smilint output for ./RFC1315-MIB


Message Severities
SeverityCount
severe1
error11
warning3
Message Types
TypeCount
basetype-unknown (error)6
index-element-no-range (error)4
module-not-found (severe)1
node-implicit (warning)1
type-unknown (error)1
type-without-format (warning)2

Messages:

RFC1315-MIB

   1: -- extracted from rfc1315.txt
   2: -- at Mon Nov 15 17:11:58 1999
   3: 
   4:      RFC1315-MIB DEFINITIONS ::= BEGIN
   5: 
   6:      IMPORTS
   7:              OBJECT-TYPE
   8:                      FROM RFC-1212
   9:              transmission
  10:                      FROM RFC1213-MIB
  11:              TimeTicks
  12:                      FROM RFC-1155
  12: severe - failed to locate MIB module `RFC-1155'
  13:              TRAP-TYPE
  14:                      FROM RFC-1215;
  15: 
  16:      --  Frame Relay DTE MIB
  17: 
  18:      frame-relay     OBJECT IDENTIFIER ::= { transmission 32 }
  19: 
  20:      --
  21:      --      the range of ifIndex
  22:      --
  23:      Index ::= INTEGER       -- 1..ifNumber
  23: warning - warning: type `Index' has no format specification
  24: 
  25:      --
  26:      --      the range of a Data Link Connection Identifier
  27:      --
  28:      DLCI ::= INTEGER        -- 0..DLCINumber
  28: warning - warning: type `DLCI' has no format specification
  29: 
  30: 
  31:      --  Data Link Connection Management Interface
  32: 
  33:      --      The variables that configure the DLC Management Interface.
  34: 
  35:      frDlcmiTable OBJECT-TYPE
  36:          SYNTAX   SEQUENCE OF FrDlcmiEntry
  37:          ACCESS   not-accessible
  38:          STATUS   mandatory
  39:          DESCRIPTION
  40:             "The Parameters for the Data Link Connection Management
  41:             Interface for the frame relay service on this
  42:             interface."
  43:          REFERENCE
  44:             "Draft American National Standard T1.617-1991, Annex D"
  45:          ::= { frame-relay 1 }
  46: 
  47:          frDlcmiEntry OBJECT-TYPE
  48:              SYNTAX   FrDlcmiEntry
  49:              ACCESS   not-accessible
  50:              STATUS   mandatory
  51:              DESCRIPTION
  52:                 "The Parameters for a particular Data Link Con-
  53:                 nection Management Interface."
  54:             INDEX { frDlcmiIfIndex }
  55:             ::= { frDlcmiTable 1 }
  56: 
  57:          FrDlcmiEntry ::=
  58:              SEQUENCE {
  59:                  frDlcmiIfIndex
  60:                      Index,
  61:                  frDlcmiState
  62:                      INTEGER,
  63:                  frDlcmiAddress
  64:                      INTEGER,
  65:                  frDlcmiAddressLen
  66:                      INTEGER,
  67:                  frDlcmiPollingInterval
  68:                      INTEGER,
  69:                  frDlcmiFullEnquiryInterval
  70:                      INTEGER,
  71:                  frDlcmiErrorThreshold
  72:                      INTEGER,
  73:                  frDlcmiMonitoredEvents
  74:                      INTEGER,
  75:                  frDlcmiMaxSupportedVCs
  76:                      INTEGER,
  77:                  frDlcmiMulticast
  78:                      INTEGER
  79:          }
  80: 
  81: 
  82: 
  83:          frDlcmiIfIndex OBJECT-TYPE
  83: error - index element `frDlcmiIfIndex' of row `frDlcmiEntry' must have a range restriction
  84:              SYNTAX   Index
  85:              ACCESS   read-only
  86:              STATUS   mandatory
  87:              DESCRIPTION
  88:                 "The ifIndex value of the  corresponding  ifEn-
  89:                 try."
  90:             ::= { frDlcmiEntry 1 }
  91: 
  92:          frDlcmiState OBJECT-TYPE
  93:              SYNTAX INTEGER {
  94:                  noLmiConfigured (1),
  95:                  lmiRev1         (2),
  96:                  ansiT1-617-D    (3),  -- ANSI T1.617 Annex D
  97:                  ansiT1-617-B    (4)   -- ANSI T1.617 Annex B
  98:              }
  99:              ACCESS   read-write
 100:              STATUS   mandatory
 101:              DESCRIPTION
 102:                 "This variable states which Data  Link  Connec-
 103:                 tion Management scheme is active (and by impli-
 104:                 cation, what DLCI it uses) on the  Frame  Relay
 105:                 interface."
