1CTRON-WAN-MIB DEFINITIONS ::= BEGIN 2 3 -- CTRON-WAN-MIB The Cabletron Wide area MIB. 4 -- Revision: 01.08.06 5 -- Part Number: 2170989 6 -- Date: May 20, 1998 7 8 -- Cabletron Systems, Inc. 9 -- 35 Industrial Way, P.O. Box 5005 10 -- Rochester, NH 03867-0505 11 -- (603) 332-9400 12 -- support@ctron.com 13 14 -- This module provides authoritative definitions for part 15 -- of the naming tree below: 16 -- 17 -- cabletron { enterprises 52 } 18 -- 19 -- This module will be extended, as additional sub-sections 20 -- of this naming tree are defined. 21 -- 22 23 -- Cabletron Systems reserves the right to make changes in 24 -- specification and other information contained in this document 25 -- without prior notice. The reader should consult Cabletron Systems 26 -- to determine whether any such changes have been made. 27 -- 28 -- In no event shall Cabletron Systems be liable for any incidental, 29 -- indirect, special, or consequential damages whatsoever (including 30 -- but not limited to lost profits) arising out of or related to this 31 -- document or the information contained in it, even if Cabletron 32 -- Systems has been advised of, known, or should have known, the 33 -- possibility of such damages. 34 -- 35 -- Cabletron grants vendors, end-users, and other interested parties 36 -- a non-exclusive license to use this Specification in connection 37 -- with the management of Cabletron products. 38 39 -- Copyright August 95 Cabletron Systems 40 41 42 IMPORTS 43 OBJECT-TYPE FROM RFC-1212 44 ctWan FROM CTRON-MIB-NAMES 45 DisplayString FROM RFC1213-MIB 46 IpAddress, Counter FROM RFC1155-SMI; 47 48 -- variables 49 Index ::= INTEGER 50 DLCI ::= INTEGER 51 -- DisplayString ::= OCTET STRING 52 53--==================================================================== 54 -- Groups 55 56 ctWanConnection OBJECT IDENTIFIER ::= { ctWan 1 } 57 58 ctWanDs1 OBJECT IDENTIFIER ::= { ctWan 2 } 59 60 ctWanRs232 OBJECT IDENTIFIER ::= { ctWan 3 } 61 62 ctFrDcp OBJECT IDENTIFIER ::= { ctWan 4 } 63 64 ctDDS OBJECT IDENTIFIER ::= { ctWan 5 } 65 66 ctDs1Alarms OBJECT IDENTIFIER ::= { ctWan 6 } 67 68 ctIPPQFilters OBJECT IDENTIFIER ::= { ctWan 7 } 69 70 ctWanHDSLExt OBJECT IDENTIFIER ::= { ctWan 8 } 71 72-- ctWanConnection Group 73-- This group is mandatory for all platforms that have one or more 74-- Wan Connections 75 76 wanNumConnections OBJECT-TYPE 77 SYNTAX INTEGER 78 ACCESS read-only 79 STATUS mandatory 80 DESCRIPTION 81 "This objects describes the number of wan connections on the 82 platform. A wan connection may have one or two physical ports 83 of which only one can be active at any time." 84 ::= { ctWanConnection 1 } 85 86 wanConnTable OBJECT-TYPE 87 SYNTAX SEQUENCE OF WanConnEntry 88 ACCESS not-accessible 89 STATUS mandatory 90 DESCRIPTION 91 "A list of wan connection entries. The number of wan 92 connection entries is given by the value of wanNumConnections." 93 ::= { ctWanConnection 2 } 94 95 wanConnEntry OBJECT-TYPE 96 SYNTAX WanConnEntry 97 ACCESS not-accessible 98 STATUS mandatory 99 DESCRIPTION 100 "A wan connection entry containing objects relating to 101 the particular wan connection." 102 INDEX { wanConnIndex } 103 ::= { wanConnTable 1 } 104 105 WanConnEntry ::= 106 SEQUENCE { 107 wanConnIndex 108 INTEGER, 109 wanConnNumPhysPorts 110 INTEGER, 111 wanConnDefaultPhysPort 112 INTEGER, 113 wanConnActivePhysPort 114 INTEGER 115 } 116 117 wanConnIndex OBJECT-TYPE 118 SYNTAX INTEGER 119 ACCESS read-only 120 STATUS mandatory 121 DESCRIPTION 122 "A unique value for each wan connection. Its value ranges 123 between 1 and the value wanNumConnections." 124 ::= { wanConnEntry 1 } 125 126 wanConnNumPhysPorts OBJECT-TYPE 127 SYNTAX INTEGER 128 ACCESS read-only 129 STATUS mandatory 130 DESCRIPTION 131 "The number of physical ports that exist on this wan 132 connection." 133 ::= { wanConnEntry 2 } 134 135 wanConnDefaultPhysPort OBJECT-TYPE 136 SYNTAX INTEGER 137 ACCESS read-write 138 STATUS mandatory 139 DESCRIPTION 140 "The default physical port for this connection. This 141 indicates the physical port that should be used on this wan 142 connection. If redundancy is not enabled, this physical port 143 will always be used. If redundancy is enabled, the physical 144 port given here will be considered the primary physical port. 145 The value of this object must be set to the index of a 146 valid physical port (wanPhysPortIndex) for this wan connection." 147 ::= { wanConnEntry 3 } 148 149 wanConnActivePhysPort OBJECT-TYPE 150 SYNTAX INTEGER 151 ACCESS read-only 152 STATUS mandatory 153 DESCRIPTION 154 "The physical port that is currently active for this wan 155 connection. The value of this object indicates the 156 wanPhysPortIndex for the active port." 157 ::= { wanConnEntry 4 } 158 159 160 wanPhysPortTable OBJECT-TYPE 161 SYNTAX SEQUENCE OF WanPhysPortEntry 162 ACCESS not-accessible 163 STATUS mandatory 164 DESCRIPTION 165 "A list of the descriptions of the physical ports of this 166 platform. The number of entries is given by the value 167 of wanConnNumPhysPort for each Wan Connection." 168 ::= { ctWanConnection 3 } 169 170 wanPhysPortEntry OBJECT-TYPE 171 SYNTAX WanPhysPortEntry 172 ACCESS not-accessible 173 STATUS mandatory 174 DESCRIPTION 175 "A physical port entry. It contains objects relating to a 176 given physical port" 177 INDEX { wanPhysPortConnectionIndex, wanPhysPortIndex } 178 ::= { wanPhysPortTable 1 } 179 180 WanPhysPortEntry ::= 181 SEQUENCE { 182 wanPhysPortConnectionIndex 183 INTEGER, 184 wanPhysPortIndex 185 INTEGER, 186 wanPhysPortType 187 INTEGER, 188 wanPhysPortSpecificMib 189 OBJECT IDENTIFIER 190 } 191 192 wanPhysPortConnectionIndex OBJECT-TYPE 193 SYNTAX INTEGER 194 ACCESS read-only 195 STATUS mandatory 196 DESCRIPTION 197 "A value indicating the wan connection this physical port 198 is located on." 199 ::= { wanPhysPortEntry 1 } 200 201 wanPhysPortIndex OBJECT-TYPE 202 SYNTAX INTEGER 203 ACCESS read-only 204 STATUS mandatory 205 DESCRIPTION 206 "A unique value for each physical port on a wan connection. 207 Its value ranges between 1 and the value wanConnNumPhysPorts." 208 ::= { wanPhysPortEntry 2 } 209 210 wanPhysPortType OBJECT-TYPE 211 SYNTAX INTEGER { 212 none(1), 213 t1(2), 214 e1(3), 215 synchronous(4), 216 dds(5), 217 di(6), 218 hdsl(7), 219 bri(8), 220 ds30(9), 221 t1DDS(10) 222 } 223 ACCESS read-only 224 STATUS mandatory 225 DESCRIPTION 226 "The type of physical port that this entry describes. None 227 indicates that the physical port has no connector." 228 ::= { wanPhysPortEntry 3 } 229 230 wanPhysPortSpecificMib OBJECT-TYPE 231 SYNTAX OBJECT IDENTIFIER 232 ACCESS read-only 233 STATUS mandatory 234 DESCRIPTION 235 "This object identifies an instance of the index object in 236 the first group of objects in the MIB specific to the 237 physical port." 238 ::= { wanPhysPortEntry 4 } 239 240 wanInterfaceTable OBJECT-TYPE 241 SYNTAX SEQUENCE OF WanInterfaceEntry 242 ACCESS not-accessible 243 STATUS mandatory 244 DESCRIPTION 245 "The interface table for a physical port on a wan connection. 246 It is a list of items that are pertinent to the interfaces 247 that are part of this physical port. The number of entries 248 is dependent on the wanPhysPortType for the interface. 249 If the wanPhysPortType is none, there will be no entries 250 in the table for the port. If the wanPhysPortType is t1, 251 there will be 24 entries in this table for the port. 252 If the wanPhysPortType is e1, there will be 30 entries 253 in this table for the port. If the wanPhysPortType is 254 synchronous, there will be one entry in this table for the 255 port. " 256 ::= { ctWanConnection 4 } 257 258 wanInterfaceEntry OBJECT-TYPE 259 SYNTAX WanInterfaceEntry 260 ACCESS not-accessible 261 STATUS mandatory 262 DESCRIPTION 263 "A wan connection physical port interface entry. It 264 contains objects relating to an interface that is defined 265 for this physical port and this wan connection." 266 INDEX { wanInterfaceConnectionIndex, wanInterfacePhysPortIndex, 267 wanInterfaceEntryIndex } 268 ::= { wanInterfaceTable 1} 269 270 WanInterfaceEntry ::= 271 SEQUENCE { 272 wanInterfaceConnectionIndex 273 INTEGER, 274 wanInterfacePhysPortIndex 275 INTEGER, 276 wanInterfaceEntryIndex 277 INTEGER, 278 wanInterfaceEntryIfIndex 279 INTEGER, 280 wanInterfaceEntryProtocol 281 INTEGER, 282 wanInterfaceEntryCompression 283 INTEGER, 284 wanInterfaceEntryMTU 285 INTEGER, 286 wanInterfaceEntryLineCoding 287 INTEGER, 288 wanInterfaceEntryCrcLength 289 INTEGER, 290 wanInterfaceEntryLexProtocolEnable 291 INTEGER, 292 wanInterfaceEntryLexProtocolStatus 293 INTEGER, 294 wanInterfaceEntryCompRatio 295 OCTET STRING, 296 wanInterfaceEntryCompStatus 297 INTEGER, 298 wanInterfaceEntryBackUpIfEnable 299 INTEGER 300 } 301 wanInterfaceConnectionIndex OBJECT-TYPE 302 SYNTAX INTEGER 303 ACCESS read-only 304 STATUS mandatory 305 DESCRIPTION 306 "This value is the wan connection that this interface 307 exists on." 308 ::= { wanInterfaceEntry 1} 309 310 wanInterfacePhysPortIndex OBJECT-TYPE 311 SYNTAX INTEGER 312 ACCESS read-only 313 STATUS mandatory 314 DESCRIPTION 315 "This value is the physical port of the wan connection 316 that this interface exists on." 317 ::= { wanInterfaceEntry 2} 318 319 wanInterfaceEntryIndex OBJECT-TYPE 320 SYNTAX INTEGER 321 ACCESS read-only 322 STATUS mandatory 323 DESCRIPTION 324 "A unique value for each interface of this physical port. 325 It is a value between 1 and the number of interfaces that 326 exist for the current port. The number of interfaces for 327 each type of port is: 24 for a port type (wanPhysPortType) 328 of 't1', 30 for a port type of 'e1', and 1 for a port type 329 of 'synchronous'. There will be no entries if the port type 330 is 'none'." 331 ::= { wanInterfaceEntry 3} 332 333 wanInterfaceEntryIfIndex OBJECT-TYPE 334 SYNTAX INTEGER 335 ACCESS read-only 336 STATUS mandatory 337 DESCRIPTION 338 "The ifIndex of the interface. This is the index of this entry 339 in the ifTable." 340 REFERENCE 341 "rfc-1213" 342 ::= { wanInterfaceEntry 4} 343 344 wanInterfaceEntryProtocol OBJECT-TYPE 345 SYNTAX INTEGER 346 ACCESS read-write 347 STATUS mandatory 348 DESCRIPTION 349 "The protocol that should be run on this interface. Values 350 are equivalent to those defined for ifType in Mib-II. 351 Accepted values are product dependent." 352 REFERENCE 353 "rfc-1213, product literature" 354 ::= { wanInterfaceEntry 5} 355 356 wanInterfaceEntryCompression OBJECT-TYPE 357 SYNTAX INTEGER { 358 on(1), 359 off(2) 360 } 361 ACCESS read-write 362 STATUS mandatory 363 DESCRIPTION 364 "Indicates whether data compression should take 365 place on this interface." 366 ::= { wanInterfaceEntry 6} 367 368 wanInterfaceEntryMTU OBJECT-TYPE 369 SYNTAX INTEGER 370 ACCESS read-write 371 STATUS mandatory 372 DESCRIPTION 373 "The MTU to be negotiated for this interface. This will not 374 be updated with the actual MTU, which can be found in the 375 ifTable." 376 ::= { wanInterfaceEntry 7} 377 378 wanInterfaceEntryLineCoding OBJECT-TYPE 379 SYNTAX INTEGER { 380 none (1), 381 jBZS (2), 382 invHDLC (3) 383 } 384 ACCESS read-write 385 STATUS mandatory 386 DESCRIPTION 387 "This object describes the variety of Zero Code suppression 388 on this interface. For an interface on a Ds1 Port, the valid 389 values depend on the value of the Ds1ConfigLineCode object. 390 If that object is set to ds1xB8ZS, then this object can be 391 set to none, JBZS, or InvHDLC. If the value of 392 Ds1ConfigLineCode is set to ds1xAMI, then this object can 393 only be set to JBZS, or InvHDLC. For an interface on a 394 Synchronous Port, the valid values are none or InvHDLC. 