1-- 2-- ***************************************************************** 3-- C I S C O A T M R e s o u r c e M a n a g e m e n t M I B 4-- 5-- December 1995, Michael Grobelch 6-- 7-- Copyright (c) 1996-2001 by cisco Systems, Inc. 8-- All rights reserved. 9-- ***************************************************************** 10-- 11CISCO-ATM-RM-MIB DEFINITIONS ::= BEGIN 12 13IMPORTS 14 MODULE-IDENTITY, OBJECT-TYPE, 15 Counter32, Gauge32, Unsigned32 FROM SNMPv2-SMI 16 TEXTUAL-CONVENTION,DisplayString, 17 TruthValue FROM SNMPv2-TC 18 ifIndex FROM RFC1213-MIB 19 ciscoExperiment FROM CISCO-SMI 20 MODULE-COMPLIANCE, OBJECT-GROUP FROM SNMPv2-CONF; 21 22ciscoAtmRmMIB MODULE-IDENTITY 23 LAST-UPDATED "200206030000Z" 24 ORGANIZATION "Cisco System Inc." 25 CONTACT-INFO 26 " Cisco Systems 27 Customer Service 28 29 Postal: 170 W Tasman Drive 30 San Jose, CA 95134 31 USA 32 33 Tel: +1 800 553-NETS 34 35 E-mail: cs-atm@cisco.com" 36 DESCRIPTION 37 "The MIB module which complements standard ATM MIBs for 38 Cisco devices, for Resource Management." 39 40 REVISION "200206030000Z" 41 DESCRIPTION 42 "Added objects to support Per Class Overbooking for 43 ATM interfaces." 44 45 REVISION "200101290000Z" 46 DESCRIPTION 47 "Added a table that contains objects to manage ATM 48 Traffic Shaper configuration and state information 49 for ATM interfaces." 50 51 REVISION "9912220000Z" 52 DESCRIPTION 53 "Fix the errors in the definition of cgrPerVcqAtmRmGroup." 54 55 REVISION "9907270000Z" 56 DESCRIPTION 57 "Added object to support overbooking of equivalent bandwidth 58 of an ATM interface." 59 60 REVISION "9904300000Z" 61 DESCRIPTION 62 " Added objects for the IMA interface support." 63 64 REVISION "9904140000Z" 65 DESCRIPTION 66 "Added objects to instruct Connection Admission Control to 67 include framing overhead in the calculation of maximum cell 68 rate of an ATM interface." 69 REVISION "9903110000Z" 70 DESCRIPTION 71 "Clarified the description for some of the objects that they 72 are applicable to logical port ATM interfaces too and made 73 appropriate changes to the Compliance section." 74 REVISION "9811240000Z" 75 DESCRIPTION 76 "Added a table to manage global resources on the Catalyst8540MSR 77 platform. This was necessary because the Catalyst8540MSR, 78 has 8 switching modules internally, with each switching 79 module having its own independent cell memory. Each 80 switching module performs per-VC queueing for a specific 81 (fixed in hardware) group of ports, independent of 82 any other switching module. 83 84 The Lightstream 1010 had only one global cell memory 85 for the entire device. " 86 REVISION "9811030000Z" 87 DESCRIPTION 88 "Specify a range limiting Link Distance object." 89 REVISION "9807260000Z" 90 DESCRIPTION 91 "Added an object to enable Hierarchical Scheduling." 92 REVISION "9712030000Z" 93 DESCRIPTION 94 "Added object to configure Service Category support on 95 an interface." 96 REVISION "9705260000Z" 97 DESCRIPTION 98 "Added objects for management of new features made possible 99 on the LS1010 by the Feature Card Plus. This includes 100 support for per-VC queueing hardware structures, 101 enhanced UPC, non-zero MCR for ABR, and UBR+." 102 REVISION "9611110000Z" 103 DESCRIPTION 104 "Added objects for management of Cell Loss Ratio for 105 CLP0+1 cell-streams. Added table for default tolerance." 106 ::= { ciscoExperiment 10 } 107 108-- 109-- Caution. This MIB is temporary and experimental. 110-- In the future willbe removed from products, 111-- perhaps with short notice, in favor of more standard 112-- or generic MIBs. Application developers should not 113-- depend on long-term access to this MIB. 114-- 115 116ciscoAtmRmMIBObjects OBJECT IDENTIFIER ::= { ciscoAtmRmMIB 1 } 117 118ForceValue ::= TEXTUAL-CONVENTION 119 STATUS current 120 DESCRIPTION 121 "This data type is used to provide a standard mechanism 122 for providing protection on writing to objects. 123 An object of type ForceValue is associated with the 124 protected object. If an set request is made for the 125 protected object, the state of the system or the 126 value to be set may violate the intended protection. 127 The value of the associated object of type ForceValue 128 is then used to determine whether the set request 129 succeeds or fails: 130 - value is forceChange, request succeeds. 131 - value is noForceChange, request fails. 132 An additional characteristic of the ForceValue type is 133 that the setting of the protected object resets the 134 value of the protection object to noForceChange. 135 As an example, take an object limiting the number of 136 network connections on an interface (named maxNetConn). 137 If maxNetConn is set below the number of currently active 138 connections, some of those connections will be cleared. 139 An associated protection object of type ForceValue 140 (named maxNetConnForce) is used to protect the setting 141 of maxNetConn. If the setting of maxNetConn would cause 142 the clearing of connections, maxNetConnForce must 143 be set to forceChange. Whenever maxNetConn is successfully 144 set, maxNetConnForce assumes the value noForceChange." 145 SYNTAX INTEGER { 146 forceChange(1), 147 noForceChange(2) 148 } 149 150FineQueueThreshold ::= TEXTUAL-CONVENTION 151 STATUS current 152 DESCRIPTION 153 "This data type is used to represent thresholds for 154 output-queues on a shared memory ATM switch." 155 SYNTAX INTEGER { 156 percent12(1), 157 percent25(2), 158 percent37(3), 159 percent50(4), 160 percent62(5), 161 percent75(6), 162 percent87(7), 163 percent100(8) 164 } 165 166LsPerVcqServiceClass ::= TEXTUAL-CONVENTION 167 STATUS current 168 DESCRIPTION 169 "This data type is used to represent one of the 170 Service Classes." 171 SYNTAX INTEGER { 172 c1(1), -- Service class 1 (highest SP priority) 173 c2(2), -- Service class 2 (2nd highest SP priority) 174 c3(3), -- Service class 3 175 c4(4), -- Service class 4 176 c5(5), -- Service class 5 (lowest SP priority) 177 c6(6), -- reserved 178 c7(7), -- reserved 179 c8(8) -- reserved 180 } 181 182LsPerVcqServiceClassNoC1 ::= TEXTUAL-CONVENTION 183 STATUS current 184 DESCRIPTION 185 "This data type is used to represent one of the 186 Service Classes, omitting c1." 187 SYNTAX INTEGER { 188 c2(2), -- Service class 2 (2nd highest SP priority) 189 c3(3), -- Service class 3 190 c4(4), -- Service class 4 191 c5(5), -- Service class 5 (lowest SP priority) 192 c6(6), -- reserved 193 c7(7), -- reserved 194 c8(8) -- reserved 195 } 196 197LsPerVcqThresholdGroup ::= TEXTUAL-CONVENTION 198 STATUS current 199 DESCRIPTION 200 "This data type is used to represent one of the 201 Threshold Groups." 202 SYNTAX INTEGER { 203 tg1(1), -- Threshold Group 1 204 tg2(2), -- Threshold Group 2 205 tg3(3), -- Threshold Group 3 206 tg4(4), -- Threshold Group 4 207 tg5(5), -- Threshold Group 5 208 tg6(6), -- Threshold Group 6 209 tg7(7), -- reserved 210 tg8(8), -- reserved 211 tg9(9), -- reserved 212 tg10(10), -- reserved 213 tg11(11), -- reserved 214 tg12(12), -- reserved 215 tg13(13), -- reserved 216 tg14(14), -- reserved 217 tg15(15), -- reserved 218 tg16(16) -- reserved 219 } 220 221LsPerVcqThresholdGroupService ::= TEXTUAL-CONVENTION 222 STATUS current 223 DESCRIPTION 224 "This data type is used to specify how VC/VP 225 queues are assigned to Threshold Groups." 226 SYNTAX INTEGER { 227 cbr(1), 228 vbrRt(2), 229 vbrNrt(3), 230 abr(4), 231 ubr(5) 232 } 233 234CgrPerVcqModuleId ::= TEXTUAL-CONVENTION 235 STATUS current 236 DESCRIPTION 237 "The Catalyst8540MSR has 8 switching modules. Each 238 module has its own cell memory, and performs 239 its own congestion control, independent of 240 the other switching modules." 241 SYNTAX INTEGER { 242 module1(1), 243 module2(2), 244 module3(3), 245 module4(4), 246 module5(5), 247 module6(6), 248 module7(7), 249 module8(8) 250 } 251 252 253-- This MIB defines the following Groups: 254-- 255-- 1. the ATM Switch Resource Management Configuration Group 256-- 2. the Shared-Memory architecture ATM Switch Resource Management Group 257-- 3. the ATM Interface Resource Management Configuration Group 258-- 4. the ATM Interface Resource Management State Group 259-- 5. the ATM Interface Resource Management Statistics Group 260-- 6. the Shared-Memory architecture ATM Interface Resource Management Group 261-- 7. the Lightstream per-VC queueing chipset ATM Switch Resource 262-- Management Group 263-- 8. the Lightstream per-VC queueing switch chipset ATM Interface Resource 264-- Management Group 265-- 9. The Catalyst8540MSR per-VC queueing chipset ATM Switch Resource 266-- Management Group 267-- 10. The ATM Traffic Shaper Interface Management Group 268 269ciscoAtmRmSwitchCfg OBJECT IDENTIFIER ::= { ciscoAtmRmMIBObjects 1 } 270ciscoAtmRmSwitchSharedMem OBJECT IDENTIFIER ::= { ciscoAtmRmMIBObjects 2 } 271ciscoAtmRmIfCfg OBJECT IDENTIFIER ::= { ciscoAtmRmMIBObjects 3 } 272ciscoAtmRmIfState OBJECT IDENTIFIER ::= { ciscoAtmRmMIBObjects 4 } 273ciscoAtmRmIfStatistics OBJECT IDENTIFIER ::= { ciscoAtmRmMIBObjects 5 } 274ciscoAtmRmIfSharedMem OBJECT IDENTIFIER ::= { ciscoAtmRmMIBObjects 6 } 275ciscoLsPerVcqAtmRmSwitch OBJECT IDENTIFIER ::= { ciscoAtmRmMIBObjects 7 } 276ciscoLsPerVcqAtmRmIf OBJECT IDENTIFIER ::= { ciscoAtmRmMIBObjects 8 } 277ciscoCgrPerVcqAtmRmSwitch OBJECT IDENTIFIER ::= { ciscoAtmRmMIBObjects 9 } 278ciscoAtmRmTrafShaperIf OBJECT IDENTIFIER ::= { ciscoAtmRmMIBObjects 10 } 279 280-- 281-- The ATM Switch Resource Management Configuration Group 282-- 283rmSwitchOverSubFactor OBJECT-TYPE 284 SYNTAX INTEGER (1..32) 285 MAX-ACCESS read-write 286 STATUS current 287 DESCRIPTION 288 "The Over Subscription Factor (OSF) is used on switch startup/OIR 289 to determine the maximum sizes of VBR-NRT and ABR/UBR queues. 290 In general, the larger the value of OSF specified, the 291 larger the queues are made at startup. 292 Denoting the maximum sizes of CBR,VBR-RT, VBR-NRT, and ABR/UBR 293 output queues for a physical interface as L1, L2, L3, and L4, 294 respectively, an example algorithm is: 295 L3 = .25 * (OSF*(2048-L1 -L2) 296 L4 = .75 * (OSF*(2048-L1 -L2)" 297 DEFVAL { 4 } 298 ::= { ciscoAtmRmSwitchCfg 1 } 299 300rmSwitchScrMarginFactor OBJECT-TYPE 301 SYNTAX INTEGER (0..100) 302 MAX-ACCESS read-write 303 STATUS current 304 DESCRIPTION 305 "The Sustained Cell Rate Margin Factor (SCRMF) is used in 306 Connection Admission Control (CAC) of VBR connections to 307 vary the weight given to the difference between Sustained 308 Cell Rate (scr) and Peak Cell Rate (pcr) specified in the 309 traffic contract. When calculating the equivalent bandwidth 310 offered by a connection, SCRMF is used as follows: 311 eqBw = scr + ((pcr - scr) * rcacVbrScrmf) / 100" 312 DEFVAL { 1 } 313 ::= { ciscoAtmRmSwitchCfg 2 } 314 315rmSwitchAbrCongNotify OBJECT-TYPE 316 SYNTAX INTEGER { 317 relativeRate(1), 318 efci(2), 319 efciAndRelativeRate(3) 320 } 321 MAX-ACCESS read-write 322 STATUS current 323 DESCRIPTION 324 "The ABR Congestion Notification object determines 325 the type of congestion notification used on ABR connections 326 in the switch. This notification can be done either via 327 relative-rate or Explicit Forward Congestion Indication 328 marking in ATM cells, or both." 329 DEFVAL { relativeRate } 330 ::= { ciscoAtmRmSwitchCfg 3 } 331 332rmDefaultQosObjectiveTable OBJECT-TYPE 333 SYNTAX SEQUENCE OF RmDefaultQosObjectiveEntry 334 MAX-ACCESS not-accessible 335 STATUS current 336 DESCRIPTION 337 "The (conceptual) table containing Resource Management 338 configuration information for default Quality of Service 339 objective values used when a signalling request is received 340 on a UNI interface." 341 ::= { ciscoAtmRmSwitchCfg 4 } 342 343rmDefaultQosObjectiveEntry OBJECT-TYPE 344 SYNTAX RmDefaultQosObjectiveEntry 345 MAX-ACCESS not-accessible 346 STATUS current 347 DESCRIPTION 348 "An entry (conceptual row) in the 349 rmDefaultQosObjectiveTable containing Resource 350 Management configuration for the default UNI QOS objectives. 351 Rows are identified by Service Category." 352 INDEX { rmDefaultQosServiceCategory } 353 ::= { rmDefaultQosObjectiveTable 1 } 354 355RmDefaultQosObjectiveEntry ::= SEQUENCE { 356 rmDefaultQosServiceCategory INTEGER, 357 rmScDefaultQosMaxCtd INTEGER, 358 rmScDefaultQosPeakToPeakCdv INTEGER, 359 rmScDefaultQosClr INTEGER, 360 rmScDefaultQosClrClp01 INTEGER 361} 362 363rmDefaultQosServiceCategory OBJECT-TYPE 364 SYNTAX INTEGER { 365 cbr(1), --constant-bit-rate 366 vbrRt(2), --variable-bit-rate-real-time 367 vbrNrt(3) --variable-bit-rate-non-real-time 368 } 369 MAX-ACCESS not-accessible 370 STATUS current 371 DESCRIPTION 372 "The Service Category to which the row applies." 373 ::= { rmDefaultQosObjectiveEntry 1 } 374 375rmScDefaultQosMaxCtd OBJECT-TYPE 376 SYNTAX INTEGER (0..16777215) 377 UNITS "microseconds" 378 MAX-ACCESS read-write 379 STATUS current 380 DESCRIPTION 381 "The default Maximum Cell Transfer Delay (ctd) for the 382 Service Category. It applies only to cbr and vbr-rt Service 383 Categories. Specifying a value of 16777215 signifies that 384 this parameter should not be checked during connection setup. 385 The units of this object are microseconds." 386 DEFVAL { 16777215 } 387 ::= { rmDefaultQosObjectiveEntry 2 } 388 389rmScDefaultQosPeakToPeakCdv OBJECT-TYPE 390 SYNTAX INTEGER (0..16777215) 391 UNITS "microseconds" 392 MAX-ACCESS read-write 393 STATUS current 394 DESCRIPTION 395 "The default Peak-to-peak cell delay variation (cdv) for 396 the Service Category. It applies only to cbr and vbr-rt Service 397 Categories. Specifying a value of 16777215 signifies 398 that this parameter should not be checked during connection 399 setup. The units of this object are microseconds." 400 DEFVAL { 16777215 } 401 ::= { rmDefaultQosObjectiveEntry 3 } 402 403rmScDefaultQosClr OBJECT-TYPE 404 SYNTAX INTEGER (0..15) 405 MAX-ACCESS read-write 406 STATUS current 407 DESCRIPTION 408 "The default cell-loss-ratio for the Service Category (for 409 CLP=0 cells only). Specifying a value of 0 signifies that 410 this parameter should not be checked during connection setup. 411 The units of this object are negative powers of ten (so 412 an object value of 8 means 10**(-8))." 413 DEFVAL { 0 } 414 ::= { rmDefaultQosObjectiveEntry 4 } 415 416rmScDefaultQosClrClp01 OBJECT-TYPE 417 SYNTAX INTEGER (0..15) 418 MAX-ACCESS read-write 419 STATUS current 420 DESCRIPTION 421 "The default cell-loss-ratio for the Service Category for 422 CLP=0+1 cells. Specifying a value of 0 signifies that 423 this parameter should not be checked during connection setup. 424 The units of this object are negative powers of ten (so 425 an object value of 8 means 10**(-8))." 426 DEFVAL { 0 } 427 ::= { rmDefaultQosObjectiveEntry 5 } 428 429-- 430-- The cisco ATM Switch Shared Memory Architecture Resource Management Group 431-- 432sharedMemRmSwitchQueuedCellTable OBJECT-TYPE 433 SYNTAX SEQUENCE OF SharedMemRmSwitchQueuedCellEntry 434 MAX-ACCESS not-accessible 435 STATUS current 436 DESCRIPTION 437 "The (conceptual) table containing Resource Management 438 information on the cells in the output queues of a 439 shared-memory output-queued ATM switch." 440 ::= { ciscoAtmRmSwitchSharedMem 1 } 441 442sharedMemRmSwitchQueuedCellEntry OBJECT-TYPE 443 SYNTAX SharedMemRmSwitchQueuedCellEntry 444 MAX-ACCESS not-accessible 445 STATUS current 446 DESCRIPTION 447 "An entry (conceptual row) in the 448 sharedMemRmSwitchQueuedCellTable containing Resource 449 Management information on the cells in the output 450 queues of a shared-memory switch. Rows are 451 indexed by priority." 452 INDEX { sharedMemRmCellPriority } 453 ::= { sharedMemRmSwitchQueuedCellTable 1 } 454 455SharedMemRmSwitchQueuedCellEntry ::= SEQUENCE { 456 sharedMemRmCellPriority INTEGER, 457 sharedMemRmSwitchQueuedCellLimit INTEGER, 458 sharedMemRmSwitchQueuedCellCount Gauge32 459} 460 461sharedMemRmCellPriority OBJECT-TYPE 462 SYNTAX INTEGER { 463 p1(1), -- Priority 1 (highest priority) 464 p2(2), -- Priority 2 (2nd highest priority) 465 p3(3), -- Priority 3 (3rd highest priority) 466 p4(4) -- Priority 4 (lowest priority) 467 } 468 MAX-ACCESS not-accessible 469 STATUS current 470 DESCRIPTION 471 "The cell priority. The cell priority maps one-to-one to the 472 per-interface queues specified by the sharedMemRmIfOutputQ 473 object. All cells of a connection of a particular Service 474 Category are given a fixed priority. The Service Categories 475 allocated to a priority can be determined by querying the 476 sharedMemRmIfOutputQServCategory object for any physical 477 interface on the switch." 