1C-PRODUCT-CBR-MIB DEFINITIONS ::= BEGIN 2 3IMPORTS 4 cbr FROM C-PRODUCT-GROUP-MIB 5 portSlot, 6 portNumber, 7 vcpSideId, 8 TimeAndDate FROM C-PRODUCT-BASE-MIB 9 Counter FROM RFC1155-SMI 10 OBJECT-TYPE FROM RFC-1212; 11 12-- Data Types 13 14-- CBR groups 15 16cbrDS1E1CardConfig OBJECT IDENTIFIER ::= {cbr 1} 17cbrDS1E1PortConfig OBJECT IDENTIFIER ::= {cbr 2} 18cbrDS1E1VcConfig OBJECT IDENTIFIER ::= {cbr 3} 19cbrDS1E1ATMStats OBJECT IDENTIFIER ::= {cbr 4} 20cbrV35PortConfig OBJECT IDENTIFIER ::= {cbr 5} 21cbrDS1E1NewVcConfig OBJECT IDENTIFIER ::= {cbr 6} 22cbrDS1E1NewATMStats OBJECT IDENTIFIER ::= {cbr 7} 23 24-- CBR Card Configuration Group (cbrDS1E1CardConfig) 25 26cbrDS1E1CardConfTable OBJECT-TYPE 27 SYNTAX SEQUENCE OF CbrDS1E1CardEntry 28 ACCESS not-accessible 29 STATUS mandatory 30 DESCRIPTION 31 "This object contains the CBR specific card Configuration table. 32 There is one cbrDS1E1CardConfEntry associated for each provisioned 33 CBR interface within the shelf. This table uses portSlot as an index 34 which is defined in the portBaseTable of the C-PRODUCT BASE MIB. 35 This index value uniquely identifies the CBR interface to which this 36 entry is applicable." 37 ::= {cbrDS1E1CardConfig 1} 38 39cbrDS1E1CardConfEntry OBJECT-TYPE 40 SYNTAX CbrDS1E1CardEntry 41 ACCESS not-accessible 42 STATUS mandatory 43 DESCRIPTION 44 "An entry in the CBR specific card Configuration table." 45 INDEX { portSlot } 46 ::= {cbrDS1E1CardConfTable 1} 47 48CbrDS1E1CardEntry ::= 49 SEQUENCE { 50 cbrDS1E1CardRefPort 51 INTEGER 52 } 53 54cbrDS1E1CardRefPort OBJECT-TYPE 55 SYNTAX INTEGER (1..8) 56 ACCESS read-write 57 STATUS mandatory 58 DESCRIPTION 59 "This object indicates which port the receive clock may be selected as 60 the system reference clock source. The value range starts at 1 and the 61 maximum value is dependent upon the total number of physical ports on 62 the specified CBR interface. Four and eight port CBR intefaces are 63 supported. An error is returned if this object is set outside the 64 range of the specified physical card interface. In addition, an error 65 is returned if this slot has been selected as the system reference 66 clock and an attempt is made to change to a port not in-service. 67 The default value is port 1 (1)." 68 DEFVAL { 1 } 69 ::= {cbrDS1E1CardConfEntry 1} 70 71-- CBR Port Configuration Group (cbrDS1E1PortConfig) 72 73cbrDS1E1PortConfTable OBJECT-TYPE 74 SYNTAX SEQUENCE OF CbrDS1E1PortEntry 75 ACCESS not-accessible 76 STATUS mandatory 77 DESCRIPTION 78 "This object contains the CBR specific port Configuration table. 79 There is one cbrDS1E1PortConfEntry associated for each provisioned 80 CBR port interface within the shelf. This table uses portSlot and 81 portNumber as an index which is defined in the portBaseTable of the 82 C-PRODUCT BASE MIB. This index value uniquely identifies the CBR port 83 interface to which this entry is applicable." 84 ::= {cbrDS1E1PortConfig 1} 85 86cbrDS1E1PortConfEntry OBJECT-TYPE 87 SYNTAX CbrDS1E1PortEntry 88 ACCESS not-accessible 89 STATUS mandatory 90 DESCRIPTION 91 "An entry in the CBR specific port Configuration table." 