395 JBZS refers to Jammed Bit Zero suppression, which forces a 396 1 bit every 8 bit periods. InvHDLC refers to inverting 397 the HDLC data for the interface. None refers to a mode 398 in which some other means, such as with the Ds1ConfigLineCode 399 object set to dsx1B8ZS, is used to insure pulse density 400 requirements." 401 REFERENCE 402 "rfc-1406" 403 ::= { wanInterfaceEntry 8} 404 405 wanInterfaceEntryCrcLength OBJECT-TYPE 406 SYNTAX INTEGER { 407 sixteen-bits(1), 408 thirty-two-bits(2) 409 } 410 ACCESS read-write 411 STATUS mandatory 412 DESCRIPTION 413 "The Length of the CRC for this interface. Not all platforms 414 will allow all options." 415 ::= { wanInterfaceEntry 9} 416 417 wanInterfaceEntryLexProtocolEnable OBJECT-TYPE 418 SYNTAX INTEGER { 419 enable (1), 420 disable (2) 421 } 422 ACCESS read-write 423 STATUS deprecated 424 DESCRIPTION 425 "This switch acts in concert with the wanInterfaceEntryProtocol 426 object. To activate LEX, this object should first be set to 427 enable (1), then set the wanInterfaceEntryProtocol to PPP. The 428 enable will have no effect if PPP is not selected. If the 429 wanInterfaceEntryProtocol is selected first, the default NCP of 430 BNCP will be selected. To De-select LEX, you must set this 431 object to disable (2), and wanInterfaceEntryProtocol to NONE or 432 reset the device. Just selecting disable (2) will not tear down 433 the connection." 434 ::= { wanInterfaceEntry 10} 435 436 wanInterfaceEntryLexProtocolStatus OBJECT-TYPE 437 SYNTAX INTEGER { 438 bound (1), 439 unbound (2) 440 } 441 ACCESS read-only 442 STATUS deprecated 443 DESCRIPTION 444 "This object reflects the current state of the link. The device 445 is said to be bound to the router when the physical link is OK, 446 the LEX negotiation is successful, and the router has been 447 configured correctly to communicate with this particular LAN 448 Extender." 449 ::= { wanInterfaceEntry 11} 450 451 wanInterfaceEntryCompRatio OBJECT-TYPE 452 SYNTAX OCTET STRING (SIZE (6)) 453 ACCESS read-only 454 STATUS mandatory 455 DESCRIPTION 456 "The ratio of uncompressed to compressed transmitted data. 457 If the data compression status is off, 1:1 will be displayed" 458 459 ::= { wanInterfaceEntry 12} 460 461 wanInterfaceEntryCompStatus OBJECT-TYPE 462 SYNTAX INTEGER { 463 on(1), 464 off(2) 465 } 466 ACCESS read-only 467 STATUS mandatory 468 DESCRIPTION 469 "On indicates that the compression has been successfully 470 negotiated and is operating. Off indicates that the 471 compression negotiation has failed and compression is not 472 operating at this time, or compression has been terminated 473 by either peer." 474 ::= { wanInterfaceEntry 13} 475 476wanInterfaceEntryBackUpIfEnable OBJECT-TYPE 477 SYNTAX INTEGER { 478 enable (1), 479 disable (2) 480 } 481 ACCESS read-write 482 STATUS mandatory 483 DESCRIPTION 484 "This object is used to select the Call-backup option. 485 A value of 1 is used to enable the option and a value of 486 2 to disable it." 487 ::= { wanInterfaceEntry 14} 488 489-- Wan Ds1 Group 490-- This group is required for any platforms that have a t1 or e1 physical port. 491-- 492 wanDs1ExtensionsTable OBJECT-TYPE 493 SYNTAX SEQUENCE OF WanDs1ExtensionsEntry 494 ACCESS not-accessible 495 STATUS mandatory 496 DESCRIPTION 497 "This table is an extension to the standard ds1 configuration 498 table. It is a list of items that are pertinent to ds1 ports 499 on a platform. There is one entry per ds1 physical port on 500 the platform" 501 ::= { ctWanDs1 1 } 502 503 wanDs1ExtensionsEntry OBJECT-TYPE 504 SYNTAX WanDs1ExtensionsEntry 505 ACCESS not-accessible 506 STATUS mandatory 507 DESCRIPTION 508 "A ds1 extensions entry containing objects relating to 509 the particular ds1 physical port" 510 INDEX { wanDs1ExtensionsEntryIndex } 511 ::= { wanDs1ExtensionsTable 1 } 512 513 WanDs1ExtensionsEntry ::= 514 SEQUENCE { 515 wanDs1ExtensionsEntryIndex 516 INTEGER, 517 wanDs1ExtensionsNumInterfaces 518 INTEGER, 519 wanDs1ExtensionsToggleFracTable 520 INTEGER, 521 wanDs1ExtensionsLineBuildOut 522 INTEGER, 523 wanDs1ExtensionsCFADuration 524 INTEGER, 525 wanDs1ExtensionsDIEnable 526 INTEGER, 527 wanDs1ExtensionsTotalValidIntervals 528 Counter, 529 wanDs1ExtensionsBertTestMode 530 INTEGER, 531 wanDs1ExtensionsBertRun 532 INTEGER, 533 wanDs1ExtensionsBertCurrentResults 534 INTEGER, 535 wanDs1ExtensionsBertCumulativeResults 536 INTEGER, 537 wanDs1ExtensionsBertPeakResults 538 INTEGER, 539 wanDs1ExtensionsBertAverageResult 540 INTEGER, 541 wanDs1ExtensionsBertTestPattern 542 INTEGER, 543 wanDs1ExtensionsBertSamplePeriod 544 INTEGER, 545 wanDs1ExtensionsBertNumPeriods 546 Counter, 547 wanDs1ExtensionsBertTestTraps 548 INTEGER, 549 wanDs1ExtensionsBertDataStatus 550 INTEGER 551 } 552 553 wanDs1ExtensionsEntryIndex OBJECT-TYPE 554 SYNTAX INTEGER 555 ACCESS read-only 556 STATUS mandatory 557 DESCRIPTION 558 "A unique value for each ds1 physical port on the platform." 559 ::= { wanDs1ExtensionsEntry 1 } 560 561 wanDs1ExtensionsNumInterfaces OBJECT-TYPE 562 SYNTAX INTEGER 563 ACCESS read-only 564 STATUS mandatory 565 DESCRIPTION 566 "The number of interfaces on this physical port. This 567 number indicates the number of entries this physical port 568 uses in the ifTable." 569 REFERENCE 570 "rfc-1213" 571 ::= { wanDs1ExtensionsEntry 2 } 572 573 wanDs1ExtensionsToggleFracTable OBJECT-TYPE 574 SYNTAX INTEGER { 575 update-table(1), 576 display-new(2), 577 display-old(3), 578 restore-old(4) 579 } 580 ACCESS read-write 581 STATUS mandatory 582 DESCRIPTION 583 "Setting this object to 1 will cause the Ds1 Fractional Table 584 to be updated with the new values, as entered. 585 Setting this object to 2, will cause the Ds1 Fractional Table 586 to view as the table being entered. 587 Setting this object to 3, will cause the Ds1 Fractional Table 588 to be the table that is currently in use, regardless of 589 any changes being entered. 590 Setting this object to 4, will cause any changes that have 591 been made to the Ds1 Fractional Table since the last 592 update-table to be deleted. 593 For physical ports of type synchronous, this object will 594 have no affect, and will always return a 1." 595 REFERENCE 596 "rfc-1406" 597 ::= { wanDs1ExtensionsEntry 3 } 598 599 wanDs1ExtensionsLineBuildOut OBJECT-TYPE 600 SYNTAX INTEGER { 601 unknown(1), 602 zero(2), 603 minus-7point5(3), 604 minus-15(4), 605 a133to266feet(5), 606 a266to399feet(6), 607 a399to533feet(7), 608 a533to655feet(8) 609 } 610 ACCESS read-write 611 STATUS mandatory 612 DESCRIPTION 613 "The line build out setting for this ds1 physical port. 614 Unknown indicates that the setting is neither readable or 615 writable." 616 ::= { wanDs1ExtensionsEntry 4 } 617 618 wanDs1ExtensionsCFADuration OBJECT-TYPE 619 SYNTAX INTEGER(1..15) 620 ACCESS read-write 621 STATUS mandatory 622 DESCRIPTION 623 "The length of time (in seconds), that the ds1 port will 624 remain in the Carrier Failure Alarm state after the 625 alarm condition has cleared." 626 ::= { wanDs1ExtensionsEntry 5 } 627 628 wanDs1ExtensionsDIEnable OBJECT-TYPE 629 SYNTAX INTEGER{ 630 enable(1), 631 disable(2), 632 diDataEnabled(3) 633 } 634 ACCESS read-write 635 STATUS mandatory 636 DESCRIPTION 637 "Enables or disables Drop and Insert functionality on a 638 D/I WPIM. If enabled, all zero assigned timeslots will 639 designate D/I interface channels, if disabled all zero 640 channels will designate dummy channels as on a T1 or E1. 641 If this object is set to diDataEnabled the zero channels 642 will designate D/I interface channels and data to and 643 from the device will be transmitted or received on the 644 D/I port instead of the N/I port." 645 ::= { wanDs1ExtensionsEntry 6 } 646 647 wanDs1ExtensionsTotalValidIntervals OBJECT-TYPE 648 SYNTAX Counter 649 ACCESS read-only 650 STATUS mandatory 651 DESCRIPTION 652 "The number of previous intervals for which 653 valid data was collected for the DS1 mib, which 654 is currently RFC1406. This counter is similar to 655 RFC1406 dsx1ValidIntervals except that the count 656 represents the total number of complete 15 minute 657 intervals since the ds1 interface has been online, 658 and does not stop at the 24 hour period." 659 ::= { wanDs1ExtensionsEntry 7 } 660 661 wanDs1ExtensionsBertTestMode OBJECT-TYPE 662 SYNTAX INTEGER{ 663 none(1), 664 internal(2), 665 manual(3) 666 } 667 ACCESS read-write 668 STATUS mandatory 669 DESCRIPTION 670 "This object is used to request that a type of 671 process be in control of the testing function. 672 This is used to differentiate between automated test 673 procedures and those manually controlled by a user. 674 When read, this object reflects which type of process 675 is actually in control of the testing function. The 676 implementation is free to prioritize or deny requests 677 in a proprietary manner." 678 ::= { wanDs1ExtensionsEntry 8 } 679 680 wanDs1ExtensionsBertRun OBJECT-TYPE 681 SYNTAX INTEGER { 682 disabled(1), 683 enabled(2) 684 } 685 ACCESS read-write 686 STATUS mandatory 687 DESCRIPTION 688 "Controls the sending of test data over this physical 689 port. The data is a pattern described by 690 wanDs1ExtensionsBertTestPattern." 691 ::= { wanDs1ExtensionsEntry 9 } 692 693 wanDs1ExtensionsBertCurrentResults OBJECT-TYPE 694 SYNTAX INTEGER 695 ACCESS read-only 696 STATUS mandatory 697 DESCRIPTION 698 "Indicates the results of the testing for the 699 last completed sampling period. A non-negative 700 number is the error rate in bits per million bits." 701 ::= { wanDs1ExtensionsEntry 10 } 702 703 wanDs1ExtensionsBertCumulativeResults OBJECT-TYPE 704 SYNTAX INTEGER 705 ACCESS read-only 706 STATUS mandatory 707 DESCRIPTION 708 "Indicates the total number of errors since the 709 testing was enabled. It is not a rate." 710 ::= { wanDs1ExtensionsEntry 11 } 711 712 wanDs1ExtensionsBertPeakResults OBJECT-TYPE 713 SYNTAX INTEGER 714 ACCESS read-only 715 STATUS mandatory 716 DESCRIPTION 717 "Indicates the highest value of 718 wanDs1ExtensionsBertCurrentResults since the testing 719 was enabled. A non-negative number is the error rate 720 in bits per million bits." 721 ::= { wanDs1ExtensionsEntry 12 } 722 723 wanDs1ExtensionsBertAverageResult OBJECT-TYPE 724 SYNTAX INTEGER 725 ACCESS read-only 726 STATUS mandatory 727 DESCRIPTION 728 "Indicates the average value of 729 wanDs1ExtensionsBertCurrentResults since the testing 730 was enabled. A non-negative number is the error rate 731 in bits per million bits." 732 ::= { wanDs1ExtensionsEntry 13 } 733 734 wanDs1ExtensionsBertTestPattern OBJECT-TYPE 735 SYNTAX INTEGER { 736 patternOther(1), 737 pattern1s(2), 738 pattern63(3), 739 pattern511(4), 740 pattern2047(5), 741 pattern3in24(6), 742 patternQRSS(7) 743 } 744 ACCESS read-write 745 STATUS mandatory 746 DESCRIPTION 747 "This object is used to specify the pattern of the 748 test data." 749 ::= { wanDs1ExtensionsEntry 14 } 750 751 wanDs1ExtensionsBertSamplePeriod OBJECT-TYPE 752 SYNTAX INTEGER 753 ACCESS read-write 754 STATUS mandatory 755 DESCRIPTION 756 "This object is the duration of time in seconds at 757 which the current test results will be periodically 758 written to wanDs1ExtensionsBertCurrentResults. The 759 range is 1 to 3600, with a default value of 10." 760 ::= { wanDs1ExtensionsEntry 15 } 761 762 wanDs1ExtensionsBertNumPeriods OBJECT-TYPE 763 SYNTAX Counter 764 ACCESS read-only 765 STATUS mandatory 766 DESCRIPTION 767 " The number of sampling periods that have elapsed 768 during the current test run." 769 ::= { wanDs1ExtensionsEntry 16 } 770 771 wanDs1ExtensionsBertTestTraps OBJECT-TYPE 772 SYNTAX INTEGER { 773 disabled(1), 774 enabled(2) 775 } 776 ACCESS read-write 777 STATUS mandatory 778 DESCRIPTION 779 "This object is used to enable or disable the sending 780 of a trap at the conclusion of the measurement period. 