1-- CISCO-SME-MIB.my: Storage Media Encryption MIB 2-- 3-- Jan 2008, Anand Parthasarathy and Arpakorn Boonkongchuen 4-- 5-- Copyright (c) 2007-2008 by Cisco Systems Inc. 6-- All rights reserved. 7-- 8-- ******************************************************************** 9 10CISCO-SME-MIB DEFINITIONS ::= BEGIN 11 12IMPORTS 13 MODULE-IDENTITY, 14 OBJECT-TYPE, 15 NOTIFICATION-TYPE 16 FROM SNMPv2-SMI 17 MODULE-COMPLIANCE, 18 OBJECT-GROUP, 19 NOTIFICATION-GROUP 20 FROM SNMPv2-CONF 21 TEXTUAL-CONVENTION, 22 TruthValue, 23 TimeStamp, 24 RowStatus, 25 StorageType 26 FROM SNMPv2-TC 27 InterfaceIndex, 28 ifDescr 29 FROM IF-MIB 30 SnmpAdminString 31 FROM SNMP-FRAMEWORK-MIB 32 InetAddressType, 33 InetAddress 34 FROM INET-ADDRESS-MIB 35 FcNameId 36 FROM CISCO-ST-TC 37 ciscoMgmt 38 FROM CISCO-SMI; 39 40 41ciscoSmeMIB MODULE-IDENTITY 42 LAST-UPDATED "200803280000Z" 43 ORGANIZATION "Cisco Systems Inc. " 44 CONTACT-INFO 45 " Cisco Systems 46 Customer Service 47 Postal: 170 W Tasman Drive 48 San Jose, CA 95134 49 USA 50 Tel: +1 800 553 -NETS 51 E-mail: cs-san@cisco.com" 52 DESCRIPTION 53 "MIB module to manage Storage Media Encryption (SME) service. 54 SME is an encryption service provided by an encryption node 55 residing on a linecard in a storage device. It receives 56 clear-text data from host, encrypts it, then sends it to be 57 written to tape or disk. It does the reverse in the opposite 58 direction so the service is completely transparent to the 59 host. The purpose of this service is to enhance data security 60 in case the tape or disk is lost or stolen. 61 62 As with any important service, user requires that it provides 63 some level of fault tolerant in a graceful manner. 64 SME provides this by allowing encryption nodes to be grouped 65 into cluster. Nodes in the same cluster immediately pick up 66 the work of a failed node so user does not see service 67 disruption." 68 REVISION "200803280000Z" 69 DESCRIPTION 70 "Initial version" 71 ::= { ciscoMgmt 632 } 72 73 74 75ciscoSmeMIBNotifs OBJECT IDENTIFIER 76 ::= { ciscoSmeMIB 0 } 77 78ciscoSmeMIBObjects OBJECT IDENTIFIER 79 ::= { ciscoSmeMIB 1 } 80 81ciscoSmeMIBConform OBJECT IDENTIFIER 82 ::= { ciscoSmeMIB 2 } 83 84cSmeConfig OBJECT IDENTIFIER 85 ::= { ciscoSmeMIBObjects 1 } 86 87 88-- Textual Conventions 89 90CiscoSmeInterfaceStatus ::= TEXTUAL-CONVENTION 91 STATUS current 92 DESCRIPTION 93 "Operational state of the SME interface. 94 'unknown(1)' -- interface is in an unknown state 95 'initializing(2)' -- interface is being initialized 96 'offline(3)' -- interface is not active 97 'online(4)' -- interface is online and can be used" 98 SYNTAX INTEGER { 99 unknown(1), 100 initializing(2), 101 offline(3), 102 online(4) 103 } 104 105CiscoSmeClusterStatus ::= TEXTUAL-CONVENTION 106 STATUS current 107 DESCRIPTION 108 "Operational state of the SME cluster 109 'unknown(1)' -- cluster is in an unknown state 110 'inactive(2)' -- cluster is not active 111 'degraded(3)' -- cluster has lost some of its members 112 'recovery(4)' -- cluster is recovering from membership lost 113 'active(5)' -- cluster is active" 114 SYNTAX INTEGER { 115 unknown(1), 116 inactive(2), 117 degraded(3), 118 recovery(4), 119 active(5) 120 } 121 122CiscoSmeClusterIndex ::= TEXTUAL-CONVENTION 123 STATUS current 124 DESCRIPTION 125 "This denotes the globally unique index for a SME 126 cluster. The value of the CiscoSmeClusterIndex is 127 a thirty-two-octet unsigned integer value encoded in 128 a network-byte order." 