1{ 2 "title": "PEL message registry schema", 3 "$id": "http://github.com/openbmc/phosphor-logging/extensions/openpower-pels/registry/schema/schema.json", 4 "description": "This schema describes JSON used for creating PELs from OpenBMC event logs.", 5 "type": "object", 6 7 "properties": { 8 "PELs": { 9 "title": "This is an array of entries that specify PEL fields for event logs", 10 "$ref": "#/definitions/pels" 11 } 12 }, 13 14 "additionalProperties": false, 15 "minItems": 1, 16 "uniqueItems": true, 17 18 "definitions": { 19 "pels": { 20 "description": "Each entry in this array is for converting an event log to a PEL", 21 "type": "array", 22 "items": { 23 "description": "The schema for a single event log registry entry", 24 "type": "object", 25 "properties": { 26 "Name": { "$ref": "#/definitions/errorName" }, 27 28 "SRC": { "$ref": "#/definitions/src" }, 29 30 "Subsystem": { "$ref": "#/definitions/subsystem" }, 31 32 "PossibleSubsystems": { 33 "$ref": "#/definitions/possibleSubsystems" 34 }, 35 36 "Severity": { "$ref": "#/definitions/severity" }, 37 38 "MfgSeverity": { "$ref": "#/definitions/mfgSeverity" }, 39 40 "EventScope": { "$ref": "#/definitions/eventScope" }, 41 42 "EventType": { "$ref": "#/definitions/eventType" }, 43 44 "ActionFlags": { "$ref": "#/definitions/actionFlags" }, 45 46 "MfgActionFlags": { 47 "$ref": "#/definitions/mfgActionFlags" 48 }, 49 50 "Documentation": { "$ref": "#/definitions/documentation" }, 51 52 "ComponentID": { "$ref": "#/definitions/componentID" }, 53 54 "CalloutsUsingAD": { 55 "$ref": "#/definitions/calloutsUsingAD" 56 }, 57 58 "Callouts": { "$ref": "#/definitions/callouts" }, 59 60 "JournalCapture": { "$ref": "#/definitions/journalCapture" } 61 }, 62 63 "required": ["Name", "SRC", "Documentation"], 64 "additionalProperties": false, 65 66 "not": { 67 "required": ["CalloutsUsingAD", "Callouts"] 68 }, 69 70 "oneOf": [ 71 { 72 "required": ["Subsystem"] 73 }, 74 { 75 "required": ["PossibleSubsystems"] 76 } 77 ] 78 } 79 }, 80 81 "errorName": { 82 "description": "The 'Message' property of an OpenBMC event log", 83 "type": "string" 84 }, 85 86 "componentID": { 87 "description": "The component ID of the PEL creator, in the form 0xYY00. For BD SRCs, this is optional and if not present the component ID will be taken from the upper byte of the reason code.", 88 "type": "string", 89 "pattern": "^0x[0-9a-fA-F]{2}00$" 90 }, 91 92 "src": { 93 "description": "Contains fields describing the primary SRC embedded in the PEL", 94 "type": "object", 95 96 "properties": { 97 "Type": { "$ref": "#/definitions/srcType" }, 98 99 "ReasonCode": { "$ref": "#/definitions/reasonCode" }, 100 101 "SymptomIDFields": { "$ref": "#/definitions/symptomID" }, 102 103 "Words6To9": { "$ref": "#/definitions/srcWords6To9" }, 104 105 "DeconfigFlag": { "$ref": "#/definitions/deconfigFlag" } 106 }, 107 108 "required": ["ReasonCode", "Words6To9"], 109 "additionalProperties": false 110 }, 111 112 "documentation": { 113 "description": "This contains event documentation that will be used by tools and parsers.", 114 "type": "object", 115 116 "properties": { 117 "Message": { "$ref": "#/definitions/docMessage" }, 118 119 "MessageArgSources": { 120 "$ref": "#/definitions/docMessageArgSources" 121 }, 122 123 "Description": { "$ref": "#/definitions/docDescription" }, 124 125 "Notes": { "$ref": "#/definitions/docNotes" } 126 }, 127 "additionalProperties": false, 128 "required": ["Message", "Description"] 129 }, 130 131 "srcType": { 132 "description": "The first byte of the SRC ASCII string. Optional and defaults to BD. The '11' SRC is only to