781 The trap will contain the information described by 782 ctDs1BertCurrentResults. The default value is disabled." 783 ::= { wanDs1ExtensionsEntry 17 } 784 785 wanDs1ExtensionsBertDataStatus OBJECT-TYPE 786 SYNTAX INTEGER { 787 idle(1), 788 waitingForLink(2), 789 waitingForLoopback(3), 790 running(4) 791 } 792 ACCESS read-only 793 STATUS mandatory 794 DESCRIPTION 795 "This object provides the operating status of the 796 transmission of test data packets." 797 ::= { wanDs1ExtensionsEntry 18 } 798 799-- Wan Rs232 Group 800-- This group is only required if any physical port on the system can be 801-- classified as rs232-like 802-- 803 wanRs232ExtensionsTable OBJECT-TYPE 804 SYNTAX SEQUENCE OF WanRs232ExtensionsEntry 805 ACCESS not-accessible 806 STATUS mandatory 807 DESCRIPTION 808 "This table is an extension to the standard rs232-like mib. 809 It is a list of items that are pertinent to rs232-like ports 810 on a platform. There is one entry per synchronous physical 811 port on the platform." 812 REFERENCE 813 "rfc-1317" 814 ::= { ctWanRs232 1 } 815 816 wanRs232ExtensionsEntry OBJECT-TYPE 817 SYNTAX WanRs232ExtensionsEntry 818 ACCESS not-accessible 819 STATUS mandatory 820 DESCRIPTION 821 "A rs232-like extensions entry containing objects relating to 822 the particular rs232-like physical port." 823 INDEX { wanRs232ExtensionsEntryIndex } 824 ::= { wanRs232ExtensionsTable 1 } 825 826 WanRs232ExtensionsEntry ::= 827 SEQUENCE { 828 wanRs232ExtensionsEntryIndex 829 INTEGER, 830 wanRs232ExtensionsCTSEnable 831 INTEGER, 832 wanRs232ExtensionsDSREnable 833 INTEGER 834 } 835 836 wanRs232ExtensionsEntryIndex OBJECT-TYPE 837 SYNTAX INTEGER 838 ACCESS read-only 839 STATUS mandatory 840 DESCRIPTION 841 "A unique value for each rs232-like physical port on 842 the platform." 843 ::= { wanRs232ExtensionsEntry 1 } 844 845 wanRs232ExtensionsCTSEnable OBJECT-TYPE 846 SYNTAX INTEGER { 847 enable(1), 848 disable(2) 849 } 850 ACCESS read-write 851 STATUS mandatory 852 DESCRIPTION 853 "This object indicates whether the platform should generate 854 CTS. When disabled the platform will not generate CTS, when 855 enabled, the platform will generate CTS. The actual state 856 of the CTS line is available in the rs-232 like mib." 857 REFERENCE 858 "rfc-1317" 859 DEFVAL { disable } 860 ::= { wanRs232ExtensionsEntry 2 } 861 862 wanRs232ExtensionsDSREnable OBJECT-TYPE 863 SYNTAX INTEGER { 864 enable(1), 865 disable(2) 866 } 867 ACCESS read-write 868 STATUS mandatory 869 DESCRIPTION 870 "This object indicates whether the platform should generate 871 DSR. When disabled the platform will not generate DSR, when 872 enabled, the platform will generate DSR. The actual state 873 of the DSR line is available in the rs-232 like mib." 874 REFERENCE 875 "rfc-1317 " 876 DEFVAL { disable } 877 ::= { wanRs232ExtensionsEntry 3 } 878 879-- ctFrDcp Group 880-- This group is mandatory to support Data Compression Protocol 881-- (DCP following FRF.9) for per virtual circuit basis 882 883 frDcpCircuitTable OBJECT-TYPE 884 SYNTAX SEQUENCE OF FrDcpCircuitEntry 885 ACCESS not-accessible 886 STATUS mandatory 887 DESCRIPTION 888 "A table containing data compression information about 889 specific Data Link Connection Identifiers and corresponding 890 virtual circuit. This information is used to support the 891 frCircuitTable following RFC-1315." 892 ::= { ctFrDcp 1 } 893 894 frDcpCircuitEntry OBJECT-TYPE 895 SYNTAX FrDcpCircuitEntry 896 ACCESS not-accessible 897 STATUS mandatory 898 DESCRIPTION 899 "The data compression information regarding a single Data 900 Link Connection Identifier." 901 INDEX { frDcpCircuitIfIndex, frDcpCircuitDlci } 902 ::= { frDcpCircuitTable 1 } 903 904 FrDcpCircuitEntry ::= 905 SEQUENCE { 906 frDcpCircuitIfIndex 907 Index, 908 frDcpCircuitDlci 909 DLCI, 910 frDcpCircuitEnable 911 INTEGER, 912 frDcpCircuitStatus 913 INTEGER, 914 frDcpCircuitRatio 915 OCTET STRING 916 } 917 918 frDcpCircuitIfIndex OBJECT-TYPE 919 SYNTAX Index 920 ACCESS read-only 921 STATUS mandatory 922 DESCRIPTION 923 "The ifIndex value of ifEntry that this DCP virtual circuit 924 object is layered onto." 925 ::= { frDcpCircuitEntry 1 } 926 927 frDcpCircuitDlci OBJECT-TYPE 928 SYNTAX DLCI 929 ACCESS read-only 930 STATUS mandatory 931 DESCRIPTION 932 "The Data Link Connection Identifier for this DCP virtual 933 circuit object." 934 REFERENCE 935 "Draft American National Standard T1.618-1991, Section 3.3.6" 936 ::= { frDcpCircuitEntry 2 } 937 938 frDcpCircuitEnable OBJECT-TYPE 939 SYNTAX INTEGER { 940 on (1), 941 off (2) -- default 942 } 943 ACCESS read-write 944 STATUS mandatory 945 DESCRIPTION 946 "Indicates whether data compression should take place on 947 this particular end side virtual circuit." 948 ::= { frDcpCircuitEntry 3 } 949 950 frDcpCircuitStatus OBJECT-TYPE 951 SYNTAX INTEGER { 952 on (1), 953 off (2) 954 } 955 ACCESS read-only 956 STATUS mandatory 957 DESCRIPTION 958 "On indicates that the compression has been successfully 959 negotiated and is operating. Off indicates that the 960 compression negotiation has failed and compression is not 961 operating at this time, or compression has been terminated 962 by either peer." 963 ::= { frDcpCircuitEntry 4 } 964 965 frDcpCircuitRatio OBJECT-TYPE 966 SYNTAX OCTET STRING (SIZE (5)) 967 ACCESS read-only 968 STATUS mandatory 969 DESCRIPTION 970 "The ratio of uncompressed to compressed transmitted data. 971 If the data compression status is off, 1:1 will be displayed" 972 ::= { frDcpCircuitEntry 5 } 973 974-- 975-- Wan DDS Group 976-- This group is required for any platforms that have a dds physical port. 977-- 978 979ddsConfigTable OBJECT-TYPE 980 SYNTAX SEQUENCE OF DdsConfigEntry 981 ACCESS not-accessible 982 STATUS mandatory 983 DESCRIPTION 984 "The DDS Configuration Table" 985 ::= { ctDDS 1} 986 987ddsConfigEntry OBJECT-TYPE 988 SYNTAX DdsConfigEntry 989 ACCESS not-accessible 990 STATUS mandatory 991 DESCRIPTION 992 "An Entry in the DDS Configuration Table" 993 INDEX { ddsLineIndex } 994 ::= { ddsConfigTable 1 } 995 996DdsConfigEntry ::= 997 SEQUENCE { 998 ddsLineIndex 999 INTEGER, 1000 ddsIfIndex 1001 INTEGER, 1002 ddsLineMode 1003 INTEGER, 1004 ddsLineCoding 1005 INTEGER, 1006 ddsLoopbackConfig 1007 INTEGER, 1008 ddsLineStatus 1009 INTEGER, 1010 ddsTxClockSource 1011 INTEGER, 1012 ddsPortInSpeed 1013 INTEGER, 1014 ddsPortOutSpeed 1015 INTEGER 1016 } 1017 1018 ddsLineIndex OBJECT-TYPE 1019 SYNTAX INTEGER (1..'7fffffff'h) 1020 ACCESS read-only 1021 STATUS mandatory 1022 DESCRIPTION 1023 "A unique value for each dds physical port on the 1024 platform" 1025 ::= { ddsConfigEntry 1 } 1026 1027 ddsIfIndex OBJECT-TYPE 1028 SYNTAX INTEGER (1..'7fffffff'h) 1029 ACCESS read-only 1030 STATUS mandatory 1031 DESCRIPTION 1032 "Index associated with this dds physical port" 1033 ::= { ddsConfigEntry 2 } 1034 1035 ddsLineMode OBJECT-TYPE 1036 SYNTAX INTEGER { 1037 ddsPri (1), 1038 ddsCc (2) 1039 } 1040 ACCESS read-write 1041 STATUS mandatory 1042 DESCRIPTION 1043 "DDS-PRI is full duplex 56k link, No framing in loop 1044 data so loop speed is also 56k. Data stream: 1045 --d1 d2 d3 d4 d5 d6 d7-- 1046 1047 DDS-CC is full duplex 64k link. Does not require framing 1048 bit but uses a same format as SC, ninth bit position is 1049 lumped with primary channel and not used for control. 1050 Loop speed is 72k, Primary channel rate is 64k. 1051 --d1 d2 d3 d4 d5 d6 d7 F d8--" 1052 ::= { ddsConfigEntry 3 } 1053 1054 ddsLineCoding OBJECT-TYPE 1055 SYNTAX INTEGER { 1056 ddsNone (1), 1057 ddsJBZS (2), 1058 otherLineCode (3) 1059 } 1060 ACCESS read-write 1061 STATUS mandatory 1062 DESCRIPTION 1063 "This object describes the variety of Zero Code 1064 suppression on this interface. JBZS refers to Jammed 1065 Bit Zero suppression, which forces a 1 bit every 8 bit 1066 periods. None refers to a mode in which some other 1067 means is used to insure pulse density requirements." 1068 ::= { ddsConfigEntry 4 } 1069 1070 ddsLoopbackConfig OBJECT-TYPE 1071 SYNTAX INTEGER { 1072 ddsNoLoop (1), 1073 ddsLineLoop (2) 1074 } 1075 ACCESS read-write 1076 STATUS mandatory 1077 DESCRIPTION 1078 "This variable represents the loop-back configuration 1079 of the DDS interface. ddsNoLoop means the interface is 1080 not in loop-back state, and LineLoop means the the 1081 received data is looped back out." 1082 ::= { ddsConfigEntry 5 } 1083 1084 ddsLineStatus OBJECT-TYPE 1085 SYNTAX INTEGER { 1086 ddsNoAlarm (1), 1087 ddsLossOfSignal (2), 1088 ddsOutOfService (3), 1089 ddsOutOfFrame (4) 1090 } 1091 ACCESS read-only 1092 STATUS mandatory 1093 DESCRIPTION 1094 "This describes the current operational 1095 status of DDS line." 1096 ::= { ddsConfigEntry 6 } 1097 1098 ddsTxClockSource OBJECT-TYPE 1099 SYNTAX INTEGER { 1100 ddsLoopTiming (1), 1101 ddsLocalTiming (2) 1102 } 1103 ACCESS read-write 1104 STATUS mandatory 1105 DESCRIPTION 1106 "The source of Transmit clock. 1107 ddsLoopTiming - indicates that the recovered receive 1108 clock is used as transmit clock. 1109 ddsLocalTiming - indicates that a local clock source is 1110 used." 1111 ::= { ddsConfigEntry 7 } 1112 1113 ddsPortInSpeed OBJECT-TYPE 1114 SYNTAX INTEGER 1115 ACCESS read-only 1116 STATUS mandatory 1117 DESCRIPTION 1118 " This variable describes the current operational 1119 receive speed of DDS line. It is a read only value 1120 based entirely on DDS type (CC or PRI)." 1121 ::= { ddsConfigEntry 8 } 1122 1123 ddsPortOutSpeed OBJECT-TYPE 1124 SYNTAX INTEGER 1125 ACCESS read-only 1126 STATUS mandatory 1127 DESCRIPTION 1128 "This variable describes the current operational 1129 transmit speed of DDS line. It is a read only value 1130 based entirely on DDS type CC or PRI" 1131 ::= { ddsConfigEntry 9 } 1132 1133-- 1134-- Wan Alarms Group 1135-- This group is required for any platforms that support 1136-- Cabletron's WAN Alarm processing functionality 1137-- 1138 1139-- 1140-- DS1 Alarms Global Configuration Variables 1141-- 1142-- These parameters apply globally to the DS1 Alarms 1143-- entity. These variables allow the user to program 1144-- DS1 alarm characteristics to be the same for all DS1 1145-- lines installed in the device. The other option 1146-- available to the user would be to configure each DS1 1147-- line individually, using the parameters in the DS1 1148-- Alarms Configuration Table. 1149-- 1150 1151 ds1AlarmsGlobalConfigGroup OBJECT IDENTIFIER ::= { ctDs1Alarms 1 } 1152 1153 ds1AlarmGlobalAdmin OBJECT-TYPE 1154 SYNTAX INTEGER { 1155 disabled(1), -- default 1156 enabled(2) 1157 } 1158 ACCESS read-write 1159 STATUS mandatory 1160 DESCRIPTION 1161 "Used to enable and disable the DS1 Alarm 1162 Monitoring Application for all DS1 circuits on the 1163 device." 1164 ::= { ds1AlarmsGlobalConfigGroup 1} 1165 1166 ds1AlarmGlobalAutoRecovery OBJECT-TYPE 1167 SYNTAX INTEGER { 1168 disabled(1), 1169 enabled(2) -- default 1170 } 1171 ACCESS read-write 1172 STATUS mandatory 1173 DESCRIPTION 1174 "Used to enable and disable the DS1 Alarm 1175 Automatic Recovery feature for all DS1 circuits on 1176 the device. For those devices that support ds1 1177 alarm monitoring, but do not support the automatic 1178 recovery feature, this object always returns disabled, 1179 and performs no action when written." 