129 SYNTAX OCTET STRING (SIZE (32)) 130-- SME Configuration Group 131-- 132 133-- SME Cluster Table 134 135cSmeClusterTable OBJECT-TYPE 136 SYNTAX SEQUENCE OF CSmeClusterEntry 137 MAX-ACCESS not-accessible 138 STATUS current 139 DESCRIPTION 140 "This table lists all the SME clusters that are configured 141 on this device. As with any important service, user requires 142 that it provides some level of fault tolerant in a graceful 143 manner. SME provides this by allowing encryption nodes to be 144 grouped into cluster. Nodes in the same cluster immediately 145 pick up the work of a failed node so user does not see 146 service disruption." 147 ::= { cSmeConfig 1 } 148 149cSmeClusterEntry OBJECT-TYPE 150 SYNTAX CSmeClusterEntry 151 MAX-ACCESS not-accessible 152 STATUS current 153 DESCRIPTION 154 "A conceptual row in the cSmeClusterTable. Each 155 row represents a SME cluster in the system and 156 provides the runtime and configuration information 157 of a cluster." 158 INDEX { cSmeClusterId } 159 ::= { cSmeClusterTable 1 } 160 161CSmeClusterEntry ::= SEQUENCE { 162 cSmeClusterId CiscoSmeClusterIndex, 163 cSmeClusterName SnmpAdminString, 164 cSmeClusterState CiscoSmeClusterStatus, 165 cSmeClusterMasterInetAddrType InetAddressType, 166 cSmeClusterMasterInetAddr InetAddress, 167 cSmeClusterStorageType StorageType, 168 cSmeClusterRowStatus RowStatus 169 } 170 171cSmeClusterId OBJECT-TYPE 172 SYNTAX CiscoSmeClusterIndex 173 MAX-ACCESS not-accessible 174 STATUS current 175 DESCRIPTION 176 "Globally unique index that identifies a SME cluster. 177 This index must be generated in such a way that the 178 same value is never reused even after cluster has been 179 deleted." 180 ::= { cSmeClusterEntry 1 } 181 182cSmeClusterName OBJECT-TYPE 183 SYNTAX SnmpAdminString (SIZE (0..32)) 184 MAX-ACCESS read-create 185 STATUS current 186 DESCRIPTION 187 "The name of the SME cluster." 188 DEFVAL { "" } 189 ::= { cSmeClusterEntry 2 } 190 191cSmeClusterState OBJECT-TYPE 192 SYNTAX CiscoSmeClusterStatus 193 MAX-ACCESS read-only 194 STATUS current 195 DESCRIPTION 196 "The operational state of the SME cluster." 197 ::= { cSmeClusterEntry 3 } 198 199cSmeClusterMasterInetAddrType OBJECT-TYPE 200 SYNTAX InetAddressType 201 MAX-ACCESS read-only 202 STATUS current 203 DESCRIPTION 204 "The type of Internet address of the SME cluster 205 master. The Internet address of SME cluster master is 206 specified by the value of the corresponding instance 207 of cSmeClusterMasterInetAddr." 208 ::= { cSmeClusterEntry 4 } 209 210cSmeClusterMasterInetAddr OBJECT-TYPE 211 SYNTAX InetAddress 212 MAX-ACCESS read-only 213 STATUS current 214 DESCRIPTION 215 "The Internet address of the SME cluster master 216 device. The type of this Internet address is 217 determined by the value of the corresponding 218 instance of cSmeClusterMasterInetAddrType." 219 ::= { cSmeClusterEntry 5 } 220 221cSmeClusterStorageType OBJECT-TYPE 222 SYNTAX StorageType 223 MAX-ACCESS read-create 224 STATUS current 225 DESCRIPTION 226 "This object specifies the storage type for this conceptual 227 row." 228 ::= { cSmeClusterEntry 6 } 229 230cSmeClusterRowStatus OBJECT-TYPE 231 SYNTAX RowStatus 232 MAX-ACCESS read-create 233 STATUS current 234 DESCRIPTION 235 "The status of this conceptual row. 236 237 There is no restriction on the value of other columns 238 before a newly created row can be made active." 