 106:             REFERENCE
 107:                "Draft American National Standard T1.617-1991"
 108:            ::= { frDlcmiEntry 2 }
 109: 
 110: 
 111: 
 112:          frDlcmiAddress OBJECT-TYPE
 113:              SYNTAX      INTEGER {
 114:                          q921           (1),  -- 13 bit DLCI
 115:                          q922March90    (2),  -- 11 bit DLCI
 116:                          q922November90 (3),  -- 10 bit DLCI
 117:                          q922           (4)   -- Final Standard
 118:              }
 119:              ACCESS  read-write
 120:              STATUS  mandatory
 121:              DESCRIPTION
 122:                 "This variable states which address  format  is
 123:                 in use on the Frame Relay interface."
 124:             ::= { frDlcmiEntry 3 }
 125: 
 126: 
 127:          frDlcmiAddressLen OBJECT-TYPE
 128:              SYNTAX  INTEGER {
 129:                      two-octets (2),
 130:                      three-octets (3),
 131:                      four-octets (4)
 132:              }
 133:              ACCESS  read-write
 134:              STATUS  mandatory
 135:              DESCRIPTION
 136:                 "This variable states which address  length  in
 137:                 octets.  In the case of Q922 format, the length
 138:                 indicates the entire length of the address  in-
 139:                 cluding the control portion."
 140:             ::= { frDlcmiEntry 4 }
 141: 
 142: 
 143: 
 144:          frDlcmiPollingInterval OBJECT-TYPE
 145:              SYNTAX   INTEGER (5..30)
 146:              ACCESS   read-write
 147:              STATUS   mandatory
 148:              DESCRIPTION
 149:                 "This is the number of seconds between  succes-
 150:                 sive status enquiry messages."
 151:             REFERENCE
 152:                "Draft American National  Standard  T1.617-1991,
 153:                Section D.7 Timer T391."
 154:            DEFVAL { 10 }
 155:            ::= { frDlcmiEntry 5 }
 156: 
 157: 
 158:          frDlcmiFullEnquiryInterval OBJECT-TYPE
 159:              SYNTAX   INTEGER (1..255)
 160:              ACCESS   read-write
 161:              STATUS   mandatory
 162:              DESCRIPTION
 163:                 "Number of status enquiry intervals  that  pass
 164:                 before  issuance  of a full status enquiry mes-
 165:                 sage."
 166:             REFERENCE
 167:                "Draft American National  Standard  T1.617-1991,
 168:                Section D.7 Counter N391."
 169:            DEFVAL { 6 }
 170:            ::= { frDlcmiEntry 6 }
 171: 
 172: 
 173: 
 174:          frDlcmiErrorThreshold OBJECT-TYPE
 175:              SYNTAX   INTEGER (1..10)
 176:              ACCESS   read-write
 177:              STATUS   mandatory
 178:              DESCRIPTION
 179:                 "This  is  the  maximum  number  of  unanswered
 180:                 Status Enquiries the equipment shall accept be-
 181:                 fore declaring the interface down."
 182:             REFERENCE
 183:                "Draft American National  Standard  T1.617-1991,
 184:                Section D.5.1 Counter N392."
 185:            DEFVAL { 3 }
 186:            ::= { frDlcmiEntry 7 }
 187: 
 188:          frDlcmiMonitoredEvents OBJECT-TYPE
 189:              SYNTAX   INTEGER (1..10)
 190:              ACCESS   read-write
 191:              STATUS   mandatory
 192:              DESCRIPTION
 193:                 "This is the number of status polling intervals
 194:                 over which the error threshold is counted.  For
 195:                 example, if within 'MonitoredEvents' number  of
 196:                 events  the  station  receives 'ErrorThreshold'
 197:                 number of errors, the interface  is  marked  as
 198:                 down."
 199:             REFERENCE
 200:                "Draft American National  Standard  T1.617-1991,
 201:                Section D.5.2 Counter N393."