1180 ::= { ds1AlarmsGlobalConfigGroup 2} 1181 1182 ds1AlarmGlobalTrapEnable OBJECT-TYPE 1183 SYNTAX INTEGER { 1184 disabled(1), 1185 enabled(2) -- default 1186 } 1187 ACCESS read-write 1188 STATUS mandatory 1189 DESCRIPTION 1190 "Used to enable and disable the DS1 Alarm 1191 SNMP Trap generation feature for all DS1 circuits on 1192 the device. This object operates in conjunction with 1193 configuration of objects in the ctron-trap-mib.txt" 1194 ::= { ds1AlarmsGlobalConfigGroup 3} 1195 1196 ds1AlarmGlobalESCount OBJECT-TYPE 1197 SYNTAX INTEGER (1..300) -- default is 100 1198 ACCESS read-write 1199 STATUS mandatory 1200 DESCRIPTION 1201 "Used in conjuction with ctDs1AlarmESInterval to set 1202 the threshold for alarm generation when the number of 1203 Errored Seconds for a specified time interval, 1204 measured in minutes, is exceeded. The default 1205 Errored Seconds alarm condition is 100 errored seconds 1206 over a 6 minute time interval." 1207 ::= { ds1AlarmsGlobalConfigGroup 4} 1208 1209 ds1AlarmGlobalESInterval OBJECT-TYPE 1210 SYNTAX INTEGER (1..15) -- default is 6 minutes 1211 ACCESS read-write 1212 STATUS mandatory 1213 DESCRIPTION 1214 "Used in conjuction with ds1AlarmGlobalESCount to 1215 set the threshold for alarm generation when the number 1216 of Errored Seconds for a specified time interval, 1217 measured in minutes, is exceeded. The default 1218 Errored Seconds alarm condition is 100 errored seconds 1219 over a 6 minute time interval." 1220 ::= { ds1AlarmsGlobalConfigGroup 5} 1221 1222 ds1AlarmGlobalBPVErrorRate OBJECT-TYPE 1223 SYNTAX INTEGER (5..9) -- default is 6 1224 ACCESS read-write 1225 STATUS mandatory 1226 DESCRIPTION 1227 "Used to specify the negative exponent of 10, used in 1228 monitoring Bipolar Violations (Code Violations for E1) 1229 over intervals defined by ds1AlarmGlobalBPVInterval. 1230 For example, for a ds1AlarmGlobalBPVErrorRate value 1231 of 6 used with a ds1AlarmGlobalBPVInterval of 15, 1232 an alarm is generated when a 15 minute period has an 1233 average error rate which exceeds 1 Bipolar Violation 1234 (Code Violation for E1) per million bits. 1235 For those devices that support ds1 alarm monitoring 1236 but who's hardware does not support detect bipolar 1237 violations, this object always returns the default, 1238 and performs no action when written." 1239 ::= { ds1AlarmsGlobalConfigGroup 6} 1240 1241 ds1AlarmGlobalBPVInterval OBJECT-TYPE 1242 SYNTAX INTEGER (1..15) -- default is 15 minutes 1243 ACCESS read-write 1244 STATUS mandatory 1245 DESCRIPTION 1246 "Used to specify the interval, used in monitoring 1247 Bipolar Violations (Code Violations for E1) 1248 with thresholds defined by ds1AlarmGlobalBPVErrorRate. 1249 For example, for a ds1AlarmGlobalBPVErrorRate value 1250 of 6 used with a ds1AlarmGlobalBPVInterval of 15, an 1251 alarm is generated when a 15 minute period has an 1252 average error rate which exceeds 1 Bipolar Violation 1253 (Code Violation for E1) per million bits. 1254 For those devices that support ds1 alarm monitoring 1255 but who's hardware does not detect bipolar 1256 violations, this object always returns the default, 1257 and performs no action when written." 1258 ::= { ds1AlarmsGlobalConfigGroup 7} 1259 1260 ds1AlarmGlobalManualRecovery OBJECT-TYPE 1261 SYNTAX INTEGER { 1262 recover(1) 1263 } 1264 ACCESS read-write 1265 STATUS mandatory 1266 DESCRIPTION 1267 "To cause a manual recovery to occur on all Ds1 circuits, this 1268 object is set to a 1. It is always read as a 1. The recovery 1269 will occur only when automatic recovery is disabled." 1270 ::= { ds1AlarmsGlobalConfigGroup 8} 1271 1272-- 1273-- DS1 Alarms Configuration Table 1274-- 1275-- The DS1 alarm table structure contains the same information as the 1276-- global configuration objects, but allows seperate configuratoin of 1277-- specific DS1 circuits contained on the device 1278-- 1279 ds1AlarmConfigTable OBJECT-TYPE 1280 SYNTAX SEQUENCE OF Ds1AlarmConfigEntry 1281 ACCESS not-accessible 1282 STATUS mandatory 1283 DESCRIPTION 1284 "Table containing objects used to configure DS1 alarm 1285 functionality on a per DS1 basis." 1286 ::= { ctDs1Alarms 2 } 1287 1288 ds1AlarmConfigEntry OBJECT-TYPE 1289 SYNTAX Ds1AlarmConfigEntry 1290 ACCESS not-accessible 1291 STATUS mandatory 1292 DESCRIPTION 1293 "A description of a single entry." 1294 INDEX { ds1PhysNum } 1295 ::= { ds1AlarmConfigTable 1 } 1296 1297 Ds1AlarmConfigEntry ::= 1298 SEQUENCE { 1299 ds1PhysNum 1300 INTEGER, 1301 ds1AlarmAdmin 1302 INTEGER, 1303 ds1AlarmAutoRecovery 1304 INTEGER, 1305 ds1AlarmTrapEnable 1306 INTEGER, 1307 ds1AlarmESCount 1308 INTEGER, 1309 ds1AlarmESInterval 1310 INTEGER, 1311 ds1AlarmBPVErrorRate 1312 INTEGER, 1313 ds1AlarmBPVInterval 1314 INTEGER, 1315 ds1AlarmManualRecovery 1316 INTEGER 1317 } 1318 1319 ds1PhysNum OBJECT-TYPE 1320 SYNTAX INTEGER 1321 ACCESS read-only 1322 STATUS mandatory 1323 DESCRIPTION 1324 "The value for this object is equal to the value 1325 of a unique physical connection identifier associated 1326 with this DS1 which is clearly labeled on the device. 1327 For those products that do not have a DS1 identifier 1328 labeled on the device, the value for this object is 1329 the same as rfc1406 dsx1LineIndex." 1330 ::= { ds1AlarmConfigEntry 1 } 1331 1332 ds1AlarmAdmin OBJECT-TYPE 1333 SYNTAX INTEGER { 1334 disabled(1), -- default 1335 enabled(2) 1336 } 1337 ACCESS read-write 1338 STATUS mandatory 1339 DESCRIPTION 1340 "Used to enable and disable the DS1 Alarm 1341 Monitoring Application for this DS1 circuit." 1342 ::= { ds1AlarmConfigEntry 2} 1343 1344 ds1AlarmAutoRecovery OBJECT-TYPE 1345 SYNTAX INTEGER { 1346 disabled(1), 1347 enabled(2) -- default 1348 } 1349 ACCESS read-write 1350 STATUS mandatory 1351 DESCRIPTION 1352 "Used to enable and disable the DS1 Alarm 1353 Automatic Recovery feature for this DS1 circuit. 1354 For those devices that support ds1 1355 alarm monitoring, but do not support the automatic 1356 recovery feature, this object always returns disabled, 1357 and performs no action when written." 1358 ::= { ds1AlarmConfigEntry 3} 1359 1360 ds1AlarmTrapEnable OBJECT-TYPE 1361 SYNTAX INTEGER { 1362 disabled(1), 1363 enabled(2) -- default 1364 } 1365 ACCESS read-write 1366 STATUS mandatory 1367 DESCRIPTION 1368 "Used to enable and disable the DS1 Alarm 1369 SNMP Trap generation feature for this DS1 circuit. 1370 This object operates in conjunction with configuration 1371 of objects in the ctron-trap-mib.txt" 1372 ::= { ds1AlarmConfigEntry 4} 1373 1374 ds1AlarmESCount OBJECT-TYPE 1375 SYNTAX INTEGER (1..300) -- default is 100 1376 ACCESS read-write 1377 STATUS mandatory 1378 DESCRIPTION 1379 "Used in conjuction with ctDs1AlarmESInterval to set 1380 the threshold for alarm generation when the number of 1381 Errored Seconds for a specified time interval, measured 1382 in minutes, is exceeded. The default Errored Seconds 1383 alarm condition is 100 errored seconds over a 6 minute 1384 time interval." 1385 ::= { ds1AlarmConfigEntry 5} 1386 1387 ds1AlarmESInterval OBJECT-TYPE 1388 SYNTAX INTEGER (1..15) -- default is 6 minutes 1389 ACCESS read-write 1390 STATUS mandatory 1391 DESCRIPTION 1392 "Used in conjuction with ctDs1AlarmESCount to set the 1393 threshold for alarm generation when the number of 1394 Errored Seconds for a specified time interval, measured 1395 in minutes, is exceeded. The default Errored Seconds 1396 alarm condition is 100 errored seconds over a 6 minute 1397 time interval." 1398 ::= { ds1AlarmConfigEntry 6} 1399 1400 ds1AlarmBPVErrorRate OBJECT-TYPE 1401 SYNTAX INTEGER (5..9) -- default is 6 1402 ACCESS read-write 1403 STATUS mandatory 1404 DESCRIPTION 1405 "Used to specify the negative exponent of 10, used in 1406 monitoring Bipolar Violations (Code Violations for E1) 1407 over intervals defined by ds1AlarmBPVInterval. For 1408 example, for a ds1AlarmBPVErrorRate value of 6 used 1409 with a ds1AlarmBPVInterval of 15, an alarm is generated 1410 when a 15 minute period has an average error rate which 1411 exceeds 1 Bipolar Violation (Code Violation for E1) per 1412 million bits. 1413 For those devices that support ds1 alarm monitoring 1414 but who's hardware does not support detect bipolar 1415 violations, this object always returns the default, 1416 and performs no action when written." 1417 ::= { ds1AlarmConfigEntry 7} 1418 1419 ds1AlarmBPVInterval OBJECT-TYPE 1420 SYNTAX INTEGER (1..15) -- default is 15 minutes 1421 ACCESS read-write 1422 STATUS mandatory 1423 DESCRIPTION 1424 "Used to specify the interval, used in 1425 monitoring Bipolar Violations (Code Violations for E1) 1426 with thresholds defined by ds1AlarmBPVErrorRate. For 1427 example, for a ds1AlarmBPVErrorRate value of 6 used 1428 with a ds1AlarmBPVInterval of 15, an alarm is generated 1429 when a 15 minute period has an average error rate 1430 which exceeds 1 Bipolar Violation (Code Violation for 1431 E1) per million bits. 1432 For those devices that support ds1 alarm monitoring 1433 but who's hardware does not support detect bipolar 1434 violations, this object always returns the default, 1435 and performs no action when written." 1436 ::= { ds1AlarmConfigEntry 8} 1437 1438 ds1AlarmManualRecovery OBJECT-TYPE 1439 SYNTAX INTEGER { 1440 recover(1) 1441 } 1442 ACCESS read-write 1443 STATUS mandatory 1444 DESCRIPTION 1445 "To cause a manual recovery to occur, this object is set 1446 to a 1. It is always read as a 1. The recovery will 1447 occur only when automatic recovery is disabled." 1448 ::= { ds1AlarmConfigEntry 9} 1449 1450-- 1451-- Wan Internet Protocol Priority Queue Filters Group 1452-- This group is required for any platforms that support 1453-- Cabletron's WAN IP Priority Queue processing functionality 1454-- 1455 1456-- 1457-- IP PQ Configuration Variables 1458-- 1459-- These parameters apply to the IP Priority Queue 1460-- entity. These variables allow the user to program 1461-- IP addresses in a filtering database. The database 1462-- of IP addresses are used when a WAN service is over 1463-- subscribed, and the packet would normally be discarded. 1464-- If the IP PQ admin status is enabled, and the IP 1465-- address of the packet to be discarded matches one 1466-- programmed in the database, an attempt will be made 1467-- to use high priority, reserved, resources to transmit 1468-- the packet. The addresses programmed in this table 1469-- should be reserved for those packets which MUST be 1470-- transmitted. Some examples would be RIP, and SNMP 1471-- packets, who's loss would cause major networking 1472-- problems for the system. 1473-- 1474 1475 ipPQConfigGroup OBJECT IDENTIFIER ::= { ctIPPQFilters 1 } 1476 1477 ipPQAdmin OBJECT-TYPE 1478 SYNTAX INTEGER { 1479 disabled(1), -- default 1480 enabled(2) 1481 } 1482 ACCESS read-write 1483 STATUS mandatory 1484 DESCRIPTION 1485 "Used to enable and disable the IP Priority Queue 1486 Forwarding Application." 1487 ::= { ipPQConfigGroup 1} 1488 1489 iPPQMaxEntries OBJECT-TYPE 1490 SYNTAX INTEGER 1491 ACCESS read-only 1492 STATUS mandatory 1493 DESCRIPTION 1494 "Returns the maximum number of IP address entries 1495 supported by the IP Priority Queue application on 1496 this device." 1497 ::= { ipPQConfigGroup 2} 1498 1499 iPPQNumEntries OBJECT-TYPE 1500 SYNTAX INTEGER 1501 ACCESS read-only 1502 STATUS mandatory 1503 DESCRIPTION 1504 "Get the number of IP address entries currently 1505 programmed in the ipPQAddressTable." 1506 ::= { ipPQConfigGroup 3} 1507 1508 iPPQAddAddress OBJECT-TYPE 1509 SYNTAX IpAddress 1510 ACCESS read-write 1511 STATUS mandatory 1512 DESCRIPTION 1513 "Add an IP address to the ipPQAddressTable. Always 1514 read as a 0.0.0.0." 