92 INDEX { portSlot, portNumber } 93 ::= { cbrDS1E1PortConfTable 1 } 94 95CbrDS1E1PortEntry ::= 96 SEQUENCE { 97 cbrDS1E1PortConfLBO 98 INTEGER, 99 cbrDS1E1PortConfLineCode 100 INTEGER, 101 cbrDS1E1PortConfPortMode 102 INTEGER, 103 cbrDS1E1PortConfFraming 104 INTEGER, 105 cbrDS1E1PortConfTiming 106 INTEGER, 107 cbrDS1E1PortConfSignaling 108 INTEGER, 109 cbrDS1E1PortConfCRC-4 110 INTEGER, 111 cbrDS1E1PortConfDS0Channels 112 INTEGER, 113 cbrDS1E1PortConfLoopBackType 114 INTEGER 115 } 116 117cbrDS1E1PortConfLBO OBJECT-TYPE 118 SYNTAX INTEGER { 119 dsx-0-110ft(1), 120 dsx-110-220ft(2), 121 dsx-220-330ft(3), 122 dsx-330-440ft(4), 123 dsx-440-550ft(5), 124 dsx-550-600ft(6), 125 dsx-GT-600ft(7) 126 } 127 ACCESS read-write 128 STATUS mandatory 129 DESCRIPTION 130 "This object is applicable to a T1-DSX CBR interface ONLY and 131 indicates the associated Line Build Out configuration for the 132 designated port. An error is returned if an access is attempted on 133 a physical interface other than a T1-DSX port interface. The default 134 value is 330 to 440 feet (4)." 135 DEFVAL { dsx-330-440ft } 136 ::= {cbrDS1E1PortConfEntry 1} 137 138cbrDS1E1PortConfLineCode OBJECT-TYPE 139 SYNTAX INTEGER { 140 ami(1), 141 t1-B8ZS(2), 142 e1-HDB3(3) 143 } 144 ACCESS read-write 145 STATUS mandatory 146 DESCRIPTION 147 "This object indicates the zero code suppression technique 148 configured to the specified T1/E1 port interface. The bipolar 149 with 8 zero substitution (B8ZS) technique is applicable to T1 150 interfaces ONLY. The High Density Binary Three (HDB3) is 151 applicable to E1 interfaces ONLY." 152 ::= {cbrDS1E1PortConfEntry 2} 153 154cbrDS1E1PortConfPortMode OBJECT-TYPE 155 SYNTAX INTEGER { 156 unstructured(1), 157 struct-voice(2), 158 struct-data(3) 159 } 160 ACCESS read-write 161 STATUS mandatory 162 DESCRIPTION 163 "This object indicates the type of service configured to the 164 specified T1/E1 port interface. Unstructured allows the 165 application to utilize the entire available bandwidth at a 166 bit rate of 1.544 Mb/s for T1 or 2.048 Mb/s for E1. T1/E1 Framing 167 is optional in this service mode. Structured service provides Nx64 168 kbit/s capability where N ranges between 1 and the maximum number of 169 available DS0 channels. Struct-Voice passes traffic with signaling 170 informaion enabled. Struct-Data passes traffic with signaling 171 information disabled. Changing the mode configuration will cause 172 the following parameters to be changed. 173 174 . framing timing signaling crc-4 175 . ------- ------ --------- ----- 176 . T1 unstructured unframed N/A N/A N/A 177 . struct data ESF loop* N/A N/A 178 . struct voice ESF loop* N/A N/A 179 . E1 unstructured unframed N/A disable disable 180 . struct data single loop* disable disable 181 . struct voice multi loop* enable enable 182 183 * timing is converted to loop timing only if timing is previously 184 . configured to be in SRTS or adaptive timing modes 185 186 NOTE: Changing this object to a different mode will cause all 187 previously associated VCC's to be deleted. The default value for 188 this object is unstructured (1)." 