1-- ***************************************************************** 2-- CISCO-RF-SUPPLEMENTAL-MIB.my 3-- 4-- Created January 2001, Fred Frazer 5-- 6-- Copyright (c) 2001, 2004 by Cisco Systems, Inc. 7-- All rights reserved. 8-- ***************************************************************** 9 10CISCO-RF-SUPPLEMENTAL-MIB DEFINITIONS ::= BEGIN 11 12IMPORTS 13 MODULE-IDENTITY, 14 OBJECT-TYPE, 15 NOTIFICATION-TYPE, 16 Counter32 17 FROM SNMPv2-SMI 18 MODULE-COMPLIANCE, 19 NOTIFICATION-GROUP, 20 OBJECT-GROUP 21 FROM SNMPv2-CONF 22 TEXTUAL-CONVENTION, 23 TruthValue, 24 DateAndTime 25 FROM SNMPv2-TC 26 ciscoMgmt 27 FROM CISCO-SMI 28 SnmpAdminString 29 FROM SNMP-FRAMEWORK-MIB 30 ConfigCopyState 31 FROM CISCO-CONFIG-COPY-MIB 32 PhysicalIndex 33 FROM ENTITY-MIB; 34 35ciscoRfSupMIB MODULE-IDENTITY 36 LAST-UPDATED "200405270000Z" 37 ORGANIZATION "Cisco Systems, Inc." 38 CONTACT-INFO 39 "Cisco Systems Customer Service 40 Postal: 170 West Tasman Drive 41 San Jose, CA 95134 42 USA 43 Tel: +1 800 553-NETS 44 45 E-mail: cs-rf-mib@cisco.com" 46 47 DESCRIPTION 48 "This MIB was designed to complement the CISCO-RF-MIB by 49 providing additional optional status and configuration control 50 for redundant CPU platforms. 51 52 However, the MIB should also be applicable to redundant 53 platforms which don't use the RF Redundancy Framework software 54 since it makes no direct references to any CISCO-RF-MIB objects 55 or textual conventions and no direct reference to any RF 56 states, RF events or internal information. 57 58 Glossary of terms used in this document: 59 60 Active - A redundant CPU which is actively controlling 61 the system. 62 63 Running configuration - The runtime configuration of a 64 system which reflects current configured 65 hardware or software settings. Runtime 66 configuration which is not stored in 67 non-volatile memory may be lost if the system 68 loses power. 69 70 Standby - A redundant CPU which is not currently 71 controlling the system, but which can take 72 over control if the Active CPU fails. 73 74 Startup configuration - A copy of system configuration 75 stored in non-volatile memory which can be 76 applied following a system powerup. 77 78 For platforms where all runtime configuration 79 is automatically stored in a non-volatile 80 manner, the running and startup configurations 81 are always identical. 82 83 Switchover - The transfer of control from one CPU to a 84 redundant CPU. 85 86 Sync - The mirroring (or synchronizing) of system 87 state, configuration, statistics or other 88 information from the Active CPU to a Standby 89 CPU to allow it to maintain full system control 90 following a switchover." 91 REVISION "200405270000Z" 92 DESCRIPTION 93 "Added the following scalar object to the cRfSupSystem 94 subgroup: 95 cRfSupSysIfCounterSync" 96 97 REVISION "200403040000Z" 98 DESCRIPTION 99 "Two notifications ciscoRfSupTimeChangeEvent and 100 ciscoRfSupTimeZoneChangeEvent have been added. 101 cRfSupNotificationsEnabled has been added to control 102 the above objects." 103 104 REVISION "200103160000Z" 105 DESCRIPTION 106 "The initial release of this MIB." 107 ::= { ciscoMgmt 198 } 108 109-- 110-- Textual conventions 111-- 112RfSupSyncAdminState ::= TEXTUAL-CONVENTION 113 STATUS current 114 DESCRIPTION 115 "An enumerated value which indicates the administrative 116 state to allow user control of the syncing of database 117 information from an Active unit to the Standby unit(s)." 