239 ::= { cSmeClusterEntry 7 } 240 241 242-- SME Cluster Member Switch Table 243 244cSmeClusterMembersTable OBJECT-TYPE 245 SYNTAX SEQUENCE OF CSmeClusterMembersEntry 246 MAX-ACCESS not-accessible 247 STATUS current 248 DESCRIPTION 249 "This table lists the information of devices, local or 250 remote, which are members of SME clusters configured on a 251 device." 252 ::= { cSmeConfig 2 } 253 254cSmeClusterMembersEntry OBJECT-TYPE 255 SYNTAX CSmeClusterMembersEntry 256 MAX-ACCESS not-accessible 257 STATUS current 258 DESCRIPTION 259 "A conceptual row in the cSmeClusterMembersTable. 260 Each row represents a member device within a 261 specified SME Cluster." 262 INDEX { 263 cSmeClusterId, 264 cSmeMemberInetAddrType, 265 cSmeMemberInetAddr 266 } 267 ::= { cSmeClusterMembersTable 1 } 268 269CSmeClusterMembersEntry ::= SEQUENCE { 270 cSmeMemberInetAddrType InetAddressType, 271 cSmeMemberInetAddr InetAddress, 272 cSmeFabric SnmpAdminString, 273 cSmeIsMemberLocal TruthValue, 274 cSmeMemberIsMaster TruthValue, 275 cSmeClusterMemberStorageType StorageType, 276 cSmeClusterMemberRowStatus RowStatus 277 } 278 279cSmeMemberInetAddrType OBJECT-TYPE 280 SYNTAX InetAddressType 281 MAX-ACCESS not-accessible 282 STATUS current 283 DESCRIPTION 284 "The type of Internet address of a cluster member within 285 a specified SME cluster. The Internet address of this 286 device is specified by the value of the corresponding 287 instance of cSmeMemberInetAddr." 288 ::= { cSmeClusterMembersEntry 1 } 289 290cSmeMemberInetAddr OBJECT-TYPE 291 SYNTAX InetAddress (SIZE (0..32)) 292 MAX-ACCESS not-accessible 293 STATUS current 294 DESCRIPTION 295 "The Internet address of the cluster member device 296 within a specified SME cluster. 297 The type of this Internet address is determined 298 by the value of the corresponding instance of 299 cSmeMemberInetAddrType." 300 ::= { cSmeClusterMembersEntry 2 } 301 302cSmeFabric OBJECT-TYPE 303 SYNTAX SnmpAdminString (SIZE (1..32)) 304 MAX-ACCESS read-create 305 STATUS current 306 DESCRIPTION 307 "Refers to the name of physical fibre channel fabric in the 308 SAN. A typical SAN deployment consists of a dual fabric 309 topology which corresponds to two physical fabrics. 310 In such a deployment, a VSAN and a cluster is configured 311 in both fabrics to allow multi-pathing and redundancy. 312 313 The user specifies the physical fabric to which a device 314 belongs to when the cluster is configured." 315 ::= { cSmeClusterMembersEntry 3 } 316 317cSmeIsMemberLocal OBJECT-TYPE 318 SYNTAX TruthValue 319 MAX-ACCESS read-only 320 STATUS current 321 DESCRIPTION 322 "Identifies if the device is a local or remote member of 323 this cluster. 324 'true' means this device is a local device. 325 'false' means this device is a remote device." 326 ::= { cSmeClusterMembersEntry 4 } 327 328cSmeMemberIsMaster OBJECT-TYPE 329 SYNTAX TruthValue 330 MAX-ACCESS read-only 331 STATUS current 332 DESCRIPTION 333 "Indicates if this device is currently the master of 334 the SME cluster. 335 336 The value 'true' means this device is the master. 337 The value 'false' means this device is not the master. 338 339 Devices in a cluster select one of the cluster member 340 to be a master. The master is responsible for 341 handling cluster membership." 