no longer ready for removal', 'deassertion_severity': const.Health.Ok, }, 0x5: { 'desc': 'Slot powered down', 'severity': const.Health.Ok, 'deassertion_desc': 'Slot powered up', 'deassertion_severity': const.Health.Ok, }, 0x6: { 'desc': 'Slot/connector device removal requested', 'severity': const.Health.Warning, 'deassertion_desc': 'Slot/connector device removal no longer requested', 'deassertion_severity': const.Health.Ok, }, 0x7: { 'desc': 'Slot/connector interlock', 'severity': const.Health.Ok, 'deassertion_desc': 'Slot/connector interlock deasserted', 'deassertion_severity': const.Health.Ok, }, 0x8: { 'desc': 'Slot/connector disabled', 'severity': const.Health.Warning, 'deassertion_desc': 'Slot/connector enabled', 'deassertion_severity': const.Health.Ok, }, 0x9: { 'desc': 'Slot holds spare device', 'severity': const.Health.Ok, 'deassertion_desc': 'Slot no longer holds spare device', 'deassertion_severity': const.Health.Ok, }, }, 0x22: { # system acpi power state 0x0: { 'desc': 'Online', 'severity': const.Health.Ok, 'deassertion_desc': 'Online deasserted', 'deassertion_severity': const.Health.Ok, }, 0x1: { 'desc': 'S1 sleep', 'severity': const.Health.Ok, 'deassertion_desc': 'S1 sleep deasserted', 'deassertion_severity': const.Health.Ok, }, 0x2: { 'desc': 'S2 sleep', 'severity': const.Health.Ok, 'deassertion_desc': 'S2 sleep deasserted', 'deassertion_severity': const.Health.Ok, }, 0x3: { 'desc': 'Sleep', 'severity': const.Health.Ok, 'deassertion_desc': 'Sleep deasserted', 'deassertion_severity': const.Health.Ok, }, 0x4: { 'desc': 'Hibernated', 'severity': const.Health.Ok, 'deassertion_desc': 'Hibernation deasserted', 'deassertion_severity': const.Health.Ok, }, 0x5: { 'desc': 'Off', 'severity': const.Health.Ok, 'deassertion_desc': 'Off deasserted', 'deassertion_severity': const.Health.Ok, }, 0x6: { 'desc': 'Hibernated or off', 'severity': const.Health.Ok, 'deassertion_desc': 'Hibernate or off deasserted', 'deassertion_severity': const.Health.Ok, }, 0x7: { 'desc': 'Mechanically off', 'severity': const.Health.Ok, 'deassertion_desc': 'Mechanically on', 'deassertion_severity': const.Health.Ok, }, 0x8: { 'desc': 'Sleep', 'severity': const.Health.Ok, 'deassertion_desc': 'Sleep deasserted', 'deassertion_severity': const.Health.Ok, }, 0x9: { 'desc': 'G1 sleep', 'severity': const.Health.Ok, 'deassertion_desc': 'G1 sleep deasserted', 'deassertion_severity': const.Health.Ok, }, 0xa: { 'desc': 'Shutdown', 'severity': const.Health.Ok, 'deassertion_desc': 'Shutdown deasserted', 'deassertion_severity': const.Health.Ok, }, 0xb: { 'desc': 'On', 'severity': const.Health.Ok, 'deassertion_desc': 'Off', 'deassertion_severity': const.Health.Ok, }, 0xc: { 'desc': 'Off', 'severity': const.Health.Ok, 'deassertion_desc': 'On', 'deassertion_severity': const.Health.Ok, }, 0xe: { 'desc': 'Unknown', 'severity': const.Health.Ok, 'deassertion_desc': 'Unknown deasserted', 'deassertion_severity': const.Health.Ok, }, }, 0x23: { # watchdog 0x0: { 'desc': 'Watchdog expired', 'severity': const.Health.Critical, 'deassertion_desc': 'Watchdog expiry deasserted', 'deassertion_severity': const.Health.Ok, }, 0x1: { 'desc': 'Watchdog hard reset', 'severity': const.Health.Failed, 'deassertion_desc': 'Watchdog hard reset deasserted', 'deassertion_severity': const.Health.Ok, }, 0x2: { 'desc': 'Watchdog power down', 'severity': const.Health.Failed, 'deassertion_desc': 'Watchdog power down deasserted', 'deassertion_severity': const.Health.Ok, }, 0x3: { 'desc': 'Watchdog power cycle', 'severity': const.Health.Failed, 'deassertion_desc': 'Watchdog power cycle deasserted', 'deassertion_severity': const.Health.Ok, }, 0x8: { 'desc': 'Watchdog interrupt', 'severity': const.Health.Ok, 'deassertion_desc': 'Watchdog interrupt deasserted', 