be used for events related to power.", 133 "type": "string", 134 "enum": ["BD", "11"] 135 }, 136 137 "deconfigFlag": { 138 "description": "If true, will set bit 6 in hex data word 5, which means 'one or more resources are deconfigured'.", 139 "type": "boolean" 140 }, 141 142 "docNotes": { 143 "description": "Any notes/comments about the error. An array of strings for manual line wrapping. Optional.", 144 "type": "array", 145 "items": { 146 "description": "Notes", 147 "type": "string" 148 } 149 }, 150 151 "reasonCode": { 152 "description": "String representation of the 2 byte reason code, like 0xABCD. The reason code is the 2nd half of the 8 character SRC ASCII String field, such as B1FFABCD.", 153 "type": "string", 154 "pattern": "^0x[0-9a-fA-F]{4}$", 155 156 "examples": ["0x3355"] 157 }, 158 159 "subsystem": { 160 "description": "PEL subsystem enumeration. See the PEL spec for more detailed definitions.", 161 "type": "string", 162 "enum": [ 163 "processor", 164 "processor_fru", 165 "processor_chip", 166 "processor_unit", 167 "processor_bus", 168 169 "memory", 170 "memory_ctlr", 171 "memory_bus", 172 "memory_dimm", 173 "memory_fru", 174 "external_cache", 175 176 "io", 177 "io_hub", 178 "io_bridge", 179 "io_bus", 180 "io_processor", 181 "io_hub_other", 182 "phb", 183 184 "io_adapter", 185 "io_adapter_comm", 186 "io_device", 187 "io_device_dasd", 188 "io_external_general", 189 "io_external_workstation", 190 "io_storage_mezz", 191 192 "cec_hardware", 193 "cec_sp_a", 194 "cec_sp_b", 195 "cec_node_controller", 196 "cec_vpd", 197 "cec_i2c", 198 "cec_chip_iface", 199 "cec_clocks", 200 "cec_op_panel", 201 "cec_tod", 202 "cec_storage_device", 203 "cec_sp_hyp_iface", 204 "cec_service_network", 205 "cec_sp_hostboot_iface", 206 207 "power", 208 "power_supply", 209 "power_control_hw", 210 "power_fans", 211 "power_sequencer", 212 213 "others", 214 "other_hmc", 215 "other_test_tool", 216 "other_media", 217 "other_multiple_subsystems", 218 "other_na", 219 "other_info_src", 220 221 "surv_hyp_lost_sp", 222 "surv_sp_lost_hyp", 223 "surv_sp_lost_hmc", 224 "surv_hmc_lost_lpar", 225 "surv_hmc_lost_bpa", 226 "surv_hmc_lost_hmc", 227 228 "platform_firmware", 229 "bmc_firmware", 230 "hyp_firmware", 231 "partition_firmware", 232 "slic_firmware", 233 "spcn_firmware", 234 "bulk_power_firmware_side_a", 235 "hmc_code_firmware", 236 "bulk_power_firmware_side_b", 237 "virtual_sp", 238 "hostboot", 239 "occ", 240 241 "software", 242 "os_software", 243 "xpf_software", 244 "app_software", 245 246 "ext_env", 247 "input_power_source", 248 "ambient_temp", 249 "user_error", 250 "corrosion" 251 ] 252 }, 253 254 "possibleSubsystems": { 255 "description": "Required when the PEL creator uses PEL_SUBSYSTEM in the AdditionalData property to pass in the subsystem. Used by scripts that generate documentation to build all possible SRC ASCII strings for this error.", 256 "type": "array", 257 "items": { 258 "$ref": "#/definitions/subsystem" 259 }, 260 "minItems": 1, 261 "uniqueItems": true 262 }, 263 264 "systemAndSeverity": { 265 "description": "A severity entry that has an optional system type qualifier. Used when the severity needs to be based on the system type.", 266 "type": "object", 267 "properties": { 268 "System": { "$ref": "#/definitions/system" }, 269 "SevValue": { "$ref": "#/definitions/severityTypes" } 270 }, 271 "additionalProperties": false, 272 "required": ["SevValue"] 273 }, 274 275 "severity": { 276 "description": "PEL severity field. Optional. If not provided, it will use the event log severity. It can either be an enum of the severity value, or an