118 SYNTAX INTEGER { 119 enableAutoSync(1), 120 disableAutoSync(2) 121 } 122 123RfSupSyncOperState ::= TEXTUAL-CONVENTION 124 STATUS current 125 DESCRIPTION 126 "An enumerated value which indicates the operational state 127 for the syncing of database information from an Active unit 128 to the Standby unit(s)." 129 SYNTAX INTEGER { 130 inSync(1), 131 lastUpdateFailed(2), -- last sync failed, reason unknown or 132 -- unspecified. 133 commDown(3), -- All communication down to Standby 134 syncDisabled(4), -- Disabled by user configuration 135 noStandbyPresent(5) 136 } 137 138-- 139-- OBJECT IDENTIFIER assignments for various groups 140-- 141ciscoRfSupMIBNotifs OBJECT IDENTIFIER ::= { ciscoRfSupMIB 0 } 142ciscoRfSupMIBObjects OBJECT IDENTIFIER ::= { ciscoRfSupMIB 1 } 143 144-- 145-- sub-groups 146-- 147cRfSupSystem OBJECT IDENTIFIER ::= { ciscoRfSupMIBObjects 1 } 148cRfSupCpu OBJECT IDENTIFIER ::= { ciscoRfSupMIBObjects 2 } 149cRfSupAction OBJECT IDENTIFIER ::= { ciscoRfSupMIBObjects 3 } 150 151-- 152-- The following "System" sub-group definitions are made up of 153-- objects that monitor or control aspects of the combined redundant 154-- system. 155-- 156cRfSupSysAvailableStartTime OBJECT-TYPE 157 SYNTAX DateAndTime 158 MAX-ACCESS read-only 159 STATUS current 160 DESCRIPTION 161 "The date and time when this system began providing 162 uninterrupted operation. This includes the time while either 163 redundant unit was Active, but may also include brief intervals 164 during switchover where the new Active unit was operational, 165 but not yet reachable for network management purposes. It may 166 also include intervals where no Standby unit was offering 167 protection, as long as the Active unit was still operational. 168 169 It normally changes only if an unprotected system restart 170 occurs or if a Standby unit was forced to take over before 171 the initial database sync was completed. 172 173 However, it may also change if the system's Time of Day clock 174 is changed or adjusted. This object will be inaccurate if the 175 system's Time of Day clock has not been set accurately. However, 176 it should be implemented in such a way that when the system's 177 Time of Day clock is adjusted to an accurate setting, 178 cRfSupSysAvailableStartTime will also adjust to show the 179 accurate available start time." 180 ::= { cRfSupSystem 1 } 181 182cRfSupSysSwitchoverTime OBJECT-TYPE 183 SYNTAX DateAndTime 184 MAX-ACCESS read-only 185 STATUS current 186 DESCRIPTION 187 "The date and time when the last CPU switchover took place. 188 This object will remain uninstantiated if no switchovers have 189 taken place since the current Active CPU was initialized." 190 ::= { cRfSupSystem 2 } 191 192cRfSupSysSwitchovers OBJECT-TYPE 193 SYNTAX Counter32 194 MAX-ACCESS read-only 195 STATUS current 196 DESCRIPTION 197 "The number of times that switchovers have occurred since 198 cRfSupSysAvailableStartTime. 199 200 This object will remain uninstantiated if no switchovers have 201 taken place since the current Active CPU was initialized 202 or if a Standby unit was forced to take over before the 203 initial database sync was completed." 204 ::= { cRfSupSystem 3 } 205 206cRfSupSysRunningConfigSyncTime OBJECT-TYPE 207 SYNTAX DateAndTime 208 MAX-ACCESS read-only 209 STATUS current 210 DESCRIPTION 211 "The date and time when the running configuration was last 212 successfully synced from the current Active unit to the 213 Standby unit. 214 215 This object will remain uninstantiated if no sync has yet 216 taken place since the current Active CPU was initialized 217 or if a Standby unit was forced to take over before the 218 initial database sync was completed. 