342 ::= { cSmeClusterMembersEntry 5 } 343 344cSmeClusterMemberStorageType OBJECT-TYPE 345 SYNTAX StorageType 346 MAX-ACCESS read-create 347 STATUS current 348 DESCRIPTION 349 "This object specifies the storage type for this conceptual 350 row." 351 ::= { cSmeClusterMembersEntry 6 } 352 353cSmeClusterMemberRowStatus OBJECT-TYPE 354 SYNTAX RowStatus 355 MAX-ACCESS read-create 356 STATUS current 357 DESCRIPTION 358 "The status of this conceptual row. 359 360 There is no restriction on the value of other columns 361 before a newly created row can be made active. 362 363 When a cluster is deleted, all entries in this table 364 should be purged automatically." 365 ::= { cSmeClusterMembersEntry 7 } 366 367 368-- SME Cluster Member Interface Table 369 370cSmeClusterMemberIfTable OBJECT-TYPE 371 SYNTAX SEQUENCE OF CSmeClusterMemberIfEntry 372 MAX-ACCESS not-accessible 373 STATUS current 374 DESCRIPTION 375 "This table lists the information of SME interfaces on all 376 devices, local or remote, which are members of SME clusters 377 configured on a device." 378 ::= { cSmeConfig 3 } 379 380cSmeClusterMemberIfEntry OBJECT-TYPE 381 SYNTAX CSmeClusterMemberIfEntry 382 MAX-ACCESS not-accessible 383 STATUS current 384 DESCRIPTION 385 "A conceptual row in the cSmeClusterMemberIfTable. 386 Each row represents a participating interface on 387 local/remote device member within the specified 388 SME cluster." 389 INDEX { 390 cSmeClusterId, 391 cSmeMemberInetAddrType, 392 cSmeMemberInetAddr, 393 cSmeClusterInterfaceIndex 394 } 395 ::= { cSmeClusterMemberIfTable 1 } 396 397CSmeClusterMemberIfEntry ::= SEQUENCE { 398 cSmeClusterInterfaceIndex InterfaceIndex, 399 cSmeClusterInterfaceState CiscoSmeInterfaceStatus 400 } 401 402cSmeClusterInterfaceIndex OBJECT-TYPE 403 SYNTAX InterfaceIndex 404 MAX-ACCESS not-accessible 405 STATUS current 406 DESCRIPTION 407 "A unique Interface index for a SME interface on a device 408 in this cluster. This is the same as ifIndex of the 409 ifTable of RFC1213." 410 ::= { cSmeClusterMemberIfEntry 1 } 411 412cSmeClusterInterfaceState OBJECT-TYPE 413 SYNTAX CiscoSmeInterfaceStatus 414 MAX-ACCESS read-only 415 STATUS current 416 DESCRIPTION 417 "The operational state of this SME interface." 418 ::= { cSmeClusterMemberIfEntry 2 } 419 420 421-- SME Local Interface Table 422 423cSmeInterfaceTable OBJECT-TYPE 424 SYNTAX SEQUENCE OF CSmeInterfaceEntry 425 MAX-ACCESS not-accessible 426 STATUS current 427 DESCRIPTION 428 "This table lists all SME interfaces on the local device and 429 its corresponding information." 430 ::= { cSmeConfig 4 } 431 432cSmeInterfaceEntry OBJECT-TYPE 433 SYNTAX CSmeInterfaceEntry 434 MAX-ACCESS not-accessible 435 STATUS current 436 DESCRIPTION 437 "A conceptual row in the cSmeInterfaceTable. 438 Each row represents a particular SME interface on 439 a local device." 440 INDEX { cSmeInterfaceIndex } 441 ::= { cSmeInterfaceTable 1 } 442 443CSmeInterfaceEntry ::= SEQUENCE { 444 cSmeInterfaceIndex InterfaceIndex, 445 cSmeInterfaceState CiscoSmeInterfaceStatus, 446 cSmeInterfaceClusterId CiscoSmeClusterIndex, 447 cSmeInterfaceStorageType StorageType, 448 cSmeInterfaceRowStatus RowStatus 449 } 450 451cSmeInterfaceIndex OBJECT-TYPE 452 SYNTAX InterfaceIndex 453 MAX-ACCESS not-accessible 454 STATUS current 455 DESCRIPTION 456 "A unique Interface index for a SME interface on this device. 457 This is the same as ifIndex of the ifTable of RFC1213." 