 202:            DEFVAL { 4 }
 203:            ::= { frDlcmiEntry 8 }
 204: 
 205: 
 206: 
 207:          frDlcmiMaxSupportedVCs OBJECT-TYPE
 208:              SYNTAX   INTEGER
 209:              ACCESS   read-write
 210:              STATUS   mandatory
 211:              DESCRIPTION
 212:                 "The maximum number of Virtual Circuits allowed
 213:                 for  this  interface.   Usually dictated by the
 214:                 Frame Relay network.
 215: 
 216:                 In response to a SET, if a value less than zero
 217:                 or  higher  than the agent's maximal capability
 218:                 is configured, the agent  should  respond  bad-
 219:                 Value"
 220:             ::= { frDlcmiEntry 9 }
 221: 
 222: 
 223:          frDlcmiMulticast OBJECT-TYPE
 224:              SYNTAX   INTEGER {
 225:                          nonBroadcast (1),
 226:                          broadcast (2)
 227:                          }
 228:              ACCESS   read-write
 229:              STATUS   mandatory
 230:              DESCRIPTION
 231:                 "This indicates whether the Frame Relay  inter-
 232:                 face is using a multicast service."
 233:             ::= { frDlcmiEntry 10 }
 234: 
 235:      -- A Frame Relay service is a multiplexing service.  Data
 236:      -- Link Connection Identifiers enumerate virtual circuits
 237:      -- (permanent or dynamic) which are layered onto the underlying
 238:      -- circuit, represented by ifEntry.  Therefore, each of the entries
 239:      -- in the Standard MIB's Interface Table with an IfType of
 240:      -- Frame Relay represents a Q.922 interface.  Zero or more
 241:      -- virtual circuits are layered onto this interface and provide
 242:      -- interconnection with various remote destinations.
 243:      -- Each such virtual circuit is represented by an entry in the
 244:      -- circuit table.
 245: 
 246:      --   Circuit Table
 247: 
 248:      -- The table describing the use of the DLCIs attached to
 249:      -- each Frame Relay Interface.
 250: 
 251:      frCircuitTable OBJECT-TYPE
 252:          SYNTAX   SEQUENCE OF FrCircuitEntry
 253:          ACCESS   not-accessible
 254:          STATUS   mandatory
 255:          DESCRIPTION
 256:             "A table containing information about specific Data
 257:             Link Connection Identifiers and corresponding virtual
 258:             circuits."
 259:          ::= { frame-relay 2 }
 260: 
 261:          frCircuitEntry OBJECT-TYPE
 262:              SYNTAX   FrCircuitEntry
 263:              ACCESS   not-accessible
 264:              STATUS   mandatory
 265:              DESCRIPTION
 266:                 "The information regarding a single  Data  Link
 267:                 Connection Identifier."
 268:             INDEX { frCircuitIfIndex, frCircuitDlci }
 269:             ::= { frCircuitTable 1 }
 270: 
 271: 
 272:          FrCircuitEntry ::=
 273:              SEQUENCE {
 274:                  frCircuitIfIndex
 275:                      Index,
 276:                  frCircuitDlci
 277:                      DLCI,
 278:                  frCircuitState
 279:                      INTEGER,
 280:                  frCircuitReceivedFECNs
 281:                      Counter,
 281: error - unknown type `Counter'
 282:                  frCircuitReceivedBECNs
 283:                      Counter,
 284:                  frCircuitSentFrames
 285:                      Counter,
 286:                  frCircuitSentOctets
 287:                      Counter,
 288:                  frCircuitReceivedFrames
 289:                      Counter,
 290:                  frCircuitReceivedOctets
 291:                      Counter,
 292:                  frCircuitCreationTime
 293:                      TimeTicks,
 294:                  frCircuitLastTimeChange
 295:                      TimeTicks,
 296:                  frCircuitCommittedBurst
 297:                      INTEGER,
 298:                  frCircuitExcessBurst
 299:                      INTEGER,
 300:                  frCircuitThroughput
 301:                      INTEGER
 302:          }
 303: 
 304: 
 305: 
 306:          frCircuitIfIndex OBJECT-TYPE
 306: error - index element `frCircuitIfIndex' of row `frCircuitEntry' must have a range restriction
 307:              SYNTAX   Index
 308:              ACCESS   read-only
 309:              STATUS   mandatory
 310:              DESCRIPTION
 311:                 "The ifIndex Value of the ifEntry this  virtual
 312:                 circuit is layered onto."