478 ::= { sharedMemRmSwitchQueuedCellEntry 1 } 479 480sharedMemRmSwitchQueuedCellLimit OBJECT-TYPE 481 SYNTAX INTEGER (0..65535) 482 UNITS "cells" 483 MAX-ACCESS read-write 484 STATUS current 485 DESCRIPTION 486 "Configured limit on the number of cells on all output queues 487 of the switch at any time of a particular priority." 488 DEFVAL { 65535 } 489 ::= { sharedMemRmSwitchQueuedCellEntry 2 } 490 491sharedMemRmSwitchQueuedCellCount OBJECT-TYPE 492 SYNTAX Gauge32 493 UNITS "cells" 494 MAX-ACCESS read-only 495 STATUS current 496 DESCRIPTION 497 "Count of the number of cells on all output queues 498 of the switch at any time of a particular priority." 499 ::= { sharedMemRmSwitchQueuedCellEntry 3 } 500 501-- 502-- The ATM Interface Resource Management Configuration Group 503-- 504rmIfCfgTable OBJECT-TYPE 505 SYNTAX SEQUENCE OF RmIfCfgEntry 506 MAX-ACCESS not-accessible 507 STATUS current 508 DESCRIPTION 509 "The (conceptual) table containing Resource Management 510 configuration information for whole ATM interfaces." 511 ::= { ciscoAtmRmIfCfg 3 } 512 513rmIfCfgEntry OBJECT-TYPE 514 SYNTAX RmIfCfgEntry 515 MAX-ACCESS not-accessible 516 STATUS current 517 DESCRIPTION 518 "An entry (conceptual row) in the rmIfCfgTable 519 containing Resource Management configuration for an ATM 520 interface. The particular interface is identified by the 521 value of MIB-II's ifIndex." 522 INDEX { ifIndex } 523 ::= { rmIfCfgTable 1 } 524 525RmIfCfgEntry ::= SEQUENCE { 526 rmIfOutPacingRateRequested Unsigned32, 527 rmIfOutPacingRateInstalled Unsigned32, 528 rmIfOutPacingForce ForceValue, 529 rmIfLinkDistance Unsigned32, 530 rmIfBestEffortLimit Unsigned32, 531 rmIfCbrDefaultRxUpcTolerance Unsigned32, 532 rmIfVbrRtDefaultRxUpcTolerance Unsigned32, 533 rmIfVbrNrtDefaultRxUpcTolerance Unsigned32, 534 rmIfAbrDefaultRxUpcTolerance Unsigned32, 535 rmIfUbrDefaultRxUpcTolerance Unsigned32, 536 rmIfVbrRtDefaultRxUpcCdvt Unsigned32, 537 rmIfVbrNrtDefaultRxUpcCdvt Unsigned32, 538 rmIfServCategorySupport INTEGER, 539 rmIfFramingOverhead TruthValue, 540 rmIfFramingOverheadForce ForceValue, 541 rmIfOverBooking INTEGER, 542 rmIfVbrRtPerClassOverbooking INTEGER, 543 rmIfVbrNrtPerClassOverbooking INTEGER, 544 rmIfAbrPerClassOverbooking INTEGER, 545 rmIfUbrPerClassOverbooking INTEGER 546} 547 548rmIfOutPacingRateRequested OBJECT-TYPE 549 SYNTAX Unsigned32 550 UNITS "kilobits-per-second" 551 MAX-ACCESS read-write 552 STATUS current 553 DESCRIPTION 554 "This object reflects an explicit configuration of the 555 state of pacing for this interface. If the value of this 556 object is 0, pacing is disabled on this interface. 557 Prior to any user configuration, the value of this object 558 is 0. If the value not 0, it represents the output pacing 559 value, in kilobits per second. The hardware is not capable 560 of providing all possible rates. The rate in place is available 561 in rmIfOutPacingRateInstalled. If the value specified would 562 reduce the port rate below that currently allocated to 563 Guaranteed Service bandwidth for the output flow, 564 the rmIfOutPacingForce object must be set in conjunction with 565 this object in order to cause the change to take effect." 566 DEFVAL { 0 } 567 ::= { rmIfCfgEntry 1 } 568 569rmIfOutPacingRateInstalled OBJECT-TYPE 570 SYNTAX Unsigned32 571 UNITS "kilobits-per-second" 572 MAX-ACCESS read-only 573 STATUS current 574 DESCRIPTION 575 "The output pacing value, in kilobits per second, in effect. 576 A value of 0 indicates output pacing is disabled. 577 This object is not instantiated for interfaces to which it 578 cannot be applied." 579 DEFVAL { 0 } 580 ::= { rmIfCfgEntry 2 } 581 582rmIfOutPacingForce OBJECT-TYPE 583 SYNTAX ForceValue 584 MAX-ACCESS read-write 585 STATUS current 586 DESCRIPTION 587 "A Set Request for rmIfOutPacingRateRequested that does not 588 reduce the port rate below the currently allocated bandwidth 589 guarantees for the output flow always succeeds irrespective 590 of the value of rmIfOutPacingForce. But a Set Request for 591 rmIfOutPacingRateRequested that does reduce the port rate 592 below the currently allocated bandwidth guarantees for the 593 output flow will succeed only if rmIfOutPacingForce object 594 is also set to the value forceChange. In either of the above 595 cases, once rmIfOutPacingRateRequested object is set to the 596 appropriate value, rmIfOutPacingForce object assumes the 597 noForceChange value. This object is not instantiated for 598 interfaces to which it cannot be applied." 599 DEFVAL { noForceChange } 600 ::= { rmIfCfgEntry 3 } 601 602rmIfLinkDistance OBJECT-TYPE 603 SYNTAX Unsigned32 (0..65535) 604 UNITS "kilometers" 605 MAX-ACCESS read-write 606 STATUS current 607 DESCRIPTION 608 "The link distance defined for the interface, expressed 609 in kilometers. This is then divided by the speed of light 610 to determine a propagation delay." 611 DEFVAL { 0 } 612 ::= { rmIfCfgEntry 4 } 613 614rmIfBestEffortLimit OBJECT-TYPE 615 SYNTAX Unsigned32 616 MAX-ACCESS read-write 617 STATUS current 618 DESCRIPTION 619 "The limit on the number of Best Effort connections that 620 can be established on this interface. Note that a change 621 to this value affects subsequent connection setup, not 622 existing connections. A value of 4294967295 disables best-effort 623 limits." 624 DEFVAL { 4294967295 } 625 ::= { rmIfCfgEntry 5 } 626 627rmIfCbrDefaultRxUpcTolerance OBJECT-TYPE 628 SYNTAX Unsigned32 629 UNITS "cell-times" 630 MAX-ACCESS read-write 631 STATUS current 632 DESCRIPTION 633 "Specifies the GCRA limit parameter used for policing 634 of a receive cell-stream of a CBR connection on an interface, 635 if the limit parameter is not specified explicitly in the 636 connection setup request. It is specified 637 in cell-times. Note that a change to this value affects 638 subsequent connection setup, not existing connections." 639 DEFVAL { 1024 } 640 ::= { rmIfCfgEntry 6 } 641 642rmIfVbrRtDefaultRxUpcTolerance OBJECT-TYPE 643 SYNTAX Unsigned32 644 UNITS "cell-times" 645 MAX-ACCESS read-write 646 STATUS current 647 DESCRIPTION 648 "Specifies the maximum burst size parameter used for policing 649 of a receive cell-stream of a VBR-RT connection on an 650 interface, if this parameter is not specified 651 explicitly in the connection setup request. It is 652 specified in cell-times. Note that a change to this value 653 affects subsequent connection setup, not existing 654 connections." 655 DEFVAL { 1024 } 656 ::= { rmIfCfgEntry 7 } 657 658rmIfVbrNrtDefaultRxUpcTolerance OBJECT-TYPE 659 SYNTAX Unsigned32 660 UNITS "cell-times" 661 MAX-ACCESS read-write 662 STATUS current 663 DESCRIPTION 664 "Specifies the maximum burst size parameter used for policing 665 of a receive cell-stream of a VBR-NRT connection on an 666 interface, if this parameter is not specified 667 explicitly in the connection setup request. It is 668 specified in cell-times. Note that a change to this value 669 affects subsequent connection setup, not existing 670 connections." 671 DEFVAL { 1024 } 672 ::= { rmIfCfgEntry 8 } 673 674 rmIfAbrDefaultRxUpcTolerance OBJECT-TYPE 675 SYNTAX Unsigned32 676 UNITS "cell-times" 677 MAX-ACCESS read-write 678 STATUS current 679 DESCRIPTION 680 "Specifies the GCRA limit parameter used for policing 681 of a receive cell-stream of an ABR connection on an interface, 682 if the limit parameter is not specified explicitly in the 683 connection setup request. It is specified 684 in cell-times. Note that a change to this value affects 685 subsequent connection setup, not existing connections." 686 DEFVAL { 1024 } 687 ::= { rmIfCfgEntry 9 } 688 689 rmIfUbrDefaultRxUpcTolerance OBJECT-TYPE 690 SYNTAX Unsigned32 691 UNITS "cell-times" 692 MAX-ACCESS read-write 693 STATUS current 694 DESCRIPTION 695 "Specifies the GCRA limit parameter used for policing 696 of a receive cell-stream of a UBR connection on an interface, 697 if the limit parameter is not specified explicitly in the 698 connection setup request. It is specified 699 in cell-times. Note that a change to this value affects 700 subsequent connection setup, not existing connections." 701 DEFVAL { 1024 } 702 ::= { rmIfCfgEntry 10 } 703 704rmIfVbrRtDefaultRxUpcCdvt OBJECT-TYPE 705 SYNTAX Unsigned32 706 UNITS "cell-times" 707 MAX-ACCESS read-write 708 STATUS current 709 DESCRIPTION 710 "Specifies the GCRA limit parameter used for peak-rate 711 policing of a receive cell-stream of a VBR-RT connection 712 on an interface, if the CDVT parameter is not specified 713 explicitly in the connection setup request. It is 714 specified in cell-times. Note that a change to this value 715 affects subsequent connection setup, not existing 716 connections." 717 DEFVAL { 1024 } 718 ::= { rmIfCfgEntry 11 } 719 720rmIfVbrNrtDefaultRxUpcCdvt OBJECT-TYPE 721 SYNTAX Unsigned32 722 UNITS "cell-times" 723 MAX-ACCESS read-write 724 STATUS current 725 DESCRIPTION 726 "Specifies the GCRA limit parameter used for peak-rate 727 policing of a receive cell-stream of a VBR-NRT connection 728 on an interface, if the CDVT parameter is not specified 729 explicitly in the connection setup request. It is 730 specified in cell-times. Note that a change to this value 731 affects subsequent connection setup, not existing 732 connections." 733 DEFVAL { 1024 } 734 ::= { rmIfCfgEntry 12 } 735 736rmIfServCategorySupport OBJECT-TYPE 737 SYNTAX INTEGER (0..31) 738 MAX-ACCESS read-write 739 STATUS current 740 DESCRIPTION 741 "The value of this object controls and reflects the 742 Service Category(s) supported on this ATM interface. 743 744 If a bit is set, the corresponding Service Category 745 is supported on the interface, and CAC will allow 746 such connections. If a bit is reset, the corresponding 747 Service Category is not supported on the interface, 748 and CAC will reject such connections. 749 750 Write access may not be supported on all interfaces. 751 Not all Service Categories may be supported on 752 an interface. For example, mixing of Service 753 Categories may not be allowed on a VP tunnel 754 interface. 755 756 The various bit positions are: 757 1 constant bit rate (cbr) 758 2 variable bit rate-real time (vbr-rt) 759 4 variable bit rate-non real time (vbr-nrt) 760 8 available bit rate (abr) 761 16 unspecified bit rate (ubr)" 762 ::= { rmIfCfgEntry 13 } 763 764rmIfFramingOverhead OBJECT-TYPE 765 SYNTAX TruthValue 766 MAX-ACCESS read-write 767 STATUS current 768 DESCRIPTION 769 "If this object is set to true, framing overhead will be taken 770 into account in determining the Maximum Cell Rate that is 771 possible on this interface. If this object is set to false, 772 framing overhead will not figure in the determination of the 773 Maximum Cell Rate that is possible on this interface. If 774 setting the value of this object to true results in reducing 775 the Maximum Guaranteed Services Bandwidth of this interface 776 below the currently allocated bandwidth guarantees on this 777 interface, the object rmIfFramingOverheadForce must also be 778 set in order to cause the change to take effect. This object is 779 not instantiated for interfaces to which it cannot be applied." 780 DEFVAL { false } 781 ::= { rmIfCfgEntry 14 } 782 783rmIfFramingOverheadForce OBJECT-TYPE 784 SYNTAX ForceValue 785 MAX-ACCESS read-write 786 STATUS current 787 DESCRIPTION 788 "A Set Request for rmIfFramingOverhead that does not reduce 789 the Maximum Guaranteed Services Bandwidth of this interface 790 below the currently allocated bandwidth guarantees always 791 succeeds irrespective of the value of rmIfFramingOverheadForce. 792 But a Set Request for rmIfFramingOverhead that does reduce the 793 Maximum Guaranteed Services Bandwidth of this interface below 794 the currently allocated bandwidth guarantees will succeed only 795 if rmIfFramingOverheadForce object is also set to the value 796 forceChange. In either of the above cases, once the 797 rmIfFramingOverhead object is set to the appropriate value, 798 rmIfFramingOverheadForce object assumes the noForceChange 799 value. This object is not instantiated for interfaces to 800 which it cannot be applied." 801 DEFVAL { noForceChange } 802 ::= { rmIfCfgEntry 15 } 803 804rmIfOverBooking OBJECT-TYPE 805 SYNTAX INTEGER (100..1000) 806 UNITS "percent" 807 MAX-ACCESS read-write 808 STATUS current 809 DESCRIPTION 810 "This object specifies overbooking on this interface as 811 a percentage of the Maximum Cell Rate that is possible 812 on this interface. If the value of this object is 100, 813 overbooking is disabled on this interface. A set request 814 for this object will succeed only if the value of the 815 ifAdminStatus object for this interface is 'down'. 816 This object is not instantiated for interfaces to which 817 it cannot be applied." 818 DEFVAL { 100 } 819 ::= { rmIfCfgEntry 16 } 820 821rmIfVbrRtPerClassOverbooking OBJECT-TYPE 822 SYNTAX INTEGER (100..3200) 823 UNITS "percent" 824 MAX-ACCESS read-write 825 STATUS current 826 DESCRIPTION 827 "This object specifies the Per Class Overbooking 828 percentage for VBR-rt service category on this 829 interface. If the value of this object is 100, 830 Per Class Overbooking for VBR-rt is disabled on this 831 interface. Specifying a value that is greater than 100 832 causes the CAC to scale down the bandwidth allocated to 833 a VBR-rt VC on this interface by a factor that is equal 834 to the inverse of the overbooking percentage specified by 835 this object. A set request for this object will succeed 836 only if the value of the ifAdminStatus object for this 837 interface is 'down' and Interface overbooking 838 (rmIfOverBooking object) is disabled. A set request for 839 this object will not succeed if it specifies a value 840 that would cause the current bandwidth guarantees on 841 this interface to exceed the maximum bandwidth available 842 for guaranteed services on this interface." 843 DEFVAL { 100 } 844 ::= { rmIfCfgEntry 17 } 845 846rmIfVbrNrtPerClassOverbooking OBJECT-TYPE 847 SYNTAX INTEGER (100..3200) 848 UNITS "percent" 849 MAX-ACCESS read-write 850 STATUS current 851 DESCRIPTION 852 "This object specifies the Per Class Overbooking 853 percentage for VBR-Nrt service category on this 854 interface. If the value of this object is 100, 855 Per Class Overbooking for VBR-Nrt is disabled on this 856 interface. Specifying a value that is greater than 100 857 causes the CAC to scale down the bandwidth allocated to 858 a VBR-Nrt VC on this interface by a factor that is equal 859 to the inverse of the overbooking percentage specified by 860 this object. A set request for this object will succeed 861 only if the value of the ifAdminStatus object for this 862 interface is 'down' and Interface overbooking 863 (rmIfOverBooking object) is disabled. A set request for 864 this object will not succeed if it specifies a value 865 that would cause the current bandwidth guarantees on 866 this interface to exceed the maximum bandwidth available 867 for guaranteed services on this interface." 868 DEFVAL { 100 } 869 ::= { rmIfCfgEntry 18 } 870 871rmIfAbrPerClassOverbooking OBJECT-TYPE 872 SYNTAX INTEGER (100..3200) 873 UNITS "percent" 874 MAX-ACCESS read-write 875 STATUS current 876 DESCRIPTION 877 "This object specifies the Per Class Overbooking 878 percentage for ABR service category on this 879 interface. If the value of this object is 100, 880 Per Class Overbooking for ABR is disabled on this 881 interface. Specifying a value that is greater than 100 882 causes the CAC to scale down the bandwidth allocated to 883 a ABR VC on this interface by a factor that is equal 884 to the inverse of the overbooking percentage specified by 885 this object. A set request for this object will succeed 886 only if the value of the ifAdminStatus object for this 887 interface is 'down' and Interface overbooking 888 (rmIfOverBooking object) is disabled. A set request for 889 this object will not succeed if it specifies a value 890 that would cause the current bandwidth guarantees on 891 this interface to exceed the maximum bandwidth available 892 for guaranteed services on this interface." 