array of them that is based on system type, where an entry without a system type acts as the catch all.", 277 "oneOf": [ 278 { 279 "$ref": "#/definitions/severityTypes" 280 }, 281 { 282 "type": "array", 283 "items": { 284 "$ref": "#/definitions/systemAndSeverity" 285 }, 286 "minItems": 1, 287 "uniqueItems": true 288 } 289 ], 290 291 "examples": [ 292 "unrecoverable", 293 294 [ 295 { 296 "System": "systemA", 297 "SevValue": "predictive" 298 }, 299 { 300 "SevValue": "unrecoverable" 301 } 302 ] 303 ] 304 }, 305 306 "severityTypes": { 307 "description": "PEL severity enumeration. See the PEL spec for more detailed definitions.", 308 "type": "string", 309 310 "enum": [ 311 "non_error", 312 313 "recovered", 314 315 "predictive", 316 "predictive_degraded_perf", 317 "predictive_reboot", 318 "predictive_reboot_degraded", 319 "predictive_redundancy_loss", 320 321 "unrecoverable", 322 "unrecoverable_degraded_perf", 323 "unrecoverable_redundancy_loss", 324 "unrecoverable_redundancy_loss_perf", 325 "unrecoverable_loss_of_function", 326 327 "critical", 328 "critical_system_term", 329 "critical_imminent_failure", 330 "critical_partition_term", 331 "critical_partition_imminent_failure", 332 333 "diagnostic_error", 334 "diagnostic_error_incorrect_results", 335 336 "symptom_recovered", 337 "symptom_predictive", 338 "symptom_unrecoverable", 339 "symptom_critical", 340 "symptom_diag_err" 341 ] 342 }, 343 344 "mfgSeverity": { 345 "description": "The PEL severity to use in manufacturing reporting mode", 346 "$ref": "#/definitions/severity" 347 }, 348 349 "eventScope": { 350 "description": "The event scope PEL field. Optional and defaults to entire_platform", 351 "type": "string", 352 "enum": [ 353 "entire_platform", 354 "single_partition", 355 "multiple_partitions", 356 "possibly_multiple_platforms" 357 ] 358 }, 359 360 "eventType": { 361 "description": "The event type PEL field. Optional and defaults to na", 362 "type": "string", 363 "enum": [ 364 "na", 365 "misc_information_only", 366 "tracing_event", 367 "dump_notification", 368 "env_normal" 369 ] 370 }, 371 372 "actionFlags": { 373 "description": "The action flags Private Header PEL field", 374 "type": "array", 375 "items": { 376 "description": "List of action flags", 377 "type": "string", 378 "enum": [ 379 "service_action", 380 "hidden", 381 "report", 382 "dont_report", 383 "call_home", 384 "isolation_incomplete", 385 "termination" 386 ] 387 } 388 }, 389 390 "mfgActionFlags": { 391 "description": "The PEL action flags to use in manufacturing reporting mode", 392 "$ref": "#/definitions/actionFlags" 393 }, 394 395 "docDescription": { 396 "description": "This is a higher level description of the error. It is required by the Redfish schema to generate a Redfish message entry, but is not used in Redfish or PEL output.", 397 "type": "string", 398 "minLength": 8 399 }, 400 401 "docMessage": { 402 "description": "The error message. This will show up in parsed PELs, and in the Redfish event logs. It can contain placeholders for numeric values using %1, %2, etc, that come from the SRC words 6-9 as defined by the MessageArgSources property.", 403 "type": "string", 404 "minLength": 8, 405 "examples": [ 406 { "Message": "The code update from level %1 to %2 failed" } 407 ] 408 }, 409 410 "docMessageArgSources": { 411 "description": "The SRC word 6-9 to use as the source of the numeric arguments that will be substituted into any placeholder in the Message field. Only required if there are arguments to substitute.", 412 "type": "array", 413 "items": { 414 "type": "string", 415 "enum": ["SRCWord6", "SRCWord7", "SRCWord8", "SRCWord9"] 416 }, 417 "additionalItems": false 418 }, 419 420 "symptomID": { 421 "description": "Defines a custom Symptom ID, to be appended to the ASCII string word and separated by underscores. The maximum size of the Symptom ID field is 80 characters. The default is ASCIISTRING_SRCWord3 (e.g. B1103500_12345678).", 422 "type": "array", 423 "items": { 424 "type": "string", 425 "enum": [ 426 "SRCWord3", 427 "SRCWord4", 428 "SRCWord5", 429 "SRCWord6", 430 "SRCWord7", 431 "SRCWord8", 432 "SRCWord9" 433 ] 434 }, 435 "minItems": 1, 436 "maxItems": 8, 437 "uniqueItems": true, 438 439 "examples": [["SRCWord3", "SRCWord6"]] 440 }, 441 442 "srcWords6To9": { 443 "description": "This details what the user defined SRC hex words (6-9) mean, and which AdditionalData properties to get them from. These will be shown in the PEL parser output. Must be present, but can be empty.", 444 "type": "object", 445 "patternProperties": { 446 "^[6-9]$": { 447 "type": "object", 448 "properties": { 449 "Description": { 450 "description": "What the value in the field represents.", 451 "type": "string" 452 }, 453 "AdditionalDataPropSource": { 454 "description": "Which AdditionalData property key to get the data from.", 455 "type": "string" 456 } 457 }, 458 459 "additionalProperties": false 460 }, 461 462 "examples": { 463 "SRCWords6To9": { 464 "6": { 465 "Description": "Failing PSU number", 466 "AdditionalDataPropSource": "PSU_NUM" 467 } 468 } 469 } 470 }, 471 "additionalProperties": false 472 }, 473 474 "adName": { 475 "description": "The name of the AdditionalData entry to use to index into the callout tables.", 476 "type": "string" 477 }, 478 479 "adValue": { 480 "description": "The value for the AdditionalData entry specified by ADName that indexes into the callout tables.", 481 "type": "string" 482 }, 483 484 "locationCode": { 485 "description": "A location code - the segment after the 'UTMS-' prefix. (e.g. P1-C2)", 486 "type": "string" 487 }, 488 489 "priority": { 490 "description": "The callout priority. See the PEL spec for priority definitions.", 491 "type": "string", 492 "enum": [ 493 "high", 494 "medium", 495 "low", 496 "medium_group_a", 497 "medium_group_b", 498 "medium_group_c" 499 ] 500 }, 501 502 "symbolicFRU": { 503 "description": "The symbolic FRU callout.", 504 "type": "string", 505 "enum": [ 506 "service_docs", 507 "pwrsply", 508 "air_mover", 509 "pgood_part", 510 "usb_pgood", 511 "ambient_temp", 512 "ambient_temp_back", 513 "ambient_perf_loss", 514 "ac_module", 515 "fan_cable", 516 "cable_continued", 517 "altitude", 518 "pcie_hot_plug", 519 "overtemp", 520 "memory_dimm" 521 ] 522 }, 523 524 "symbolicFRUTrusted": { 525 "description": "The symbolic FRU callout with a trusted location code. (Can light LEDs).", 526 "ref": "#/definitions/symbolicFRU" 527 }, 528 529 "procedure": { 530 "description": "The maintenance procedure callout.", 531 "type": "string", 532 "enum": [ 533 "bmc_code", 534 "next_level_support", 535 "sbe_code", 536 "fsi_path", 537 "power_overcurrent", 538 "find_sue_root_cause", 539 "system_vpd_correction", 540 "detected_issue_need_service" 541 ] 542 }, 543 544 "useInventoryLocCode": { 545 "description": "Used along with SymbolicFRUTrusted to specify that the location code to use with the symbolic FRU is to be taken from the passed in CALLOUT_INVENTORY_PATH callout rather than being specified with LocCode.", 546 "type": "boolean" 547 }, 548 549 "calloutList": { 550 "description": "The list of FRU callouts to add to a PEL. If just LocCode is specified, it is a normal hardware FRU callout. If Procedure