189 DEFVAL { unstructured } 190 ::= { cbrDS1E1PortConfEntry 3 } 191 192cbrDS1E1PortConfFraming OBJECT-TYPE 193 SYNTAX INTEGER { 194 unframed(1), 195 t1-D4(2), 196 t1-ESF(3), 197 e1-single-frame(4), 198 e1-multi-frame(5) 199 } 200 ACCESS read-write 201 STATUS mandatory 202 DESCRIPTION 203 "This object indicates the type of frame organization configured for 204 the specified T1/E1 port interface. D4 and ESF frame organizations 205 apply to T1 interfaces ONLY. Single-frame and multi-frame organizations 206 pertain to E1 interfaces ONLY. An error is returned if a set is 207 applied to an inappropriate cardtype (eg. T1-D4 is applied to an E1 208 cardtype). Unframed is not a valid configuration in a structured mode. 209 The E1 interface will not allow framing to be changed in structured 210 voice mode. Changing the framing configuration for an E1 interface 211 will cause the following parameters to be changed in unstructured 212 and structured data modes. 213 214 . signaling crc-4 215 . --------- ----- 216 . E1 unframed disable disable 217 . single-frame disable* disable 218 . multi-frame enable* enable 219 220 * signaling is automatically changed in unstructured mode only 221 222 The default value is unframed (1)." 223 DEFVAL { unframed } 224 ::= { cbrDS1E1PortConfEntry 4 } 225 226cbrDS1E1PortConfTiming OBJECT-TYPE 227 SYNTAX INTEGER { 228 system(1), 229 loop(2), 230 srts(3), 231 adaptive(4) 232 } 233 ACCESS read-write 234 STATUS mandatory 235 DESCRIPTION 236 "This object indicates the type of input clock service configured for 237 the specified T1/E1 port interface. Synchronous Residual Time Stamp 238 (SRTS) and Adaptive timing modes are ONLY available in unstructured 239 mode. System configures the port interface to use the system reference 240 clock within the shelf as a reference for transmitting. Loop uses 241 the input port Rx clock as the timing source. An error is returned if 242 an access is attempted to set this object in an inappropriate port 243 mode (eg. SRTS is applied in structured voice mode). The default value 244 is adaptive (4)." 245 DEFVAL { adaptive } 246 ::= { cbrDS1E1PortConfEntry 5 } 247 248cbrDS1E1PortConfSignaling OBJECT-TYPE 249 SYNTAX INTEGER { 250 no-signaling(1), 251 e1-CAS(2) 252 } 253 ACCESS read-write 254 STATUS mandatory 255 DESCRIPTION 256 "This object is applicable to E1 interfaces ONLY and indicates if 257 signaling information is enabled or disabled. Signaling information 258 is always disabled in E1 single-frame or unframed mode. Signaling 259 information is always enabled in structured voice multi-frame mode. 260 An error is returned if a set is applied to an inappropriate cardtype 261 (eg. E1-CAS is applied to a T1 cardtype). In addition, the crc-4 262 configuration object is automatically disabled if the E1 interface is 263 in unstructured multi-frame mode and signaling is disabled. 264 265 NOTE: This object can ONLY be changed in E1 unstructured multi-frame 266 mode. The default value is no-signaling (1)." 267 DEFVAL { no-signaling } 268 ::= { cbrDS1E1PortConfEntry 6 } 269 270cbrDS1E1PortConfCRC-4 OBJECT-TYPE 271 SYNTAX INTEGER { 272 disabled(1), 273 enabled(2) 274 } 275 ACCESS read-write 276 STATUS mandatory 277 DESCRIPTION 278 "This object is applicable to E1 interfaces ONLY and indicates if 279 CRC-4 information is enabled or disabled. CRC-4 information is 280 always disabled in E1 single-frame or unframed mode. CRC-4 281 information is always enabled in multi-frame mode with signaling 282 disabled. NOTE: This object can ONLY be modified in E1 CAS multi-frame 283 mode. The default value is disabled (1)." 