893 DEFVAL { 100 } 894 ::= { rmIfCfgEntry 19 } 895 896rmIfUbrPerClassOverbooking OBJECT-TYPE 897 SYNTAX INTEGER (100..3200) 898 UNITS "percent" 899 MAX-ACCESS read-write 900 STATUS current 901 DESCRIPTION 902 "This object specifies the Per Class Overbooking 903 percentage for UBR service category on this 904 interface. If the value of this object is 100, 905 Per Class Overbooking for UBR is disabled on this 906 interface. Specifying a value that is greater than 100 907 causes the CAC to scale down the bandwidth allocated to 908 a UBR VC on this interface by a factor that is equal 909 to the inverse of the overbooking percentage specified by 910 this object. A set request for this object will succeed 911 only if the value of the ifAdminStatus object for this 912 interface is 'down' and Interface overbooking 913 (rmIfOverBooking object) is disabled. A set request for 914 this object will not succeed if it specifies a value 915 that would cause the current bandwidth guarantees on 916 this interface to exceed the maximum bandwidth available 917 for guaranteed services on this interface." 918 DEFVAL { 100 } 919 ::= { rmIfCfgEntry 20 } 920 921rmIfDirectionCfgTable OBJECT-TYPE 922 SYNTAX SEQUENCE OF RmIfDirectionCfgEntry 923 MAX-ACCESS not-accessible 924 STATUS current 925 DESCRIPTION 926 "The (conceptual) table containing Resource Management 927 configuration information for a single direction of 928 traffic flow on ATM interfaces." 929 ::= { ciscoAtmRmIfCfg 4 } 930 931rmIfDirectionCfgEntry OBJECT-TYPE 932 SYNTAX RmIfDirectionCfgEntry 933 MAX-ACCESS not-accessible 934 STATUS current 935 DESCRIPTION 936 "An entry (conceptual row) in the rmIfInOutCfgTable 937 containing Resource Management configuration for a 938 traffic direction on an ATM interface. The particular 939 interface is identified by the value of MIB-II's ifIndex, 940 and the direction of flow." 941 INDEX { ifIndex, rmIfDirection } 942 ::= { rmIfDirectionCfgTable 1 } 943 944RmIfDirectionCfgEntry ::= SEQUENCE { 945 rmIfDirection INTEGER, 946 rmIfDirControlLinkShareMaxAgg INTEGER, 947 rmIfDirControlLinkShareMinCbr INTEGER, 948 rmIfDirControlLinkShareMaxCbr INTEGER, 949 rmIfDirControlLinkShareMinVbr INTEGER, 950 rmIfDirControlLinkShareMaxVbr INTEGER, 951 rmIfDirMaxCbrPcr Unsigned32, 952 rmIfDirMaxCbrTolerance Unsigned32, 953 rmIfDirMaxVbrPcr Unsigned32, 954 rmIfDirMaxVbrScr Unsigned32, 955 rmIfDirMaxVbrTolerance Unsigned32, 956 rmIfDirMaxAbrPcr Unsigned32, 957 rmIfDirMaxAbrTolerance Unsigned32, 958 rmIfDirMaxUbrPcr Unsigned32, 959 rmIfDirMaxUbrTolerance Unsigned32, 960 rmIfDirMaxAbrMcr Unsigned32, 961 rmIfDirMaxUbrMcr Unsigned32, 962 rmIfDirMaxVbrCdvt Unsigned32, 963 rmIfDirControlLinkShareMinAbr INTEGER, 964 rmIfDirControlLinkShareMaxAbr INTEGER, 965 rmIfDirControlLinkShareMinUbr INTEGER, 966 rmIfDirControlLinkShareMaxUbr INTEGER 967} 968 969rmIfDirection OBJECT-TYPE 970 SYNTAX INTEGER { 971 receive(1), 972 transmit(2) 973 } 974 MAX-ACCESS not-accessible 975 STATUS current 976 DESCRIPTION 977 "Selects the traffic direction for which subsequent row 978 parameters are read or written. In is received from 979 the port(into the device), Out is transmitted to the 980 port (from the device)." 981 ::= { rmIfDirectionCfgEntry 1 } 982 983rmIfDirControlLinkShareMaxAgg OBJECT-TYPE 984 SYNTAX INTEGER (-1..95) 985 MAX-ACCESS read-write 986 STATUS current 987 DESCRIPTION 988 "Configuration in the Controller Link Sharing (CLS) scheme. 989 Specifies the maximum aggregate Guaranteed Service 990 (CBR or VBR) traffic that can be allocated in a 991 traffic direction on an interface. It is expressed 992 as a percentage of the maximum traffic direction's 993 bandwidth (applies after output pacing, for example). 994 This object interacts with MaxVbr (if specified) such 995 that MaxVbr <= MaxAgg. 996 This object interacts with MaxCbr (if specified) such 997 that MaxCbr <= MaxAgg. 998 This object interacts with MaxAbr (if specified) such 999 that MaxAbr <= MaxAgg. 1000 This object interacts with MaxUbr (if specified) such 1001 that MaxUbr <= MaxAgg. 1002 Note that a change to this value affects subsequent 1003 connection setup, not existing connections. 1004 If the object is set to -1, the object is considered 1005 to be unspecified. 1006 This object is not instantiated for interfaces to which it 1007 cannot be applied." 1008 DEFVAL { -1 } 1009 ::= { rmIfDirectionCfgEntry 2 } 1010 1011rmIfDirControlLinkShareMinCbr OBJECT-TYPE 1012 SYNTAX INTEGER (-1..95) 1013 MAX-ACCESS read-write 1014 STATUS current 1015 DESCRIPTION 1016 "Configuration in the Controller Link Sharing (CLS) scheme. 1017 Specifies a minimum amount of CBR traffic that can 1018 be reserved in a traffic direction on an interface. 1019 It is expressed as a percentage of the maximum traffic 1020 direction's bandwidth (applies after output pacing, 1021 for example). 1022 This object interacts with MinVbr, MinAbr, MinUbr 1023 (if specified) such that 1024 MinVbr + MinCbr + MinAbr + MinUbr <= 95%. 1025 This object interacts with MaxCbr (if specified) such that 1026 MinCbr < MaxCbr. 1027 Note that a change to this value affects subsequent 1028 connection setup, not existing connections. If the object 1029 is set to -1, the object is considered to be unspecified. 1030 This object is not instantiated for interfaces to which it 1031 cannot be applied." 1032 DEFVAL { -1 } 1033 ::= { rmIfDirectionCfgEntry 3 } 1034 1035rmIfDirControlLinkShareMaxCbr OBJECT-TYPE 1036 SYNTAX INTEGER (-1..95) 1037 MAX-ACCESS read-write 1038 STATUS current 1039 DESCRIPTION 1040 "Configuration in the Controller Link Sharing (CLS) scheme. 1041 Specifies the maximum CBR traffic that can be allocated 1042 in a traffic direction on an interface. It is expressed 1043 as a percentage of the maximum traffic direction's 1044 bandwidth (applies after output pacing, for example). 1045 This object interacts with MinCbr (if specified) such that 1046 MinCbr <= MaxCbr. 1047 This object interacts with MaxAgg (if specified) such 1048 that MaxCbr <= MaxAgg. 1049 Note that a change to this value affects subsequent 1050 connection setup, not existing connections. This object is 1051 not instantiated for interfaces to which it cannot be applied." 1052 DEFVAL { -1 } 1053 ::= { rmIfDirectionCfgEntry 4 } 1054 1055rmIfDirControlLinkShareMinVbr OBJECT-TYPE 1056 SYNTAX INTEGER (-1..95) 1057 MAX-ACCESS read-write 1058 STATUS current 1059 DESCRIPTION 1060 "Configuration in the Controller Link Sharing (CLS) scheme. 1061 Specifies a minimum amount of VBR traffic that can 1062 be reserved in a traffic direction on an interface. 1063 It is expressed as a percentage of the maximum traffic 1064 direction's bandwidth (applies after output pacing, 1065 for example). 1066 This object interacts with MinCbr, MinAbr, and MinUbr 1067 (if specified), such that 1068 MinVbr + MinCbr + MinAbr + MinUbr <= 95%. 1069 This object interacts with MaxVbr (if specified) such that 1070 MinVbr <= MaxVbr. 1071 Note that a change to this value affects subsequent 1072 connection setup, not existing connections. If the object 1073 is set to -1, the object is considered to be unspecified. 1074 This object is not instantiated for interfaces to which it 1075 cannot be applied." 1076 DEFVAL { -1 } 1077 ::= { rmIfDirectionCfgEntry 5 } 1078 1079rmIfDirControlLinkShareMaxVbr OBJECT-TYPE 1080 SYNTAX INTEGER (-1..95) 1081 MAX-ACCESS read-write 1082 STATUS current 1083 DESCRIPTION 1084 "Configuration in the Controller Link Sharing (CLS) scheme. 1085 Specifies the maximum VBR traffic that can be allocated 1086 in a traffic direction on an interface. It is expressed 1087 as a percentage of the maximum traffic direction's 1088 bandwidth (applies after output pacing, for example). 1089 This object interacts with MinVbr (if specified) such that 1090 MinVbr <= MaxVbr. 1091 This object interacts with MaxAgg (if specified) such 1092 that MaxVbr <= MaxAgg. 1093 Note that a change to this value affects subsequent 1094 connection setup, not existing connections. 1095 If the object is set to -1, the object is considered 1096 to be unspecified. 1097 This object is not instantiated for interfaces to which it 1098 cannot be applied." 1099 DEFVAL { -1 } 1100 ::= { rmIfDirectionCfgEntry 6 } 1101 1102rmIfDirMaxCbrPcr OBJECT-TYPE 1103 SYNTAX Unsigned32 1104 UNITS "cells-per-second" 1105 MAX-ACCESS read-write 1106 STATUS current 1107 DESCRIPTION 1108 "Specifies the maximum Peak-cell-rate (pcr) traffic 1109 parameter that can be specified for CBR connections 1110 in a traffic direction on an interface. It is specified 1111 in cells-per-second. A value of 4294967295 disables checking 1112 of this parameter limit. Note that a change to this value 1113 affects subsequent connection setup, not existing 1114 connections." 1115 DEFVAL { 4294967295 } 1116 ::= { rmIfDirectionCfgEntry 7 } 1117 1118rmIfDirMaxCbrTolerance OBJECT-TYPE 1119 SYNTAX Unsigned32 1120 UNITS "cell-times" 1121 MAX-ACCESS read-write 1122 STATUS current 1123 DESCRIPTION 1124 "Specifies the maximum limit parameter used in the GCRA 1125 algorithm for traffic policing that can be specified 1126 for CBR connections in a traffic direction on an interface. 1127 It is specified in cell-times. A value of 4294967295 disables 1128 checking of this parameter limit. Note that a change to this 1129 value affects subsequent connection setup, not existing 1130 connections." 1131 DEFVAL { 4294967295 } 1132 ::= { rmIfDirectionCfgEntry 8 } 1133 1134rmIfDirMaxVbrPcr OBJECT-TYPE 1135 SYNTAX Unsigned32 1136 UNITS "cells-per-second" 1137 MAX-ACCESS read-write 1138 STATUS current 1139 DESCRIPTION 1140 "Specifies the maximum Peak-cell-rate (pcr) traffic 1141 parameter that can be specified for VBR connections 1142 in a traffic direction on an interface. It is specified 1143 in cells-per-second. A value of 4294967295 disables checking 1144 of this parameter limit. Note that a change to this value 1145 affects subsequent connection setup, not existing 1146 connections." 1147 DEFVAL { 4294967295 } 1148 ::= { rmIfDirectionCfgEntry 9 } 1149 1150rmIfDirMaxVbrScr OBJECT-TYPE 1151 SYNTAX Unsigned32 1152 UNITS "cells-per-second" 1153 MAX-ACCESS read-write 1154 STATUS current 1155 DESCRIPTION 1156 "Specifies the maximum Sustained-cell-rate (scr) traffic 1157 parameter that can be specified for VBR connections 1158 in a traffic direction on an interface. It is specified 1159 in cells-per-second. A value of 4294967295 disables checking 1160 of this parameter limit. Note that a change to this value 1161 affects subsequent connection setup, not existing 1162 connections." 1163 DEFVAL { 4294967295 } 1164 ::= { rmIfDirectionCfgEntry 10 } 1165 1166rmIfDirMaxVbrTolerance OBJECT-TYPE 1167 SYNTAX Unsigned32 1168 UNITS "cell-times" 1169 MAX-ACCESS read-write 1170 STATUS current 1171 DESCRIPTION 1172 "Specifies the maximum limit parameter used in the GCRA 1173 algorithm for traffic policing that can be specified 1174 for VBR connections in a traffic direction on an interface. 1175 It is specified in cell-times. A value of 4294967295 disables 1176 checking of this parameter limit. Note that a change to this 1177 value affects subsequent connection setup, not existing 1178 connections." 1179 DEFVAL { 4294967295 } 1180 ::= { rmIfDirectionCfgEntry 11 } 1181 1182rmIfDirMaxAbrPcr OBJECT-TYPE 1183 SYNTAX Unsigned32 1184 UNITS "cells-per-second" 1185 MAX-ACCESS read-write 1186 STATUS current 1187 DESCRIPTION 1188 "Specifies the maximum Peak-cell-rate (pcr) traffic 1189 parameter that can be specified for ABR connections 1190 in a traffic direction on an interface. It is specified 1191 in cells-per-second. A value of 4294967295 disables checking 1192 of this parameter limit. Note that a change to this value 1193 affects subsequent connection setup, not existing 1194 connections." 1195 DEFVAL { 4294967295 } 1196 ::= { rmIfDirectionCfgEntry 12 } 1197 1198rmIfDirMaxAbrTolerance OBJECT-TYPE 1199 SYNTAX Unsigned32 1200 UNITS "cell-times" 1201 MAX-ACCESS read-write 1202 STATUS current 1203 DESCRIPTION 1204 "Specifies the maximum limit parameter used in the GCRA 1205 algorithm for traffic policing that can be specified 1206 for ABR connections in a traffic direction on an interface. 1207 It is specified in cell-times. A value of 4294967295 disables 1208 checking of this parameter limit. Note that a change to this 1209 value affects subsequent connection setup, not existing 1210 connections." 1211 DEFVAL { 4294967295 } 1212 ::= { rmIfDirectionCfgEntry 13 } 1213 1214rmIfDirMaxUbrPcr OBJECT-TYPE 1215 SYNTAX Unsigned32 1216 UNITS "cells-per-second" 1217 MAX-ACCESS read-write 1218 STATUS current 1219 DESCRIPTION 1220 "Specifies the maximum Peak-cell-rate (pcr) traffic 1221 parameter that can be specified for UBR connections 1222 in a traffic direction on an interface. It is specified 1223 in cells-per-second. A value of 4294967295 disables checking 1224 of this parameter limit. Note that a change to this value 1225 affects subsequent connection setup, not existing 1226 connections." 1227 DEFVAL { 4294967295 } 1228 ::= { rmIfDirectionCfgEntry 14 } 1229 1230rmIfDirMaxUbrTolerance OBJECT-TYPE 1231 SYNTAX Unsigned32 1232 UNITS "cell-times" 1233 MAX-ACCESS read-write 1234 STATUS current 1235 DESCRIPTION 1236 "Specifies the maximum limit parameter used in the GCRA 1237 algorithm for traffic policing that can be specified 1238 for UBR connections in a traffic direction on an interface. 1239 It is specified in cell-times. A value of 4294967295 disables 1240 checking of this parameter limit. Note that a change to this 1241 value affects subsequent connection setup, not existing 1242 connections." 1243 DEFVAL { 4294967295 } 1244 ::= { rmIfDirectionCfgEntry 15 } 1245 1246rmIfDirMaxAbrMcr OBJECT-TYPE 1247 SYNTAX Unsigned32 1248 UNITS "cells-per-second" 1249 MAX-ACCESS read-write 1250 STATUS current 1251 DESCRIPTION 1252 "Specifies the maximum Minimum-cell-rate (mcr) traffic 1253 parameter that can be specified for ABR connections 1254 in a traffic direction on an interface. It is specified 1255 in cells-per-second. A value of 4294967295 disables checking 1256 of this parameter limit. Note that a change to this value 1257 affects subsequent connection setup, not existing 1258 connections." 1259 DEFVAL { 4294967295 } 1260 ::= { rmIfDirectionCfgEntry 16 } 1261 1262rmIfDirMaxUbrMcr OBJECT-TYPE 1263 SYNTAX Unsigned32 1264 UNITS "cells-per-second" 1265 MAX-ACCESS read-write 1266 STATUS current 1267 DESCRIPTION 1268 "Specifies the maximum Minimum-cell-rate (mcr) traffic 1269 parameter that can be specified for UBR plus (UBR with 1270 an mcr guaranteed) connections in a traffic direction on 1271 an interface. It is specified in cells-per-second. A 1272 value of 4294967295 disables checking of this parameter 1273 limit. Note that a change to this value affects subsequent 1274 connection setup, not existing 1275 connections." 1276 DEFVAL { 4294967295 } 1277 ::= { rmIfDirectionCfgEntry 17 } 1278 1279rmIfDirMaxVbrCdvt OBJECT-TYPE 1280 SYNTAX Unsigned32 1281 UNITS "cell-times" 1282 MAX-ACCESS read-write 1283 STATUS current 1284 DESCRIPTION 1285 "Specifies the maximum peak-rate CDVT parameter used in 1286 the GCRA algorithm for traffic policing that can be specified 1287 for VBR connections in a traffic direction on an interface. 1288 It is specified in cell-times. A value of 4294967295 disables 1289 checking of this parameter limit. Note that a change to this 1290 value affects subsequent connection setup, not existing 1291 connections." 1292 DEFVAL { 4294967295 } 1293 ::= { rmIfDirectionCfgEntry 18 } 1294 1295rmIfDirControlLinkShareMinAbr OBJECT-TYPE 1296 SYNTAX INTEGER (-1..95) 1297 MAX-ACCESS read-write 1298 STATUS current 1299 DESCRIPTION 1300 "Configuration in the Controller Link Sharing (CLS) scheme. 1301 Specifies a minimum amount of ABR traffic that can 1302 be reserved in a traffic direction on an interface. 1303 It is expressed as a percentage of the maximum traffic 1304 direction's bandwidth (applies after output pacing, 1305 for example). 1306 This object interacts with MinVbr, MinCbr, and MinUbr 1307 (if specified) such that: 1308 MinVbr + MinCbr + MinAbr + MinUbr <= 95%. 1309 This object interacts with MaxAbr (if specified) such that 1310 MinAbr < MaxAbr. 1311 Note that a change to this value affects subsequent 1312 connection setup, not existing connections. If the object 1313 is set to -1, the object is considered to be unspecified. 1314 This object is not instantiated for interfaces to which it 1315 cannot be applied." 1316 DEFVAL { -1 } 1317 ::= { rmIfDirectionCfgEntry 19 } 1318 1319rmIfDirControlLinkShareMaxAbr OBJECT-TYPE 1320 SYNTAX INTEGER (-1..95) 1321 MAX-ACCESS read-write 1322 STATUS current 1323 DESCRIPTION 1324 "Configuration in the Controller Link Sharing (CLS) scheme. 1325 Specifies the maximum ABR traffic that can be allocated 1326 in a traffic direction on an interface. It is expressed 1327 as a percentage of the maximum traffic direction's 1328 bandwidth (applies after output pacing, for example). 1329 This object interacts with MinAbr (if specified) such that 1330 MinAbr <= MaxAbr. 