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fru_example.yaml
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fru_example.yaml
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areas:
internal_use_area: null
chassis_info_area:
chassis_type: PizzaBox
part_number:
type: 6bit_ascii
value: SOME_CHASSIS_PARTNUMBER
serial_number:
type: 6bit_ascii
value: SOME_CHASSIS_SERIALNUMBER
custom_info_fields: # May be not present, be empty or null
- type: binary_or_unspecified
value: 01 02 03 04 05 06 07 08 09
- type: bcd_plus
value: 123.324-123 234-123 # `0123456789 -.` only allowed
- type: 6bit_ascii
value: HELLO_WORLD
- type: language_dependent
value: some_english # it's illegal to use here anything, that can't be encoded with latin-1
board_info_area:
language_code: pl # or Polish
manufacturing_datetime: 2022-04-25 18:34:04 # ISO Format
manufacturer_name:
type: language_dependent
value: DeltaComputers
product_name:
type: language_dependent
value: SomeCoolBoardProduct
serial_number:
type: 6bit_ascii
value: SOME_BOARD_SERIALNUMBER
part_number:
type: 6bit_ascii
value: SOME_BOARD_PARTNUMBER
fru_file_id:
type: binary_or_unspecified
value: 0a 0b 0c # Bytearray string. May be `null`.
custom_manufacturing_fields: []
product_info_area:
language_code: Russian # or ru
manufacturer_name:
type: language_dependent
value: DeltaComputers
product_name:
type: language_dependent
value: SomeCoolProduct
product_version:
type: language_dependent
value: CoolVersion
part_number:
type: 6bit_ascii
value: SOME_PRODUCT_PARTNUMBER
serial_number:
type: 6bit_ascii
value: SOME_PRODUCT_SERIALNUMBER
asset_tag:
type: language_dependent
value: SomeAssetTag
fru_file_id:
type: binary_or_unspecified
value: 0a 0b 0c # Bytearray string. May be `null`
custom_info_fields: []
multirecord_area:
- type: management_access
value:
sub_record_type: system_management_url
value: http://finance.sc.hp.com:280 # 16 - 256 symbols
- type: management_access
value:
sub_record_type: system_name
value: Some Cool Name # 8 - 64 symbols
- type: management_access
value:
sub_record_type: system_ping_address
value: 127.0.0.1 # 8 - 64 symbols
- type: management_access
value:
sub_record_type: component_management_url
value: http://finance.sc.hp.com:280 # 16 - 256 symbols
- type: management_access
value:
sub_record_type: component_name
value: Some Cool Component Name # 8 - 256 symbols
- type: management_access
value:
sub_record_type: component_ping_address
value: 127.0.0.2 # 8 - 64 symbols
- type: management_access
value:
sub_record_type: system_unique_id
value: 00 01 02 03 04 05 06 07 08 09 0a 0b 0c 0d 0e 0f # 16 bytes
# - type: power_supply_information
# value:
# overall_capacity_watts: 100
# peak_va: 2 # [0, 65535]
# inrush_current: 12 # [0, 255]
# inrush_interval_in_ms: 5 # [0, 255]
# low_end_input_voltage_range_1: 10 # [0, 65535] (10mV)
# high_end_input_voltage_range_1: 10 # [0, 65535] (10mV)
# low_end_input_voltage_range_2: 10 # [0, 65535] (10mV) may be not present, `null` or 0 if single range.
# high_end_input_voltage_range_2: 10 # [0, 65535] (10mV) may be not present, `null` or 0 if single range.
# low_end_input_frequency_range: 20 # [0, 255]
# high_end_input_frequency_range: 20 # [0, 255]
# input_dropout_tolerance_ms: 1 # [0, 255]
# peak_wattage:
# hold_up_time_sec: 2 # [0, 15]
# peak_capacity_watts: 100 # [0, 4095] may be not present, `null` or 0 if unspecified.
# combined_wattage:
# voltage_1: 10 # [0, 4095]
# voltage_2: 10 # [0, 4095]
# total_combined_wattage: 200 # [0, 65535]
# predictive_fail_tachimeter_lower_threshold_rps: 100 # [0, 255]
# flags:
# - predictive_fail_support
# - power_factor_correction
# - autoswitch
# - hot_swap_support
# - tachometer_pulses_per_rotation_or_predictiv_fail_pin_polarity
# - type: dc_output
# value:
# output_information:
# standby: true
# output_number: 2 # [0, 15]
# nominal_voltage: 100 # [0, 65535] (10mV)
# maximum_negative_voltage: 100 # [0, 65535] (10mV)
# maximum_positive_voltage: 100 # [0, 65535] (10mV)
# ripple_and_noize_10Hz_to_30MHz: 10 # [0, 65535] (10mV)
# minimum_current_draw: 100 # [0, 65535] mA
# maximum_current_draw: 100 # [0, 65535] mA
# - type: dc_load
# value:
# voltage_required:
# output_number: 2 # [0, 15]
# nominal_voltage: 100 # [0, 65535] (10 mV)
# specified_minimum_voltage: 100 # [0, 65535] (10 mV)
# specified_maximum_voltage: 100 # [0, 65535] (10 mV)
# specified_ripple_and_noize_10Hz_to_30MHz: 10 # [0, 65535] (10mV)
# minimum_current_load: 100 # [0, 65535] mA
# maximum_current_load: 100 # [0, 65535] mA
# - type: base_compatibility
# value:
# manufacturer_id: 01 02 03 # 3 bytes, bytearray string (See IPMI Get Device ID command Manufacturer ID field)
# entity_id: processor # Entity ID from IPMI Table #43
# compatibility_base: 0x12 # [0, 255]
# code_start: 0x0A # [0, 255]
# code_range_masks: # At least one mask is requred. Each mask is 1 byte long.
# - 0b00000001
# - 0b10000000
# - type: extended_compatibility
# value:
# manufacturer_id: 01 02 03 # 3 bytes, bytearray string (See IPMI Get Device ID command Manufacturer ID field)
# entity_id: processor # Entity ID from IPMI Table #43
# compatibility_base: 0x12 # [0, 255]
# code_start: 0x0A # [0, 255]
# code_range_masks: # At least one mask is requred. Each mask is 1 byte long.
# - 0b00000001
# - 0b10000000
# - type: extended_dc_output # It's identical with basic DCOutput. But this one can choose units (10mV / 100mV)
# value:
# output_information:
# standby: true
# units: 100 # 100/10 mV (100 mV if not defined)
# output_number: 2 # [0, 15]
# nominal_voltage: 100 # [0, 65535] (100mV)
# maximum_negative_voltage: 100 # [0, 65535] (100mV)
# maximum_positive_voltage: 100 # [0, 65535] (100mV)
# ripple_and_noize_10Hz_to_30MHz: 10 # [0, 65535] (100mV)
# minimum_current_draw_ma: 100 # [0, 65535] mA
# maximum_current_draw_ma: 100 # [0, 65535] mA
# - type: extended_dc_load
# value:
# voltage_required:
# units: 100 # 100/10 mA (100mA if not defined)
# output_number: 2 # [0, 15]
# nominal_voltage: 100 # [0, 65535] (10 mV)
# specified_minimum_voltage: 100 # [0, 65535] (10 mV)
# specified_maximum_voltage: 100 # [0, 65535] (10 mV)
# specified_ripple_and_noize_10Hz_to_30MHz: 10 # [0, 65535] (10mV)
# minimum_current_load: 100 # [0, 65535] 100 mA
# maximum_current_load: 100 # [0, 65535] 100 mA