 313:             ::= { frCircuitEntry 1 }
 314: 
 315: 
 316:          frCircuitDlci OBJECT-TYPE
 316: error - index element `frCircuitDlci' of row `frCircuitEntry' must have a range restriction
 317:              SYNTAX   DLCI
 318:              ACCESS   read-only
 319:              STATUS   mandatory
 320:              DESCRIPTION
 321:                 "The Data Link Connection Identifier  for  this
 322:                 virtual circuit."
 323:             REFERENCE
 324:                "Draft American National  Standard  T1.618-1991,
 325:                Section 3.3.6"
 326:            ::= { frCircuitEntry 2 }
 327: 
 328:          frCircuitState OBJECT-TYPE
 329:              SYNTAX   INTEGER {
 330:                          invalid (1),
 331:                          active (2),
 332:                          inactive (3)
 333:                       }
 334:              ACCESS   read-write
 335:              STATUS   mandatory
 336:              DESCRIPTION
 337:                 "Indicates whether the particular virtual  cir-
 338:                 cuit  is operational.  In the absence of a Data
 339:                 Link Connection Management  Interface,  virtual
 340:                 circuit  entries  (rows) may be created by set-
 341:                 ting virtual  circuit  state  to  'active',  or
 342:                 deleted by changing Circuit state to 'invalid'.
 343:                 Whether or not the row actually  disappears  is
 344:                 left  to the implementation, so this object may
 345:                 actually read as 'invalid' for  some  arbitrary
 346:                 length  of  time.   It is also legal to set the
 347:                 state of a virtual  circuit  to  'inactive'  to
 348:                 temporarily disable a given circuit."
 349:             DEFVAL { active }
 350:             ::= { frCircuitEntry 3 }
 351: 
 352: 
 353:          frCircuitReceivedFECNs OBJECT-TYPE
 353: error - type `Counter' of node `frCircuitReceivedFECNs' does not resolve to a known base type
 354:              SYNTAX   Counter
 355:              ACCESS   read-only
 356:              STATUS   mandatory
 357:              DESCRIPTION
 358:                 "Number of frames received from the network in-
 359:                 dicating  forward  congestion since the virtual
 360:                 circuit was created."
 361:             REFERENCE
 362:                "Draft American National  Standard  T1.618-1991,
 363:                Section 3.3.3"
 364:            ::= { frCircuitEntry 4 }
 365: 
 366: 
 367: 
 368:          frCircuitReceivedBECNs OBJECT-TYPE
 368: error - type `Counter' of node `frCircuitReceivedBECNs' does not resolve to a known base type
 369:              SYNTAX   Counter
 370:              ACCESS   read-only
 371:              STATUS   mandatory
 372:              DESCRIPTION
 373:                 "Number of frames received from the network in-
 374:                 dicating  backward congestion since the virtual
 375:                 circuit was created."
 376: 
 377:             REFERENCE
 378:                "Draft American National  Standard  T1.618-1991,
 379:                Section 3.3.4"
 380:            ::= { frCircuitEntry 5 }
 381: 
 382: 
 383: 
 384:          frCircuitSentFrames OBJECT-TYPE
 384: error - type `Counter' of node `frCircuitSentFrames' does not resolve to a known base type
 385:              SYNTAX   Counter
 386:              ACCESS   read-only
 387:              STATUS   mandatory
 388:              DESCRIPTION
 389:                 "The number of frames sent  from  this  virtual
 390:                 circuit since it was created."
 391:             ::= { frCircuitEntry 6 }
 392: 
 393: 
 394: 
 395:          frCircuitSentOctets OBJECT-TYPE
 395: error - type `Counter' of node `frCircuitSentOctets' does not resolve to a known base type
 396:              SYNTAX   Counter
 397:              ACCESS   read-only
 398:              STATUS   mandatory
 399:              DESCRIPTION
 400:                 "The number of octets sent  from  this  virtual
 401:                 circuit since it was created."
 402:             ::= { frCircuitEntry 7 }
 403: 
 404: 
 405: 
 406:          frCircuitReceivedFrames OBJECT-TYPE
 406: error - type `Counter' of node `frCircuitReceivedFrames' does not resolve to a known base type
 407:              SYNTAX   Counter
 408:              ACCESS   read-only
 409:              STATUS   mandatory
 410:              DESCRIPTION
 411:                 "Number of frames received  over  this  virtual
 412:                 circuit since it was created."