219 220 Since automatic running configuration syncs are event driven 221 and can be disabled by configuration, this time doesn't 222 directly indicate whether Standby software reflects the 223 running configuration of the Active unit. 224 225 Instead, see the cRfSupSysRunningConfigOper object to 226 determine whether Standby running configuration is in 227 sync with the Active CPU." 228 ::= { cRfSupSystem 4 } 229 230cRfSupSysRunningConfigAdmin OBJECT-TYPE 231 SYNTAX RfSupSyncAdminState 232 MAX-ACCESS read-write 233 STATUS current 234 DESCRIPTION 235 "Enables/Disables automatic running configuration syncs only. 236 Doesn't affect other types of sync activity. If set to the 237 default value enableAutoSync, the Active unit will send the 238 full current running configuration following any operation 239 that changes the running configuration. 240 241 Setting disableAutoSync may be useful for some maintenance 242 and debugging operations." 243 ::= { cRfSupSystem 5 } 244 245cRfSupSysRunningConfigOper OBJECT-TYPE 246 SYNTAX RfSupSyncOperState 247 MAX-ACCESS read-only 248 STATUS current 249 DESCRIPTION 250 "The current operational state of running configuration syncs. 251 When the value inSync is returned, it indicates that the 252 Standby running configuration is being kept actively in sync 253 with the Active unit." 254 ::= { cRfSupSystem 6 } 255 256cRfSupSysStartupConfigSyncTime OBJECT-TYPE 257 SYNTAX DateAndTime 258 MAX-ACCESS read-only 259 STATUS current 260 DESCRIPTION 261 "The date and time when the startup configuration was last 262 successfully synced from the current Active unit to the 263 Standby unit(s). 264 265 This object will remain uninstantiated if no sync has yet 266 taken place since the current Active CPU was initialized 267 or if a Standby unit was forced to take over before the 268 initial database sync was completed. 269 270 For platforms where running configuration is always stored 271 in a non-volatile manner, this object should be identical 272 to cRfSupSysRunningConfigSyncTime. 273 274 Since automatic startup configuration syncs are event driven 275 and may be disabled by configuration, this time doesn't 276 directly reflect whether Standby startup configuration is 277 in sync with the Active unit. 278 279 Instead, see the cRfSupSysStartupConfigOper object to 280 determine whether Standby startup configuration is in sync 281 with the Active unit." 282 ::= { cRfSupSystem 7 } 283 284cRfSupSysStartupConfigAdmin OBJECT-TYPE 285 SYNTAX RfSupSyncAdminState 286 MAX-ACCESS read-write 287 STATUS current 288 DESCRIPTION 289 "Enables/Disables automatic startup configuration syncs only. 290 Doesn't affect other types of sync activity. If set to the 291 default value enableAutoSync, the Active unit will send the 292 full current startup configuration to the Standby unit(s) 293 after any operation that changes the startup configuration 294 in non-volatile memory. 295 296 This object is not applicable to systems where running 297 configuration is always stored in non-volatile memory. 298 299 Setting disableAutoSync may be useful for some maintenance 300 and debugging operations." 301 ::= { cRfSupSystem 8 } 302 303cRfSupSysStartupConfigOper OBJECT-TYPE 304 SYNTAX RfSupSyncOperState 305 MAX-ACCESS read-only 306 STATUS current 307 DESCRIPTION 308 "The current operational state of startup configuration syncs. 