1331 This object interacts with MaxAgg (if specified) such 1332 that MaxAbr <= MaxAgg. 1333 Note that a change to this value affects subsequent 1334 connection setup, not existing connections. 1335 If the object is set to -1, the object is considered 1336 to be unspecified. 1337 This object is not instantiated for interfaces to which it 1338 cannot be applied." 1339 DEFVAL { -1 } 1340 ::= { rmIfDirectionCfgEntry 20 } 1341 1342rmIfDirControlLinkShareMinUbr OBJECT-TYPE 1343 SYNTAX INTEGER (-1..95) 1344 MAX-ACCESS read-write 1345 STATUS current 1346 DESCRIPTION 1347 "Configuration in the Controller Link Sharing (CLS) scheme. 1348 Specifies a minimum amount of UBR plus (UBR with 1349 an mcr guaranteed) traffic that can be reserved in a 1350 traffic direction on an interface. It is expressed as 1351 a percentage of the maximum traffic direction's bandwidth 1352 (applies after output pacing, for example). 1353 This object interacts with MinVbr, MinCbr, and 1354 MinAbr (if specified) 1355 such that: 1356 MinVbr + MinCbr + MinAbr + MinUbr <= 95%. 1357 This object interacts with MaxUbr (if specified) such that 1358 MinUbr < MaxUbr. 1359 Note that a change to this value affects subsequent 1360 connection setup, not existing connections. If the object 1361 is set to -1, the object is considered to be unspecified. 1362 This object is not instantiated for interfaces to which it 1363 cannot be applied." 1364 DEFVAL { -1 } 1365 ::= { rmIfDirectionCfgEntry 21 } 1366 1367rmIfDirControlLinkShareMaxUbr OBJECT-TYPE 1368 SYNTAX INTEGER (-1..95) 1369 MAX-ACCESS read-write 1370 STATUS current 1371 DESCRIPTION 1372 "Configuration in the Controller Link Sharing (CLS) scheme. 1373 Specifies the maximum UBR plus traffic that can be allocated 1374 in a traffic direction on an interface. It is expressed 1375 as a percentage of the maximum traffic direction's 1376 bandwidth (applies after output pacing, for example). 1377 This object interacts with MinUbr (if specified) such that 1378 MinUbr <= MaxUbr. 1379 This object interacts with MaxAgg (if specified) such 1380 that MaxUbr <= MaxAgg. 1381 Note that a change to this value affects subsequent 1382 connection setup, not existing connections. 1383 If the object is set to -1, the object is considered 1384 to be unspecified. 1385 This object is not instantiated for interfaces to which it 1386 cannot be applied." 1387 DEFVAL { -1 } 1388 ::= { rmIfDirectionCfgEntry 22 } 1389 1390 1391-- 1392-- The ATM Interface Resource Management State Group 1393-- 1394rmIfServiceCategoryStateTable OBJECT-TYPE 1395 SYNTAX SEQUENCE OF RmIfServiceCategoryStateEntry 1396 MAX-ACCESS not-accessible 1397 STATUS current 1398 DESCRIPTION 1399 "The (conceptual) table containing Resource Management 1400 state information for ATM interfaces by Service Category." 1401 ::= { ciscoAtmRmIfState 1 } 1402 1403rmIfServiceCategoryStateEntry OBJECT-TYPE 1404 SYNTAX RmIfServiceCategoryStateEntry 1405 MAX-ACCESS not-accessible 1406 STATUS current 1407 DESCRIPTION 1408 "An entry (conceptual row) in the 1409 rmIfServiceCategoryStateTable containing Resource 1410 Management configuration for an ATM interface. Rows 1411 are identified by the value of MIB-II's ifIndex, and 1412 the Service Category." 1413 INDEX { ifIndex, rmIfSc } 1414 ::= { rmIfServiceCategoryStateTable 1 } 1415 1416RmIfServiceCategoryStateEntry ::= SEQUENCE { 1417 rmIfSc INTEGER, 1418 rmIfScRxAcr Gauge32, 1419 rmIfScTxAcr Gauge32, 1420 rmIfScRxAlcr Gauge32, 1421 rmIfScTxAlcr Gauge32, 1422 rmIfScNumSvxConns Gauge32, 1423 rmIfScNumPvxConns Gauge32, 1424 rmIfScTxMaxCtd Gauge32, 1425 rmIfScTxP2PeakCdv Gauge32, 1426 rmIfScTxClr Gauge32, 1427 rmIfScTxClrClp01 Gauge32, 1428 rmIfScRxDynBwSvcAcr Gauge32, 1429 rmIfScTxDynBwSvcAcr Gauge32 1430} 1431 1432rmIfSc OBJECT-TYPE 1433 SYNTAX INTEGER { 1434 cbr(1), --constant-bit-rate 1435 vbrRt(2), --variable-bit-rate-real-time 1436 vbrNrt(3), --variable-bit-rate-non-real-time 1437 abr(4), --available-bit-rate 1438 ubr(5) --unspecified-bit-rate 1439 } 1440 MAX-ACCESS not-accessible 1441 STATUS current 1442 DESCRIPTION 1443 "The Service Category to which the row applies." 1444 ::= { rmIfServiceCategoryStateEntry 1 } 1445 1446rmIfScRxAcr OBJECT-TYPE 1447 SYNTAX Gauge32 1448 UNITS "cells-per-second" 1449 MAX-ACCESS read-only 1450 STATUS current 1451 DESCRIPTION 1452 "The Available Cell Rate (specified in cells per second) for 1453 traffic received on the interface for this Service Category. 1454 This is the bandwidth available for connections. For 1455 CBR and VBR Service Categories, this value decreases as a 1456 result of connection setup and increases as a result of 1457 connection release. For ABR and UBR Service Categories, 1458 this value changes as a result of connection setup 1459 and teardown only if non-zero mcr is specified.." 1460 ::= { rmIfServiceCategoryStateEntry 2 } 1461 1462rmIfScTxAcr OBJECT-TYPE 1463 SYNTAX Gauge32 1464 UNITS "cells-per-second" 1465 MAX-ACCESS read-only 1466 STATUS current 1467 DESCRIPTION 1468 "The Available Cell Rate (specified in cells per second) for 1469 traffic sent out the interface for this Service Category. 1470 This is the bandwidth available for connections. For 1471 CBR and VBR Service Categories, this value decreases as a 1472 result of connection setup and increases as a result of 1473 connection release. For ABR and UBR Service Categories, 1474 this value changes as a result of connection setup 1475 and teardown only if non-zero mcr is specified." 1476 ::= { rmIfServiceCategoryStateEntry 3 } 1477 1478rmIfScRxAlcr OBJECT-TYPE 1479 SYNTAX Gauge32 1480 UNITS "cells-per-second" 1481 MAX-ACCESS read-only 1482 STATUS current 1483 DESCRIPTION 1484 "The Allocated Cell Rate (specified in cells per second) for 1485 traffic received on the interface for this Service Category. 1486 This is the bandwidth allocated-to connections. For 1487 CBR and VBR Service Categories, this value increases as a 1488 result of connection setup and decreases as a result of 1489 connection release. For ABR and UBR Service Categories, 1490 this value changes as a result of connection setup 1491 and teardown only if non-zero mcr is specified." 1492 ::= { rmIfServiceCategoryStateEntry 4 } 1493 1494rmIfScTxAlcr OBJECT-TYPE 1495 SYNTAX Gauge32 1496 UNITS "cells-per-second" 1497 MAX-ACCESS read-only 1498 STATUS current 1499 DESCRIPTION 1500 "The Allocated Cell Rate (specified in cells per second) for 1501 traffic sent out the interface for this Service Category. 1502 This is the bandwidth allocated-to connections. For 1503 Guaranteed Service Categories, this value increases as a 1504 result of connection setup and decreases as a result of 1505 connection release. For ABR and UBR Service Categories, 1506 this value changes as a result of connection setup 1507 and teardown only if non-zero mcr is specified." 1508 ::= { rmIfServiceCategoryStateEntry 5 } 1509 1510rmIfScNumSvxConns OBJECT-TYPE 1511 SYNTAX Gauge32 1512 UNITS "number of connections" 1513 MAX-ACCESS read-only 1514 STATUS current 1515 DESCRIPTION 1516 "The number of signalled connections (VC or VP) of this 1517 Service Category currently allocated on the interface." 1518 ::= { rmIfServiceCategoryStateEntry 6 } 1519 1520rmIfScNumPvxConns OBJECT-TYPE 1521 SYNTAX Gauge32 1522 UNITS "number of connections" 1523 MAX-ACCESS read-only 1524 STATUS current 1525 DESCRIPTION 1526 "The number of permanent connections (VC or VP) of this 1527 Service Category currently allocated on the interface." 1528 ::= { rmIfServiceCategoryStateEntry 7 } 1529 1530rmIfScTxMaxCtd OBJECT-TYPE 1531 SYNTAX Gauge32 1532 UNITS "microseconds" 1533 MAX-ACCESS read-only 1534 STATUS current 1535 DESCRIPTION 1536 "The maximum Cell Transfer Delay estimated to be experienced by 1537 cells of connections transmitted out this interface of this 1538 Service Category. This is estimate does not distinguish between 1539 clp0 and clp1 cells. This object is valid for Service Category 1540 cbr and vbr-rt. For other Service Categories, the object is not 1541 defined." 1542 ::= { rmIfServiceCategoryStateEntry 8 } 1543 1544rmIfScTxP2PeakCdv OBJECT-TYPE 1545 SYNTAX Gauge32 1546 UNITS "microseconds" 1547 MAX-ACCESS read-only 1548 STATUS current 1549 DESCRIPTION 1550 "The Peak-to-Peak Cell Delay Variation estimated to be experienced 1551 by cells of connections transmitted out this interface of this 1552 Service Category. This estimate does not distinguish between 1553 clp0 and clp1 cells. This object is valid for Service Categories 1554 cbr and vbr-rt. For other Service Categories, the object is not 1555 defined." 1556 ::= { rmIfServiceCategoryStateEntry 9 } 1557 1558rmIfScTxClr OBJECT-TYPE 1559 SYNTAX Gauge32 1560 MAX-ACCESS read-only 1561 STATUS current 1562 DESCRIPTION 1563 "The Cell Loss Ratio estimated to be experienced by cells 1564 of connections transmitted out this interface of this Service 1565 Category. This is an estimate for clp0 cells only. The unit of 1566 this object is negative power of ten (so an object value of 8 1567 means 10**(-8)). This object is valid for Service Categories cbr, 1568 vbr-rt, and vbr-nrt. For other Service Categories, the object is 1569 not defined." 1570 ::= { rmIfServiceCategoryStateEntry 10 } 1571 1572rmIfScTxClrClp01 OBJECT-TYPE 1573 SYNTAX Gauge32 1574 MAX-ACCESS read-only 1575 STATUS current 1576 DESCRIPTION 1577 "The Cell Loss Ratio estimated to be experienced by cells 1578 of connections transmitted out this interface of this Service 1579 Category. This is an estimate for clp0+1 cells. The unit of 1580 this object is negative power of ten (so an object value of 8 1581 means 10**(-8)). This object is valid for Service Categories cbr, 1582 vbr-rt, and vbr-nrt. For other Service Categories, the object is 1583 not defined." 1584 ::= { rmIfServiceCategoryStateEntry 11 } 1585 1586rmIfScRxDynBwSvcAcr OBJECT-TYPE 1587 SYNTAX Gauge32 1588 UNITS "cells-per-second" 1589 MAX-ACCESS read-only 1590 STATUS current 1591 DESCRIPTION 1592 "The Available Cell Rate (specified in cells per second) for traffic 1593 received on the interface for this Service Category. This object 1594 is valid only for IMA physical interfaces. This is the bandwidth 1595 available for SVC connections. For CBR and VBR Service Categories, 1596 this value decreases as a result of connection setup and increases 1597 as a result of connection release. For ABR and UBR Service 1598 Categories, this value changes as a result of connection setup and 1599 teardown only if non-zero mcr is specified" 1600 ::= { rmIfServiceCategoryStateEntry 12 } 1601 1602rmIfScTxDynBwSvcAcr OBJECT-TYPE 1603 SYNTAX Gauge32 1604 UNITS "cells-per-second" 1605 MAX-ACCESS read-only 1606 STATUS current 1607 DESCRIPTION 1608 "The Available Cell Rate (specified in cells per second) for traffic 1609 transmitted on the interface for this Service Category. This 1610 object is valid only for IMA physical interfaces. This is the 1611 bandwidth available for SVC connections on physical interfaces. 1612 For CBR and VBR Service Categories, this value decreases as a 1613 result of connection setup and increases as a result of connection 1614 release. For ABR and UBR Service Categories, this value changes as 1615 a result of connection setup and teardown only if non-zero mcr is 1616 specified" 1617 ::= { rmIfServiceCategoryStateEntry 13 } 1618 1619 1620 1621-- 1622-- The ATM Interface Resource Management Statistics Group 1623-- 1624rmIfServiceCategoryStatisticsTable OBJECT-TYPE 1625 SYNTAX SEQUENCE OF RmIfServiceCategoryStatisticsEntry 1626 MAX-ACCESS not-accessible 1627 STATUS current 1628 DESCRIPTION 1629 "The (conceptual) table containing Resource Management 1630 statistics information for ATM interfaces by Service Category." 1631 ::= { ciscoAtmRmIfStatistics 1 } 1632 1633rmIfServiceCategoryStatisticsEntry OBJECT-TYPE 1634 SYNTAX RmIfServiceCategoryStatisticsEntry 1635 MAX-ACCESS not-accessible 1636 STATUS current 1637 DESCRIPTION 1638 "An entry (conceptual row) in the 1639 rmIfServiceCategoryStatisticsTable containing Resource 1640 Management configuration for an ATM interface. Rows 1641 are identified by the value of MIB-II's ifIndex, and 1642 the Service Category." 1643 INDEX { ifIndex, rmIfSc } 1644 ::= { rmIfServiceCategoryStatisticsTable 1 } 1645 1646RmIfServiceCategoryStatisticsEntry ::= SEQUENCE { 1647 rmIfScRcacResultNumAdmit Counter32, 1648 rmIfScRcacResultNumTotalRequests Counter32, 1649 rmIfScRcacResultNumFailTraffComb Counter32, 1650 rmIfScRcacResultNumFailBw Counter32, 1651 rmIfScRcacResultNumFailLoss Counter32, 1652 rmIfScRcacResultNumFailDelay Counter32, 1653 rmIfScRcacResultNumFailCdv Counter32, 1654 rmIfScRcacResultNumFailBeLimit Counter32, 1655 rmIfScRcacResultNumFailParmLimit Counter32, 1656 rmIfScRcacResultNumFailOther Counter32 1657} 1658 1659rmIfScRcacResultNumAdmit OBJECT-TYPE 1660 SYNTAX Counter32 1661 MAX-ACCESS read-only 1662 STATUS current 1663 DESCRIPTION 1664 "The number of successful resource allocation requests for this 1665 interface." 1666 ::= { rmIfServiceCategoryStatisticsEntry 1 } 1667 1668rmIfScRcacResultNumTotalRequests OBJECT-TYPE 1669 SYNTAX Counter32 1670 MAX-ACCESS read-only 1671 STATUS current 1672 DESCRIPTION 1673 "The total number of resource allocation requests for this 1674 interface." 1675 ::= { rmIfServiceCategoryStatisticsEntry 2 } 1676 1677rmIfScRcacResultNumFailTraffComb OBJECT-TYPE 1678 SYNTAX Counter32 1679 MAX-ACCESS read-only 1680 STATUS current 1681 DESCRIPTION 1682 "The number of resource allocation requests which are considered 1683 to be in error due to an unsupported combination of traffic 1684 parameters. An example of this would be, for a VBR connection, 1685 a zero maximum burst-size given a non-zero sustainable-cell-rate." 1686 ::= { rmIfServiceCategoryStatisticsEntry 3 } 1687 1688rmIfScRcacResultNumFailBw OBJECT-TYPE 1689 SYNTAX Counter32 1690 MAX-ACCESS read-only 1691 STATUS current 1692 DESCRIPTION 1693 "The number of resource allocation requests which are considered 1694 to be in error due to a lack of bandwidth. This will never 1695 occur for Best Effort Service Categories." 1696 ::= { rmIfServiceCategoryStatisticsEntry 4 } 1697 1698rmIfScRcacResultNumFailLoss OBJECT-TYPE 1699 SYNTAX Counter32 1700 MAX-ACCESS read-only 1701 STATUS current 1702 DESCRIPTION 1703 "The number of resource allocation requests which are considered 1704 to be in error due to exceeding cell loss criterion." 1705 ::= { rmIfServiceCategoryStatisticsEntry 5 } 1706 1707rmIfScRcacResultNumFailDelay OBJECT-TYPE 1708 SYNTAX Counter32 1709 MAX-ACCESS read-only 1710 STATUS current 1711 DESCRIPTION 1712 "The number of resource allocation requests which are considered 1713 to be in error due to exceeding maximum delay criterion." 1714 ::= { rmIfServiceCategoryStatisticsEntry 6 } 1715 1716rmIfScRcacResultNumFailCdv OBJECT-TYPE 1717 SYNTAX Counter32 1718 MAX-ACCESS read-only 1719 STATUS current 1720 DESCRIPTION 1721 "The number of resource allocation requests which are considered 1722 to be in error due to exceeding cell delay variation criterion." 1723 ::= { rmIfServiceCategoryStatisticsEntry 7 } 1724 1725rmIfScRcacResultNumFailBeLimit OBJECT-TYPE 1726 SYNTAX Counter32 1727 MAX-ACCESS read-only 1728 STATUS current 1729 DESCRIPTION 1730 "The number of resource allocation requests which are considered 1731 to be in error due to exceeding a limit on the number of 1732 Best-Effort connections." 1733 ::= { rmIfServiceCategoryStatisticsEntry 8 } 1734 1735rmIfScRcacResultNumFailParmLimit OBJECT-TYPE 1736 SYNTAX Counter32 1737 MAX-ACCESS read-only 1738 STATUS current 1739 DESCRIPTION 1740 "The number of resource allocation requests which are considered 1741 to be in error due to exceeding a traffic parameter limit 1742 criterion." 1743 ::= { rmIfServiceCategoryStatisticsEntry 9 } 1744 1745rmIfScRcacResultNumFailOther OBJECT-TYPE 1746 SYNTAX Counter32 1747 MAX-ACCESS read-only 1748 STATUS current 1749 DESCRIPTION 1750 "The number of resource allocation requests which are considered 1751 to be in error for a reason not enumerated by other counter 1752 objects." 1753 ::= { rmIfServiceCategoryStatisticsEntry 10 } 1754 1755-- 1756-- The Shared-Memory architecture ATM Interface Resource Management Group 1757-- 1758sharedMemRmIfOutputQCfgTable OBJECT-TYPE 1759 SYNTAX SEQUENCE OF SharedMemRmIfOutputQCfgEntry 1760 MAX-ACCESS not-accessible 1761 STATUS current 1762 DESCRIPTION 1763 "The (conceptual) table containing configuration information 1764 for ATM physical interface output queues. This table is not 1765 instantiated for interfaces to which it cannot be applied." 