 413:             ::= { frCircuitEntry 8 }
 414: 
 415: 
 416: 
 417:          frCircuitReceivedOctets OBJECT-TYPE
 417: error - type `Counter' of node `frCircuitReceivedOctets' does not resolve to a known base type
 418:              SYNTAX   Counter
 419:              ACCESS   read-only
 420:              STATUS   mandatory
 421:              DESCRIPTION
 422:                 "Number of octets received  over  this  virtual
 423:                 circuit since it was created."
 424:             ::= { frCircuitEntry 9 }
 425: 
 426:          frCircuitCreationTime OBJECT-TYPE
 427:              SYNTAX   TimeTicks
 428:              ACCESS   read-only
 429:              STATUS   mandatory
 430:              DESCRIPTION
 431:                 "The value of sysUpTime when the  virtual  cir-
 432:                 cuit was created, whether by the Data Link Con-
 433:                 nection Management Interface  or  by  a  SetRe-
 434:                 quest."
 435:             ::= { frCircuitEntry 10 }
 436: 
 437: 
 438: 
 439:          frCircuitLastTimeChange OBJECT-TYPE
 440:              SYNTAX   TimeTicks
 441:              ACCESS   read-only
 442:              STATUS   mandatory
 443:              DESCRIPTION
 444:                 "The value of sysUpTime when last there  was  a
 445:                 change in the virtual circuit state"
 446:             ::= { frCircuitEntry 11 }
 447: 
 448: 
 449: 
 450:          frCircuitCommittedBurst OBJECT-TYPE
 451:              SYNTAX   INTEGER
 452:              ACCESS   read-write
 453:              STATUS   mandatory
 454:              DESCRIPTION
 455:                 "This variable indicates the maximum amount  of
 456:                 data,  in  bits,  that  the  network  agrees to
 457:                 transfer under normal  conditions,  during  the
 458:                 measurement interval."
 459:             REFERENCE
 460:                "Draft American National  Standard  T1.617-1991,
 461:                Section 6.5.19"
 462:            DEFVAL   { 0 }  -- the default indicates no commitment
 463:            ::= { frCircuitEntry 12 }
 464: 
 465: 
 466: 
 467:          frCircuitExcessBurst OBJECT-TYPE
 468:              SYNTAX   INTEGER
 469:              ACCESS   read-write
 470:              STATUS   mandatory
 471:              DESCRIPTION
 472:                 "This variable indicates the maximum amount  of
 473:                 uncommitted data bits that the network will at-
 474:                 tempt to deliver over the measurement interval.
 475: 
 476:                 By default, if not configured when creating the
 477:                 entry, the Excess Information Burst Size is set
 478:                 to the value of ifSpeed."
 479:             REFERENCE
 480:                "Draft American National  Standard  T1.617-1991,
 481:                Section 6.5.19"
 482:                    ::= { frCircuitEntry 13 }
 483: 
 484: 
 485: 
 486:          frCircuitThroughput OBJECT-TYPE
 487:              SYNTAX   INTEGER
 488:              ACCESS   read-write
 489:              STATUS   mandatory
 490:              DESCRIPTION
 491:                 "Throughput is the average number of 'Frame Re-
 492:                 lay  Information  Field'  bits  transferred per
 493:                 second across a user network interface  in  one
 494:                 direction, measured over the measurement inter-
 495:                 val.
 496: 
 497:                 If the  configured  committed  burst  rate  and
 498:                 throughput  are  both non-zero, the measurement
 499:                 interval
 500:                 T=frCircuitCommittedBurst/frCircuitThroughput.
 501: 
 502:                 If the  configured  committed  burst  rate  and
 503:                 throughput  are  both zero, the measurement in-
 504:                 terval
 505:                        T=frCircuitExcessBurst/ifSpeed."
 506:             REFERENCE
 507:                "Draft American National  Standard  T1.617-1991,
 508:                Section 6.5.19"
 509:            DEFVAL {0}  -- the default value of Throughput is
 510:                        -- "no commitment".
 511:            ::= { frCircuitEntry 14 }
 512: 
 513: 
 514:      --  Error Table
 515: 
 516:      -- The table describing errors encountered on each Frame
 517:      -- Relay Interface.
 518: 
 519:      frErrTable OBJECT-TYPE
 520:          SYNTAX   SEQUENCE OF FrErrEntry
 521:          ACCESS   not-accessible
 522:          STATUS   mandatory
 523:          DESCRIPTION
 524:             "A table containing information about Errors on the
 525:             Frame Relay interface."