309 When the value inSync is returned, it indicates that the 310 Standby startup configuration is being kept actively in sync 311 with the Active unit." 312 ::= { cRfSupSystem 9 } 313 314cRfSupSysBootImageSyncTime OBJECT-TYPE 315 SYNTAX DateAndTime 316 MAX-ACCESS read-only 317 STATUS current 318 DESCRIPTION 319 "The date and time when the boot image memory was last 320 successfully synced from the current Active unit to the 321 Standby unit(s). 322 323 This object will remain uninstantiated if no sync has yet 324 taken place since the current Active CPU was initialized 325 or if a Standby unit was forced to take over before the 326 initial database sync was completed. 327 328 Since automatic boot image memory syncs are event driven 329 and may be disabled by configuration, this time doesn't 330 directly reflect whether Standby boot image memory is 331 in sync with the Active unit. 332 333 Instead, see the cRfSupSysBootImageOper object to determine 334 whether Standby boot image memory is in sync with the Active 335 unit." 336 ::= { cRfSupSystem 10 } 337 338cRfSupSysBootImageAdmin OBJECT-TYPE 339 SYNTAX RfSupSyncAdminState 340 MAX-ACCESS read-write 341 STATUS current 342 DESCRIPTION 343 "Enables/Disables automatic boot image memory syncs only. 344 Doesn't affect other types of sync activity. If set to the 345 default value enableAutoSync, the Active unit will send the 346 full current boot image memory to the Standby unit(s) after 347 any operation that affects the boot image. 348 349 This object is not applicable for systems that don't 350 support automatic boot image memory mirroring. 351 352 Setting disableAutoSync is necessary during software upgrades 353 for the case where the boot image memory space is too small to 354 simultaneously hold both the old and new images." 355 ::= { cRfSupSystem 11 } 356 357cRfSupSysBootImageOper OBJECT-TYPE 358 SYNTAX RfSupSyncOperState 359 MAX-ACCESS read-only 360 STATUS current 361 DESCRIPTION 362 "The current operational state of boot image memory syncs. 363 When the value inSync is returned, it indicates that 364 Standby boot image memory is being actively mirrored from 365 the Active unit." 366 ::= { cRfSupSystem 12 } 367 368cRfSupSysStandbyBootFile OBJECT-TYPE 369 SYNTAX SnmpAdminString (SIZE (0..255)) 370 MAX-ACCESS read-write 371 STATUS current 372 DESCRIPTION 373 "Allow Standby unit(s) to automatically load a boot image 374 which differs from the image specified for the Active unit. 375 The string should be of the form <device>:<filename>. 376 Specifying a null value indicates that Standby unit(s) should 377 not use a different image than the Active unit. 378 379 This is used during software upgrade/downgrade procedures, 380 for platforms that support automatic syncs for boot image 381 memory." 382 ::= { cRfSupSystem 13 } 383 384cRfSupNotificationsEnabled OBJECT-TYPE 385 SYNTAX TruthValue 386 MAX-ACCESS read-write 387 STATUS current 388 DESCRIPTION 389 "This specifies whether ciscoRfSupTimeChangeEvent, 390 ciscoRfSupTimeZoneChangeEvent notifications shall be sent 391 when the system's clock or time zone is changed causing 392 a change in the values of cRfSupSysAvailableStartTime or 393 cRfSupSysSwitchoverTime objects. 394 395 Notifications will be sent only if this object is 396 set to 'true'." 397 DEFVAL { false } 398 ::= { cRfSupSystem 14 } 399 400cRfSupSysIfCounterSync OBJECT-TYPE 401 SYNTAX TruthValue 402 MAX-ACCESS read-write 403 STATUS current 404 DESCRIPTION 405 "This object configures the synchronization of Interface 406 Statistics information from Active CPU to the 407 Standby CPU. 408 When this object is set to 'true', synchronization is 409 enabled. When this object is set to 'false', 410 synchronization is disabled." 