'deassertion_severity': const.Health.Ok, }, }, 0x24: { # platform event 0x0: { 'desc': 'Platform generated page', 'severity': const.Health.Ok, 'deassertion_desc': 'Platform generated page deasserted', 'deassertion_severity': const.Health.Ok, }, 0x1: { 'desc': 'Platform generated network alert', 'severity': const.Health.Ok, 'deassertion_desc': 'Platform generated network alert deasserted', 'deassertion_severity': const.Health.Ok, }, 0x2: { 'desc': 'Platform generated PET alert', 'severity': const.Health.Ok, 'deassertion_desc': 'Platform generated PET alert deasserted', 'deassertion_severity': const.Health.Ok, }, 0x3: { 'desc': 'Platform generated OEM SNMP Alert', 'severity': const.Health.Ok, 'deassertion_desc': 'Platform generated OEM SNMP Alert deasserted', 'deassertion_severity': const.Health.Ok, }, }, 0x25: { # entity presence 0: { 'desc': 'Present', 'severity': const.Health.Ok, 'deassertion_desc': 'Absent', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Absent', 'severity': const.Health.Ok, 'deassertion_desc': 'Present', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Disabled', 'severity': const.Health.Ok, 'deassertion_desc': 'Enabled', 'deassertion_severity': const.Health.Ok, }, }, 0x27: { # LAN heartbeat 0: { 'desc': 'Heartbeat lost', 'severity': const.Health.Warning, 'deassertion_desc': 'Heartbeat recovered', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Heartbeat', 'severity': const.Health.Ok, 'deassertion_desc': 'Heartbeat lost', 'deassertion_severity': const.Health.Warning, }, }, 0x28: { # management subsystem health 0: { 'desc': 'Sensor access degraded or unavailable', 'severity': const.Health.Warning, 'deassertion_desc': 'Sensor access restored', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Controller access degraded or unavailable', 'severity': const.Health.Warning, 'deassertion_desc': 'Controller access restored', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Controller Offline', 'severity': const.Health.Warning, 'deassertion_desc': 'Controller online', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Controller Offline', 'severity': const.Health.Warning, 'deassertion_desc': 'Controller online', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Sensor Error', 'severity': const.Health.Warning, 'deassertion_desc': 'Sensor recovered', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'FRU Failure', 'severity': const.Health.Warning, 'deassertion_desc': 'FRU recovered', 'deassertion_severity': const.Health.Ok, }, }, 0x29: { # battery 0: { 'desc': 'Low', 'severity': const.Health.Warning, 'deassertion_desc': 'Battery no longer low', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Failed', # Critical here because typical battery failure # does not indicate a 'failed' runtime 'severity': const.Health.Critical, 'deassertion_desc': 'Recovered', 'deassertion_severity': const.Health.Ok }, 2: { 'desc': 'Present', 'severity': const.Health.Ok, 'deassertion_desc': 'Absent', 'deassertion_severity': const.Health.Ok, }, }, 0x2a: { # session audit 0: { 'desc': 'Activated', 'severity': const.Health.Ok, 'deassertion_desc': 'Deactivated', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Deactivated', 'severity': const.Health.Ok, 'deassertion_desc': 'Activated', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Invalid username/password', 'severity': const.Health.Warning, 'deassertion_desc': 'Valid username/password', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Account disabled due to failure count', 'severity': const.Health.Critical, 'deassertion_desc': 'Account re-enabled', 'deassertion_severity': const.Health.Ok, }, }, 0x2b: { # Version Change 0: { 'desc': 'Hardware change detected', 'severity': const.Health.Ok, 'deassertion_desc': 'Hardware change