1766 ::= { ciscoAtmRmIfSharedMem 1 } 1767 1768sharedMemRmIfOutputQCfgEntry OBJECT-TYPE 1769 SYNTAX SharedMemRmIfOutputQCfgEntry 1770 MAX-ACCESS not-accessible 1771 STATUS current 1772 DESCRIPTION 1773 "An entry (conceptual row) in the sharedMemRmIfOutputQCfgTable 1774 containing Resource Management configuration for an ATM 1775 interface. A particular row is identified by the 1776 value of MIB-II's ifIndex, and the output queue." 1777 INDEX { ifIndex, sharedMemRmIfOutputQ } 1778 ::= { sharedMemRmIfOutputQCfgTable 1 } 1779 1780SharedMemRmIfOutputQCfgEntry ::= SEQUENCE { 1781 sharedMemRmIfOutputQ INTEGER, 1782 sharedMemRmIfOutputQServCategory INTEGER, 1783 sharedMemRmIfOutputQRequestedMaxSize INTEGER, 1784 sharedMemRmIfOutputQInstalledMaxSize INTEGER, 1785 sharedMemRmIfOutputQMaxSizeForce ForceValue, 1786 sharedMemRmIfOutputQCellCount Gauge32 1787} 1788 1789sharedMemRmIfOutputQ OBJECT-TYPE 1790 SYNTAX INTEGER { 1791 q1(1), -- Priority 1 queue (highest priority) 1792 q2(2), -- Priority 2 queue (2nd highest priority) 1793 q3(3), -- Priority 3 queue (3rd highest priority) 1794 q4(4) -- Priority 4 queue (lowest priority) 1795 } 1796 MAX-ACCESS not-accessible 1797 STATUS current 1798 DESCRIPTION 1799 "The output queue on this ATM interface." 1800 ::= { sharedMemRmIfOutputQCfgEntry 1 } 1801 1802sharedMemRmIfOutputQServCategory OBJECT-TYPE 1803 SYNTAX INTEGER (1..31) 1804 MAX-ACCESS read-only 1805 STATUS current 1806 DESCRIPTION 1807 "The service category(s) sharing this output queue on 1808 this ATM interface. 1809 The various bit positions are: 1810 1 constant bit rate (cbr) 1811 2 variable bit rate-real time (vbr-rt) 1812 4 variable bit rate-non real time (vbr-nrt) 1813 8 available bit rate (abr) 1814 16 unspecified bit rate (ubr)" 1815 ::= { sharedMemRmIfOutputQCfgEntry 2 } 1816 1817sharedMemRmIfOutputQRequestedMaxSize OBJECT-TYPE 1818 SYNTAX INTEGER (0..65504) 1819 UNITS "cells" 1820 MAX-ACCESS read-write 1821 STATUS current 1822 DESCRIPTION 1823 "This object reflects an explicit configuration of the 1824 maximum number of cells that may occupy this queue. 1825 If the value of this object is 0, the maximum size in effect 1826 is a default value calculated by software. 1827 Prior to any user configuration, the value of this object 1828 is 0. The actual maximum size is reflected in the object 1829 sharedMemRmIfOutputQInstalledMaxSize (and is a default value 1830 calculated by software). Setting this value to 0 causes the 1831 size to assume it's default value. When changing a port that 1832 is up, must be set in conjunction with the force object 1833 (sharedMemRmIfOutputQMaxSizeForce) to take effect." 1834 DEFVAL { 0 } 1835 ::= { sharedMemRmIfOutputQCfgEntry 3 } 1836 1837sharedMemRmIfOutputQInstalledMaxSize OBJECT-TYPE 1838 SYNTAX INTEGER (32..65504) 1839 UNITS "cells" 1840 MAX-ACCESS read-only 1841 STATUS current 1842 DESCRIPTION 1843 "The maximum number of cells that may occupy this queue. 1844 Will be a multiple of 32. Explicit configuration of maximum 1845 size are made via the object sharedMemrmIfOutputQRequestedMaxSize. 1846 Such requests are rounded up to the nearest multiple of 32 1847 prior to installation." 1848 ::= { sharedMemRmIfOutputQCfgEntry 4 } 1849 1850sharedMemRmIfOutputQMaxSizeForce OBJECT-TYPE 1851 SYNTAX ForceValue 1852 MAX-ACCESS read-write 1853 STATUS current 1854 DESCRIPTION 1855 "Must be set to forceChange to allow changing of 1856 sharedMemRmIfOutputQRequestedMaxSize for a queue on an 1857 interface that is 'up'. This is because such a change 1858 causes the interface to lose data while the size is 1859 changed. Once the change takes place, the force object 1860 assumes the noForceChange value." 1861 DEFVAL { noForceChange } 1862 ::= { sharedMemRmIfOutputQCfgEntry 5 } 1863 1864sharedMemRmIfOutputQCellCount OBJECT-TYPE 1865 SYNTAX Gauge32 1866 UNITS "cells" 1867 MAX-ACCESS read-only 1868 STATUS current 1869 DESCRIPTION 1870 "Count of the number of cells in the output queue." 1871 ::= { sharedMemRmIfOutputQCfgEntry 6 } 1872 1873sharedMemRmIfThresholdCfgTable OBJECT-TYPE 1874 SYNTAX SEQUENCE OF SharedMemRmIfThresholdCfgEntry 1875 MAX-ACCESS not-accessible 1876 STATUS current 1877 DESCRIPTION 1878 "The (conceptual) table containing the output queue thresholds 1879 used on ATM physical interface output queues. These are specified 1880 per Service Category. This table is not instantiated for interfaces 1881 to which it cannot be applied." 1882 ::= { ciscoAtmRmIfSharedMem 2 } 1883 1884sharedMemRmIfThresholdCfgEntry OBJECT-TYPE 1885 SYNTAX SharedMemRmIfThresholdCfgEntry 1886 MAX-ACCESS not-accessible 1887 STATUS current 1888 DESCRIPTION 1889 "An entry (conceptual row) in the sharedMemRmIfThresholdCfgTable 1890 containing Resource Management configuration for an ATM 1891 interface. A particular row is identified by the 1892 value of MIB-II's ifIndex, and the Service Category." 1893 INDEX { ifIndex, rmIfSc} 1894 ::= { sharedMemRmIfThresholdCfgTable 1 } 1895 1896SharedMemRmIfThresholdCfgEntry ::= SEQUENCE { 1897 sharedMemRmIfDiscardThreshold FineQueueThreshold, 1898 sharedMemRmIfEfciThreshold INTEGER, 1899 sharedMemRmIfAbrRelativeRateThreshold FineQueueThreshold 1900} 1901 1902sharedMemRmIfDiscardThreshold OBJECT-TYPE 1903 SYNTAX FineQueueThreshold 1904 MAX-ACCESS read-write 1905 STATUS current 1906 DESCRIPTION 1907 "The output queue CLP/EPD threshold for this Service 1908 Category on this ATM interface. This is expressed in 1909 percent-of-full. Note that 100% full effectively turns 1910 off the threshold." 1911 DEFVAL { percent50 } 1912 ::= { sharedMemRmIfThresholdCfgEntry 1 } 1913 1914sharedMemRmIfEfciThreshold OBJECT-TYPE 1915 SYNTAX INTEGER { 1916 percent12(1), 1917 percent25(2), 1918 percent50(3), 1919 percent100(4) 1920 } 1921 MAX-ACCESS read-write 1922 STATUS current 1923 DESCRIPTION 1924 "The output queue EFCI marking threshold for this Service 1925 Category on this ATM interface. This is expressed in 1926 percent-of-full. Note that 100% full effectively turns off 1927 the threshold." 1928 DEFVAL { percent25 } 1929 ::= { sharedMemRmIfThresholdCfgEntry 2 } 1930 1931sharedMemRmIfAbrRelativeRateThreshold OBJECT-TYPE 1932 SYNTAX FineQueueThreshold 1933 MAX-ACCESS read-write 1934 STATUS current 1935 DESCRIPTION 1936 "The ABR Relative-rate marking queue congestion threshold 1937 for the ABR queue on this ATM interface. This is expressed in 1938 percent-of-full. Note that 100% full effectively turns off 1939 the threshold. This object is only defined for the abr 1940 service category." 1941 DEFVAL { percent25 } 1942 ::= { sharedMemRmIfThresholdCfgEntry 3 } 1943 1944-- 1945-- The Lightstream per-VC queueing chipset ATM Switch Resource 1946-- Management Group 1947-- 1948lsPerVcqRmThreshGrpTable OBJECT-TYPE 1949 SYNTAX SEQUENCE OF LsPerVcqRmThreshGrpEntry 1950 MAX-ACCESS not-accessible 1951 STATUS current 1952 DESCRIPTION 1953 "The (conceptual) table containing information 1954 for Switch Threshold Groups. When cells are 1955 queued in the switch for a direction of cell 1956 traffic on an ATM connection (VC or VP), several 1957 functions related to queueing are dictated 1958 by the congestion state (fullness) of the Threshold 1959 Group. Each connection queue is a member of 1960 a Threshold Group. 1961 These functions include: 1962 - The limit on the number of cells that can 1963 be queued. Cells exceeding this limit are 1964 discarded. 1965 - The discard threshold, used for CLP/EPD 1966 discard when the fullness of the queue exceeds 1967 the threshold. 1968 - The marking threshold, used for EFCI 1969 and ABR-RR marking. 1970 Each Threshold Group has a maximum number of cells 1971 that can be resident in it at any one time. The 1972 number of cells in a Group consists of the number 1973 of cells in all the queues that are a member of 1974 the Group. As the number of cells in a Group 1975 approaches the maximum number for the Group, 1976 the queue limits may be decreased. This limits 1977 the share of buffering available to each 1978 connection as cell-memory is used." 1979 ::= { ciscoLsPerVcqAtmRmSwitch 1 } 1980 1981lsPerVcqRmThreshGrpEntry OBJECT-TYPE 1982 SYNTAX LsPerVcqRmThreshGrpEntry 1983 MAX-ACCESS not-accessible 1984 STATUS current 1985 DESCRIPTION 1986 "An entry (conceptual row) in the lsPerVcqRmThreshGrpTable 1987 containing Resource Management configuration for a 1988 Threshold Group. All entries ever in the table are 1989 present at startup, none are created dynamically." 1990 INDEX { lsPerVcqRmThreshGrp } 1991 ::= { lsPerVcqRmThreshGrpTable 1 } 1992 1993LsPerVcqRmThreshGrpEntry ::= SEQUENCE { 1994 lsPerVcqRmThreshGrp LsPerVcqThresholdGroup, 1995 lsPerVcqRmThreshGrpMaxSize INTEGER, 1996 lsPerVcqRmThreshGrpQMaxSize INTEGER, 1997 lsPerVcqRmThreshGrpQMinSize INTEGER, 1998 lsPerVcqRmThreshGrpDiscThreshold INTEGER, 1999 lsPerVcqRmThreshGrpMarkThreshold INTEGER, 2000 lsPerVcqRmThreshGrpName DisplayString, 2001 lsPerVcqRmThreshGrpCellCount Gauge32 2002} 2003 2004lsPerVcqRmThreshGrp OBJECT-TYPE 2005 SYNTAX LsPerVcqThresholdGroup 2006 MAX-ACCESS not-accessible 2007 STATUS current 2008 DESCRIPTION 2009 "The Threshold Group specified by this entry." 2010 ::= { lsPerVcqRmThreshGrpEntry 1 } 2011 2012lsPerVcqRmThreshGrpMaxSize OBJECT-TYPE 2013 SYNTAX INTEGER (-1..65535) 2014 UNITS "cells" 2015 MAX-ACCESS read-write 2016 STATUS current 2017 DESCRIPTION 2018 "This object specifies the maximum number of cells that may 2019 occupy this Threshold Group. While any integer in the range 2020 can be set, the hardware granularity is in 64-cell units. 2021 Therefore, the value installed is [(value / 64) * 64] + 63. 2022 2023 If the value of this object is set to -1, the default 2024 value for the threshold-group is restored." 2025 DEFVAL { 65535 } 2026 ::= { lsPerVcqRmThreshGrpEntry 2 } 2027 2028lsPerVcqRmThreshGrpQMaxSize OBJECT-TYPE 2029 SYNTAX INTEGER (31..16383) 2030 UNITS "cells" 2031 MAX-ACCESS read-write 2032 STATUS current 2033 DESCRIPTION 2034 "This object reflects an explicit configuration of the 2035 maximum limit on the number of cells that may occupy 2036 connection queues that are a member of this Threshold 2037 Group. A connection queue that is a member of this 2038 Threshold Group will never have more cells resident 2039 in it than this limit. This is the queue limit applied 2040 when the Threshold Group is uncongested. The QMaxSize 2041 must be greater than or equal to the Threshold Group 2042 QMinSize. QMaxSize should be less than MaxSize for the 2043 Threshold Group. 2044 2045 While any integer in the range can be set, the hardware 2046 granularity is in 16-cell units. Therefore, the 2047 largest possible queue size installed is: 2048 [(value / 16) * 16]+15" 2049 2050 ::= { lsPerVcqRmThreshGrpEntry 3 } 2051 2052lsPerVcqRmThreshGrpQMinSize OBJECT-TYPE 2053 SYNTAX INTEGER (1..1023) 2054 UNITS "cells" 2055 MAX-ACCESS read-write 2056 STATUS current 2057 DESCRIPTION 2058 "This object reflects an explicit configuration of the 2059 minimum limit on the number of cells that may occupy 2060 connection queues that are a member of this Threshold 2061 Group. The Threshold Group at it's most congested will 2062 not limit a connection queue to fewer than this number 2063 of cells. The QMinSize must be less than or equal to 2064 the Threshold Group QMaxSize. The hardware granularity 2065 is in units of one cell." 2066 ::= { lsPerVcqRmThreshGrpEntry 4 } 2067 2068lsPerVcqRmThreshGrpDiscThreshold OBJECT-TYPE 2069 SYNTAX INTEGER (-1..100) 2070 UNITS "percentage" 2071 MAX-ACCESS read-write 2072 STATUS current 2073 DESCRIPTION 2074 "The output queue CLP/EPD threshold for this Threshold 2075 Group. This is expressed in percent-of-full. Note that 2076 100% full effectively turns off the threshold. Setting 2077 this object to -1 restores the default value for the 2078 Threshold Group. The granularity of the fill-level of 2079 a queue installed in hardware is the same as that for 2080 queue limits." 2081 ::= { lsPerVcqRmThreshGrpEntry 5 } 2082 2083lsPerVcqRmThreshGrpMarkThreshold OBJECT-TYPE 2084 SYNTAX INTEGER (-1..100) 2085 UNITS "percentage" 2086 MAX-ACCESS read-write 2087 STATUS current 2088 DESCRIPTION 2089 "The output queue EFCI/ABR-RR marking threshold for 2090 this Threshold Group. This is expressed in 2091 percent-of-full. Note that 100% full effectively turns 2092 off the threshold. Setting this object to -1 restores 2093 the default value for the Threshold Group. The 2094 granularity of the fill-level of a queue installed in 2095 hardware is the same as that for queue limits." 2096 ::= { lsPerVcqRmThreshGrpEntry 6 } 2097 2098lsPerVcqRmThreshGrpName OBJECT-TYPE 2099 SYNTAX DisplayString (SIZE (0..20)) 2100 MAX-ACCESS read-write 2101 STATUS current 2102 DESCRIPTION 2103 "The name associated with the threshold-group. If 2104 this is set to the null-string, the default 2105 name for the Threshold Group is assigned." 2106 ::= { lsPerVcqRmThreshGrpEntry 7 } 2107 2108lsPerVcqRmThreshGrpCellCount OBJECT-TYPE 2109 SYNTAX Gauge32 2110 UNITS "cells" 2111 MAX-ACCESS read-only 2112 STATUS current 2113 DESCRIPTION 2114 "Count of the number of cells in the Threshold 2115 Group." 2116 ::= { lsPerVcqRmThreshGrpEntry 8 } 2117 2118 2119lsPerVcqRmThreshGrpServiceTable OBJECT-TYPE 2120 SYNTAX SEQUENCE OF LsPerVcqRmThreshGrpServiceEntry 2121 MAX-ACCESS not-accessible 2122 STATUS current 2123 DESCRIPTION 2124 "The (conceptual) table specifying which 2125 VC or VP queues are assigned to a Threshold 2126 Group." 2127 ::= { ciscoLsPerVcqAtmRmSwitch 2 } 2128 2129lsPerVcqRmThreshGrpServiceEntry OBJECT-TYPE 2130 SYNTAX LsPerVcqRmThreshGrpServiceEntry 2131 MAX-ACCESS not-accessible 2132 STATUS current 2133 DESCRIPTION 2134 "An entry (conceptual row) in the 2135 lsPerVcqRmThreshGrpServiceTable. All entries 2136 ever in the table are present at startup, none 2137 are created dynamically." 2138 INDEX { lsPerVcqRmThreshGrpService } 2139 ::= { lsPerVcqRmThreshGrpServiceTable 1 } 2140 2141LsPerVcqRmThreshGrpServiceEntry ::= SEQUENCE { 2142 lsPerVcqRmThreshGrpService LsPerVcqThresholdGroupService, 2143 lsPerVcqRmThreshGrpServGroup LsPerVcqThresholdGroup 2144} 2145 2146lsPerVcqRmThreshGrpService OBJECT-TYPE 2147 SYNTAX LsPerVcqThresholdGroupService 2148 MAX-ACCESS not-accessible 2149 STATUS current 2150 DESCRIPTION 2151 "The Service specified by this entry." 2152 ::= { lsPerVcqRmThreshGrpServiceEntry 1 } 2153 2154lsPerVcqRmThreshGrpServGroup OBJECT-TYPE 2155 SYNTAX LsPerVcqThresholdGroup 2156 MAX-ACCESS read-write 2157 STATUS current 2158 DESCRIPTION 2159 "The Threshold Group to which VC/VP queues specified 2160 by the service are assigned. Changing the assignment 2161 of service to Threshold Group does not alter the 2162 assignment for connections currently installed in 2163 hardware, but those connections that are subsequently 2164 installed." 2165 ::= { lsPerVcqRmThreshGrpServiceEntry 2 } 2166 2167lsPerVcqRmHierarchicalSchedulingMode OBJECT-TYPE 2168 SYNTAX INTEGER { enabled(1), disabled(2) } 2169 MAX-ACCESS read-write 2170 STATUS current 2171 DESCRIPTION 2172 "On a LS1010 equipped with the Lightstream per-VC 2173 queueing chipset, the 2174 user can define Hierarchical VP-Tunnels. Each such 2175 tunnel has its own dedicated scheduler, programmed 2176 to output data at a configurable maximum rate. 2177 Therefore, the overall output of the Hierarchical 2178 VP-tunnel is rate-limited. In addition, Virtual 2179 Circuits of different service categories can 2180 traverse through such a tunnel, and each of these 2181 Virtual Circuits are guaranteed their individual 2182 contracted bandwidth agreement. 2183 2184 This object must be set to enabled before any 2185 Hierarchical VP-tunnels can be defined on the device. 2186 2187 Any setting of this variable requires a reload 2188 of the device to be effective. 2189 2190 Setting this object to enabled will cause the 2191 software to initialize the additional schedulers 2192 needed by the Hierarchical VP-Tunnels. Other 2193 limited scheduler resources are therefore used by a 2194 larger number of schedulers (as compared to the case 2195 when Hierarchical Scheduling is disabled on the device). 2196 This may result in fewer number of connections 2197 passing Connection Admission Control. 2198 2199 This object is therefore provided so that the 2200 user can make an informed decision as to whether 2201 Hierarchical Scheduling is to be used. 2202 2203 This object is defined on a LS1010 only when 2204 the switch is equipped with the Lightstream 2205 per-VC queueing chipset." 