1515 ::= { ipPQConfigGroup 4 } 1516 1517 iPPQDelAddress OBJECT-TYPE 1518 SYNTAX IpAddress 1519 ACCESS read-write 1520 STATUS mandatory 1521 DESCRIPTION 1522 "Delete an IP address from the ipPQAddressTable. 1523 Always read as a 0.0.0.0." 1524 ::= { ipPQConfigGroup 5 } 1525 1526-- 1527-- 1528-- 1529-- IP Priority Queue Address Table 1530-- 1531-- The IP PQ table contains a list of IP adresses used with the 1532-- Priority Queue filtering mechanism. 1533-- 1534 ipPQAddressTable OBJECT-TYPE 1535 SYNTAX SEQUENCE OF IpPQAddressEntry 1536 ACCESS not-accessible 1537 STATUS mandatory 1538 DESCRIPTION 1539 "Table containing IP addresses, used in an 1540 IP Priority Queue Forwarding function." 1541 ::= { ctIPPQFilters 2 } 1542 1543 ipPQAddressEntry OBJECT-TYPE 1544 SYNTAX IpPQAddressEntry 1545 ACCESS not-accessible 1546 STATUS mandatory 1547 DESCRIPTION 1548 "A description of a single entry." 1549 INDEX { ipPQAddressId } 1550 ::= { ipPQAddressTable 1 } 1551 1552 IpPQAddressEntry ::= 1553 SEQUENCE { 1554 ipPQAddressId 1555 INTEGER, 1556 ipPQIPAddress 1557 IpAddress 1558 } 1559 1560 ipPQAddressId OBJECT-TYPE 1561 SYNTAX INTEGER (1..65535) 1562 ACCESS read-only 1563 STATUS mandatory 1564 DESCRIPTION 1565 "A unique value identifying an element in a sequence 1566 of IP PQ address entries." 1567 ::= { ipPQAddressEntry 1 } 1568 1569 ipPQIPAddress OBJECT-TYPE 1570 SYNTAX IpAddress 1571 ACCESS read-only 1572 STATUS mandatory 1573 DESCRIPTION 1574 "Returns an IP address associated with a specific 1575 entry in this table." 1576 ::= { ipPQAddressEntry 2 } 1577 1578 -- 1579 -- HDSL 15 Minute Performance History Table 1580 -- This group provides counters for UnAvailable Seconds and 1581 -- Errored Seconds of all HDSL connections 1582 -- 1583 1584 ctWanHDSLPerformance15mTable OBJECT-TYPE 1585 SYNTAX SEQUENCE OF CtWanHDSLPerformance15mEntry 1586 ACCESS not-accessible 1587 STATUS mandatory 1588 DESCRIPTION 1589 "HDSL 15 minute performance table. This table provides the 1590 accumulated counts of errored seconds (ES) and unavailable 1591 seconds (UAS) for the HDSL line including the local, remote 1592 units and any doublers in between during a 15 minutes period 1593 for the last 24 hours. 1594 1595 The table is indexed by the non-empty slot in the device and 1596 the 15-minute history slot within the last 24 hours period." 1597 ::= { ctWanHDSLExt 1 } 1598 1599 ctWanHDSLPerformance15mEntry OBJECT-TYPE 1600 SYNTAX CtWanHDSLPerformance15mEntry 1601 ACCESS not-accessible 1602 STATUS mandatory 1603 DESCRIPTION 1604 "Entries in the 15 minute performance table" 1605 INDEX 1606 { ctWanHDSLPerformance15mConnIndex, ctWanHDSLPerformance15mSlotIndex } 1607 ::= { ctWanHDSLPerformance15mTable 1 } 1608 1609 CtWanHDSLPerformance15mEntry ::= SEQUENCE { 1610 ctWanHDSLPerformance15mConnIndex 1611 INTEGER, 1612 ctWanHDSLPerformance15mSlotIndex 1613 INTEGER, 1614 ctWanHDSLHLULoop1UAS15m 1615 INTEGER, 1616 ctWanHDSLHLULoop1ES15m 1617 INTEGER, 1618 ctWanHDSLHLULoop2UAS15m 1619 INTEGER, 1620 ctWanHDSLHLULoop2ES15m 1621 INTEGER, 1622 ctWanHDSLHRULoop1UAS15m 1623 INTEGER, 1624 ctWanHDSLHRULoop1ES15m 1625 INTEGER, 1626 ctWanHDSLHRULoop2UAS15m 1627 INTEGER, 1628 ctWanHDSLHRULoop2ES15m 1629 INTEGER, 1630 ctWanHDSLDb1NetworkLoop1UAS15m 1631 INTEGER, 1632 ctWanHDSLDb1NetworkLoop1ES15m 1633 INTEGER, 1634 ctWanHDSLDb1NetworkLoop2UAS15m 1635 INTEGER, 1636 ctWanHDSLDb1NetworkLoop2ES15m 1637 INTEGER, 1638 ctWanHDSLDb1CustomerLoop1UAS15m 1639 INTEGER, 1640 ctWanHDSLDb1CustomerLoop1ES15m 1641 INTEGER, 1642 ctWanHDSLDb1CustomerLoop2UAS15m 1643 INTEGER, 1644 ctWanHDSLDb1CustomerLoop2ES15m 1645 INTEGER, 1646 ctWanHDSLDb2NetworkLoop1UAS15m 1647 INTEGER, 1648 ctWanHDSLDb2NetworkLoop1ES15m 1649 INTEGER, 1650 ctWanHDSLDb2NetworkLoop2UAS15m 1651 INTEGER, 1652 ctWanHDSLDb2NetworkLoop2ES15m 1653 INTEGER, 1654 ctWanHDSLDb2CustomerLoop1UAS15m 1655 INTEGER, 1656 ctWanHDSLDb2CustomerLoop1ES15m 1657 INTEGER, 1658 ctWanHDSLDb2CustomerLoop2UAS15m 1659 INTEGER, 1660 ctWanHDSLDb2CustomerLoop2ES15m 1661 INTEGER 1662 } 1663 1664 ctWanHDSLPerformance15mConnIndex OBJECT-TYPE 1665 SYNTAX INTEGER 1666 ACCESS read-only 1667 STATUS mandatory 1668 DESCRIPTION 1669 "Identify the HDSL connection within the device, indexing from 1670 1 to the maximum allowed number of HDSL connections in the 1671 device." 1672 ::= { ctWanHDSLPerformance15mEntry 1 } 1673 1674 ctWanHDSLPerformance15mSlotIndex OBJECT-TYPE 1675 SYNTAX INTEGER 1676 ACCESS read-only 1677 STATUS mandatory 1678 DESCRIPTION 1679 "Define which 15-minute slot history of the HDSL within the 1680 24 hour period. Indexing from 1 - 97 with the first index 1681 representing the current 15-minute history" 1682 ::= { ctWanHDSLPerformance15mEntry 2 } 1683 1684 -- 1685 -- Local line unit's 15 minute performance history 1686 -- 1687 1688 ctWanHDSLHLULoop1UAS15m OBJECT-TYPE 1689 SYNTAX INTEGER 1690 ACCESS read-only 1691 STATUS mandatory 1692 DESCRIPTION 1693 "Unavailable seconds (UAS) on LOOP 1 of the local line unit during 1694 the 15-minute period." 1695 ::= { ctWanHDSLPerformance15mEntry 3 } 1696 1697 ctWanHDSLHLULoop1ES15m OBJECT-TYPE 1698 SYNTAX INTEGER 1699 ACCESS read-only 1700 STATUS mandatory 1701 DESCRIPTION 1702 "Errored seconds (ES) on LOOP 1 of the local line unit during 1703 the 15-minute period." 1704 ::= { ctWanHDSLPerformance15mEntry 4 } 1705 1706 ctWanHDSLHLULoop2UAS15m OBJECT-TYPE 1707 SYNTAX INTEGER 1708 ACCESS read-only 1709 STATUS mandatory 1710 DESCRIPTION 1711 "Unavailable seconds (UAS) on LOOP 2 of the local line unit during 1712 the 15-minute period." 1713 ::= { ctWanHDSLPerformance15mEntry 5 } 1714 1715 ctWanHDSLHLULoop2ES15m OBJECT-TYPE 1716 SYNTAX INTEGER 1717 ACCESS read-only 1718 STATUS mandatory 1719 DESCRIPTION 1720 "Errored seconds (ES) on LOOP 2 of the local line unit during 1721 the 15-minute period." 1722 ::= { ctWanHDSLPerformance15mEntry 6 } 1723 1724 -- 1725 -- Remote line unit's 15-minute performance history 1726 -- 1727 1728 ctWanHDSLHRULoop1UAS15m OBJECT-TYPE 1729 SYNTAX INTEGER 1730 ACCESS read-only 1731 STATUS mandatory 1732 DESCRIPTION 1733 "Unavailable seconds (UAS) on LOOP 1 of the remote line unit during 1734 the 15-minute period." 1735 ::= { ctWanHDSLPerformance15mEntry 7 } 1736 1737 ctWanHDSLHRULoop1ES15m OBJECT-TYPE 1738 SYNTAX INTEGER 1739 ACCESS read-only 1740 STATUS mandatory 1741 DESCRIPTION 1742 "Errored seconds (ES) on LOOP 1 of the remote line unit during 1743 the 15-minute period." 1744 ::= { ctWanHDSLPerformance15mEntry 8 } 1745 1746 ctWanHDSLHRULoop2UAS15m OBJECT-TYPE 1747 SYNTAX INTEGER 1748 ACCESS read-only 1749 STATUS mandatory 1750 DESCRIPTION 1751 "Unavailable seconds (UAS) on LOOP 2 of the remote line unit during 1752 the 15-minute period." 1753 ::= { ctWanHDSLPerformance15mEntry 9 } 1754 1755 ctWanHDSLHRULoop2ES15m OBJECT-TYPE 1756 SYNTAX INTEGER 1757 ACCESS read-only 1758 STATUS mandatory 1759 DESCRIPTION 1760 "Errored seconds (ES) on LOOP 2 of the remote line unit during 1761 the 15-minute period." 1762 ::= { ctWanHDSLPerformance15mEntry 10 } 1763 1764 -- 1765 -- Doubler 1's 15-minute performance history 1766 -- 1767 1768 ctWanHDSLDb1NetworkLoop1UAS15m OBJECT-TYPE 1769 SYNTAX INTEGER 1770 ACCESS read-only 1771 STATUS mandatory 1772 DESCRIPTION 1773 "Unavailable seconds (UAS) on LOOP 1 of the first doubler unit's 1774 network side during the 15-minute period." 1775 ::= { ctWanHDSLPerformance15mEntry 11 } 1776 1777 ctWanHDSLDb1NetworkLoop1ES15m OBJECT-TYPE 1778 SYNTAX INTEGER 1779 ACCESS read-only 1780 STATUS mandatory 1781 DESCRIPTION 1782 "Errored seconds (ES) on LOOP 1 of the first doubler unit's 1783 network side during the 15-minute period." 1784 ::= { ctWanHDSLPerformance15mEntry 12 } 1785 1786 ctWanHDSLDb1NetworkLoop2UAS15m OBJECT-TYPE 1787 SYNTAX INTEGER 1788 ACCESS read-only 1789 STATUS mandatory 1790 DESCRIPTION 1791 "Unavailable seconds (UAS) on LOOP 2 of the first doubler unit's 1792 network side during the 15-minute period." 1793 ::= { ctWanHDSLPerformance15mEntry 13 } 1794 1795 ctWanHDSLDb1NetworkLoop2ES15m OBJECT-TYPE 1796 SYNTAX INTEGER 1797 ACCESS read-only 1798 STATUS mandatory 1799 DESCRIPTION 1800 "Errored seconds (ES) on LOOP 2 of the first doubler unit's 1801 network side during the 15-minute period." 1802 ::= { ctWanHDSLPerformance15mEntry 14 } 1803 1804 ctWanHDSLDb1CustomerLoop1UAS15m OBJECT-TYPE 1805 SYNTAX INTEGER 1806 ACCESS read-only 1807 STATUS mandatory 1808 DESCRIPTION 1809 "Unavailable seconds (UAS) on LOOP 1 of the first doubler unit's 1810 customer side during the 15-minute period." 1811 ::= { ctWanHDSLPerformance15mEntry 15 } 1812 1813 ctWanHDSLDb1CustomerLoop1ES15m OBJECT-TYPE 1814 SYNTAX INTEGER 1815 ACCESS read-only 1816 STATUS mandatory 1817 DESCRIPTION 1818 "Errored seconds (ES) on LOOP 1 of the first doubler unit's 1819 customer side during the 15-minute period." 1820 ::= { ctWanHDSLPerformance15mEntry 16 } 1821 1822 ctWanHDSLDb1CustomerLoop2UAS15m OBJECT-TYPE 1823 SYNTAX INTEGER 1824 ACCESS read-only 1825 STATUS mandatory 1826 DESCRIPTION 1827 "Unavailable seconds (UAS) on LOOP 2 of the first doubler unit's 1828 customer side during the 15-minute period." 1829 ::= { ctWanHDSLPerformance15mEntry 17 } 1830 1831 ctWanHDSLDb1CustomerLoop2ES15m OBJECT-TYPE 1832 SYNTAX INTEGER 1833 ACCESS read-only 1834 STATUS mandatory 1835 DESCRIPTION 1836 "Errored seconds (ES) on LOOP 2 of the first doubler unit's 1837 customer side during the 15-minute period." 1838 ::= { ctWanHDSLPerformance15mEntry 18 } 1839 1840 -- 1841 -- Doubler 2's 15-minute performance history 1842 -- 1843 1844 ctWanHDSLDb2NetworkLoop1UAS15m OBJECT-TYPE 1845 SYNTAX INTEGER 1846 ACCESS read-only 1847 STATUS mandatory 1848 DESCRIPTION 1849 "Unavailable seconds (UAS) on LOOP 1 of the second doubler unit's 1850 network side during the 15-minute period." 1851 ::= { ctWanHDSLPerformance15mEntry 19 } 1852 1853 ctWanHDSLDb2NetworkLoop1ES15m OBJECT-TYPE 1854 SYNTAX INTEGER 1855 ACCESS read-only 1856 STATUS mandatory 1857 DESCRIPTION 1858 "Errored seconds (ES) on LOOP 2 of the second doubler unit's 1859 network side during the 15-minute period." 1860 ::= { ctWanHDSLPerformance15mEntry 20 } 1861 1862 ctWanHDSLDb2NetworkLoop2UAS15m OBJECT-TYPE 1863 SYNTAX INTEGER 1864 ACCESS read-only 1865 STATUS mandatory 1866 DESCRIPTION 1867 "Unavailable seconds (UAS) on LOOP 2 of the second doubler unit's 1868 network side during the 15-minute period." 1869 ::= { ctWanHDSLPerformance15mEntry 21 } 1870 1871 ctWanHDSLDb2NetworkLoop2ES15m OBJECT-TYPE 1872 SYNTAX INTEGER 1873 ACCESS read-only 1874 STATUS mandatory 1875 DESCRIPTION 1876 "Errored seconds (ES) on LOOP 2 of the second doubler unit's 1877 network side during the 15-minute period." 1878 ::= { ctWanHDSLPerformance15mEntry 22 } 1879 1880 ctWanHDSLDb2CustomerLoop1UAS15m OBJECT-TYPE 1881 SYNTAX INTEGER 1882 ACCESS read-only 1883 STATUS mandatory 1884 DESCRIPTION 1885 "Unavailable seconds (UAS) on LOOP 1 of the second doubler unit's 1886 customer side during the 15-minute period." 1887 ::= { ctWanHDSLPerformance15mEntry 23 } 1888 1889 ctWanHDSLDb2CustomerLoop1ES15m OBJECT-TYPE 1890 SYNTAX INTEGER 1891 ACCESS read-only 1892 STATUS mandatory 1893 DESCRIPTION 1894 "Errored seconds (ES) on LOOP 1 of the second doubler unit's 1895 customer side during the 15-minute period." 1896 ::= { ctWanHDSLPerformance15mEntry 24 } 1897 1898 ctWanHDSLDb2CustomerLoop2UAS15m OBJECT-TYPE 1899 SYNTAX INTEGER 1900 ACCESS read-only 1901 STATUS mandatory 1902 DESCRIPTION 1903 "Unavailable seconds (UAS) on LOOP 2 of the second doubler unit's 1904 customer side during the 15-minute period." 