284 DEFVAL { disabled } 285 ::= { cbrDS1E1PortConfEntry 7 } 286 287cbrDS1E1PortConfDS0Channels OBJECT-TYPE 288 SYNTAX INTEGER 289 ACCESS read-only 290 STATUS mandatory 291 DESCRIPTION 292 "This object indicates the associated DS0's which have been assigned 293 to the specified physical port interface. All available DS0 channels 294 are automatically allocated in unstructured mode. In structured mode, 295 the DS0 channels are bit-coded with each bit representing one DS0 296 channel. The following are some examples: 297 298 Value Representation 299 0x00000002 DS0-1 has been allocated to this port 300 0x000007f0 DS0-4 to DS0-10 have been allocated to this port 301 0x00027004 DS0-2, DS0-12 to DS0-14, DS0-17 have been allocated 302 303 In E1 structured voice mode, the bit fields correspond to telephone 304 channels and are automatically mapped to it's associated DS0 305 channel. Valid telephone channels range from 1 to 30. 306 " 307 ::= { cbrDS1E1PortConfEntry 8 } 308 309cbrDS1E1PortConfLoopBackType OBJECT-TYPE 310 SYNTAX INTEGER { 311 no-loopback(1), 312 network-line(2), 313 local-card(3), 314 network-card(4), 315 no-response(5) 316 } 317 ACCESS read-write 318 STATUS mandatory 319 DESCRIPTION 320 "This object indicates the type of loopback configured for the 321 specified T1/E1 port interface. Network-line (2) redirects incoming 322 remote traffic back into the network interface at the external edge of 323 the card interface. Network-card (4) regenerates framing information 324 prior to redirecting incoming remote traffic back into the network 325 interface. Local-card (3) redirects local incoming traffic back into 326 the local system. The default value is no-loopback (1)." 327 DEFVAL { no-loopback } 328 ::= { cbrDS1E1PortConfEntry 9 } 329 330-- This definition is good only for Lodi 1.4 & 1.5, Use new implementation 331-- If you had to modify anything for Baja & Lodi 2.0 332-- CBR VC Configuration Group (cbrDS1E1VcConfig) 333 334-- CBR ATM Statistics Group (cbrDS1E1ATMStats) 335 336-- For Baja & Lodi 2.0 onwards 337-- CBR New VC Configuration Group (cbrDS1E1NewVcConfig) 338 339cbrDS1E1NewVcConfTable OBJECT-TYPE 340 SYNTAX SEQUENCE OF CbrDS1E1NewVcEntry 341 ACCESS not-accessible 342 STATUS mandatory 343 DESCRIPTION 344 "This object contains the CBR specific VC Configuration table. 345 There is one cbrDS1E1VcConfEntry associated for each CBR VC connection 346 provisioned within the shelf. This table uses vcPortSlot, vcPortPort, 347 vcPortTransmitVpi, vcPortTransmitVci, vcPortReceiveVpi, and 348 vcPortReceiveVci as an index which is defined in the vcBaseTable of 349 the C-PRODUCT BASE MIB. This index value uniquely identifies the CBR 350 VC connection to which this entry is applicable. 351 352 NOTE: The associated Circuit Emulation Service (CES) MIB defined by 353 the ATM forum restricts the VC index to a single 32-bit scalar value. 354 In support of this MIB, the CES MIB index retains the same indexing 355 information as the enterprise MIB (with the exception of using 356 vcPortReceiveVpi and vcPortReceiveVci) but has been bit-mapped using 357 the following construction: 358 359 vcPortPort bit 0..3 360 vcPortSlot bit 4..8 361 vcPortTransmitVci bit 9..23 362 vcPortTransmitVpi bit 24..31" 363 364 ::= { cbrDS1E1NewVcConfig 1 } 365 366cbrDS1E1NewVcConfEntry OBJECT-TYPE 367 SYNTAX CbrDS1E1NewVcEntry 368 ACCESS not-accessible 369 STATUS mandatory 370 DESCRIPTION 371 "An entry in the CBR specific VC Configuration table." 