 526:          ::= { frame-relay 3 }
 527: 
 528:          frErrEntry OBJECT-TYPE
 529:              SYNTAX   FrErrEntry
 530:              ACCESS   not-accessible
 531:              STATUS   mandatory
 532:              DESCRIPTION
 533:                 "The error information for a single frame relay
 534:                 interface."
 535:             INDEX { frErrIfIndex }
 536:             ::= { frErrTable 1 }
 537: 
 538: 
 539: 
 540:          FrErrEntry ::=
 541:              SEQUENCE {
 542:                  frErrIfIndex
 543:                      Index,
 544:                  frErrType
 545:                      INTEGER,
 546:                  frErrData
 547:                      OCTET STRING,
 548:                  frErrTime
 549:                      TimeTicks
 550:          }
 551: 
 552: 
 553: 
 554:          frErrIfIndex OBJECT-TYPE
 554: error - index element `frErrIfIndex' of row `frErrEntry' must have a range restriction
 555:              SYNTAX   Index
 556:              ACCESS   read-only
 557:              STATUS   mandatory
 558:              DESCRIPTION
 559:                 "The ifIndex Value of the  corresponding  ifEn-
 560:                 try."
 561:             ::= { frErrEntry 1 }
 562: 
 563: 
 564: 
 565:          frErrType OBJECT-TYPE
 566:              SYNTAX   INTEGER {
 567:                          unknownError(1),
 568:                          receiveShort(2),
 569:                          receiveLong(3),
 570:                          illegalDLCI(4),
 571:                          unknownDLCI(5),
 572:                          dlcmiProtoErr(6),
 573:                          dlcmiUnknownIE(7),
 574:                          dlcmiSequenceErr(8),
 575:                          dlcmiUnknownRpt(9),
 576:                          noErrorSinceReset(10)
 577:                       }
 578:              ACCESS   read-only
 579:              STATUS   mandatory
 580:              DESCRIPTION
 581:                 "The type of error that was last seen  on  this
 582:                 interface."
 583:             ::= { frErrEntry 2 }
 584: 
 585: 
 586: 
 587:          frErrData OBJECT-TYPE
 588:              SYNTAX   OCTET STRING
 589:              ACCESS   read-only
 590:              STATUS   mandatory
 591:              DESCRIPTION
 592:                 "An octet string containing as much of the  er-
 593:                 ror  packet as possible.  As a minimum, it must
 594:                 contain the Q.922 Address or  as  much  as  was
 595:                 delivered.   It is desirable to include all in-
 596:                 formation up to the PDU."
 597:             ::= { frErrEntry 3 }
 598: 
 599: 
 600: 
 601:          frErrTime OBJECT-TYPE
 602:              SYNTAX   TimeTicks
 603:              ACCESS   read-only
 604:              STATUS   mandatory
 605:              DESCRIPTION
 606:                 "The value of sysUpTime at which the error  was
 607:                 detected."
 608:             ::= { frErrEntry 4 }
 609: 
 610: 
 611:          -- Frame Relay Globals
 612: 
 613:          frame-relay-globals OBJECT IDENTIFIER ::= { frame-relay 4 }
 614: 
 615:          frTrapState OBJECT-TYPE
 616:              SYNTAX  INTEGER { enabled(1), disabled(2) }
 617:              ACCESS   read-write
 618:              STATUS   mandatory
 619:              DESCRIPTION
 620:                 "This variable  indicates  whether  the  system
 621:                 produces the frDLCIStatusChange trap."
 622:             DEFVAL { disabled }
 623:             ::= { frame-relay-globals 1 }
 624: 
 625: 
 626:          --  Data Link Connection Management Interface Related Traps
 627: 
 628:          frDLCIStatusChange TRAP-TYPE
 629:              ENTERPRISE frame-relay
 630:              VARIABLES  { frCircuitIfIndex, frCircuitDlci, frCircuitState }
 631:              DESCRIPTION
 632:                 "This trap indicates that the indicated Virtual
 633:                 Circuit  has changed state.  It has either been
 634:                 created or invalidated, or has toggled  between
 635:                 the active and inactive states."
 636:              ::= 1
 636: warning - warning: implicit node definition
 637: 
 638:      END