1905 ::= { ctWanHDSLPerformance15mEntry 25 } 1906 1907 ctWanHDSLDb2CustomerLoop2ES15m OBJECT-TYPE 1908 SYNTAX INTEGER 1909 ACCESS read-only 1910 STATUS mandatory 1911 DESCRIPTION 1912 "Errored seconds (ES) on LOOP 2 of the second doubler unit's 1913 customer side during the 15-minute period." 1914 ::= { ctWanHDSLPerformance15mEntry 26 } 1915 1916 -- 1917 -- HDSL 24 hour Performance History Table 1918 -- This group provides counters for UnAvailable Seconds and 1919 -- Errored Seconds of all HDSL connections 1920 -- 1921 1922 ctWanHDSLPerformance24hTable OBJECT-TYPE 1923 SYNTAX SEQUENCE OF CtWanHDSLPerformance24hEntry 1924 ACCESS not-accessible 1925 STATUS mandatory 1926 DESCRIPTION 1927 "HDSL 24-hour performance table. This table provides the 1928 accumulated counts of errored seconds (ES) and unavailable 1929 seconds (UAS) for the HDSL line including the local, remote 1930 units and any doublers in between during a 24-hour period 1931 for the last 7 days. 1932 1933 The table is indexed by the non-empty slot in the device and 1934 the 24-hour history slot within the last 7 days period." 1935 ::= { ctWanHDSLExt 2 } 1936 1937 ctWanHDSLPerformance24hEntry OBJECT-TYPE 1938 SYNTAX CtWanHDSLPerformance24hEntry 1939 ACCESS not-accessible 1940 STATUS mandatory 1941 DESCRIPTION 1942 "Entries in the 24-hour ctWanHDSLPerformance table" 1943 INDEX 1944 { ctWanHDSLPerformance24hConnIndex, ctWanHDSLPerformance24hSlotIndex } 1945 ::= { ctWanHDSLPerformance24hTable 1 } 1946 1947 CtWanHDSLPerformance24hEntry ::= SEQUENCE { 1948 ctWanHDSLPerformance24hConnIndex 1949 INTEGER, 1950 ctWanHDSLPerformance24hSlotIndex 1951 INTEGER, 1952 ctWanHDSLHLULoop1UAS24h 1953 INTEGER, 1954 ctWanHDSLHLULoop1ES24h 1955 INTEGER, 1956 ctWanHDSLHLULoop2UAS24h 1957 INTEGER, 1958 ctWanHDSLHLULoop2ES24h 1959 INTEGER, 1960 ctWanHDSLHRULoop1UAS24h 1961 INTEGER, 1962 ctWanHDSLHRULoop1ES24h 1963 INTEGER, 1964 ctWanHDSLHRULoop2UAS24h 1965 INTEGER, 1966 ctWanHDSLHRULoop2ES24h 1967 INTEGER, 1968 ctWanHDSLDb1NetworkLoop1UAS24h 1969 INTEGER, 1970 ctWanHDSLDb1NetworkLoop1ES24h 1971 INTEGER, 1972 ctWanHDSLDb1NetworkLoop2UAS24h 1973 INTEGER, 1974 ctWanHDSLDb1NetworkLoop2ES24h 1975 INTEGER, 1976 ctWanHDSLDb1CustomerLoop1UAS24h 1977 INTEGER, 1978 ctWanHDSLDb1CustomerLoop1ES24h 1979 INTEGER, 1980 ctWanHDSLDb1CustomerLoop2UAS24h 1981 INTEGER, 1982 ctWanHDSLDb1CustomerLoop2ES24h 1983 INTEGER, 1984 ctWanHDSLDb2NetworkLoop1UAS24h 1985 INTEGER, 1986 ctWanHDSLDb2NetworkLoop1ES24h 1987 INTEGER, 1988 ctWanHDSLDb2NetworkLoop2UAS24h 1989 INTEGER, 1990 ctWanHDSLDb2NetworkLoop2ES24h 1991 INTEGER, 1992 ctWanHDSLDb2CustomerLoop1UAS24h 1993 INTEGER, 1994 ctWanHDSLDb2CustomerLoop1ES24h 1995 INTEGER, 1996 ctWanHDSLDb2CustomerLoop2UAS24h 1997 INTEGER, 1998 ctWanHDSLDb2CustomerLoop2ES24h 1999 INTEGER 2000 } 2001 2002 -- 2003 -- Local line unit's 24-hour performance history 2004 -- 2005 2006 ctWanHDSLPerformance24hConnIndex OBJECT-TYPE 2007 SYNTAX INTEGER 2008 ACCESS read-only 2009 STATUS mandatory 2010 DESCRIPTION 2011 "Identify the HDSL connection within the device, indexing from 2012 1 to the maximum allowed number of HDSL connections in the 2013 device." 2014 ::= { ctWanHDSLPerformance24hEntry 1 } 2015 2016 ctWanHDSLPerformance24hSlotIndex OBJECT-TYPE 2017 SYNTAX INTEGER 2018 ACCESS read-only 2019 STATUS mandatory 2020 DESCRIPTION 2021 "Define which 24-hour slot history of the HDSL within the 2022 last 7 days period. Indexing from 1 - 8 with the first index 2023 representing the current 24 hour history" 2024 ::= { ctWanHDSLPerformance24hEntry 2 } 2025 2026 ctWanHDSLHLULoop1UAS24h OBJECT-TYPE 2027 SYNTAX INTEGER 2028 ACCESS read-only 2029 STATUS mandatory 2030 DESCRIPTION 2031 "Unavailable seconds (UAS) on LOOP 1 of the local line unit during 2032 the 24-hour period." 2033 ::= { ctWanHDSLPerformance24hEntry 3 } 2034 2035 ctWanHDSLHLULoop1ES24h OBJECT-TYPE 2036 SYNTAX INTEGER 2037 ACCESS read-only 2038 STATUS mandatory 2039 DESCRIPTION 2040 "Errored seconds (ES) on LOOP 1 of the local line unit during 2041 the 24-hour period." 2042 ::= { ctWanHDSLPerformance24hEntry 4 } 2043 2044 ctWanHDSLHLULoop2UAS24h OBJECT-TYPE 2045 SYNTAX INTEGER 2046 ACCESS read-only 2047 STATUS mandatory 2048 DESCRIPTION 2049 "Unavailable seconds (UAS) on LOOP 2 of the local line unit during 2050 the 24-hour period." 2051 ::= { ctWanHDSLPerformance24hEntry 5 } 2052 2053 ctWanHDSLHLULoop2ES24h OBJECT-TYPE 2054 SYNTAX INTEGER 2055 ACCESS read-only 2056 STATUS mandatory 2057 DESCRIPTION 2058 "Errored seconds (ES) on LOOP 2 of the local line unit during 2059 the 24-hour period." 2060 ::= { ctWanHDSLPerformance24hEntry 6 } 2061 2062 -- 2063 -- Remote line unit's 24 hour performance history 2064 -- 2065 2066 ctWanHDSLHRULoop1UAS24h OBJECT-TYPE 2067 SYNTAX INTEGER 2068 ACCESS read-only 2069 STATUS mandatory 2070 DESCRIPTION 2071 "Unavailable seconds (UAS) on LOOP 1 of the remote line unit during 2072 the 24-hour period." 2073 ::= { ctWanHDSLPerformance24hEntry 7 } 2074 2075 ctWanHDSLHRULoop1ES24h OBJECT-TYPE 2076 SYNTAX INTEGER 2077 ACCESS read-only 2078 STATUS mandatory 2079 DESCRIPTION 2080 "Errored seconds (ES) on LOOP 1 of the remote line unit during 2081 the 24-hour period." 2082 ::= { ctWanHDSLPerformance24hEntry 8 } 2083 2084 ctWanHDSLHRULoop2UAS24h OBJECT-TYPE 2085 SYNTAX INTEGER 2086 ACCESS read-only 2087 STATUS mandatory 2088 DESCRIPTION 2089 "Unavailable seconds (UAS) on LOOP 2 of the remote line unit during 2090 the 24-hour period." 2091 ::= { ctWanHDSLPerformance24hEntry 9 } 2092 2093 ctWanHDSLHRULoop2ES24h OBJECT-TYPE 2094 SYNTAX INTEGER 2095 ACCESS read-only 2096 STATUS mandatory 2097 DESCRIPTION 2098 "Errored seconds (ES) on LOOP 2 of the remote line unit during 2099 the 24-hour period." 2100 ::= { ctWanHDSLPerformance24hEntry 10 } 2101 2102 -- 2103 -- Doubler 1's 15-minute performance history 2104 -- 2105 2106 ctWanHDSLDb1NetworkLoop1UAS24h OBJECT-TYPE 2107 SYNTAX INTEGER 2108 ACCESS read-only 2109 STATUS mandatory 2110 DESCRIPTION 2111 "Unavailable seconds (UAS) on LOOP 1 of the first doubler unit's 2112 network side during the 24-hour period." 2113 ::= { ctWanHDSLPerformance24hEntry 11 } 2114 2115 ctWanHDSLDb1NetworkLoop1ES24h OBJECT-TYPE 2116 SYNTAX INTEGER 2117 ACCESS read-only 2118 STATUS mandatory 2119 DESCRIPTION 2120 "Errored seconds (ES) on LOOP 1 of the first doubler unit's 2121 network side during the 24-hour period." 2122 ::= { ctWanHDSLPerformance24hEntry 12 } 2123 2124 ctWanHDSLDb1NetworkLoop2UAS24h OBJECT-TYPE 2125 SYNTAX INTEGER 2126 ACCESS read-only 2127 STATUS mandatory 2128 DESCRIPTION 2129 "Unavailable seconds (UAS) on LOOP 2 of the first doubler unit's 2130 network side during the 24-hour period." 2131 ::= { ctWanHDSLPerformance24hEntry 13 } 2132 2133 ctWanHDSLDb1NetworkLoop2ES24h OBJECT-TYPE 2134 SYNTAX INTEGER 2135 ACCESS read-only 2136 STATUS mandatory 2137 DESCRIPTION 2138 "Errored seconds (ES) on LOOP 2 of the first doubler unit's 2139 network side during the 24-hour period." 2140 ::= { ctWanHDSLPerformance24hEntry 14 } 2141 2142 ctWanHDSLDb1CustomerLoop1UAS24h OBJECT-TYPE 2143 SYNTAX INTEGER 2144 ACCESS read-only 2145 STATUS mandatory 2146 DESCRIPTION 2147 "Unavailable seconds (UAS) on LOOP 1 of the first doubler unit's 2148 customer side during the 24-hour period." 2149 ::= { ctWanHDSLPerformance24hEntry 15 } 2150 2151 ctWanHDSLDb1CustomerLoop1ES24h OBJECT-TYPE 2152 SYNTAX INTEGER 2153 ACCESS read-only 2154 STATUS mandatory 2155 DESCRIPTION 2156 "Errored seconds (ES) on LOOP 1 of the first doubler unit's 2157 customer side during the 24-hour period." 2158 ::= { ctWanHDSLPerformance24hEntry 16 } 2159 2160 ctWanHDSLDb1CustomerLoop2UAS24h OBJECT-TYPE 2161 SYNTAX INTEGER 2162 ACCESS read-only 2163 STATUS mandatory 2164 DESCRIPTION 2165 "Unavailable seconds (UAS) on LOOP 2 of the first doubler unit's 2166 customer side during the 24-hour period." 2167 ::= { ctWanHDSLPerformance24hEntry 17 } 2168 2169 ctWanHDSLDb1CustomerLoop2ES24h OBJECT-TYPE 2170 SYNTAX INTEGER 2171 ACCESS read-only 2172 STATUS mandatory 2173 DESCRIPTION 2174 "Errored seconds (ES) on LOOP 2 of the first doubler unit's 2175 customer side during the 24-hour period." 2176 ::= { ctWanHDSLPerformance24hEntry 18 } 2177 2178 -- 2179 -- Doubler 2's 24-hour performance history 2180 -- 2181 2182 ctWanHDSLDb2NetworkLoop1UAS24h OBJECT-TYPE 2183 SYNTAX INTEGER 2184 ACCESS read-only 2185 STATUS mandatory 2186 DESCRIPTION 2187 "Unavailable seconds (UAS) on LOOP 1 of the second doubler unit's 2188 network side during the 24-hour period." 2189 ::= { ctWanHDSLPerformance24hEntry 19 } 2190 2191 ctWanHDSLDb2NetworkLoop1ES24h OBJECT-TYPE 2192 SYNTAX INTEGER 2193 ACCESS read-only 2194 STATUS mandatory 2195 DESCRIPTION 2196 "Errored seconds (ES) on LOOP 1 of the second doubler unit's 2197 network side during the 24-hour period." 2198 ::= { ctWanHDSLPerformance24hEntry 20 } 2199 2200 ctWanHDSLDb2NetworkLoop2UAS24h OBJECT-TYPE 2201 SYNTAX INTEGER 2202 ACCESS read-only 2203 STATUS mandatory 2204 DESCRIPTION 2205 "Unavailable seconds (UAS) on LOOP 2 of the second doubler unit's 2206 network side during the 24-hour period." 2207 ::= { ctWanHDSLPerformance24hEntry 21 } 2208 2209 ctWanHDSLDb2NetworkLoop2ES24h OBJECT-TYPE 2210 SYNTAX INTEGER 2211 ACCESS read-only 2212 STATUS mandatory 2213 DESCRIPTION 2214 "Errored seconds (ES) on LOOP 2 of the second doubler unit's 2215 network side during the 24-hour period." 2216 ::= { ctWanHDSLPerformance24hEntry 22 } 2217 2218 ctWanHDSLDb2CustomerLoop1UAS24h OBJECT-TYPE 2219 SYNTAX INTEGER 2220 ACCESS read-only 2221 STATUS mandatory 2222 DESCRIPTION 2223 "Unavailable seconds (UAS) on LOOP 1 of the second doubler unit's 2224 customer side during the 24-hour period." 2225 ::= { ctWanHDSLPerformance24hEntry 23 } 2226 2227 ctWanHDSLDb2CustomerLoop1ES24h OBJECT-TYPE 2228 SYNTAX INTEGER 2229 ACCESS read-only 2230 STATUS mandatory 2231 DESCRIPTION 2232 "Errored seconds (ES) on LOOP 1 of the second doubler unit's 2233 customer side during the 24-hour period." 2234 ::= { ctWanHDSLPerformance24hEntry 24 } 2235 2236 ctWanHDSLDb2CustomerLoop2UAS24h OBJECT-TYPE 2237 SYNTAX INTEGER 2238 ACCESS read-only 2239 STATUS mandatory 2240 DESCRIPTION 2241 "Unavailable seconds (UAS) on LOOP 2 of the second doubler unit's 2242 customer side during the 24-hour period." 2243 ::= { ctWanHDSLPerformance24hEntry 25 } 2244 2245 ctWanHDSLDb2CustomerLoop2ES24h OBJECT-TYPE 2246 SYNTAX INTEGER 2247 ACCESS read-only 2248 STATUS mandatory 2249 DESCRIPTION 2250 "Errored seconds (ES) on LOOP 2 of the second doubler unit's 2251 customer side during the 24-hour period." 2252 ::= { ctWanHDSLPerformance24hEntry 26 } 2253 2254 ---------------------------------------------------- 2255 -- HDSL Statistics Table 2256 -- This group provides HDSL line statistics 2257 ---------------------------------------------------- 2258 2259 ctWanHDSLStatisticsTable OBJECT-TYPE 2260 SYNTAX SEQUENCE OF CtWanHDSLStatisticsEntry 2261 ACCESS not-accessible 2262 STATUS mandatory 2263 DESCRIPTION 2264 "This table collects the statistics for the Signal noise ratio 2265 (SNR), and the pulse attenuation of the HDSL line, including 2266 the local, remote units and the doublers in between." 