411 ::= { cRfSupSystem 15 } 412 413-- 414-- The following "Cpu" sub-group definitions are made up of 415-- objects that monitor or control aspects of the individual 416-- redundant units. 417-- 418cRfSupCpuTable OBJECT-TYPE 419 SYNTAX SEQUENCE OF CRfSupCpuEntry 420 MAX-ACCESS not-accessible 421 STATUS current 422 DESCRIPTION 423 "A table containing redundancy-related information for 424 individual CPU cards." 425 ::= { cRfSupCpu 1 } 426 427cRfSupCpuEntry OBJECT-TYPE 428 SYNTAX CRfSupCpuEntry 429 MAX-ACCESS not-accessible 430 STATUS current 431 DESCRIPTION 432 "Information which can differ for each of the redundant 433 CPU units in the system." 434 INDEX { cRfSupCpuUniqueIndex } 435 ::= { cRfSupCpuTable 1 } 436 437CRfSupCpuEntry ::= 438 SEQUENCE { 439 cRfSupCpuUniqueIndex PhysicalIndex, 440 cRfSupCpuActiveSeverity INTEGER, 441 cRfSupCpuInitTime DateAndTime 442 } 443 444cRfSupCpuUniqueIndex OBJECT-TYPE 445 SYNTAX PhysicalIndex 446 MAX-ACCESS not-accessible 447 STATUS current 448 DESCRIPTION 449 "A table index which always has a unique platform-assigned 450 value for each physical redundant unit within a particular 451 system. 452 453 This index should refer to a particular physical unit 454 rather than a logically Active or Standby unit." 455 ::= { cRfSupCpuEntry 1 } 456 457cRfSupCpuActiveSeverity OBJECT-TYPE 458 SYNTAX INTEGER { 459 nonFaulty(0), 460 nonTrafficAffectingFault(1), 461 partialTrafficAffectingFault(2), 462 fullyTrafficAffectingFault(3), 463 unknown(4) 464 } 465 MAX-ACCESS read-only 466 STATUS current 467 DESCRIPTION 468 "The fault severity of a redundant unit, as calculated by 469 software. The value zero represents a good unit with no 470 detected faults. Higher values represent progressively more 471 serious faults. If it's not possible to determine any current 472 or prior severity information about a unit, the value unknown 473 should be returned. 474 475 Unlike some severity definitions, cRfSupCpuActiveSeverity 476 should not be downgraded when it switches from being Active. 477 The severity for a faulty Standby unit should correspond to 478 the system impact it would have if it were made to be the 479 Active unit, assuming the severity can be determined while 480 Standby. 481 482 The severity can be affected by either hardware or software 483 faults with the CPU itself. It can also be affected by faults 484 which prevent this CPU from interacting with one or more other 485 system components (such as linecards), even when the actual 486 faulty Field Replaceable Unit (FRU) is not the CPU itself. 487 488 As a minimum, the nonFaulty and fullyTrafficAffectingFault 489 values should be supported on any platform supporting this 490 object. Support of the other severity values is preferred, 491 but optional." 492 ::= { cRfSupCpuEntry 2 } 493 494cRfSupCpuInitTime OBJECT-TYPE 495 SYNTAX DateAndTime 496 MAX-ACCESS read-only 497 STATUS current 498 DESCRIPTION 499 "The date and time when this redundant unit was last 500 initialized. 501 502 If the unit started out in the Standby state, this will also 503 include the time while running as Standby." 504 ::= { cRfSupCpuEntry 3 } 505 506-- 507-- The following "Action" sub-group definitions are made up of objects 508-- that are associated with the execution of system actions. 