372 INDEX { vcpSideId } 373 ::= { cbrDS1E1NewVcConfTable 1 } 374 375CbrDS1E1NewVcEntry ::= 376 SEQUENCE { 377 cbrDS1E1NewVcConfCDVT 378 INTEGER, 379 cbrDS1E1NewVcConfIntegPeriod 380 INTEGER, 381 cbrDS1E1NewVcConfPayloadSize 382 INTEGER, 383 cbrDS1E1NewVcConfPayloadType 384 INTEGER, 385 cbrDS1E1NewVcConfOnHookDetection 386 INTEGER, 387 cbrDS1E1NewVcConfSignalingType 388 INTEGER, 389 cbrDS1E1NewVcConfDS0Channels 390 INTEGER 391 } 392 393cbrDS1E1NewVcConfCDVT OBJECT-TYPE 394 SYNTAX INTEGER (1..31) -- UNITS msecs 395 ACCESS read-write 396 STATUS mandatory 397 DESCRIPTION 398 "This object indicates the Cell Delay Variation Tolerance (CDVT) 399 in msecs configured for the specified T1/E1 ATM VC connection. The 400 CDVT value specifies the amount of cell delay uncertainty which may 401 be experienced by any particular cell. The maximum CDVT value for a 402 T1 interface is 24. The maximum CDVT value for an E1 interface is 403 31. The default value is 1 msec (1)." 404 DEFVAL { 1 } 405 ::= { cbrDS1E1NewVcConfEntry 1 } 406 407cbrDS1E1NewVcConfIntegPeriod OBJECT-TYPE 408 SYNTAX INTEGER (2000..65535) -- UNITS msecs 409 ACCESS read-write 410 STATUS mandatory 411 DESCRIPTION 412 "This object indicates the Cell Loss Integration Period in msecs 413 configured for the specified ATM VC connection. If cell(s) are lost 414 within this period, the ATM Cell Loss Status (ACLS) is set to loss. 415 ACLS is accessible via the Circuit Emulation Service (CES) MIB defined 416 by the ATM forum and/or the VT100 ATM statistics screen. The default 417 value is 2500 msecs (2500)." 418 DEFVAL { 2500 } 419 ::= { cbrDS1E1NewVcConfEntry 2 } 420 421cbrDS1E1NewVcConfPayloadSize OBJECT-TYPE 422 SYNTAX INTEGER (1..47) -- UNITS bytes 423 ACCESS read-only 424 STATUS mandatory 425 DESCRIPTION 426 "This object indicates the actual number of payload octets used per 427 ATM cell size configured for the specified T1/E1 ATM VC connection. 428 The default value is 47 bytes (47)." 429 DEFVAL { 47 } 430 ::= { cbrDS1E1NewVcConfEntry 3 } 431 432cbrDS1E1NewVcConfPayloadType OBJECT-TYPE 433 SYNTAX INTEGER { 434 none(1), 435 voice(2), 436 data(3) 437 } 438 ACCESS read-only 439 STATUS mandatory 440 DESCRIPTION 441 "This object indicates which payload type has been configured for the 442 specified T1/E1 ATM VC connection. It is reflective upon the T1/E1 443 port mode configuration (ie. none -> unstructured, voice -> structured 444 voice, data -> structured data). The default is none (1)." 445 DEFVAL { none } 446 ::= { cbrDS1E1NewVcConfEntry 4 } 447 448cbrDS1E1NewVcConfOnHookDetection OBJECT-TYPE 449 SYNTAX INTEGER { 450 disabled(1), 451 enabled(2) 452 } 453 ACCESS read-write 454 STATUS mandatory 455 DESCRIPTION 456 "This object dynamically reallocates bandwidth based upon the detection 457 of an on-hook condition as specified by the signaling type. This 458 object is applicable in structured voice mode ONLY. The default 459 value is disabled (1)." 