2267 ::= { ctWanHDSLExt 3 } 2268 2269 ctWanHDSLStatisticsEntry OBJECT-TYPE 2270 SYNTAX CtWanHDSLStatisticsEntry 2271 ACCESS not-accessible 2272 STATUS mandatory 2273 DESCRIPTION 2274 "Entries of the HDSL statistics table " 2275 INDEX 2276 { ctWanHDSLStatisticsHLUConnIndex } 2277 ::= { ctWanHDSLStatisticsTable 1 } 2278 2279 CtWanHDSLStatisticsEntry ::= SEQUENCE { 2280 ctWanHDSLStatisticsHLUConnIndex 2281 INTEGER, 2282 ctWanHDSLSNRHLULoop1 2283 INTEGER, 2284 ctWanHDSLSNRLowHLULoop1 2285 INTEGER, 2286 ctWanHDSLSNRHighHLULoop1 2287 INTEGER, 2288 ctWanHDSLSNRHLULoop2 2289 INTEGER, 2290 ctWanHDSLSNRLowHLULoop2 2291 INTEGER, 2292 ctWanHDSLSNRHighHLULoop2 2293 INTEGER, 2294 ctWanHDSLPulseAttenuationHLULoop1 2295 INTEGER, 2296 ctWanHDSLPulseAttenuationHLULoop2 2297 INTEGER, 2298 ctWanHDSLBitStat1HLU 2299 INTEGER, 2300 ctWanHDSLSNRHRULoop1 2301 INTEGER, 2302 ctWanHDSLSNRLowHRULoop1 2303 INTEGER, 2304 ctWanHDSLSNRHighHRULoop1 2305 INTEGER, 2306 ctWanHDSLSNRHRULoop2 2307 INTEGER, 2308 ctWanHDSLSNRLowHRULoop2 2309 INTEGER, 2310 ctWanHDSLSNRHighHRULoop2 2311 INTEGER, 2312 ctWanHDSLPulseAttenuationHRULoop1 2313 INTEGER, 2314 ctWanHDSLPulseAttenuationHRULoop2 2315 INTEGER, 2316 ctWanHDSLDs1FrameHRU 2317 INTEGER, 2318 ctWanHDSLSNRDb1NetworkLoop1 2319 INTEGER, 2320 ctWanHDSLSNRLowDb1NetworkLoop1 2321 INTEGER, 2322 ctWanHDSLSNRHighDb1NetworkLoop1 2323 INTEGER, 2324 ctWanHDSLSNRDb1NetworkLoop2 2325 INTEGER, 2326 ctWanHDSLSNRLowDb1NetworkLoop2 2327 INTEGER, 2328 ctWanHDSLSNRHighDb1NetworkLoop2 2329 INTEGER, 2330 ctWanHDSLSNRDb1CustomerLoop1 2331 INTEGER, 2332 ctWanHDSLSNRLowDb1CustomerLoop1 2333 INTEGER, 2334 ctWanHDSLSNRHighDb1CustomerLoop1 2335 INTEGER, 2336 ctWanHDSLSNRDb1CustomerLoop2 2337 INTEGER, 2338 ctWanHDSLSNRLowDb1CustomerLoop2 2339 INTEGER, 2340 ctWanHDSLSNRHighDb1CustomerLoop2 2341 INTEGER, 2342 ctWanHDSLPulseAttenuationDb1NetworkLoop1 2343 INTEGER, 2344 ctWanHDSLPulseAttenuationDb1NetworkLoop2 2345 INTEGER, 2346 ctWanHDSLPulseAttenuationDb1CustomerLoop1 2347 INTEGER, 2348 ctWanHDSLPulseAttenuationDb1CustomerLoop2 2349 INTEGER, 2350 ctWanHDSLSNRDb2NetworkLoop1 2351 INTEGER, 2352 ctWanHDSLSNRLowDb2NetworkLoop1 2353 INTEGER, 2354 ctWanHDSLSNRHighDb2NetworkLoop1 2355 INTEGER, 2356 ctWanHDSLSNRDb2NetworkLoop2 2357 INTEGER, 2358 ctWanHDSLSNRLowDb2NetworkLoop2 2359 INTEGER, 2360 ctWanHDSLSNRHighDb2NetworkLoop2 2361 INTEGER, 2362 ctWanHDSLSNRDb2CustomerLoop1 2363 INTEGER, 2364 ctWanHDSLSNRLowDb2CustomerLoop1 2365 INTEGER, 2366 ctWanHDSLSNRHighDb2CustomerLoop1 2367 INTEGER, 2368 ctWanHDSLSNRDb2CustomerLoop2 2369 INTEGER, 2370 ctWanHDSLSNRLowDb2CustomerLoop2 2371 INTEGER, 2372 ctWanHDSLSNRHighDb2CustomerLoop2 2373 INTEGER, 2374 ctWanHDSLPulseAttenuationDb2NetworkLoop1 2375 INTEGER, 2376 ctWanHDSLPulseAttenuationDb2NetworkLoop2 2377 INTEGER, 2378 ctWanHDSLPulseAttenuationDb2CustomerLoop1 2379 INTEGER, 2380 ctWanHDSLPulseAttenuationDb2CustomerLoop2 2381 INTEGER 2382 } 2383 2384 -- 2385 -- Local line unit's statistics 2386 -- 2387 2388 ctWanHDSLStatisticsHLUConnIndex OBJECT-TYPE 2389 SYNTAX INTEGER 2390 ACCESS read-only 2391 STATUS mandatory 2392 DESCRIPTION 2393 "Identify the HDSL connection occupied in the device, 2394 indexing from 1 to the maximum allowed connections in 2395 the device." 2396 ::= { ctWanHDSLStatisticsEntry 1 } 2397 2398 ctWanHDSLSNRHLULoop1 OBJECT-TYPE 2399 SYNTAX INTEGER 2400 ACCESS read-only 2401 STATUS mandatory 2402 DESCRIPTION 2403 "Current SNR on LOOP 1 of the local line unit." 2404 ::= { ctWanHDSLStatisticsEntry 2 } 2405 2406 ctWanHDSLSNRLowHLULoop1 OBJECT-TYPE 2407 SYNTAX INTEGER 2408 ACCESS read-only 2409 STATUS mandatory 2410 DESCRIPTION 2411 "Lowest SNR on LOOP 1 of the local line unit." 2412 ::= { ctWanHDSLStatisticsEntry 3 } 2413 2414 ctWanHDSLSNRHighHLULoop1 OBJECT-TYPE 2415 SYNTAX INTEGER 2416 ACCESS read-only 2417 STATUS mandatory 2418 DESCRIPTION 2419 "Highest SNR on LOOP 1 of the local line unit." 2420 ::= { ctWanHDSLStatisticsEntry 4 } 2421 2422 ctWanHDSLSNRHLULoop2 OBJECT-TYPE 2423 SYNTAX INTEGER 2424 ACCESS read-only 2425 STATUS mandatory 2426 DESCRIPTION 2427 "Current SNR on LOOP 2 of the local line unit." 2428 ::= { ctWanHDSLStatisticsEntry 5 } 2429 2430 ctWanHDSLSNRLowHLULoop2 OBJECT-TYPE 2431 SYNTAX INTEGER 2432 ACCESS read-only 2433 STATUS mandatory 2434 DESCRIPTION 2435 "Lowest SNR on LOOP 2 of the local line unit." 2436 ::= { ctWanHDSLStatisticsEntry 6 } 2437 2438 ctWanHDSLSNRHighHLULoop2 OBJECT-TYPE 2439 SYNTAX INTEGER 2440 ACCESS read-only 2441 STATUS mandatory 2442 DESCRIPTION 2443 "Highest SNR on LOOP 2 of the local line unit." 2444 ::= { ctWanHDSLStatisticsEntry 7 } 2445 2446 ctWanHDSLPulseAttenuationHLULoop1 OBJECT-TYPE 2447 SYNTAX INTEGER 2448 ACCESS read-only 2449 STATUS mandatory 2450 DESCRIPTION 2451 "pulse Attenuation on LOOP 1 of the local line unit." 2452 ::= { ctWanHDSLStatisticsEntry 8 } 2453 2454 ctWanHDSLPulseAttenuationHLULoop2 OBJECT-TYPE 2455 SYNTAX INTEGER 2456 ACCESS read-only 2457 STATUS mandatory 2458 DESCRIPTION 2459 "pulse Attenuation on LOOP 2 of the local line unit." 2460 ::= { ctWanHDSLStatisticsEntry 9 } 2461 2462 ctWanHDSLBitStat1HLU OBJECT-TYPE 2463 SYNTAX INTEGER 2464 ACCESS read-only 2465 STATUS mandatory 2466 DESCRIPTION 2467 "A byte value which contains product specific information: 2468 2469 bit 0 - System in AIS on the local line unit. 2470 1 - System in AIS on the remote line unit. 2471 2 - Channels are reversed on the remote line unit. 2472 3 - Channels are reversed on the doubler 1. 2473 4 - Channels are reversed on the doubler 2. 2474 5 - Power is fed to the next unit on the local line unit. 2475 6 - Power is fed to the next unit on the remote line unit. 2476 7 - Smartloop is active on remote line unit. (HiGain only)" 2477 ::= { ctWanHDSLStatisticsEntry 10 } 2478 2479 -- 2480 -- Remote line unit's statistics 2481 -- 2482 2483 ctWanHDSLSNRHRULoop1 OBJECT-TYPE 2484 SYNTAX INTEGER 2485 ACCESS read-only 2486 STATUS mandatory 2487 DESCRIPTION 2488 "Current SNR on LOOP 1 of the remote line unit." 2489 ::= { ctWanHDSLStatisticsEntry 11 } 2490 2491 ctWanHDSLSNRLowHRULoop1 OBJECT-TYPE 2492 SYNTAX INTEGER 2493 ACCESS read-only 2494 STATUS mandatory 2495 DESCRIPTION 2496 "Lowest SNR on LOOP 1 of the remote line unit." 2497 ::= { ctWanHDSLStatisticsEntry 12 } 2498 2499 ctWanHDSLSNRHighHRULoop1 OBJECT-TYPE 2500 SYNTAX INTEGER 2501 ACCESS read-only 2502 STATUS mandatory 2503 DESCRIPTION 2504 "Highest SNR on LOOP 1 of the remote line unit." 2505 ::= { ctWanHDSLStatisticsEntry 13 } 2506 2507 ctWanHDSLSNRHRULoop2 OBJECT-TYPE 2508 SYNTAX INTEGER 2509 ACCESS read-only 2510 STATUS mandatory 2511 DESCRIPTION 2512 "Current SNR on LOOP 2 of the remote line unit." 2513 ::= { ctWanHDSLStatisticsEntry 14 } 2514 2515 ctWanHDSLSNRLowHRULoop2 OBJECT-TYPE 2516 SYNTAX INTEGER 2517 ACCESS read-only 2518 STATUS mandatory 2519 DESCRIPTION 2520 "Lowest SNR on LOOP 2 of the remote line unit." 2521 ::= { ctWanHDSLStatisticsEntry 15 } 2522 2523 2524 ctWanHDSLSNRHighHRULoop2 OBJECT-TYPE 2525 SYNTAX INTEGER 2526 ACCESS read-only 2527 STATUS mandatory 2528 DESCRIPTION 2529 "Highest SNR on LOOP 2 of the remote line unit." 2530 ::= { ctWanHDSLStatisticsEntry 16 } 2531 2532 ctWanHDSLPulseAttenuationHRULoop1 OBJECT-TYPE 2533 SYNTAX INTEGER 2534 ACCESS read-only 2535 STATUS mandatory 2536 DESCRIPTION 2537 "pulse Attenuation on LOOP 1 of the remote line unit." 2538 ::= { ctWanHDSLStatisticsEntry 17 } 2539 2540 ctWanHDSLPulseAttenuationHRULoop2 OBJECT-TYPE 2541 SYNTAX INTEGER 2542 ACCESS read-only 2543 STATUS mandatory 2544 DESCRIPTION 2545 "pulse Attenuation on LOOP 2 of the remote line unit." 2546 ::= { ctWanHDSLStatisticsEntry 18 } 2547 2548 ctWanHDSLDs1FrameHRU OBJECT-TYPE 2549 SYNTAX INTEGER 2550 ACCESS read-only 2551 STATUS mandatory 2552 DESCRIPTION 2553 "Byte value shows DS1 frame and code information for the remote 2554 line unit (HiGain only): 2555 2556 bit 0:1 - 2557 0 - frame format is SF. 2558 1 - frame format is ESF. 2559 2 - Frame format is unframed. 2560 3 - no activity. 2561 2562 bit 2:3 - 2563 reserved. 2564 2565 bit 4 - 2566 0 - line code is AMI 2567 1 - line code is B8ZS. 2568 2569 bit 5:7 - 2570 reserved." 2571 2572 ::= { ctWanHDSLStatisticsEntry 19 } 2573 2574 -- 2575 -- Doubler 1's statistics 2576 -- 2577 2578 ctWanHDSLSNRDb1NetworkLoop1 OBJECT-TYPE 2579 SYNTAX INTEGER 2580 ACCESS read-only 2581 STATUS mandatory 2582 DESCRIPTION 2583 "Current SNR on LOOP 1 of doubler 1's network side" 2584 ::= { ctWanHDSLStatisticsEntry 20 } 2585 2586 ctWanHDSLSNRLowDb1NetworkLoop1 OBJECT-TYPE 2587 SYNTAX INTEGER 2588 ACCESS read-only 2589 STATUS mandatory 2590 DESCRIPTION 2591 "Lowest SNR on LOOP 1 of doubler 1's network side" 2592 ::= { ctWanHDSLStatisticsEntry 21 } 2593 2594 ctWanHDSLSNRHighDb1NetworkLoop1 OBJECT-TYPE 2595 SYNTAX INTEGER 2596 ACCESS read-only 2597 STATUS mandatory 2598 DESCRIPTION 2599 "Highest SNR on LOOP 1 of doubler 1's network side" 2600 ::= { ctWanHDSLStatisticsEntry 22 } 2601 2602 ctWanHDSLSNRDb1NetworkLoop2 OBJECT-TYPE 2603 SYNTAX INTEGER 2604 ACCESS read-only 2605 STATUS mandatory 2606 DESCRIPTION 2607 "Current SNR on LOOP 2 of doubler 1's network side." 2608 ::= { ctWanHDSLStatisticsEntry 23 } 2609 2610 ctWanHDSLSNRLowDb1NetworkLoop2 OBJECT-TYPE 2611 SYNTAX INTEGER 2612 ACCESS read-only 2613 STATUS mandatory 2614 DESCRIPTION 2615 "Lowest SNR on LOOP 2 of doubler 1's network side." 2616 ::= { ctWanHDSLStatisticsEntry 24 } 2617 2618 ctWanHDSLSNRHighDb1NetworkLoop2 OBJECT-TYPE 2619 SYNTAX INTEGER 2620 ACCESS read-only 2621 STATUS mandatory 2622 DESCRIPTION 2623 "Highest SNR on LOOP 2 of doubler 1's network side." 2624 ::= { ctWanHDSLStatisticsEntry 25 } 2625 2626 ctWanHDSLSNRDb1CustomerLoop1 OBJECT-TYPE 2627 SYNTAX INTEGER 2628 ACCESS read-only 2629 STATUS mandatory 2630 DESCRIPTION 2631 "Current SNR on LOOP 1 of doubler 1's customer side." 2632 ::= { ctWanHDSLStatisticsEntry 26 } 2633 2634 ctWanHDSLSNRLowDb1CustomerLoop1 OBJECT-TYPE 2635 SYNTAX INTEGER 2636 ACCESS read-only 2637 STATUS mandatory 2638 DESCRIPTION 2639 "Lowest SNR on LOOP 1 of doubler 1's customer side." 2640 ::= { ctWanHDSLStatisticsEntry 27 } 2641 2642 ctWanHDSLSNRHighDb1CustomerLoop1 OBJECT-TYPE 2643 SYNTAX INTEGER 2644 ACCESS read-only 2645 STATUS mandatory 2646 DESCRIPTION 2647 "Highest SNR on LOOP 1 of doubler 1's customer side." 2648 ::= { ctWanHDSLStatisticsEntry 28 } 2649 2650 ctWanHDSLSNRDb1CustomerLoop2 OBJECT-TYPE 2651 SYNTAX INTEGER 2652 ACCESS read-only 2653 STATUS mandatory 2654 DESCRIPTION 2655 "Current SNR on LOOP 2 of doubler 1's customer side." 2656 ::= { ctWanHDSLStatisticsEntry 29 } 2657 2658 ctWanHDSLSNRLowDb1CustomerLoop2 OBJECT-TYPE 2659 SYNTAX INTEGER 2660 ACCESS read-only 2661 STATUS mandatory 2662 DESCRIPTION 2663 "Lowest SNR on LOOP 2 of doubler 1's customer side." 2664 ::= { ctWanHDSLStatisticsEntry 30 } 2665 2666 ctWanHDSLSNRHighDb1CustomerLoop2 OBJECT-TYPE 2667 SYNTAX INTEGER 2668 ACCESS read-only 2669 STATUS mandatory 2670 DESCRIPTION 2671 "Highest SNR on LOOP 2 of doubler 1's customer side." 2672 ::= { ctWanHDSLStatisticsEntry 31 } 2673 2674 ctWanHDSLPulseAttenuationDb1NetworkLoop1 OBJECT-TYPE 2675 SYNTAX INTEGER 2676 ACCESS read-only 2677 STATUS mandatory 2678 DESCRIPTION 2679 "Pulse Attenuation on LOOP 1 of doubler 1's network side." 2680 ::= { ctWanHDSLStatisticsEntry 32 } 2681 2682 ctWanHDSLPulseAttenuationDb1NetworkLoop2 OBJECT-TYPE 2683 SYNTAX INTEGER 2684 ACCESS read-only 2685 STATUS mandatory 2686 DESCRIPTION 2687 "Pulse Attenuation on LOOP 2 of doubler 1's network side." 2688 ::= { ctWanHDSLStatisticsEntry 33 } 2689 2690 ctWanHDSLPulseAttenuationDb1CustomerLoop1 OBJECT-TYPE 2691 SYNTAX INTEGER 2692 ACCESS read-only 2693 STATUS mandatory 2694 DESCRIPTION 2695 "Pulse Attenuation on LOOP 1 of doubler 1's customer side." 2696 ::= { ctWanHDSLStatisticsEntry 34 } 2697 2698 ctWanHDSLPulseAttenuationDb1CustomerLoop2 OBJECT-TYPE 2699 SYNTAX INTEGER 2700 ACCESS read-only 2701 STATUS mandatory 2702 DESCRIPTION 2703 "pulse Attenuation on LOOP 2 of doubler 1's customer side." 2704 ::= { ctWanHDSLStatisticsEntry 35 } 2705 2706 -- 2707 -- Doubler 2's Statistics 2708 -- 2709 2710 ctWanHDSLSNRDb2NetworkLoop1 OBJECT-TYPE 2711 SYNTAX