is specified, it is a procedure callout. If SymbolicFRU or SymbolicFRUTrusted are specified, it is a Symbolic FRU callout. SymbolicFRUTrusted also requires LocCode.", 551 "type": "array", 552 "items": { 553 "type": "object", 554 "properties": { 555 "Priority": { "$ref": "#/definitions/priority" }, 556 "LocCode": { "$ref": "#/definitions/locationCode" }, 557 "SymbolicFRU": { "$ref": "#/definitions/symbolicFRU" }, 558 "SymbolicFRUTrusted": { 559 "$ref": "#/definitions/symbolicFRUTrusted" 560 }, 561 "Procedure": { "$ref": "#/definitions/procedure" }, 562 "UseInventoryLocCode": { 563 "$ref": "#/definitions/useInventoryLocCode" 564 } 565 }, 566 "additionalProperties": false, 567 "required": ["Priority"], 568 569 "oneOf": [ 570 { 571 "allOf": [ 572 { "required": ["LocCode"] }, 573 { "not": { "required": ["SymbolicFRU"] } }, 574 { "not": { "required": ["SymbolicFRUTrusted"] } }, 575 { "not": { "required": ["Procedure"] } }, 576 { "not": { "required": ["UseInventoryLocCode"] } } 577 ] 578 }, 579 { 580 "allOf": [ 581 { "required": ["SymbolicFRU"] }, 582 { "not": { "required": ["SymbolicFRUTrusted"] } }, 583 { "not": { "required": ["Procedure"] } }, 584 { "not": { "required": ["UseInventoryLocCode"] } } 585 ] 586 }, 587 588 { 589 "allOf": [ 590 { "required": ["SymbolicFRUTrusted", "LocCode"] }, 591 { "not": { "required": ["SymbolicFRU"] } }, 592 { "not": { "required": ["Procedure"] } }, 593 { "not": { "required": ["UseInventoryLocCode"] } } 594 ] 595 }, 596 597 { 598 "allOf": [ 599 { 600 "required": [ 601 "SymbolicFRUTrusted", 602 "UseInventoryLocCode" 603 ] 604 }, 605 { "not": { "required": ["SymbolicFRU"] } }, 606 { "not": { "required": ["Procedure"] } }, 607 { "not": { "required": ["LocCode"] } } 608 ] 609 }, 610 611 { 612 "allOf": [ 613 { "required": ["Procedure"] }, 614 { "not": { "required": ["SymbolicFRU"] } }, 615 { "not": { "required": ["SymbolicFRUTrusted"] } }, 616 { "not": { "required": ["LocCode"] } }, 617 { "not": { "required": ["UseInventoryLocCode"] } } 618 ] 619 } 620 ] 621 }, 622 "minItems": 1, 623 "maxItems": 10, 624 625 "examples": [ 626 { 627 "Priority": "high", 628 "LocCode": "P1" 629 }, 630 { 631 "Priority": "medium", 632 "LocCode": "P2", 633 "SymbolicFRU": "PROCFRU" 634 }, 635 { 636 "Priority": "low", 637 "Procedure": "SVCDOCS" 638 } 639 ] 640 }, 641 642 "system": { 643 "description": "The system type string, as specified by entity manger. It is used to index into different sections of the JSON.", 644 "type": "string", 645 "minLength": 1 646 }, 647 648 "callouts": { 649 "description": "This contains callouts that can vary based on system type. Each entry contains an optional System property and a required CalloutList property. If the System property is left out it indicates that the CalloutList callouts are valid for every system type, unless there is another Callouts entry that has a matching System property, in which case that entry is valid.", 650 "type": "array", 651 "items": { 652 "type": "object", 653 654 "properties": { 655 "System": { "$ref": "#/definitions/system" }, 656 "CalloutList": { "$ref": "#/definitions/calloutList" } 657 }, 658 "required": ["CalloutList"], 659 "additionalProperties": false 660 }, 661 "minItems": 1, 662 "maxItems": 10, 663 664 "examples": [ 665 [ 666 { 667 "System": "system1", 668 "CalloutList": [{ "Priority": "high", "LocCode": "P1" }] 669 }, 670 { 671 "CalloutList": [ 672 { "Priority": "high", "Procedure": "NEXTLVL" } 673 ] 674 } 675 ] 676 ] 677 }, 678 679 "calloutsWithTheirADValues": { 680 "description": "This contains callouts along with the AdditionalData value used