deasserted', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Firmware or software change detected', 'severity': const.Health.Ok, 'deassertion_desc': 'Firmware or software change deasserted', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Hardware incompatibility detected', 'severity': const.Health.Critical, 'deassertion_desc': 'Hardware incompatibility deasserted', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Firmware/software incompatibility detected', 'severity': const.Health.Critical, 'deassertion_desc': 'Firmware/software incompatibility deasserted', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Invalid/Unsupported hardware revision', 'severity': const.Health.Critical, 'deassertion_desc': 'Invalid/unsupported hardware revision deasserted', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'Invalid/unsupported firmware/software version', 'severity': const.Health.Critical, 'deassertion_desc': 'Invalid/unsupported firmware/software version', 'deassertion_severity': const.Health.Ok, }, 6: { 'desc': 'Successful hardware change', 'severity': const.Health.Ok, 'deassertion_desc': 'Successful hardware change deasserted', 'deassertion_severity': const.Health.Ok, }, 7: { 'desc': 'Successful software/firmware change', 'severity': const.Health.Ok, 'deassertion_desc': 'Successful software/firmware change deasserted', 'deassertion_severity': const.Health.Ok, }, }, 0x2c: { # FRU state 0: { 'desc': 'Not Installed', 'severity': const.Health.Ok, 'deassertion_desc': 'Installed', 'deassertion_severity': const.Health.Ok, }, 1: { 'desc': 'Inactive', 'severity': const.Health.Ok, 'deassertion_desc': 'Inactive deasserted', 'deassertion_severity': const.Health.Ok, }, 2: { 'desc': 'Activation requested', 'severity': const.Health.Ok, 'deassertion_desc': 'Activation request deasserted', 'deassertion_severity': const.Health.Ok, }, 3: { 'desc': 'Activation in progress', 'severity': const.Health.Ok, 'deassertion_desc': 'Activation no longer in progress', 'deassertion_severity': const.Health.Ok, }, 4: { 'desc': 'Active', 'severity': const.Health.Ok, 'deassertion_desc': 'Inactive', 'deassertion_severity': const.Health.Ok, }, 5: { 'desc': 'Deactivation requested', 'severity': const.Health.Ok, 'deassertion_desc': 'Deactivation request deasserted', 'deassertion_severity': const.Health.Ok, }, 6: { 'desc': 'Deactivation in progress', 'severity': const.Health.Ok, 'deassertion_desc': 'Deactivation no longer in progress', 'deassertion_severity': const.Health.Ok, }, 7: { 'desc': 'Communication lost', 'severity': const.Health.Warning, 'deassertion_desc': 'Communication restored', 'deassertion_severity': const.Health.Ok, }, }, } # entity ids from table 43-13 entity id codes entity_ids = { 0x0: 'Unspecified', 0x1: 'Other', 0x2: 'Unknown', 0x3: 'Processor', 0x4: 'Disk or disk bay', 0x5: 'Peripheral bay', 0x6: 'System management module', 0x7: 'System board', 0x8: 'Memory module', 0x9: 'Processor module', 0xa: 'Power supply', 0xb: 'Add-in card', 0xc: 'Front panel board', 0xd: 'Back panel board', 0xe: 'Power system board', 0xf: 'Drive backplane', 0x10: 'System internal expansion board', 0x11: 'Other system board', 0x12: 'Processor board', 0x13: 'Power unit / power domain', 0x14: 'Power module / DC-to-DC converter', 0x15: 'Power management /power distribution board', 0x16: 'Chassis back panel board', 0x17: 'System chassis', 0x18: 'Sub-chassis', 0x19: 'Other chassis board', 0x1a: 'Disk drive bay', 0x1b: 'Peripheral bay', 0x1c: 'Device bay', 0x1d: 'Fan/cooling device', 0x1e: 'Cooling unit / cooling domain', 0x1f: 'Cable / interconnect', 0x20: 'Memory device', 0x21: 'System management software', 0x22: 'System firmware', 0x23: 'Operating system', 0x24: 'System bus', 0x25: 'Group', 0x26: 'Remote management communication