460 DEFVAL { disabled } 461 ::= {cbrDS1E1NewVcConfEntry 5} 462 463cbrDS1E1NewVcConfSignalingType OBJECT-TYPE 464 SYNTAX INTEGER { 465 no-signaling(1), 466 em-plar(2), 467 fxo-loop-start(3), 468 fxs-loop-start(4), 469 fxo-ground-start(5), 470 fxs-ground-start(6), 471 e1-r2(7) 472 } 473 ACCESS read-write 474 STATUS mandatory 475 DESCRIPTION 476 "This object indicates the associated signaling application type. This 477 object defaults to no_signaling in unstructured/structured data modes 478 and cannot be modified in these modes. This object can only be set in 479 structured voice mode. All signaling application type values are 480 applicable in this mode except for no-signaling. An error will result 481 if an attempt is made to set no_signaling in structured voice mode. 482 In addition, an error will result if an attempt is made to set e1-r2 483 to a T1 interface. The default value is no-signaling(1)." 484 DEFVAL { no-signaling } 485 ::= { cbrDS1E1NewVcConfEntry 6 } 486 487cbrDS1E1NewVcConfDS0Channels OBJECT-TYPE 488 SYNTAX INTEGER 489 ACCESS read-write 490 STATUS mandatory 491 DESCRIPTION 492 "This object indicates the associated DS0's which have been assigned 493 to the specified ATM VC connection. All available DS0 channels are 494 automatically allocated in unstructured mode. In structured mode, the 495 DS0 channels are bit-coded with each bit representing one DS0 channel. 496 The following are some examples: 497 498 Value Representation 499 0x00000002 DS0-1 has been allocated to this VC 500 0x000007f0 DS0-4 to DS0-10 have been allocated to this VC 501 0x00027004 DS0-2, DS0-12 to DS0-14, DS0-17 have been allocated 502 503 DS0 channels can only be assigned in structured mode. Channel 504 conflicts within a T1/E1 port interface will result in an error. 505 For CBR V35 Port the valid values are as follows: 506 Channel Selection Value Data Rate 507 ----------------- ------------ ----------- 508 1 2 64k 509 1-2 6 128k 510 1-3 14 192k 511 1-4 30 256k 512 1-6 126 384k 513 1-8 510 512k 514 1-12 8190 768k 515 1-16 131070 1024k 516 1-24 33554430 1536k 517 " 518 ::= { cbrDS1E1NewVcConfEntry 7 } 519 520cbrDS1E1NewATMStatsTable OBJECT-TYPE 521 SYNTAX SEQUENCE OF CbrDS1E1NewATMStatsEntry 522 ACCESS not-accessible 523 STATUS mandatory 524 DESCRIPTION 525 "This object contains the CBR specific VC Statistics table. 526 There is one cbrDS1E1ATMStatsEntry associated for each CBR VC connection 527 provisioned within the shelf. This table uses vcPortSlot, vcPortPort, 528 vcPortTransmitVpi, and vcPortTransmitVci as an index which is defined 529 in the vcBaseTable of the C-PRODUCT BASE MIB. This index value uniquely 530 identifies the CBR VC connection to which this entry is applicable. 531 Additional VC statistics information is available in the associated 532 Circuit Emulation Service (CES) MIB defined by the ATM forum. 533 534 NOTE: The associated Circuit Emulation Service (CES) MIB defined by 535 the ATM forum restricts the VC index to a single 32-bit scalar value. 536 In support of this MIB, the CES MIB index retains the same indexing 537 information as the enterprise MIB but has been bit-mapped using the 538 following construction: 539 540 vcPortPort bit 0..3 541 vcPortSlot bit 4..8 542 vcPortTransmitVci bit 9..23 543 vcPortTransmitVpi bit 24..31" 544 545 ::= { cbrDS1E1NewATMStats 1 } 546 547cbrDS1E1NewATMStatsEntry OBJECT-TYPE 548 SYNTAX CbrDS1E1NewATMStatsEntry 549 ACCESS not-accessible 550 STATUS mandatory 551 DESCRIPTION 552 "An entry in the CBR specific VC Statistics table." 