to select an entry into the callout list. The AdditionalData entry was specified by ADName in the CalloutsUsingAD parent entry.", 681 "type": "array", 682 683 "items": { 684 "type": "object", 685 "properties": { 686 "ADValue": { "$ref": "#/definitions/adValue" }, 687 "Callouts": { "$ref": "#/definitions/callouts" } 688 }, 689 "additionalProperties": false, 690 "required": ["ADValue", "Callouts"] 691 }, 692 "minItems": 1, 693 694 "examples": [ 695 [ 696 { 697 "ADValue": "0", 698 "Callouts": [ 699 { 700 "CalloutList": [ 701 { "Priority": "high", "LocCode": "P1" } 702 ] 703 } 704 ] 705 }, 706 { 707 "ADValue": "1", 708 "Callouts": [ 709 { 710 "CalloutList": [ 711 { "Priority": "high", "LocCode": "P2" } 712 ] 713 } 714 ] 715 } 716 ] 717 ] 718 }, 719 720 "calloutsUsingAD": { 721 "description": "This contains the callouts that can be specified based on a value in the AdditionalData property.", 722 "type": "object", 723 724 "properties": { 725 "ADName": { "$ref": "#/definitions/adName" }, 726 "CalloutsWithTheirADValues": { 727 "$ref": "#/definitions/calloutsWithTheirADValues" 728 }, 729 "CalloutsWhenNoADMatch": { 730 "$ref": "#/definitions/calloutsWhenNoADMatch" 731 } 732 }, 733 "additionalProperties": false, 734 "required": ["ADName", "CalloutsWithTheirADValues"], 735 736 "examples": [ 737 { 738 "ADName": "PROC_NUM", 739 "CalloutsWithTheirADValues": [ 740 { 741 "ADValue": "0", 742 "Callouts": [ 743 { 744 "CalloutList": [ 745 { "Priority": "high", "LocCode": "P1" } 746 ] 747 } 748 ] 749 }, 750 { 751 "ADValue": "1", 752 "Callouts": [ 753 { 754 "CalloutList": [ 755 { "Priority": "high", "LocCode": "P2" } 756 ] 757 } 758 ] 759 } 760 ] 761 } 762 ] 763 }, 764 765 "calloutsWhenNoADMatch": { 766 "description": "This contains the callouts to use when a match in the 'CalloutsWithTheirADValues array isn't found.", 767 "$ref": "#/definitions/callouts" 768 }, 769 770 "numLines": { 771 "description": "The number of lines of the journal to capture.", 772 "type": "integer", 773 "minimum": 1, 774 "maximum": 100 775 }, 776 777 "syslogID": { 778 "description": "SYSLOG_IDENTIFIER value from the journal whose entries to capture.", 779 "type": "string", 780 "minLength": 1 781 }, 782 783 "journalSection": { 784 "type": "object", 785 "properties": { 786 "SyslogID": { "$ref": "#/definitions/syslogID" }, 787 "NumLines": { "$ref": "#/definitions/numLines" } 788 }, 789 "additionalProperties": false, 790 "required": ["SyslogID", "NumLines"] 791 }, 792 793 "journalSectionList": { 794 "description": "Describes which syslog IDs and how many journal lines to capture", 795 "type": "array", 796 "items": { 797 "$ref": "#/definitions/journalSection" 798 }, 799 "minItems": 1, 800 "uniqueItems": true, 801 "examples": [ 802 { 803 "Sections": [ 804 { 805 "SyslogID": "phosphor-bmc-state-manager", 806 "NumLines": 20 807 } 808 ] 809 } 810 ] 811 }, 812 813 "journalCapture": { 814 "description": "Allows a PEL to capture journal data in UserData sections.", 815 "type": "object", 816 "properties": { 817 "NumLines": { "$ref": "#/definitions/numLines" }, 818 "Sections": { "$ref": "#/definitions/journalSectionList" } 819 }, 820 "oneOf": [ 821 { 822 "required": ["NumLines"] 823 }, 824 { 825 "required": ["Sections"] 826 } 827 ], 828 "additionalProperties": false, 829 "examples": [ 830 { 831 "JournalCapture": { 832 "NumLines": 30 833 } 834 }, 835 { 836 "JournalCapture": { 837 "Sections": [ 838 { 839 "SyslogID": "phosphor-bmc-state-manager", 840 "NumLines": 20 841 }, 842 { 843 "SyslogID": "phosphor-log-manager", 844 "NumLines": 15 845 } 846 ] 847 } 848 } 849 ] 850 } 851 } 852} 853