device', 0x27: 'External environment', 0x28: 'Battery', 0x29: 'Processing blade', 0x2a: 'Connectivity switch', 0x2b: 'Processor/memory module', 0x2c: 'I/O module', 0x2d: 'Processor I/O module', 0x2e: 'Management controller firmware', 0x2f: 'IPMI channel', 0x30: 'PCI Bus', 0x31: 'PCIe Bus', 0x32: 'SCSI Bus', 0x33: 'SATA/SAS Bus', 0x34: 'Processor / front-side bus', 0x35: 'Real time clock', 0x37: 'Air inlet', 0x40: 'Air inlet', 0x41: 'Processor', 0x42: 'System board', } rmcp_codes = { 1: ("Insufficient resources to create new session (wait for existing " "sessions to timeout)"), 2: "Invalid Session ID", 3: "Invalid payload type", 4: "Invalid authentication algorithm", 5: "Invalid integrity algorithm", 6: "No matching integrity payload", 7: "No matching integrity payload", 8: "Inactive Session ID", 9: "Invalid role", 0xa: "Unauthorized role or privilege level requested", 0xb: "Insufficient resources to create a session at the requested role", 0xc: "Invalid username length", 0xd: "Unauthorized name", 0xe: "Unauthorized GUID", 0xf: "Invalid integrity check value", 0x10: "Invalid confidentiality algorithm", 0x11: "No Cipher suite match with proposed security algorithms", 0x12: "Illegal or unrecognized parameter", } netfn_codes = { "chassis": 0x0, "bridge": 0x2, "sensorevent": 0x4, "application": 0x6, "firmware": 0x8, "storage": 0xa, "transport": 0xc, } command_completion_codes = { (7, 0x39): { 0x81: "Invalid user name", 0x82: "Null user disabled", }, (7, 0x3a): { 0x81: "No available login slots", 0x82: "No available login slots for requested user", 0x83: "No slot available with requested privilege level", 0x84: "Session sequence number out of range", 0x85: "Invalid session ID", 0x86: ("Requested privilege level exceeds requested user permissions " "on this channel"), }, (7, 0x3b): { # Set session privilege level 0x80: "User is not allowed requested privilege level", 0x81: "Requested privilege level is not allowed over this channel", 0x82: "Cannot disable user level authentication", }, (1, 8): { # set system boot options 0x80: "Parameter not supported", 0x81: "Attempt to set set 'set in progress' when not 'set complete'", 0x82: "Attempt to write read-only parameter", }, (7, 0x48): { # activate payload 0x80: "Payload already active on another session", 0x81: "Payload is disabled", 0x82: "Payload activation limit reached", 0x83: "Cannot activate payload with encryption", 0x84: "Cannot activate payload without encryption", }, (6, 0x47): { # set user password 0x80: "Password test failed. Password does not match stored value", 0x81: "Password test failed. Wrong password size was used" }, } ipmi_completion_codes = { 0x00: "Success", 0xc0: "Node Busy", 0xc1: "Invalid command", 0xc2: "Invalid command for given LUN", 0xc3: "Timeout while processing command", 0xc4: "Out of storage space on BMC", 0xc5: "Reservation canceled or invalid reservation ID", 0xc6: "Request data truncated", 0xc7: "Request data length invalid", 0xc8: "Request data field length limit exceeded", 0xc9: "Parameter out of range", 0xca: "Cannot return number of requested data bytes", 0xcb: "Requested sensor, data, or record not present", 0xcc: "Invalid data field in request", 0xcd: "Command illegal for specified sensor or record type", 0xce: "Command response could not be provided", 0xcf: "Cannot execute duplicated request", 0xd0: "SDR repository in update mode", 0xd1: "Device in firmware update mode", 0xd2: "BMC initialization in progress", 0xd3: "Internal destination unavailable", 0xd4: "Insufficient privilege level or firmware firewall", 0xd5: "Command not supported in present state", 0xd6: "Cannot execute command because subfunction disabled or unavailable", 0xff: "Unspecified", 0xffff: "Timeout", # not ipmi, but used internally }