2206 DEFVAL { disabled } 2207::= { ciscoLsPerVcqAtmRmSwitch 3 } 2208 2209-- 2210-- The Catalyst8540MSR per-VC queueing chipset ATM Switch Resource 2211-- Management Group 2212-- 2213cgrPerVcqRmThreshGrpTable OBJECT-TYPE 2214 SYNTAX SEQUENCE OF CgrPerVcqRmThreshGrpEntry 2215 MAX-ACCESS not-accessible 2216 STATUS current 2217 DESCRIPTION 2218 "The (conceptual) table containing information 2219 for Switch Threshold Groups. When cells are 2220 queued in the switch for a direction of cell 2221 traffic on an ATM connection (VC or VP), several 2222 functions related to queueing are dictated 2223 by the congestion state (fullness) of the Threshold 2224 Group. Each connection queue is a member of 2225 a Threshold Group. 2226 These functions include: 2227 - The limit on the number of cells that can 2228 be queued. Cells exceeding this limit are 2229 discarded. 2230 - The discard threshold, used for CLP/EPD 2231 discard when the fullness of the queue exceeds 2232 the threshold. 2233 - The marking threshold, used for EFCI marking. 2234 Each Threshold Group has a maximum number of cells 2235 that can be resident in it at any one time. The 2236 number of cells in a Group consists of the number 2237 of cells in all the queues that are a member of 2238 the Group. As the number of cells in a Group 2239 approaches the maximum number for the Group, 2240 the queue limits may be decreased. This limits 2241 the share of buffering available to each 2242 connection as cell-memory is used. 2243 2244 On the Catalyst8540MSR platform, there are a 2245 maximum of 8 switching modules. Each switching 2246 module services a certain group of ports (this 2247 mapping is fixed in hardware). Each module also 2248 has its own cell memory (for per VC queueing), 2249 and hence performs its own congestion control, 2250 independent of any other switching module. 2251 Each switching module has its own set of 2252 Switch Threshold Groups, which are 2253 independently programmable and readable. 2254 2255 This table is supported only on the Catalyst8540MSR 2256 platform." 2257 ::= { ciscoCgrPerVcqAtmRmSwitch 1 } 2258 2259cgrPerVcqRmThreshGrpEntry OBJECT-TYPE 2260 SYNTAX CgrPerVcqRmThreshGrpEntry 2261 MAX-ACCESS not-accessible 2262 STATUS current 2263 DESCRIPTION 2264 "An entry (conceptual row) in the cgrPerVcqRmThreshGrpTable 2265 containing Resource Management configuration for a 2266 Threshold Group. All entries ever in the table are 2267 present at startup, none are created dynamically." 2268 INDEX { cgrPerVcqModuleId, cgrPerVcqRmThreshGrp } 2269 ::= { cgrPerVcqRmThreshGrpTable 1 } 2270 2271CgrPerVcqRmThreshGrpEntry ::= SEQUENCE { 2272 cgrPerVcqModuleId CgrPerVcqModuleId, 2273 cgrPerVcqRmThreshGrp LsPerVcqThresholdGroup, 2274 cgrPerVcqRmThreshGrpMaxSize INTEGER, 2275 cgrPerVcqRmThreshGrpQMaxSize INTEGER, 2276 cgrPerVcqRmThreshGrpQMinSize INTEGER, 2277 cgrPerVcqRmThreshGrpDiscThreshold INTEGER, 2278 cgrPerVcqRmThreshGrpMarkThreshold INTEGER, 2279 cgrPerVcqRmThreshGrpName DisplayString, 2280 cgrPerVcqRmThreshGrpCellCount Gauge32 2281} 2282 2283cgrPerVcqModuleId OBJECT-TYPE 2284 SYNTAX CgrPerVcqModuleId 2285 MAX-ACCESS not-accessible 2286 STATUS current 2287 DESCRIPTION 2288 "The switching module specified by this entry." 2289 ::= { cgrPerVcqRmThreshGrpEntry 1 } 2290 2291cgrPerVcqRmThreshGrp OBJECT-TYPE 2292 SYNTAX LsPerVcqThresholdGroup 2293 MAX-ACCESS not-accessible 2294 STATUS current 2295 DESCRIPTION 2296 "The Threshold Group specified by this entry." 2297 ::= { cgrPerVcqRmThreshGrpEntry 2 } 2298 2299cgrPerVcqRmThreshGrpMaxSize OBJECT-TYPE 2300 SYNTAX INTEGER (-1..131071) 2301 UNITS "cells" 2302 MAX-ACCESS read-write 2303 STATUS current 2304 DESCRIPTION 2305 "This object specifies the maximum number of cells that may 2306 occupy this Threshold Group. While any integer in the range 2307 can be set, the hardware granularity is in 64-cell units. 2308 Therefore, the value installed is [(value / 64) * 64] + 63. 2309 2310 Even though the maximum value for this object is 131071, 2311 the cell memory actually present in hardware can be 2312 less. 2313 2314 The agent will allow values for this object not exceeding 2315 the actual cell memory present in hardware. 2316 2317 If the value of this object is set to -1, the default 2318 value for the threshold-group is restored." 2319 DEFVAL { 131071 } 2320 ::= { cgrPerVcqRmThreshGrpEntry 3 } 2321 2322cgrPerVcqRmThreshGrpQMaxSize OBJECT-TYPE 2323 SYNTAX INTEGER (31..16383) 2324 UNITS "cells" 2325 MAX-ACCESS read-write 2326 STATUS current 2327 DESCRIPTION 2328 "This object reflects an explicit configuration of the 2329 maximum limit on the number of cells that may occupy 2330 connection queues that are a member of this Threshold 2331 Group. A connection queue that is a member of this 2332 Threshold Group will never have more cells resident 2333 in it than this limit. This is the queue limit applied 2334 when the Threshold Group is uncongested. The QMaxSize 2335 must be greater than or equal to the Threshold Group 2336 QMinSize. QMaxSize should be less than MaxSize for the 2337 Threshold Group. 2338 2339 While any integer in the range can be set, the hardware 2340 granularity is in 16-cell units. Therefore, the 2341 largest possible queue size installed is: 2342 [(value / 16) * 16]+15" 2343 2344 ::= { cgrPerVcqRmThreshGrpEntry 4 } 2345 2346cgrPerVcqRmThreshGrpQMinSize OBJECT-TYPE 2347 SYNTAX INTEGER (1..1023) 2348 UNITS "cells" 2349 MAX-ACCESS read-write 2350 STATUS current 2351 DESCRIPTION 2352 "This object reflects an explicit configuration of the 2353 minimum limit on the number of cells that may occupy 2354 connection queues that are a member of this Threshold 2355 Group. The Threshold Group at it's most congested will 2356 not limit a connection queue to fewer than this number 2357 of cells. The QMinSize must be less than or equal to 2358 the Threshold Group QMaxSize. The hardware granularity 2359 is in units of one cell." 2360 ::= { cgrPerVcqRmThreshGrpEntry 5 } 2361 2362cgrPerVcqRmThreshGrpDiscThreshold OBJECT-TYPE 2363 SYNTAX INTEGER (-1..100) 2364 UNITS "percentage" 2365 MAX-ACCESS read-write 2366 STATUS current 2367 DESCRIPTION 2368 "The output queue CLP/EPD threshold for this Threshold 2369 Group. This is expressed in percent-of-full. Note that 2370 100% full effectively turns off the threshold. Setting 2371 this object to -1 restores the default value for the 2372 Threshold Group. The granularity of the fill-level of 2373 a queue installed in hardware is the same as that for 2374 queue limits." 2375 ::= { cgrPerVcqRmThreshGrpEntry 6 } 2376 2377cgrPerVcqRmThreshGrpMarkThreshold OBJECT-TYPE 2378 SYNTAX INTEGER (-1..100) 2379 UNITS "percentage" 2380 MAX-ACCESS read-write 2381 STATUS current 2382 DESCRIPTION 2383 "The output queue EFCI/ABR-RR marking threshold for 2384 this Threshold Group. This is expressed in 2385 percent-of-full. Note that 100% full effectively turns 2386 off the threshold. Setting this object to -1 restores 2387 the default value for the Threshold Group. The 2388 granularity of the fill-level of a queue installed in 2389 hardware is the same as that for queue limits." 2390 ::= { cgrPerVcqRmThreshGrpEntry 7 } 2391 2392cgrPerVcqRmThreshGrpName OBJECT-TYPE 2393 SYNTAX DisplayString (SIZE (0..20)) 2394 MAX-ACCESS read-write 2395 STATUS current 2396 DESCRIPTION 2397 "The name associated with the threshold-group. If 2398 this is set to the null-string, the default 2399 name for the Threshold Group is assigned." 2400 ::= { cgrPerVcqRmThreshGrpEntry 8 } 2401 2402cgrPerVcqRmThreshGrpCellCount OBJECT-TYPE 2403 SYNTAX Gauge32 2404 UNITS "cells" 2405 MAX-ACCESS read-only 2406 STATUS current 2407 DESCRIPTION 2408 "Count of the number of cells in the Threshold 2409 Group." 2410 ::= { cgrPerVcqRmThreshGrpEntry 9 } 2411 2412cgrPerVcqRmThreshGrpServiceTable OBJECT-TYPE 2413 SYNTAX SEQUENCE OF CgrPerVcqRmThreshGrpServiceEntry 2414 MAX-ACCESS not-accessible 2415 STATUS current 2416 DESCRIPTION 2417 "The (conceptual) table specifying which 2418 VC or VP queues are assigned to a Threshold 2419 Group. 2420 2421 This table is supported only on the Catalyst8540MSR 2422 Platform." 2423 ::= { ciscoCgrPerVcqAtmRmSwitch 2 } 2424 2425cgrPerVcqRmThreshGrpServiceEntry OBJECT-TYPE 2426 SYNTAX CgrPerVcqRmThreshGrpServiceEntry 2427 MAX-ACCESS not-accessible 2428 STATUS current 2429 DESCRIPTION 2430 "An entry (conceptual row) in the 2431 cgrPerVcqRmThreshGrpServiceTable. All entries 2432 ever in the table are present at startup, none 2433 are created dynamically." 2434 INDEX { cgrPerVcqRmThreshGrpService } 2435 ::= { cgrPerVcqRmThreshGrpServiceTable 1 } 2436 2437CgrPerVcqRmThreshGrpServiceEntry ::= SEQUENCE { 2438 cgrPerVcqRmThreshGrpService LsPerVcqThresholdGroupService, 2439 cgrPerVcqRmThreshGrpServGroup LsPerVcqThresholdGroup 2440} 2441 2442cgrPerVcqRmThreshGrpService OBJECT-TYPE 2443 SYNTAX LsPerVcqThresholdGroupService 2444 MAX-ACCESS not-accessible 2445 STATUS current 2446 DESCRIPTION 2447 "The Service specified by this entry." 2448 ::= { cgrPerVcqRmThreshGrpServiceEntry 1 } 2449 2450cgrPerVcqRmThreshGrpServGroup OBJECT-TYPE 2451 SYNTAX LsPerVcqThresholdGroup 2452 MAX-ACCESS read-write 2453 STATUS current 2454 DESCRIPTION 2455 "The Threshold Group to which VC/VP queues specified 2456 by the service are assigned. Changing the assignment 2457 of service to Threshold Group does not alter the 2458 assignment for connections currently installed in 2459 hardware, but those connections that are subsequently 2460 installed." 2461 ::= { cgrPerVcqRmThreshGrpServiceEntry 2 } 2462 2463cgrPerVcqRmHierarchicalSchedulingMode OBJECT-TYPE 2464 SYNTAX INTEGER { enabled(1), disabled(2) } 2465 MAX-ACCESS read-write 2466 STATUS current 2467 DESCRIPTION 2468 "On a Catalyst8540 MSR, the user can define Hierarchical 2469 VP-Tunnels. Each such tunnel has its own dedicated 2470 scheduler, programmed to output data at a configurable 2471 maximum rate. 2472 2473 Therefore, the overall output of the Hierarchical 2474 VP-tunnel is rate-limited. In addition, Virtual 2475 Circuits of different service categories can 2476 traverse through such a tunnel, and each of these 2477 Virtual Circuits are guaranteed their individual 2478 contracted bandwidth agreement. 2479 2480 This object must be set to enabled before any 2481 Hierarchical VP-tunnels can be defined on the device. 2482 2483 Any setting of this variable requires a reload 2484 of the device to be effective. 2485 2486 Setting this object to enabled will cause the 2487 software to initialize the additional schedulers 2488 needed by the Hierarchical VP-Tunnels. Other 2489 limited scheduler resources are therefore used by a 2490 larger number of schedulers (as compared to the case 2491 when Hierarchical Scheduling is disabled on the device). 2492 This may result in fewer number of connections 2493 passing Connection Admission Control. 2494 2495 This object is therefore provided so that the 2496 user can make an informed decision as to whether 2497 Hierarchical Scheduling is to be used. 2498 2499 This object is supported only on the Catalyst8540MSR 2500 platform." 2501 DEFVAL { disabled } 2502 2503::= { ciscoCgrPerVcqAtmRmSwitch 3 } 2504 2505-- 2506-- The Lightstream per-VC queueing switch chipset ATM Interface Resource 2507-- Management Group 2508-- 2509lsPerVcqRmIfTable OBJECT-TYPE 2510 SYNTAX SEQUENCE OF LsPerVcqRmIfEntry 2511 MAX-ACCESS not-accessible 2512 STATUS current 2513 DESCRIPTION 2514 "The (conceptual) table containing configuration information 2515 for ATM physical interfaces." 2516 ::= { ciscoLsPerVcqAtmRmIf 1 } 2517 2518lsPerVcqRmIfEntry OBJECT-TYPE 2519 SYNTAX LsPerVcqRmIfEntry 2520 MAX-ACCESS not-accessible 2521 STATUS current 2522 DESCRIPTION 2523 "An entry (conceptual row) in the lsPerVcqRmIfTable 2524 containing Resource Management configuration for an ATM 2525 interface. An entry in the table is present when an 2526 entry in the ifTable is created for an ATM interface 2527 that uses the Lighstream per-VC queueing chipset." 2528 INDEX { ifIndex } 2529 ::= { lsPerVcqRmIfTable 1 } 2530 2531LsPerVcqRmIfEntry ::= SEQUENCE { 2532 lsPerVcqRmIfMinWrrServiceClass LsPerVcqServiceClass 2533} 2534 2535lsPerVcqRmIfMinWrrServiceClass OBJECT-TYPE 2536 SYNTAX LsPerVcqServiceClass 2537 UNITS "service class" 2538 MAX-ACCESS read-write 2539 STATUS current 2540 DESCRIPTION 2541 "The service classes on an interface are partitioned 2542 into two subsets, dictating how a service class 2543 with a cell ready to transmit is chosen (subsequently 2544 a connection is chosen within the selected service 2545 class). There are two subsets: Strict Priority (SP), 2546 and Weighted Round Robin (WRR). The SP subset 2547 service classes are selected by strict priority (highest 2548 priority with available cell wins). If there are any SP 2549 service classes, they take precedence over any WRR 2550 classes. 2551 A WRR subset service class is chosen from among the 2552 WRR service classes with an available cell using a 2553 WRR algorithm. 2554 The SP service classes (if any) include a contiguous 2555 range of classes, starting with c2 (c1 is dedicated to 2556 CBR, which doesn't use SP/WRR). The WRR service 2557 classes (if any) include a contiguous range of classes, 2558 ending with c5. 2559 This object specifies the break-point between SP and WRR 2560 service classes. Note that (assuming all service classes 2561 are used) specifying c2 indicates all service classes are 2562 WRR, and specifying c5 indicates all service classes 2563 are SP." 2564 ::= { lsPerVcqRmIfEntry 1 } 2565 2566 2567 2568lsPerVcqRmIfServiceClassTable OBJECT-TYPE 2569 SYNTAX SEQUENCE OF LsPerVcqRmIfServiceClassEntry 2570 MAX-ACCESS not-accessible 2571 STATUS current 2572 DESCRIPTION 2573 "The (conceptual) table containing configuration information 2574 for ATM physical interface Service Classes (not 2575 logical port ATM interfaces). An ATM connection (VC or VP) 2576 on an interface is a member of a Service Class. The 2577 Service Class is used in the scheduling discipline that 2578 determines which cell is next transmitted on the 2579 interface. If the rate scheduler has no cell 2580 to be sent in the guaranteed cell-flow on an interface, 2581 a decision is made between all Service Classes with 2582 VCs with cells ready for transmit." 2583 ::= { ciscoLsPerVcqAtmRmIf 2 } 2584 2585lsPerVcqRmIfServiceClassEntry OBJECT-TYPE 2586 SYNTAX LsPerVcqRmIfServiceClassEntry 2587 MAX-ACCESS not-accessible 2588 STATUS current 2589 DESCRIPTION 2590 "An entry (conceptual row) in the lsPerVcqRmIfServiceClassTable 2591 containing Resource Management configuration for an ATM 2592 interface. A particular row is identified by the 2593 value of MIB-II's ifIndex, and the output queue. 2594 An entry in the table is present when an entry in 2595 the ifTable is created for an ATM interface that 2596 uses the Lighstream per-VC queueing chipset." 2597 INDEX { ifIndex, lsPerVcqRmIfServiceClass } 2598 ::= { lsPerVcqRmIfServiceClassTable 1 } 2599 2600LsPerVcqRmIfServiceClassEntry ::= SEQUENCE { 2601 lsPerVcqRmIfServiceClass LsPerVcqServiceClass, 2602 lsPerVcqRmIfServClassConnType INTEGER, 2603 lsPerVcqRmIfServClassWrrWeight INTEGER 2604} 2605 2606 2607lsPerVcqRmIfServiceClass OBJECT-TYPE 2608 SYNTAX LsPerVcqServiceClass 2609 MAX-ACCESS not-accessible 2610 STATUS current 2611 DESCRIPTION 2612 "The service class on this ATM interface." 2613 ::= { lsPerVcqRmIfServiceClassEntry 1 } 2614 2615lsPerVcqRmIfServClassConnType OBJECT-TYPE 2616 SYNTAX INTEGER (1..31) 2617 MAX-ACCESS read-only 2618 STATUS current 2619 DESCRIPTION 2620 "The types of connections using this service class on 2621 this ATM interface. 2622 The various bit positions are: 2623 1 constant bit rate (cbr) 2624 2 variable bit rate-real time (vbr-rt) 2625 4 variable bit rate-non real time (vbr-nrt) 2626 8 available bit rate (abr) 2627 16 unspecified bit rate (ubr)" 2628 ::= { lsPerVcqRmIfServiceClassEntry 2 } 2629 2630lsPerVcqRmIfServClassWrrWeight OBJECT-TYPE 2631 SYNTAX INTEGER (1..15) 2632 UNITS "weight" 2633 MAX-ACCESS read-write 2634 STATUS current 2635 DESCRIPTION 2636 "Configure the weighting specified for a service class 2637 to make the scheduling decision among active service 2638 classes in the WRR subset." 2639 ::= { lsPerVcqRmIfServiceClassEntry 3 } 2640 2641-- 2642-- The ATM Resource Management Traffic Shaper Interface Objects 2643-- 2644rmTrafficShaperIfTable OBJECT-TYPE 2645 SYNTAX SEQUENCE OF RmTrafficShaperIfEntry 2646 MAX-ACCESS not-accessible 2647 STATUS current 2648 DESCRIPTION 2649 "The (conceptual) table containing ATM Traffic 2650 Shaper configuration and state information for 2651 ATM interfaces." 