458 ::= { cSmeInterfaceEntry 1 } 459 460cSmeInterfaceState OBJECT-TYPE 461 SYNTAX CiscoSmeInterfaceStatus 462 MAX-ACCESS read-only 463 STATUS current 464 DESCRIPTION 465 "Operational state of this SME interface." 466 ::= { cSmeInterfaceEntry 2 } 467 468cSmeInterfaceClusterId OBJECT-TYPE 469 SYNTAX CiscoSmeClusterIndex 470 MAX-ACCESS read-create 471 STATUS current 472 DESCRIPTION 473 "Identifies the cluster to which this SME interface belongs." 474 ::= { cSmeInterfaceEntry 3 } 475 476cSmeInterfaceStorageType OBJECT-TYPE 477 SYNTAX StorageType 478 MAX-ACCESS read-create 479 STATUS current 480 DESCRIPTION 481 "This object specifies the storage type for this conceptual 482 row." 483 ::= { cSmeInterfaceEntry 4 } 484 485cSmeInterfaceRowStatus OBJECT-TYPE 486 SYNTAX RowStatus 487 MAX-ACCESS read-create 488 STATUS current 489 DESCRIPTION 490 "The status of this conceptual row. 491 492 There is no restriction on the value of other columns 493 before a newly created row can be made active. 494 For example, cSmeInterfaceClusterId column can be set 495 independently later." 496 ::= { cSmeInterfaceEntry 5 } 497 498 499-- SME Host Port Table 500 501cSmeHostPortTable OBJECT-TYPE 502 SYNTAX SEQUENCE OF CSmeHostPortEntry 503 MAX-ACCESS not-accessible 504 STATUS current 505 DESCRIPTION 506 "This table lists the hosts that are configured for 507 SME. In the case of application servers, the disks 508 that are accessed by the hosts may be encrypted. In the 509 case of backup/restore master/media servers, the tapes 510 accessed by the hosts may be encrypted." 511 ::= { cSmeConfig 5 } 512 513cSmeHostPortEntry OBJECT-TYPE 514 SYNTAX CSmeHostPortEntry 515 MAX-ACCESS not-accessible 516 STATUS current 517 DESCRIPTION 518 "A conceptual row in the cSmeHostPortTable. 519 Each row represents a particular host configured for 520 SME service in a particular cluster." 521 INDEX { cSmeHostPortName } 522 ::= { cSmeHostPortTable 1 } 523 524CSmeHostPortEntry ::= SEQUENCE { 525 cSmeHostPortName FcNameId, 526 cSmeHostPortClusterId CiscoSmeClusterIndex, 527 cSmeHostPortStorageType StorageType, 528 cSmeHostPortRowStatus RowStatus 529 } 530 531cSmeHostPortName OBJECT-TYPE 532 SYNTAX FcNameId 533 MAX-ACCESS not-accessible 534 STATUS current 535 DESCRIPTION 536 "Fibre-channel Port name (P_WWN) of the Host Nx_Port." 537 ::= { cSmeHostPortEntry 1 } 538 539cSmeHostPortClusterId OBJECT-TYPE 540 SYNTAX CiscoSmeClusterIndex 541 MAX-ACCESS read-create 542 STATUS current 543 DESCRIPTION 544 "Identifies the cluster to which this host port belongs." 545 ::= { cSmeHostPortEntry 2 } 546 547cSmeHostPortStorageType OBJECT-TYPE 548 SYNTAX StorageType 549 MAX-ACCESS read-create 550 STATUS current 551 DESCRIPTION 552 "This object specifies the storage type for this conceptual 553 row." 554 ::= { cSmeHostPortEntry 3 } 555 556cSmeHostPortRowStatus OBJECT-TYPE 557 SYNTAX RowStatus 558 MAX-ACCESS read-create 559 STATUS current 560 DESCRIPTION 561 "The status of this conceptual row. 562 563 There is no restriction on the value of other columns 564 before a newly created row can be made active." 565 ::= { cSmeHostPortEntry 4 } 566 567 568 569-- Time last changed for the agents to know if they have to look at 570-- these tables. 571 572cSmeConfigTableLastChanged OBJECT-TYPE 573 SYNTAX TimeStamp 574 MAX-ACCESS read-only 575 STATUS current 576 DESCRIPTION 577 "The value of sysUpTime when a change to any SME MIB 578 table other than the cSmeHostPortTable last occurred." 