509-- 510cRfSupActionManualSync OBJECT-TYPE 511 SYNTAX INTEGER { 512 noAction(1), 513 runningConfig(2), 514 startupConfig(3), 515 bootImage(4) 516 } 517 MAX-ACCESS read-write 518 STATUS current 519 DESCRIPTION 520 "This variable is set to invoke a one-time manual copy of the 521 specified information type from the Active to one or more 522 Standby units. 523 524 When read, this object returns the last command written 525 or noAction if no action has been written to the Active unit 526 since it was initialized. The value noAction can not be used 527 in a write request. 528 529 The result of the last requested action can be determined 530 by reading the value of cRfSupActionLastSyncResult. The value 531 of the cRfSupActionManualSync object can not be changed until 532 the cRfSupActionLastSyncResult transitions to the successful 533 or failed state." 534 ::= { cRfSupAction 1 } 535 536cRfSupActionLastSyncResult OBJECT-TYPE 537 SYNTAX ConfigCopyState 538 MAX-ACCESS read-only 539 STATUS current 540 DESCRIPTION 541 "Contains the result of the last Manual Sync action request. 542 This object is instantiated only after the 543 cRfSupActionManualSync object has been set to a value other 544 than noAction." 545 ::= { cRfSupAction 2 } 546 547-- 548-- Notifications 549-- 550ciscoRfSupTimeChangeEvent NOTIFICATION-TYPE 551 OBJECTS { 552 cRfSupSysAvailableStartTime, 553 cRfSupSysSwitchoverTime} 554 STATUS current 555 DESCRIPTION 556 "This notification is sent on the event of system clock 557 modification causing a change in the values of 558 cRfSupSysAvailableStartTime or cRfSupSysSwitchoverTime objects, 559 if cRfSupNotificationsEnabled object has value 'true'. 560 561 If the system clock change is a result of a time zone change 562 event,this notification will not be sent." 563 564 ::= { ciscoRfSupMIBNotifs 1 } 565 566ciscoRfSupTimeZoneChangeEvent NOTIFICATION-TYPE 567 OBJECTS { 568 cRfSupSysAvailableStartTime, 569 cRfSupSysSwitchoverTime} 570 STATUS current 571 DESCRIPTION 572 "This notification is sent on the event of system time zone 573 modification causing a change in the values of 574 cRfSupSysAvailableStartTime or cRfSupSysSwitchoverTime objects, 575 if cRfSupNotificationsEnabled object has value 'true'." 576 ::= { ciscoRfSupMIBNotifs 2 } 577 578 579 580-- 581-- Conformance 582-- 583ciscoRfSupMibConformance OBJECT IDENTIFIER 584 ::= { ciscoRfSupMIB 2 } 585ciscoRfSupMibCompliances OBJECT IDENTIFIER 586 ::= { ciscoRfSupMibConformance 1 } 587ciscoRfSupMibGroups OBJECT IDENTIFIER 588 ::= { ciscoRfSupMibConformance 2 } 589 590-- 591-- compliance statements 592-- 593ciscoRfSupMibCompliance MODULE-COMPLIANCE 594 STATUS deprecated 595 DESCRIPTION 596 "The compliance statement for entities which implement the 597 Cisco RF SUPPLEMENTAL MIB. 598 599 Note: Platforms which implement the Cisco RF MIB are 600 not required to support the RF SUPPLEMENTAL MIB." 601 MODULE -- this module 602 MANDATORY-GROUPS { 603 ciscoRfSupSysGroup, 604 ciscoRfSupActionGroup 605 } 606-- Conditionally mandatory groups 607 GROUP ciscoRfSupCpuGroup 608 DESCRIPTION 609 "The ciscoRfSupCpuGroup is mandatory only for platforms 610 supporting the ENTITY-MIB." 611 612 ::= { ciscoRfSupMibCompliances 1 } 613 614ciscoRfSupMibComplianceRev1 MODULE-COMPLIANCE 615 STATUS deprecated 616 DESCRIPTION 617 "The compliance statement for entities which implement the 618 Cisco RF SUPPLEMENTAL MIB. 619 620 Note: Platforms which implement the Cisco RF MIB are 621 not required to support the RF SUPPLEMENTAL MIB. " 622 MODULE -- this module 623 MANDATORY-GROUPS { 624 ciscoRfSupSysGroup, 625 ciscoRfSupActionGroup 626 } 627 628-- Conditionally mandatory groups 629 GROUP ciscoRfSupCpuGroup 630 DESCRIPTION 631 "The ciscoRfSupCpuGroup is mandatory only for platforms 632 supporting the ENTITY-MIB." 633 GROUP ciscoRfSupSysOptionalGroup 634 DESCRIPTION 635 "The ciscoRfSupSysOptionalGroup is mandatory only for 636 systems supporting ciscoRfSupNotifGroup." 