2652 ::= { ciscoAtmRmTrafShaperIf 1 } 2653 2654rmTrafficShaperIfEntry OBJECT-TYPE 2655 SYNTAX RmTrafficShaperIfEntry 2656 MAX-ACCESS not-accessible 2657 STATUS current 2658 DESCRIPTION 2659 "An entry (conceptual row) in the rmTrafficShaperIfTable 2660 containing Traffic Shaper configuration and state 2661 information for an ATM interface. The particular 2662 interface is identified by the value of MIB-II's 2663 ifIndex." 2664 INDEX { ifIndex } 2665 ::= { rmTrafficShaperIfTable 1 } 2666 2667RmTrafficShaperIfEntry ::= SEQUENCE { 2668 rtsIfMaxThreshold Unsigned32, 2669 rtsIfCellCount Gauge32, 2670 rtsIfVbrCfgRequested INTEGER, 2671 rtsIfVbrCfgInstalled INTEGER, 2672 rtsIfBeCfgRequested INTEGER, 2673 rtsIfBeCfgInstalled INTEGER, 2674 rtsIfVbrClassMaxThrshRequested INTEGER, 2675 rtsIfVbrClassMaxThrshInstalled Unsigned32, 2676 rtsIfBeClassMaxThrshRequested INTEGER, 2677 rtsIfBeClassMaxThrshInstalled Unsigned32, 2678 rtsIfVbrVcMaxThrshRequested Unsigned32, 2679 rtsIfVbrVcMaxThrshInstalled Unsigned32, 2680 rtsIfBeVcMaxThrshRequested Unsigned32, 2681 rtsIfBeVcMaxThrshInstalled Unsigned32 2682} 2683 2684rtsIfMaxThreshold OBJECT-TYPE 2685 SYNTAX Unsigned32 (0..4294967295) 2686 UNITS "cells" 2687 MAX-ACCESS read-only 2688 STATUS current 2689 DESCRIPTION 2690 "This object reflects the value of the Maximum 2691 Threshold installed in the traffic shaper hardware 2692 for this interface. This object is expressed in 2693 number of cell buffers. This object is not 2694 instantiated for interfaces to which it cannot 2695 be applied." 2696 ::= { rmTrafficShaperIfEntry 1 } 2697 2698rtsIfCellCount OBJECT-TYPE 2699 SYNTAX Gauge32 2700 UNITS "cells" 2701 MAX-ACCESS read-only 2702 STATUS current 2703 DESCRIPTION 2704 "This object contains the count of cells queued to 2705 this interface in the traffic shaping hardware. 2706 This object is not instantiated for interfaces to 2707 which it cannot be applied." 2708 ::= { rmTrafficShaperIfEntry 2 } 2709 2710rtsIfVbrCfgRequested OBJECT-TYPE 2711 SYNTAX INTEGER { 2712 shapingDisable(1), -- Shaping disabled 2713 shapeToPcr(2), -- Shape to PCR only. 2714 shapeToScrAndPcr(3) -- Shape to PCR, SCR and MBS 2715 } 2716 MAX-ACCESS read-write 2717 STATUS current 2718 DESCRIPTION 2719 "If this object is set to the value 'shapingDisable', 2720 VBR connections(VC or VP) on this interface will not 2721 be shaped. If the object is set to the value 2722 'shapeToScrAndPcr', the VBR (VC or VP) connections on 2723 this interface will be shaped to conform to their 2724 respective SCR, PCR and MBS traffic parameters. If 2725 this object is set to the value 'shapeToPcr', the VBR 2726 (VC or VP) connections on this interface will be shaped 2727 to conform to their respective PCR traffic parameter. 2728 Depending on the capabilities of the traffic shaping 2729 hardware, the changes to the traffic shaping 2730 configuration may or may not take effect immediately 2731 and may require that the traffic shaping hardware be 2732 reset to effect the change. The value of the object 2733 rtsIfVbrCfgInstalled will reflect the actual VBR 2734 Traffic Shaping configuration installed in the 2735 hardware currently. Depending on the capabilities of 2736 the traffic shaping hardware, the value of this object 2737 may or may not apply to terminating VBR VPs on this 2738 interface. This object is not instantiated for 2739 interfaces to which it cannot be applied." 2740 DEFVAL { shapingDisable } 2741 ::= { rmTrafficShaperIfEntry 3 } 2742 2743rtsIfVbrCfgInstalled OBJECT-TYPE 2744 SYNTAX INTEGER { 2745 shapingDisable(1), -- Shaping disabled 2746 shapeToPcr(2), -- Shape to PCR only. 2747 shapeToScrAndPcr(3) -- Shape to PCR, SCR and MBS 2748 } 2749 MAX-ACCESS read-only 2750 STATUS current 2751 DESCRIPTION 2752 "This object reflects the current VBR Traffic Shaping 2753 configuration installed in the hardware. This object 2754 is not instantiated for interfaces to which it cannot 2755 be applied." 2756 ::= { rmTrafficShaperIfEntry 4 } 2757 2758rtsIfBeCfgRequested OBJECT-TYPE 2759 SYNTAX INTEGER { 2760 shapingDisable(1), -- Shaping disabled 2761 shapeToPcr(2) -- Shape to PCR only. 2762 } 2763 MAX-ACCESS read-write 2764 STATUS current 2765 DESCRIPTION 2766 "This object reflects the traffic shaping configuration 2767 applied to Best-Effort Connections(VC or VP) belonging 2768 to UBR and ABR service categories on this interface. 2769 If this object is set to the value 'shapingDisable', 2770 best-effort connections(VC or VP) on this interface 2771 will not be shaped. If this object is set to the value 2772 'shapeToPcr', the best-effort connections(VC or VP) on 2773 this interface will be shaped to conform to their 2774 respective PCR traffic parameter. Depending on the 2775 capabilities of the traffic shaping hardware, the 2776 changes to the traffic shaping configuration may or 2777 may not take effect immediately and may require that 2778 the traffic shaping hardware be reset to effect the 2779 change. The object rtsIfBeCfgInstalled will reflect 2780 the actual best-effort Traffic Shaping configuration 2781 installed in the hardware currently. Depending on the 2782 capabilities of the traffic shaping hardware, the value 2783 of this object may or may not apply to terminating 2784 best-effort VPs on this interface. This object is 2785 not instantiated for interfaces to which it cannot 2786 be applied." 2787 DEFVAL { shapingDisable } 2788 ::= { rmTrafficShaperIfEntry 5 } 2789 2790rtsIfBeCfgInstalled OBJECT-TYPE 2791 SYNTAX INTEGER { 2792 shapingDisable(1), -- Shaping disabled 2793 shapeToPcr(2) -- Shape to PCR only. 2794 } 2795 MAX-ACCESS read-only 2796 STATUS current 2797 DESCRIPTION 2798 "This object reflects the current Best-Effort Traffic 2799 Shaping configuration installed in the hardware. 2800 This object is not instantiated for interfaces to 2801 which it cannot be applied." 2802 ::= { rmTrafficShaperIfEntry 6 } 2803 2804rtsIfVbrClassMaxThrshRequested OBJECT-TYPE 2805 SYNTAX INTEGER (1..95) 2806 UNITS "percent" 2807 MAX-ACCESS read-write 2808 STATUS current 2809 DESCRIPTION 2810 "This object specifies the Traffic Shaper Maximum 2811 Cell Buffer Threshold for the VBR Traffic Class. 2812 The value of this object is expressed as a percent 2813 of the value of rtsIfMaxThreshold object. A set 2814 request for this object will succeed only if the 2815 value of the ifAdminStatus object for this 2816 interface is 'down'. The Traffic Shaping hardware 2817 may not have the support to represent all the 2818 values and hence the value installed in hardware 2819 could be different. And the value installed in 2820 hardware will be available through the object 2821 rtsIfVbrClassMaxThrshInstalled. This object is 2822 not instantiated for interfaces to which 2823 it cannot be applied." 2824 ::= { rmTrafficShaperIfEntry 7 } 2825 2826rtsIfVbrClassMaxThrshInstalled OBJECT-TYPE 2827 SYNTAX Unsigned32 (0..4294967295) 2828 UNITS "cells" 2829 MAX-ACCESS read-only 2830 STATUS current 2831 DESCRIPTION 2832 "This object reflects the value of Maximum Class 2833 Threshold for VBR Traffic Class, in number of 2834 cell buffers, that is installed in the Traffic 2835 Shaping hardware. This object is not instantiated 2836 for interfaces to which it cannot be applied." 2837 ::= { rmTrafficShaperIfEntry 8 } 2838 2839rtsIfBeClassMaxThrshRequested OBJECT-TYPE 2840 SYNTAX INTEGER (1..95) 2841 UNITS "percent" 2842 MAX-ACCESS read-write 2843 STATUS current 2844 DESCRIPTION 2845 "This object specifies the Traffic Shaper Maximum Cell 2846 Buffer Threshold for the Best-Effort Traffic Class. 2847 The value of this object is expressed as a percent of 2848 the value of rtsIfMaxThreshold object. A set request 2849 for this object will succeed only if the value of the 2850 ifAdminStatus object for this interface is 'down'. 2851 The Traffic Shaping hardware may not have the support 2852 to represent all the values and hence the value 2853 installed in hardware could be different. And this 2854 installed value will be available through the object 2855 rtsIfBeClassMaxThrshInstalled. This object is not 2856 instantiated for interfaces to which it cannot 2857 be applied." 2858 ::= { rmTrafficShaperIfEntry 9 } 2859 2860rtsIfBeClassMaxThrshInstalled OBJECT-TYPE 2861 SYNTAX Unsigned32 (0..4294967295) 2862 UNITS "cells" 2863 MAX-ACCESS read-only 2864 STATUS current 2865 DESCRIPTION 2866 "This object reflects the value of Maximum Class 2867 Threshold for Best-Effort Traffic Class, in number 2868 of cell buffers, that is installed in the Traffic 2869 Shaping hardware. This object is not instantiated 2870 for interfaces to which it cannot be applied." 2871 ::= { rmTrafficShaperIfEntry 10 } 2872 2873rtsIfVbrVcMaxThrshRequested OBJECT-TYPE 2874 SYNTAX Unsigned32 (0..4294967295) 2875 UNITS "cells" 2876 MAX-ACCESS read-write 2877 STATUS current 2878 DESCRIPTION 2879 "This object reflects the Maximum Threshold of the 2880 per-connection queues of VBR connections(VCs or VPs) in 2881 the traffic shaping hardware. The value of this object 2882 is expressed in number of cell buffers. Any change made 2883 to the value of this object will only effect subsequently 2884 established VBR connections and will not impact already 2885 existing VBR connections. The Traffic Shaping hardware 2886 may not have the support to represent all the values and 2887 hence the value installed in hardware could be different. 2888 And the value installed in hardware will be available 2889 through the object rtsIfVbrVcMaxThrshInstalled. This 2890 object is not instantiated for interfaces to which it 2891 cannot be applied." 2892 DEFVAL { 512 } 2893 ::= { rmTrafficShaperIfEntry 11 } 2894 2895rtsIfVbrVcMaxThrshInstalled OBJECT-TYPE 2896 SYNTAX Unsigned32 (0..4294967295) 2897 UNITS "cells" 2898 MAX-ACCESS read-only 2899 STATUS current 2900 DESCRIPTION 2901 "This object reflects the Maximum Threshold for the 2902 per-connection queues of VBR connections(VCs or VPs) 2903 that is installed in the Traffic Shaping hardware. 2904 The value of this object is expressed in number of 2905 cell buffers. This object is not instantiated for 2906 interfaces to which it cannot be applied." 2907 ::= { rmTrafficShaperIfEntry 12 } 2908 2909rtsIfBeVcMaxThrshRequested OBJECT-TYPE 2910 SYNTAX Unsigned32 (0..4294967295) 2911 UNITS "cells" 2912 MAX-ACCESS read-write 2913 STATUS current 2914 DESCRIPTION 2915 "This object reflects the Maximum Threshold of the 2916 per-connection queues of best-effort connections(VCs 2917 or VPs) in the traffic shaping hardware. The value 2918 of this object is expressed in number of cell 2919 buffers. Any change made to the value of this 2920 object will only effect subsequently established 2921 best-effort connections and will not impact already 2922 existing best-effort connections. The Traffic Shaping 2923 hardware may not have the support to represent all 2924 the values and hence the value installed in hardware 2925 could be different. And the value installed in 2926 hardware will be available through the object 2927 rtsIfBeVcMaxThrshInstalled. This object is not 2928 instantiated for interfaces to which it cannot 2929 be applied." 2930 DEFVAL { 1024 } 2931 ::= { rmTrafficShaperIfEntry 13 } 2932 2933rtsIfBeVcMaxThrshInstalled OBJECT-TYPE 2934 SYNTAX Unsigned32 (0..4294967295) 2935 UNITS "cells" 2936 MAX-ACCESS read-only 2937 STATUS current 2938 DESCRIPTION 2939 "This object reflects the Maximum Threshold for the 2940 per-connection queues of Best-Effort connections(VCs 2941 or VPs) that is installed in the Traffic Shaping 2942 hardware. The value of this object is expressed 2943 in number of cell buffers. This object is not 2944 instantiated for interfaces to which it cannot 2945 be applied." 2946 ::= { rmTrafficShaperIfEntry 14 } 2947 2948-- conformance information 2949 2950ciscoAtmRmMIBConformance 2951 OBJECT IDENTIFIER ::= { ciscoAtmRmMIB 3 } 2952ciscoAtmRmMIBCompliances 2953 OBJECT IDENTIFIER ::= { ciscoAtmRmMIBConformance 1 } 2954ciscoAtmRmMIBGroups 2955 OBJECT IDENTIFIER ::= { ciscoAtmRmMIBConformance 2 } 2956 2957-- compliance statements 2958 2959ciscoAtmRmMIBCompliance MODULE-COMPLIANCE 2960 STATUS obsolete -- superceded by ciscoAtmRmMIBCompliance2 2961 DESCRIPTION 2962 "The compliance statement for the Cisco ATM Resource Management 2963 MIB." 2964 MODULE -- this module 2965 MANDATORY-GROUPS { atmRmSwitchCfgMIBGroup, atmRmPhyIfCfgMIBGroup, 2966 atmRmAllIfCfgMIBGroup, atmRmIfAllStateMIBGroup, 2967 atmRmIfStatsMIBGroup } 2968 ::= { ciscoAtmRmMIBCompliances 1 } 2969 2970ciscoAtmRmMIBCompliance2 MODULE-COMPLIANCE 2971 STATUS obsolete -- superceded by ciscoAtmRmMIBCompliance3 2972 DESCRIPTION 2973 "The compliance statement for the Cisco ATM Resource Management 2974 MIB." 2975 MODULE -- this module 2976 MANDATORY-GROUPS { atmRmSwitchCfgMIBGroup2, atmRmPhyIfCfgMIBGroup2, 2977 atmRmAllIfCfgMIBGroup, atmRmIfAllStateMIBGroup2, 2978 atmRmIfStatsMIBGroup } 2979 ::= { ciscoAtmRmMIBCompliances 2 } 2980 2981ciscoAtmRmMIBCompliance3 MODULE-COMPLIANCE 2982 STATUS obsolete -- superceded by ciscoAtmRmMIBCompliance4 2983 DESCRIPTION 2984 "The compliance statement for the Cisco ATM Resource Management 2985 MIB." 2986 MODULE -- this module 2987 MANDATORY-GROUPS { atmRmSwitchCfgMIBGroup2, atmRmPhyIfCfgMIBGroup3, 2988 atmRmAllIfCfgMIBGroup2, atmRmIfAllStateMIBGroup2, 2989 atmRmIfStatsMIBGroup } 2990 ::= { ciscoAtmRmMIBCompliances 3 } 2991 2992ciscoAtmRmMIBCompliance4 MODULE-COMPLIANCE 2993 STATUS obsolete -- superceded by ciscoAtmRmMIBCompliance5 2994 DESCRIPTION 2995 "The compliance statement for the Cisco ATM Resource Management 2996 MIB." 2997 MODULE -- this module 2998 MANDATORY-GROUPS { atmRmSwitchCfgMIBGroup2, atmRmPhyIfCfgMIBGroup3, 2999 atmRmAllIfCfgMIBGroup3, atmRmIfAllStateMIBGroup2, 3000 atmRmIfStatsMIBGroup } 3001 ::= { ciscoAtmRmMIBCompliances 4 } 3002 3003ciscoAtmRmMIBCompliance5 MODULE-COMPLIANCE 3004 STATUS obsolete 3005 DESCRIPTION 3006 "The compliance statement for the Cisco ATM Resource Management 3007 MIB." 3008 MODULE -- this module 3009 MANDATORY-GROUPS { atmRmSwitchCfgMIBGroup2, atmRmPhyIfCfgMIBGroup3, 3010 atmRmAllIfCfgMIBGroup3, atmRmIfAllStateMIBGroup2, 3011 atmRmIfStatsMIBGroup, lsPerVcqAtmRmGroup2 } 3012 ::= { ciscoAtmRmMIBCompliances 5 } 3013 3014ciscoAtmRmMIBCompliance6 MODULE-COMPLIANCE 3015 STATUS obsolete -- superceded by ciscoAtmRmMIBCompliance7 3016 DESCRIPTION 3017 "The compliance statement for the Cisco ATM Resource Management 3018 MIB." 3019 MODULE -- this module 3020 MANDATORY-GROUPS { atmRmSwitchCfgMIBGroup2, atmRmPhyIfCfgMIBGroup3, 3021 atmRmAllIfCfgMIBGroup3, atmRmIfAllStateMIBGroup2, 3022 atmRmIfStatsMIBGroup, lsPerVcqAtmRmGroup2, 3023 cgrPerVcqAtmRmGroup } 3024 ::= { ciscoAtmRmMIBCompliances 6 } 3025 3026ciscoAtmRmMIBCompliance7 MODULE-COMPLIANCE 3027 STATUS obsolete -- superceded by ciscoAtmRmMIBCompliance8 3028 DESCRIPTION 3029 "The compliance statement for the Cisco ATM Resource Management 3030 MIB." 3031 MODULE -- this module 3032 MANDATORY-GROUPS { atmRmSwitchCfgMIBGroup2, atmRmPhyIfCfgMIBGroup4, 3033 atmRmAllIfCfgMIBGroup4, atmRmIfAllStateMIBGroup2, 3034 atmRmIfStatsMIBGroup, lsPerVcqAtmRmGroup2, 3035 cgrPerVcqAtmRmGroup } 3036 ::= { ciscoAtmRmMIBCompliances 7 } 3037 3038ciscoAtmRmMIBCompliance8 MODULE-COMPLIANCE 3039 STATUS obsolete -- superceded by ciscoAtmRmMIBCompliance9 3040 DESCRIPTION 3041 "The compliance statement for the Cisco ATM Resource Management 3042 MIB." 3043 MODULE -- this module 3044 MANDATORY-GROUPS { atmRmSwitchCfgMIBGroup2, atmRmPhyIfCfgMIBGroup5, 3045 atmRmAllIfCfgMIBGroup4, atmRmIfAllStateMIBGroup2, 3046 atmRmIfStatsMIBGroup, lsPerVcqAtmRmGroup2, 3047 cgrPerVcqAtmRmGroup } 3048 ::= { ciscoAtmRmMIBCompliances 8 } 3049 3050ciscoAtmRmMIBCompliance9 MODULE-COMPLIANCE 3051 STATUS obsolete -- superceded by ciscoAtmRmMIBCompliance10 3052 DESCRIPTION 3053 "The compliance statement for the Cisco ATM Resource Management 3054 MIB." 3055 MODULE -- this module 3056 MANDATORY-GROUPS { atmRmSwitchCfgMIBGroup2, atmRmPhyIfCfgMIBGroup5, 3057 atmRmAllIfCfgMIBGroup4, atmRmIfAllStateMIBGroup3, 3058 atmRmIfStatsMIBGroup, lsPerVcqAtmRmGroup2, 3059 cgrPerVcqAtmRmGroup } 3060 ::= { ciscoAtmRmMIBCompliances 9 } 3061 3062ciscoAtmRmMIBCompliance10 MODULE-COMPLIANCE 3063 STATUS obsolete -- superceded by ciscoAtmRmMIBCompliance11 3064 DESCRIPTION 3065 "The compliance statement for the Cisco ATM Resource Management 3066 MIB." 3067 MODULE -- this module 3068 MANDATORY-GROUPS { atmRmSwitchCfgMIBGroup2, atmRmPhyIfCfgMIBGroup5, 3069 atmRmAllIfCfgMIBGroup5, atmRmIfAllStateMIBGroup3, 3070 atmRmIfStatsMIBGroup, lsPerVcqAtmRmGroup2, 3071 cgrPerVcqAtmRmGroup } 3072 ::= { ciscoAtmRmMIBCompliances 10 } 3073 3074ciscoAtmRmMIBCompliance11 MODULE-COMPLIANCE 3075 STATUS obsolete -- superceded by ciscoAtmRmMIBCompliance12 3076 DESCRIPTION 3077 "The compliance statement for the Cisco ATM Resource Management 3078 MIB." 3079 MODULE -- this module 3080 MANDATORY-GROUPS { atmRmSwitchCfgMIBGroup2, atmRmPhyIfCfgMIBGroup5, 3081 atmRmAllIfCfgMIBGroup5, atmRmIfAllStateMIBGroup3, 3082 atmRmIfStatsMIBGroup, lsPerVcqAtmRmGroup2, 3083 cgrPerVcqAtmRmGroup2 } 3084 ::= { ciscoAtmRmMIBCompliances 11 } 3085 3086ciscoAtmRmMIBCompliance12 MODULE-COMPLIANCE 3087 STATUS deprecated -- superceded by ciscoAtmRmMIBCompliance13 3088 DESCRIPTION 3089 "The compliance statement for the Cisco ATM Resource 3090 Management MIB." 3091 MODULE -- this module 3092 MANDATORY-GROUPS { atmRmSwitchCfgMIBGroup2, atmRmPhyIfCfgMIBGroup5, 3093 atmRmAllIfCfgMIBGroup5, atmRmIfAllStateMIBGroup3, 3094 atmRmIfStatsMIBGroup, lsPerVcqAtmRmGroup2, 3095 cgrPerVcqAtmRmGroup2, atmRmTrafficShaperIfGroup } 3096 ::= { ciscoAtmRmMIBCompliances 12 } 3097 3098ciscoAtmRmMIBCompliance13 MODULE-COMPLIANCE 3099 STATUS current 3100 DESCRIPTION 3101 "The compliance statement for the Cisco ATM Resource 3102 Management MIB." 3103 MODULE -- this module 3104 MANDATORY-GROUPS { atmRmSwitchCfgMIBGroup2, atmRmPhyIfCfgMIBGroup5, 3105 atmRmAllIfCfgMIBGroup6, atmRmIfAllStateMIBGroup3, 3106 atmRmIfStatsMIBGroup, lsPerVcqAtmRmGroup2, 3107 cgrPerVcqAtmRmGroup2, atmRmTrafficShaperIfGroup, 3108 sharedMemAtmRmSwitchMIBGroup, 3109 sharedMemAtmRmPhyIfMIBGroup } 3110 ::= { ciscoAtmRmMIBCompliances 13 } 3111 3112 3113-- units of conformance 3114 3115atmRmSwitchCfgMIBGroup OBJECT-GROUP 3116 OBJECTS { rmSwitchOverSubFactor, rmSwitchScrMarginFactor, 3117 rmSwitchAbrCongNotify, rmScDefaultQosMaxCtd, 3118 rmScDefaultQosPeakToPeakCdv, rmScDefaultQosClr 3119 } 3120 STATUS obsolete -- superceded by atmRmSwitchCfgMIBGroup2 3121 DESCRIPTION 3122 "A collection of objects which provide ATM Switch Resource 3123 Management configuration." 