553 INDEX { vcpSideId } 554 ::= { cbrDS1E1NewATMStatsTable 1 } 555 556CbrDS1E1NewATMStatsEntry ::= 557 SEQUENCE { 558 cbrDS1E1NewATMStatsRxCells 559 Counter, 560 cbrDS1E1NewATMStatsTxCells 561 Counter, 562 cbrDS1E1NewATMStatsOOSErrors 563 Counter, 564 cbrDS1E1NewATMStatsCRCErrors 565 Counter, 566 cbrDS1E1NewATMStatsOAMRxCells 567 Counter, 568 cbrDS1E1NewATMStatsOAMTxCells 569 Counter, 570 cbrDS1E1NewATMStatsClearStats 571 INTEGER, 572 cbrDS1E1NewATMStatsResetTimeDate 573 TimeAndDate 574 } 575 576cbrDS1E1NewATMStatsRxCells OBJECT-TYPE 577 SYNTAX Counter 578 ACCESS read-only 579 STATUS mandatory 580 DESCRIPTION 581 "This object indicates the total number of ATM cells received 582 over the T1/E1 ATM VC connection since the last ATM VC clear 583 time and date." 584 ::= { cbrDS1E1NewATMStatsEntry 1 } 585 586cbrDS1E1NewATMStatsTxCells OBJECT-TYPE 587 SYNTAX Counter 588 ACCESS read-only 589 STATUS mandatory 590 DESCRIPTION 591 "This object indicates the total number of ATM cells transmitted 592 over the T1/E1 ATM VC connection since the last ATM VC clear 593 time and date." 594 ::= { cbrDS1E1NewATMStatsEntry 2 } 595 596cbrDS1E1NewATMStatsOOSErrors OBJECT-TYPE 597 SYNTAX Counter 598 ACCESS read-only 599 STATUS mandatory 600 DESCRIPTION 601 "This object indicates the total number of out-of-sequence errors 602 detected over the specified T1/E1 ATM VC connection since the last 603 ATM VC clear time and date." 604 ::= { cbrDS1E1NewATMStatsEntry 3 } 605 606cbrDS1E1NewATMStatsCRCErrors OBJECT-TYPE 607 SYNTAX Counter 608 ACCESS read-only 609 STATUS mandatory 610 DESCRIPTION 611 "This object indicates the total number of CRC errors detected over 612 the specified T1/E1 ATM VC connection since the last ATM VC clear 613 time and date." 614 ::= { cbrDS1E1NewATMStatsEntry 4 } 615 616cbrDS1E1NewATMStatsOAMRxCells OBJECT-TYPE 617 SYNTAX Counter 618 ACCESS read-only 619 STATUS mandatory 620 DESCRIPTION 621 "This object indicates the total number of OAM cells received over 622 the specified T1/E1 ATM VC connection since the last ATM VC clear 623 time and date." 624 ::= { cbrDS1E1NewATMStatsEntry 5 } 625 626cbrDS1E1NewATMStatsOAMTxCells OBJECT-TYPE 627 SYNTAX Counter 628 ACCESS read-only 629 STATUS mandatory 630 DESCRIPTION 631 "This object indicates the total number of OAM cells transmitted over 632 the specified T1/E1 ATM VC connection since the last ATM VC clear 633 time and date." 634 ::= { cbrDS1E1NewATMStatsEntry 6 } 635 636cbrDS1E1NewATMStatsClearStats OBJECT-TYPE 637 SYNTAX INTEGER { 638 clear (1), 639 not-applicable (2) 640 } 641 ACCESS read-write 642 STATUS mandatory 643 DESCRIPTION 644 "This object will (1) clear the ATM statistics counters and (2) 645 initialize the reset time and date to the current time and date 646 for the specified ATM VC connection. NOTE: A value of '2' is 647 returned for any attempted reads of this object." 648 ::= { cbrDS1E1NewATMStatsEntry 7 } 649 650cbrDS1E1NewATMStatsResetTimeDate OBJECT-TYPE 651 SYNTAX TimeAndDate 652 ACCESS read-only 653 STATUS mandatory 654 DESCRIPTION 655 "This object indicates the last time and date the ATM statistics 656 were cleared for the specified ATM VC connection." 657 ::= { cbrDS1E1NewATMStatsEntry 8 } 658 659END 660