579 ::= { cSmeConfig 6 } 580 581cSmeHostPortTableLastChanged OBJECT-TYPE 582 SYNTAX TimeStamp 583 MAX-ACCESS read-only 584 STATUS current 585 DESCRIPTION 586 "The value of sysUpTime when a change to cSmeHostPortTable 587 last occurred." 588 ::= { cSmeConfig 7 } 589 590-- Notification control object 591 592cSmeNotifyEnable OBJECT-TYPE 593 SYNTAX TruthValue 594 MAX-ACCESS read-write 595 STATUS current 596 DESCRIPTION 597 "This object specifies if the SME notifications 598 should be generated or not. 599 600 If the value of this object is 'true', then 601 the notifications are generated. 602 603 If the value of this object is 'false, then 604 the notifications are not generated." 605 DEFVAL { true } 606 ::= { cSmeConfig 8 } 607 608-- Notifications 609 610ciscoSmeInterfaceCreate NOTIFICATION-TYPE 611 OBJECTS { ifDescr } 612 STATUS current 613 DESCRIPTION 614 "This notification is generated when a SME interface 615 associated with a local device is created." 616 ::= { ciscoSmeMIBNotifs 1 } 617 618ciscoSmeInterfaceDelete NOTIFICATION-TYPE 619 OBJECTS { ifDescr } 620 STATUS current 621 DESCRIPTION 622 "This notification is generated when a SME interface 623 associated with a local device is deleted." 624 ::= { ciscoSmeMIBNotifs 2 } 625 626ciscoSmeClusterNewMaster NOTIFICATION-TYPE 627 OBJECTS { 628 cSmeClusterName, 629 cSmeClusterMasterInetAddrType, 630 cSmeClusterMasterInetAddr 631 } 632 STATUS current 633 DESCRIPTION 634 "This notification is generated when the sending device 635 who is participating in a SME cluster has transitioned 636 to be the master of the cluster." 637 ::= { ciscoSmeMIBNotifs 3 } 638-- Conformance 639 640ciscoSmeMIBCompliances OBJECT IDENTIFIER 641 ::= { ciscoSmeMIBConform 1 } 642 643ciscoSmeMIBGroups OBJECT IDENTIFIER 644 ::= { ciscoSmeMIBConform 2 } 645 646 647-- Compliance Statements 648 649ciscoSmeMIBCompliance MODULE-COMPLIANCE 650 STATUS current 651 DESCRIPTION 652 "The compliance statement for entities that implement 653 SME." 654 MODULE -- this module 655 MANDATORY-GROUPS { 656 ciscoSmeConfigGroup, 657 ciscoSmeNotifControlGroup, 658 ciscoSmeNotifsGroup 659 } 660 ::= { ciscoSmeMIBCompliances 1 } 661 662ciscoSmeConfigGroup OBJECT-GROUP 663 OBJECTS { 664 cSmeClusterState, 665 cSmeClusterMasterInetAddrType, 666 cSmeClusterMasterInetAddr, 667 cSmeIsMemberLocal, 668 cSmeClusterInterfaceState, 669 cSmeInterfaceState, 670 cSmeInterfaceClusterId, 671 cSmeHostPortClusterId, 672 cSmeConfigTableLastChanged, 673 cSmeHostPortTableLastChanged, 674 cSmeFabric, 675 cSmeClusterName, 676 cSmeInterfaceRowStatus, 677 cSmeClusterRowStatus, 678 cSmeMemberIsMaster, 679 cSmeClusterMemberRowStatus, 680 cSmeClusterStorageType, 681 cSmeClusterMemberStorageType, 682 cSmeInterfaceStorageType, 683 cSmeHostPortStorageType, 684 cSmeHostPortRowStatus 685 } 686 STATUS current 687 DESCRIPTION 688 "A collection of objects for SME configuration." 689 ::= { ciscoSmeMIBGroups 1 } 690 691ciscoSmeNotifControlGroup OBJECT-GROUP 692 OBJECTS { cSmeNotifyEnable } 693 STATUS current 694 DESCRIPTION 695 "A collection of objects for controlling SME notification." 696 ::= { ciscoSmeMIBGroups 2 } 697 698ciscoSmeNotifsGroup NOTIFICATION-GROUP 699 NOTIFICATIONS { 700 ciscoSmeInterfaceCreate, 701 ciscoSmeInterfaceDelete, 702 ciscoSmeClusterNewMaster 703 } 704 STATUS current 705 DESCRIPTION 706 "A collection of objects for notification of SME events." 707 ::= { ciscoSmeMIBGroups 3 } 708 709END 710