3124 ::= { ciscoAtmRmMIBGroups 1 } 3125 3126sharedMemAtmRmSwitchMIBGroup OBJECT-GROUP 3127 OBJECTS { sharedMemRmSwitchQueuedCellLimit, sharedMemRmSwitchQueuedCellCount 3128 } 3129 STATUS current 3130 DESCRIPTION 3131 "A collection of objects which provide ATM Switch Resource 3132 Management information global to a shared-memory ATM switch." 3133 ::= { ciscoAtmRmMIBGroups 2 } 3134 3135atmRmPhyIfCfgMIBGroup OBJECT-GROUP 3136 OBJECTS { rmIfOutPacingRateRequested, rmIfOutPacingRateInstalled, 3137 rmIfOutPacingForce, rmIfDirControlLinkShareMaxAgg, 3138 rmIfDirControlLinkShareMinCbr, rmIfDirControlLinkShareMaxCbr, 3139 rmIfDirControlLinkShareMinVbr, rmIfDirControlLinkShareMaxVbr 3140 } 3141 STATUS obsolete -- superceded by atmRmPhyIfCfgMIBGroup2 3142 DESCRIPTION 3143 "A collection of objects which provide ATM interface 3144 Resource Management configuration for physical interfaces." 3145 ::= { ciscoAtmRmMIBGroups 3 } 3146 3147atmRmAllIfCfgMIBGroup OBJECT-GROUP 3148 OBJECTS { rmIfLinkDistance, rmIfBestEffortLimit, 3149 rmIfDirMaxCbrPcr, rmIfDirMaxCbrTolerance, rmIfDirMaxVbrPcr, 3150 rmIfDirMaxVbrScr, rmIfDirMaxVbrTolerance, rmIfDirMaxAbrPcr, 3151 rmIfDirMaxAbrTolerance, rmIfDirMaxUbrPcr, rmIfDirMaxUbrTolerance 3152 } 3153 STATUS obsolete -- superceded by atmRmAllIfCfgMIBGroup2 3154 DESCRIPTION 3155 "A collection of objects which provide ATM interface Resource 3156 Management configuration for all interfaces." 3157 ::= { ciscoAtmRmMIBGroups 4 } 3158 3159atmRmIfAllStateMIBGroup OBJECT-GROUP 3160 OBJECTS { rmIfScRxAcr, rmIfScTxAcr, rmIfScRxAlcr, rmIfScTxAlcr, 3161 rmIfScNumSvxConns, rmIfScNumPvxConns, rmIfScTxMaxCtd, 3162 rmIfScTxP2PeakCdv, rmIfScTxClr 3163 } 3164 STATUS obsolete -- superceded by atmRmIfAllStateMIBGroup2 3165 DESCRIPTION 3166 "A collection of objects which provide ATM interface Resource 3167 Management status for all interfaces." 3168 ::= { ciscoAtmRmMIBGroups 5 } 3169 3170atmRmIfStatsMIBGroup OBJECT-GROUP 3171 OBJECTS { rmIfScRcacResultNumAdmit, rmIfScRcacResultNumTotalRequests, 3172 rmIfScRcacResultNumFailTraffComb, rmIfScRcacResultNumFailBw, 3173 rmIfScRcacResultNumFailLoss, rmIfScRcacResultNumFailDelay, 3174 rmIfScRcacResultNumFailCdv, rmIfScRcacResultNumFailBeLimit, 3175 rmIfScRcacResultNumFailParmLimit, rmIfScRcacResultNumFailOther 3176 } 3177 STATUS current 3178 DESCRIPTION 3179 "A collection of objects which provide ATM Switch Resource 3180 Management statistics." 3181 ::= { ciscoAtmRmMIBGroups 6 } 3182 3183sharedMemAtmRmPhyIfMIBGroup OBJECT-GROUP 3184 OBJECTS { sharedMemRmIfOutputQServCategory, sharedMemRmIfOutputQRequestedMaxSize, 3185 sharedMemRmIfOutputQInstalledMaxSize, sharedMemRmIfOutputQMaxSizeForce, 3186 sharedMemRmIfOutputQCellCount, sharedMemRmIfDiscardThreshold, 3187 sharedMemRmIfEfciThreshold, sharedMemRmIfAbrRelativeRateThreshold 3188 } 3189 STATUS current 3190 DESCRIPTION 3191 "A collection of objects which provide ATM interface 3192 Resource Management information for physical interfaces 3193 of a shared-memory ATM switch." 3194 ::= { ciscoAtmRmMIBGroups 7 } 3195 3196atmRmSwitchCfgMIBGroup2 OBJECT-GROUP 3197 OBJECTS { rmSwitchOverSubFactor, rmSwitchScrMarginFactor, 3198 rmSwitchAbrCongNotify, rmScDefaultQosMaxCtd, 3199 rmScDefaultQosPeakToPeakCdv, rmScDefaultQosClr, 3200 rmScDefaultQosClrClp01 3201 } 3202 STATUS current 3203 DESCRIPTION 3204 "A collection of objects which provide ATM Switch Resource 3205 Management configuration." 3206 ::= { ciscoAtmRmMIBGroups 8 } 3207 3208atmRmPhyIfCfgMIBGroup2 OBJECT-GROUP 3209 OBJECTS { rmIfOutPacingRateRequested, rmIfOutPacingRateInstalled, 3210 rmIfOutPacingForce, rmIfDirControlLinkShareMaxAgg, 3211 rmIfDirControlLinkShareMinCbr, rmIfDirControlLinkShareMaxCbr, 3212 rmIfDirControlLinkShareMinVbr, rmIfDirControlLinkShareMaxVbr, 3213 rmIfCbrDefaultRxUpcTolerance, rmIfVbrRtDefaultRxUpcTolerance, 3214 rmIfVbrNrtDefaultRxUpcTolerance, rmIfAbrDefaultRxUpcTolerance, 3215 rmIfUbrDefaultRxUpcTolerance 3216 } 3217 STATUS obsolete -- superceded by atmRmPhyIfCfgMIBGroup2 3218 DESCRIPTION 3219 "A collection of objects which provide ATM interface 3220 Resource Management configuration for physical interfaces." 3221 ::= { ciscoAtmRmMIBGroups 9 } 3222 3223atmRmIfAllStateMIBGroup2 OBJECT-GROUP 3224 OBJECTS { rmIfScRxAcr, rmIfScTxAcr, rmIfScRxAlcr, rmIfScTxAlcr, 3225 rmIfScNumSvxConns, rmIfScNumPvxConns, rmIfScTxMaxCtd, 3226 rmIfScTxP2PeakCdv, rmIfScTxClr, rmIfScTxClrClp01 3227 } 3228 STATUS obsolete -- superceded by atmRmIfAllStateMIBGroup3 3229 DESCRIPTION 3230 "A collection of objects which provide ATM interface Resource 3231 Management status for all interfaces." 3232 ::= { ciscoAtmRmMIBGroups 10 } 3233 3234lsPerVcqAtmRmGroup OBJECT-GROUP 3235 OBJECTS { lsPerVcqRmIfMinWrrServiceClass, lsPerVcqRmIfServClassConnType, 3236 lsPerVcqRmIfServClassWrrWeight, lsPerVcqRmThreshGrpMaxSize, 3237 lsPerVcqRmThreshGrpQMaxSize, lsPerVcqRmThreshGrpQMinSize, 3238 lsPerVcqRmThreshGrpDiscThreshold, lsPerVcqRmThreshGrpMarkThreshold, 3239 lsPerVcqRmThreshGrpName, lsPerVcqRmThreshGrpCellCount, 3240 lsPerVcqRmThreshGrpServGroup 3241 } 3242 STATUS obsolete 3243 DESCRIPTION 3244 "A collection of objects which provide ATM Resource 3245 Management status on platforms using the Lightstream 3246 per-VC queueing chipset." 3247 ::= { ciscoAtmRmMIBGroups 11 } 3248 3249atmRmPhyIfCfgMIBGroup3 OBJECT-GROUP 3250 OBJECTS { rmIfOutPacingRateRequested, rmIfOutPacingRateInstalled, 3251 rmIfOutPacingForce, rmIfDirControlLinkShareMaxAgg, 3252 rmIfDirControlLinkShareMinCbr, rmIfDirControlLinkShareMaxCbr, 3253 rmIfDirControlLinkShareMinVbr, rmIfDirControlLinkShareMaxVbr, 3254 rmIfCbrDefaultRxUpcTolerance, rmIfVbrRtDefaultRxUpcTolerance, 3255 rmIfVbrNrtDefaultRxUpcTolerance, rmIfAbrDefaultRxUpcTolerance, 3256 rmIfUbrDefaultRxUpcTolerance, rmIfVbrRtDefaultRxUpcCdvt, 3257 rmIfVbrNrtDefaultRxUpcCdvt, rmIfDirControlLinkShareMinAbr, 3258 rmIfDirControlLinkShareMaxAbr, rmIfDirControlLinkShareMinUbr, 3259 rmIfDirControlLinkShareMaxUbr 3260 } 3261 STATUS obsolete -- superceded by atmRmPhyIfCfgMIBGroup4 3262 DESCRIPTION 3263 "A collection of objects which provide ATM interface 3264 Resource Management configuration for physical interfaces." 3265 ::= { ciscoAtmRmMIBGroups 12 } 3266 3267atmRmAllIfCfgMIBGroup2 OBJECT-GROUP 3268 OBJECTS { rmIfLinkDistance, rmIfBestEffortLimit, 3269 rmIfDirMaxCbrPcr, rmIfDirMaxCbrTolerance, rmIfDirMaxVbrPcr, 3270 rmIfDirMaxVbrScr, rmIfDirMaxVbrTolerance, rmIfDirMaxAbrPcr, 3271 rmIfDirMaxAbrTolerance, rmIfDirMaxUbrPcr, rmIfDirMaxUbrTolerance, 3272 rmIfDirMaxAbrMcr, rmIfDirMaxUbrMcr, rmIfDirMaxVbrCdvt 3273 } 3274 STATUS obsolete -- superceded by atmRmAllIfCfgMIBGroup3 3275 DESCRIPTION 3276 "A collection of objects which provide ATM interface Resource 3277 Management configuration for all interfaces." 3278 ::= { ciscoAtmRmMIBGroups 13 } 3279 3280atmRmAllIfCfgMIBGroup3 OBJECT-GROUP 3281 OBJECTS { rmIfLinkDistance, rmIfBestEffortLimit, 3282 rmIfDirMaxCbrPcr, rmIfDirMaxCbrTolerance, rmIfDirMaxVbrPcr, 3283 rmIfDirMaxVbrScr, rmIfDirMaxVbrTolerance, rmIfDirMaxAbrPcr, 3284 rmIfDirMaxAbrTolerance, rmIfDirMaxUbrPcr, rmIfDirMaxUbrTolerance, 3285 rmIfDirMaxAbrMcr, rmIfDirMaxUbrMcr, rmIfDirMaxVbrCdvt, 3286 rmIfServCategorySupport 3287 } 3288 STATUS obsolete -- superceded by atmRmAllIfCfgMIBGroup4 3289 DESCRIPTION 3290 "A collection of objects which provide ATM interface Resource 3291 Management configuration for all interfaces." 3292 ::= { ciscoAtmRmMIBGroups 14 } 3293 3294lsPerVcqAtmRmGroup2 OBJECT-GROUP 3295 OBJECTS { lsPerVcqRmIfMinWrrServiceClass, lsPerVcqRmIfServClassConnType, 3296 lsPerVcqRmIfServClassWrrWeight, lsPerVcqRmThreshGrpMaxSize, 3297 lsPerVcqRmThreshGrpQMaxSize, lsPerVcqRmThreshGrpQMinSize, 3298 lsPerVcqRmThreshGrpDiscThreshold, lsPerVcqRmThreshGrpMarkThreshold, 3299 lsPerVcqRmThreshGrpName, lsPerVcqRmThreshGrpCellCount, 3300 lsPerVcqRmThreshGrpServGroup, 3301 lsPerVcqRmHierarchicalSchedulingMode 3302 } 3303 STATUS current 3304 DESCRIPTION 3305 "A collection of objects which provide ATM Resource 3306 Management status on platforms using the Lightstream 3307 per-VC queueing chipset." 3308 ::= { ciscoAtmRmMIBGroups 15 } 3309 3310cgrPerVcqAtmRmGroup OBJECT-GROUP 3311 OBJECTS { cgrPerVcqRmThreshGrpQMaxSize, cgrPerVcqRmThreshGrpQMinSize, 3312 cgrPerVcqRmThreshGrpDiscThreshold, cgrPerVcqRmThreshGrpMarkThreshold, 3313 cgrPerVcqRmThreshGrpName, cgrPerVcqRmThreshGrpCellCount, 3314 cgrPerVcqRmThreshGrpServGroup, 3315 cgrPerVcqRmHierarchicalSchedulingMode 3316 } 3317 STATUS obsolete -- superceded by cgrPerVcqAtmRmGroup2 3318 DESCRIPTION 3319 "A collection of objects which provide ATM Resource 3320 Management status on the Catalyst8540MSR platform." 3321 ::= { ciscoAtmRmMIBGroups 16 } 3322 3323atmRmAllIfCfgMIBGroup4 OBJECT-GROUP 3324 OBJECTS { rmIfLinkDistance, rmIfBestEffortLimit, 3325 rmIfDirMaxCbrPcr, rmIfDirMaxCbrTolerance, rmIfDirMaxVbrPcr, 3326 rmIfDirMaxVbrScr, rmIfDirMaxVbrTolerance, rmIfDirMaxAbrPcr, 3327 rmIfDirMaxAbrTolerance, rmIfDirMaxUbrPcr, rmIfDirMaxUbrTolerance, 3328 rmIfDirMaxAbrMcr, rmIfDirMaxUbrMcr, rmIfDirMaxVbrCdvt, 3329 rmIfServCategorySupport, rmIfCbrDefaultRxUpcTolerance, 3330 rmIfVbrRtDefaultRxUpcTolerance, rmIfVbrNrtDefaultRxUpcTolerance, 3331 rmIfAbrDefaultRxUpcTolerance, rmIfUbrDefaultRxUpcTolerance, 3332 rmIfVbrRtDefaultRxUpcCdvt, rmIfVbrNrtDefaultRxUpcCdvt 3333 } 3334 STATUS obsolete -- superceded by atmRmAllIfCfgMIBGroup5 3335 DESCRIPTION 3336 "A collection of objects which provide ATM interface Resource 3337 Management configuration for all interfaces." 3338 ::= { ciscoAtmRmMIBGroups 17 } 3339 3340atmRmPhyIfCfgMIBGroup4 OBJECT-GROUP 3341 OBJECTS { rmIfOutPacingRateRequested, rmIfOutPacingRateInstalled, 3342 rmIfOutPacingForce, rmIfDirControlLinkShareMaxAgg, 3343 rmIfDirControlLinkShareMinCbr, rmIfDirControlLinkShareMaxCbr, 3344 rmIfDirControlLinkShareMinVbr, rmIfDirControlLinkShareMaxVbr, 3345 rmIfDirControlLinkShareMinAbr, rmIfDirControlLinkShareMaxAbr, 3346 rmIfDirControlLinkShareMinUbr, rmIfDirControlLinkShareMaxUbr 3347 } 3348 STATUS obsolete -- superceded by atmRmPhyIfCfgMIBGroup5 3349 DESCRIPTION 3350 "A collection of objects which provide ATM interface 3351 Resource Management configuration for physical interfaces." 3352 ::= { ciscoAtmRmMIBGroups 18 } 3353 3354atmRmPhyIfCfgMIBGroup5 OBJECT-GROUP 3355 OBJECTS { rmIfOutPacingRateRequested, rmIfOutPacingRateInstalled, 3356 rmIfOutPacingForce, rmIfDirControlLinkShareMaxAgg, 3357 rmIfDirControlLinkShareMinCbr, rmIfDirControlLinkShareMaxCbr, 3358 rmIfDirControlLinkShareMinVbr, rmIfDirControlLinkShareMaxVbr, 3359 rmIfDirControlLinkShareMinAbr, rmIfDirControlLinkShareMaxAbr, 3360 rmIfDirControlLinkShareMinUbr, rmIfDirControlLinkShareMaxUbr, 3361 rmIfFramingOverhead, rmIfFramingOverheadForce 3362 } 3363 STATUS current 3364 DESCRIPTION 3365 "A collection of objects which provide ATM interface 3366 Resource Management configuration for physical interfaces." 3367 ::= { ciscoAtmRmMIBGroups 19 } 3368 3369atmRmIfAllStateMIBGroup3 OBJECT-GROUP 3370 OBJECTS { rmIfScRxAcr, rmIfScTxAcr, rmIfScRxAlcr, rmIfScTxAlcr, 3371 rmIfScNumSvxConns, rmIfScNumPvxConns, rmIfScTxMaxCtd, 3372 rmIfScTxP2PeakCdv, rmIfScTxClr,rmIfScTxClrClp01, 3373 rmIfScRxDynBwSvcAcr, rmIfScTxDynBwSvcAcr 3374 } 3375 STATUS current 3376 DESCRIPTION 3377 "A collection of objects which provide ATM interface Resource 3378 Management status for all interfaces." 3379 ::= { ciscoAtmRmMIBGroups 20 } 3380 3381atmRmAllIfCfgMIBGroup5 OBJECT-GROUP 3382 OBJECTS { rmIfLinkDistance, rmIfBestEffortLimit, 3383 rmIfDirMaxCbrPcr, rmIfDirMaxCbrTolerance, rmIfDirMaxVbrPcr, 3384 rmIfDirMaxVbrScr, rmIfDirMaxVbrTolerance, rmIfDirMaxAbrPcr, 3385 rmIfDirMaxAbrTolerance, rmIfDirMaxUbrPcr, rmIfDirMaxUbrTolerance, 3386 rmIfDirMaxAbrMcr, rmIfDirMaxUbrMcr, rmIfDirMaxVbrCdvt, 3387 rmIfServCategorySupport, rmIfCbrDefaultRxUpcTolerance, 3388 rmIfVbrRtDefaultRxUpcTolerance, rmIfVbrNrtDefaultRxUpcTolerance, 3389 rmIfAbrDefaultRxUpcTolerance, rmIfUbrDefaultRxUpcTolerance, 3390 rmIfVbrRtDefaultRxUpcCdvt, rmIfVbrNrtDefaultRxUpcCdvt, 3391 rmIfOverBooking 3392 } 3393 STATUS deprecated -- superceded by atmRmAllIfCfgMIBGroup6 3394 DESCRIPTION 3395 "A collection of objects which provide ATM interface Resource 3396 Management configuration for all interfaces." 3397 ::= { ciscoAtmRmMIBGroups 21 } 3398 3399cgrPerVcqAtmRmGroup2 OBJECT-GROUP 3400 OBJECTS { cgrPerVcqRmThreshGrpQMaxSize, cgrPerVcqRmThreshGrpQMinSize, 3401 cgrPerVcqRmThreshGrpDiscThreshold, cgrPerVcqRmThreshGrpMaxSize, 3402 cgrPerVcqRmThreshGrpMarkThreshold, cgrPerVcqRmThreshGrpName, 3403 cgrPerVcqRmThreshGrpCellCount, cgrPerVcqRmThreshGrpServGroup, 3404 cgrPerVcqRmHierarchicalSchedulingMode 3405 } 3406 STATUS current 3407 DESCRIPTION 3408 "A collection of objects which provide ATM Resource 3409 Management status on the Catalyst8540MSR platform." 3410 ::= { ciscoAtmRmMIBGroups 22 } 3411 3412 3413atmRmTrafficShaperIfGroup OBJECT-GROUP 3414 OBJECTS { rtsIfMaxThreshold, rtsIfCellCount, 3415 rtsIfVbrCfgRequested, 3416 rtsIfVbrCfgInstalled, 3417 rtsIfBeCfgRequested, 3418 rtsIfBeCfgInstalled, 3419 rtsIfVbrClassMaxThrshRequested, 3420 rtsIfVbrClassMaxThrshInstalled, 3421 rtsIfBeClassMaxThrshRequested, 3422 rtsIfBeClassMaxThrshInstalled, 3423 rtsIfVbrVcMaxThrshRequested, 3424 rtsIfVbrVcMaxThrshInstalled, 3425 rtsIfBeVcMaxThrshRequested, 3426 rtsIfBeVcMaxThrshInstalled 3427 } 3428 STATUS current 3429 DESCRIPTION 3430 "A collection of objects which provide ATM Traffic Shaper 3431 configuration and state information for ATM interfaces." 3432 ::= { ciscoAtmRmMIBGroups 23 } 3433 3434atmRmAllIfCfgMIBGroup6 OBJECT-GROUP 3435 OBJECTS { rmIfLinkDistance, rmIfBestEffortLimit, 3436 rmIfDirMaxCbrPcr, rmIfDirMaxCbrTolerance, 3437 rmIfDirMaxVbrPcr, rmIfDirMaxVbrScr, 3438 rmIfDirMaxVbrTolerance, rmIfDirMaxAbrPcr, 3439 rmIfDirMaxAbrTolerance, rmIfDirMaxUbrPcr, 3440 rmIfDirMaxUbrTolerance, rmIfDirMaxAbrMcr, 3441 rmIfDirMaxUbrMcr, rmIfDirMaxVbrCdvt, 3442 rmIfServCategorySupport, 3443 rmIfCbrDefaultRxUpcTolerance, 3444 rmIfVbrRtDefaultRxUpcTolerance, 3445 rmIfVbrNrtDefaultRxUpcTolerance, 3446 rmIfAbrDefaultRxUpcTolerance, 3447 rmIfUbrDefaultRxUpcTolerance, 3448 rmIfVbrRtDefaultRxUpcCdvt, 3449 rmIfVbrNrtDefaultRxUpcCdvt, 3450 rmIfOverBooking, 3451 rmIfVbrRtPerClassOverbooking, 3452 rmIfVbrNrtPerClassOverbooking, 3453 rmIfAbrPerClassOverbooking, 3454 rmIfUbrPerClassOverbooking 3455 } 3456 STATUS current 3457 DESCRIPTION 3458 "A collection of objects which provide ATM 3459 interface Resource Management configuration 3460 for all interfaces." 3461 ::= { ciscoAtmRmMIBGroups 24 } 3462 3463END 3464