637 638 ::= { ciscoRfSupMibCompliances 2 } 639 640ciscoRfSupMibComplianceRev2 MODULE-COMPLIANCE 641 STATUS current 642 DESCRIPTION 643 "The compliance statement for entities which implement the 644 Cisco RF SUPPLEMENTAL MIB. 645 646 Note: Platforms which implement the Cisco RF MIB are 647 not required to support the RF SUPPLEMENTAL MIB. " 648 MODULE -- this module 649 MANDATORY-GROUPS { 650 ciscoRfSupSysGroup, 651 ciscoRfSupActionGroup 652 } 653 654-- Conditionally mandatory groups 655 GROUP ciscoRfSupCpuGroup 656 DESCRIPTION 657 "The ciscoRfSupCpuGroup is mandatory only for platforms 658 supporting the ENTITY-MIB." 659 GROUP ciscoRfSupSysOptionalGroup 660 DESCRIPTION 661 "The ciscoRfSupSysOptionalGroup is mandatory only for 662 systems supporting ciscoRfSupNotifGroup." 663-- Optional groups 664 GROUP ciscoRfSupNotifGroup 665 DESCRIPTION 666 "This group is optional on platforms supporting the 667 CISCO-RF-SUPPLEMENTAL-MIB." 668 GROUP ciscoRfSupSysOptionalSyncGroup 669 DESCRIPTION 670 "This group is optional on platforms supporting the 671 the CISCO-RF-SUPPLEMENTAL-MIB." 672 673 ::= { ciscoRfSupMibCompliances 3 } 674 675 676-- 677-- Units of conformance 678-- 679ciscoRfSupSysGroup OBJECT-GROUP 680 OBJECTS { 681 cRfSupSysAvailableStartTime, 682 cRfSupSysSwitchoverTime, 683 cRfSupSysSwitchovers, 684 cRfSupSysRunningConfigSyncTime, 685 cRfSupSysRunningConfigAdmin, 686 cRfSupSysRunningConfigOper, 687 cRfSupSysStartupConfigSyncTime, 688 cRfSupSysStartupConfigAdmin, 689 cRfSupSysStartupConfigOper, 690 cRfSupSysBootImageSyncTime, 691 cRfSupSysBootImageAdmin, 692 cRfSupSysBootImageOper, 693 cRfSupSysStandbyBootFile 694 } 695 STATUS current 696 DESCRIPTION 697 "The collection of RF SUPPLEMENTAL system-wide objects." 698 ::= { ciscoRfSupMibGroups 1 } 699 700ciscoRfSupCpuGroup OBJECT-GROUP 701 OBJECTS { 702 cRfSupCpuActiveSeverity, 703 cRfSupCpuInitTime 704 } 705 STATUS current 706 DESCRIPTION 707 "The collection of RF SUPPLEMENTAL per-CPU objects." 708 ::= { ciscoRfSupMibGroups 2 } 709 710ciscoRfSupActionGroup OBJECT-GROUP 711 OBJECTS { 712 cRfSupActionManualSync, 713 cRfSupActionLastSyncResult 714 } 715 STATUS current 716 DESCRIPTION 717 "The collection of RF SUPPLEMENTAL execution actions." 718 ::= { ciscoRfSupMibGroups 3 } 719 720ciscoRfSupSysOptionalGroup OBJECT-GROUP 721 OBJECTS { 722 cRfSupNotificationsEnabled 723 } 724 STATUS current 725 DESCRIPTION 726 "The collection of optional RF SUPPLEMENTAL system-wide 727 objects." 728 ::= { ciscoRfSupMibGroups 4 } 729 730ciscoRfSupNotifGroup NOTIFICATION-GROUP 731 NOTIFICATIONS { 732 ciscoRfSupTimeChangeEvent, 733 ciscoRfSupTimeZoneChangeEvent 734 } 735 STATUS current 736 DESCRIPTION 737 "The collection of optional notifications issued on 738 system time/time zone modifications." 739 ::= { ciscoRfSupMibGroups 5 } 740 741ciscoRfSupSysOptionalSyncGroup OBJECT-GROUP 742 OBJECTS { 743 cRfSupSysIfCounterSync 744 } 745 STATUS current 746 DESCRIPTION 747 "The collection of optional RF SUPPLEMENTAL system wide 748 objects that control and monitor the synchronization of 749 information between the redundant system units." 750 ::= { ciscoRfSupMibGroups 6 } 751 752END 753