INTEGER 2712 ACCESS read-only 2713 STATUS mandatory 2714 DESCRIPTION 2715 "Current SNR on LOOP 1 of doubler 2's network side." 2716 ::= { ctWanHDSLStatisticsEntry 36 } 2717 2718 ctWanHDSLSNRLowDb2NetworkLoop1 OBJECT-TYPE 2719 SYNTAX INTEGER 2720 ACCESS read-only 2721 STATUS mandatory 2722 DESCRIPTION 2723 "Lowest SNR on LOOP 1 of doubler 2's network side." 2724 ::= { ctWanHDSLStatisticsEntry 37 } 2725 2726 ctWanHDSLSNRHighDb2NetworkLoop1 OBJECT-TYPE 2727 SYNTAX INTEGER 2728 ACCESS read-only 2729 STATUS mandatory 2730 DESCRIPTION 2731 "Highest SNR on LOOP 1 of doubler 2's network side." 2732 ::= { ctWanHDSLStatisticsEntry 38 } 2733 2734 ctWanHDSLSNRDb2NetworkLoop2 OBJECT-TYPE 2735 SYNTAX INTEGER 2736 ACCESS read-only 2737 STATUS mandatory 2738 DESCRIPTION 2739 "Current SNR on LOOP 2 of doubler 2's network side." 2740 ::= { ctWanHDSLStatisticsEntry 39 } 2741 2742 ctWanHDSLSNRLowDb2NetworkLoop2 OBJECT-TYPE 2743 SYNTAX INTEGER 2744 ACCESS read-only 2745 STATUS mandatory 2746 DESCRIPTION 2747 "Lowest SNR on LOOP 2 of doubler 2's network side." 2748 ::= { ctWanHDSLStatisticsEntry 40 } 2749 2750 ctWanHDSLSNRHighDb2NetworkLoop2 OBJECT-TYPE 2751 SYNTAX INTEGER 2752 ACCESS read-only 2753 STATUS mandatory 2754 DESCRIPTION 2755 "Highest SNR on LOOP 2 of doubler 2's network side." 2756 ::= { ctWanHDSLStatisticsEntry 41 } 2757 2758 ctWanHDSLSNRDb2CustomerLoop1 OBJECT-TYPE 2759 SYNTAX INTEGER 2760 ACCESS read-only 2761 STATUS mandatory 2762 DESCRIPTION 2763 "Current SNR on LOOP 1 of doubler 2's customer side." 2764 ::= { ctWanHDSLStatisticsEntry 42 } 2765 2766 ctWanHDSLSNRLowDb2CustomerLoop1 OBJECT-TYPE 2767 SYNTAX INTEGER 2768 ACCESS read-only 2769 STATUS mandatory 2770 DESCRIPTION 2771 "Lowest SNR on LOOP 1 of doubler 2's customer side." 2772 ::= { ctWanHDSLStatisticsEntry 43 } 2773 2774 ctWanHDSLSNRHighDb2CustomerLoop1 OBJECT-TYPE 2775 SYNTAX INTEGER 2776 ACCESS read-only 2777 STATUS mandatory 2778 DESCRIPTION 2779 "Highest SNR on LOOP 1 of doubler 2's customer side." 2780 ::= { ctWanHDSLStatisticsEntry 44 } 2781 2782 ctWanHDSLSNRDb2CustomerLoop2 OBJECT-TYPE 2783 SYNTAX INTEGER 2784 ACCESS read-only 2785 STATUS mandatory 2786 DESCRIPTION 2787 "Current SNR on LOOP 2 of doubler 2's customer side." 2788 ::= { ctWanHDSLStatisticsEntry 45 } 2789 2790 ctWanHDSLSNRLowDb2CustomerLoop2 OBJECT-TYPE 2791 SYNTAX INTEGER 2792 ACCESS read-only 2793 STATUS mandatory 2794 DESCRIPTION 2795 "Lowest SNR on LOOP 2 of doubler 2's customer side." 2796 ::= { ctWanHDSLStatisticsEntry 46 } 2797 2798 ctWanHDSLSNRHighDb2CustomerLoop2 OBJECT-TYPE 2799 SYNTAX INTEGER 2800 ACCESS read-only 2801 STATUS mandatory 2802 DESCRIPTION 2803 "Highest SNR on LOOP 2 of doubler 2's customer side." 2804 ::= { ctWanHDSLStatisticsEntry 47 } 2805 2806 ctWanHDSLPulseAttenuationDb2NetworkLoop1 OBJECT-TYPE 2807 SYNTAX INTEGER 2808 ACCESS read-only 2809 STATUS mandatory 2810 DESCRIPTION 2811 "Pulse Attenuation on LOOP 1 of doubler 2's network side" 2812 ::= { ctWanHDSLStatisticsEntry 48 } 2813 2814 ctWanHDSLPulseAttenuationDb2NetworkLoop2 OBJECT-TYPE 2815 SYNTAX INTEGER 2816 ACCESS read-only 2817 STATUS mandatory 2818 DESCRIPTION 2819 "Pulse Attenuation on LOOP 2 of doubler 2's network side." 2820 ::= { ctWanHDSLStatisticsEntry 49 } 2821 2822 ctWanHDSLPulseAttenuationDb2CustomerLoop1 OBJECT-TYPE 2823 SYNTAX INTEGER 2824 ACCESS read-only 2825 STATUS mandatory 2826 DESCRIPTION 2827 "pulse Attenuation on LOOP 1 of doubler 2's customer side." 2828 ::= { ctWanHDSLStatisticsEntry 50 } 2829 2830 ctWanHDSLPulseAttenuationDb2CustomerLoop2 OBJECT-TYPE 2831 SYNTAX INTEGER 2832 ACCESS read-only 2833 STATUS mandatory 2834 DESCRIPTION 2835 "Pulse Attenuation on LOOP 2 of doubler 2's customer side." 2836 ::= { ctWanHDSLStatisticsEntry 51 } 2837 2838 ---------------------------------------------------- 2839 -- HDSL Test Table 2840 ---------------------------------------------------- 2841 2842 ctWanHDSLTestTable OBJECT-TYPE 2843 SYNTAX SEQUENCE OF CtWanHDSLTestEntry 2844 ACCESS not-accessible 2845 STATUS mandatory 2846 DESCRIPTION 2847 "Test result for the HDSL line, the current test results only 2848 apply to the local line unit. " 2849 ::= { ctWanHDSLExt 4 } 2850 2851 ctWanHDSLTestEntry OBJECT-TYPE 2852 SYNTAX CtWanHDSLTestEntry 2853 ACCESS not-accessible 2854 STATUS mandatory 2855 DESCRIPTION 2856 "Entries of the HDSL test results table." 2857 INDEX 2858 { ctWanHDSLTestHLUConnIndex } 2859 ::= { ctWanHDSLTestTable 1 } 2860 2861 CtWanHDSLTestEntry ::= SEQUENCE { 2862 ctWanHDSLTestHLUConnIndex 2863 INTEGER, 2864 ctWanHDSLTestMode 2865 INTEGER, 2866 ctWanHDSLHLUTestResult 2867 INTEGER, 2868 ctWanHDSLHRUTestResult 2869 INTEGER 2870 } 2871 2872 ctWanHDSLTestHLUConnIndex OBJECT-TYPE 2873 SYNTAX INTEGER 2874 ACCESS read-only 2875 STATUS mandatory 2876 DESCRIPTION 2877 "Identify the slot of the HDSL within the device that the user 2878 wants to conduct the line unit test. Slot number start from 2879 1 to maximum slots available in the device." 2880 ::= { ctWanHDSLTestEntry 1 } 2881 2882 ctWanHDSLTestMode OBJECT-TYPE 2883 SYNTAX INTEGER 2884 ACCESS read-write 2885 STATUS mandatory 2886 DESCRIPTION 2887 "This object may only be successfully set on a master device. 2888 When this object is set, the local unit's test mode is 2889 defined by these values when set: 2890 2891 1 - Normal operation 2892 3 - Self test mode 2893 4 - PROM check test 2894 5 - External RAM test 2895 6 - DS1 loop test 2896 7 - MUX-DMUX test 2897 9 - Analog loopback mode 2898 13 - Transceiver mode 2899 2900 When getting this object, the value returned represents 2901 the last value this object had been set to." 2902 2903 ::= { ctWanHDSLTestEntry 2 } 2904 2905 ctWanHDSLHLUTestResult OBJECT-TYPE 2906 SYNTAX INTEGER 2907 ACCESS read-only 2908 STATUS mandatory 2909 DESCRIPTION 2910 "Test result for the local line unit (1 - test failed, 0 - success): 2911 bit 0 - 2180 DS1 frame sync test (HiGain only) 2912 1 - 2180 DS1 data test (HiGain only) 2913 2 - LIU DS1 frame sync test (HiGain only) 2914 3 - LIU DS1 data test (HiGain only) 2915 4 - External DS1 frame sync test (HiGain only) 2916 5 - External DS1 data test. 2917 6 - Mux sync test on HDSL LOOP 1 2918 7 - Mux sync test on HDSL LOOP 2 2919 8 - Reserved. 2920 9 - Mux frame error test on HDSL LOOP 1 2921 10 - Mux frame error test on HDSL LOOP 2 2922 11 - Mux CRC test on HDSL LOOP 1 2923 12 - Mux CRC test on HDSL LOOP 2 2924 13 - Mux DL test on HDSL LOOP 1 2925 14 - Mux DL test on HDSL LOOP 2 2926 15 - Analog loopback test. 2927 16 - Digital loop test. 2928 17 - HGF HDSL loop test (HiGain only) 2929 18 - HGF write/readback test (HiGain only) 2930 19 - HGF poll lock test (HiGain only). 2931 20 - HGF activity monitor test (HiGain only). 2932 21 - HGF zeroes TX and detect test (HiGain only). 2933 22 - HGF ones TX and detect test (HiGain only). 2934 23 - Transceiver poll test on HDSL LOOP 1 2935 24 - Transceiver poll test on HDSL LOOP 2 2936 25 - PROM check test. 2937 26 - External RAM test. 2938 27 - Non-Volatile RAM test. 2939 " 2940 ::= { ctWanHDSLTestEntry 3 } 2941 2942 ctWanHDSLHRUTestResult OBJECT-TYPE 2943 SYNTAX INTEGER 2944 ACCESS read-only 2945 STATUS mandatory 2946 DESCRIPTION 2947 "Test results for the remote line unit, 2948 Bit definitions correspond to those defined for 2949 ctWanHDSLHLUTestResult. " 2950 ::= { ctWanHDSLTestEntry 4 } 2951 2952 ---------------------------------------------------- 2953 -- HDSL Alarms Table 2954 ---------------------------------------------------- 2955 2956 ctWanHDSLAlarmsTable OBJECT-TYPE 2957 SYNTAX SEQUENCE OF CtWanHDSLAlarmsEntry 2958 ACCESS not-accessible 2959 STATUS mandatory 2960 DESCRIPTION 2961 "This table collects the existing alarms information for the HDSL 2962 line, including the local, remote line units and the doublers." 2963 ::= { ctWanHDSLExt 5 } 2964 2965 ctWanHDSLAlarmsEntry OBJECT-TYPE 2966 SYNTAX CtWanHDSLAlarmsEntry 2967 ACCESS not-accessible 2968 STATUS mandatory 2969 DESCRIPTION 2970 "Entries for the ctWanHDSL alarms information" 2971 INDEX 2972 { ctWanHDSLAlarmsHLUConnIndex } 2973 ::= { ctWanHDSLAlarmsTable 1 } 2974 2975 CtWanHDSLAlarmsEntry ::= SEQUENCE { 2976 ctWanHDSLAlarmsHLUConnIndex 2977 INTEGER, 2978 ctWanHDSLAlarmsBackplane 2979 INTEGER, 2980 ctWanHDSLAlarmsES 2981 INTEGER 2982 } 2983 2984 ctWanHDSLAlarmsHLUConnIndex OBJECT-TYPE 2985 SYNTAX INTEGER 2986 ACCESS read-only 2987 STATUS mandatory 2988 DESCRIPTION 2989 "Identify which HDSL connection within the device that 2990 the user wants to retrieve the alarm information." 2991 ::= { ctWanHDSLAlarmsEntry 1 } 2992 2993 ctWanHDSLAlarmsBackplane OBJECT-TYPE 2994 SYNTAX INTEGER 2995 ACCESS read-only 2996 STATUS mandatory 2997 DESCRIPTION 2998 "Specific information that's related to the HDSL alarms, each bit 2999 in the two bytes value has the following meaning if set: 3000 3001 Bit 0 : Local Loss of Signal on DS1 line (HiGain only). 3002 1 : Remote Loss of Signal on DS1 list (HiGain only). 3003 2 - 7 : reserved. 3004 8 : Loss of Sync word on LOOP 1 of the local line unit. 3005 9 : Loss of Sync word on LOOP 2 of the local line unit. 3006 10 : Loss of Sync word on LOOP 1 of the first doubler. 3007 11 : Loss of sync word on LOOP 2 of the first doubler. 3008 12 : Loss of Sync word on LOOP 1 of the second doubler. 3009 13 : Loss of sync word on LOOP 2 of the second doubler." 3010 ::= { ctWanHDSLAlarmsEntry 2 } 3011 3012 ctWanHDSLAlarmsES OBJECT-TYPE 3013 SYNTAX INTEGER 3014 ACCESS read-only 3015 STATUS mandatory 3016 DESCRIPTION 3017 "A two bytes value for the Errored Second indication of the HDSL 3018 line unit, including local, remote line units and the doublers. 3019 each bit in the two bytes value has the following meaning if set: 3020 3021 Bit 0 : Errored Second on LOOP 1 of local line unit. 3022 1 : Errored Second on LOOP 2 of local line unit. 3023 2 : Errored Second on LOOP 1 of remote line unit. 3024 3 : Errored Second on LOOP 2 of remote line unit. 3025 4 : Errored Second on LOOP 1 of local line unit's network side. 3026 5 : Errored Second on LOOP 2 of local line unit's network side. 3027 6 : Errored Second on LOOP 1 of local line unit's customer side. 3028 7 : Errored Second on LOOP 2 of local line unit's customer side." 3029 ::= { ctWanHDSLAlarmsEntry 3 } 3030 3031 ---------------------------------------------------- 3032 -- HDSL Alarm History Table 3033 ---------------------------------------------------- 3034 3035 ctWanHDSLAlarmHistoryTable OBJECT-TYPE 3036 SYNTAX SEQUENCE OF CtWanHDSLAlarmHistoryEntry 3037 ACCESS not-accessible 3038 STATUS mandatory 3039 DESCRIPTION 3040 "HDSL Alarm History table. This table provides the accumulated 3041 counts of Errored Seconds (ES) and Loss of Sync words (LOS) 3042 as well as the time stamp of the above events occurred for both 3043 of the HDSL loops. 3044 3045 The time stamps show the date in MMDDYYYYHHMM format." 3046 ::= { ctWanHDSLExt 6 } 3047 3048 ctWanHDSLAlarmHistoryEntry OBJECT-TYPE 3049 SYNTAX CtWanHDSLAlarmHistoryEntry 3050 ACCESS not-accessible 3051 STATUS mandatory 3052 DESCRIPTION 3053 "Entries in the Alarm History table" 3054 INDEX 3055 { ctWanHDSLAlarmHistoryConnIndex } 3056 ::= { ctWanHDSLAlarmHistoryTable 1 } 3057 3058 CtWanHDSLAlarmHistoryEntry ::= SEQUENCE { 3059 ctWanHDSLAlarmHistoryConnIndex 3060 INTEGER, 3061 ctWanHDSLAlHistLLOSFirst 3062 DisplayString(SIZE(12)), 3063 ctWanHDSLAlHistLLOSLast 3064 DisplayString(SIZE(12)), 3065 ctWanHDSLAlHistLLOSCurrent 3066 INTEGER, 3067 ctWanHDSLAlHistLLOSCount 3068 INTEGER, 3069 ctWanHDSLAlHistRLOSFirst 3070 DisplayString(SIZE(12)), 3071 ctWanHDSLAlHistRLOSLast 3072 DisplayString(SIZE(12)), 3073 ctWanHDSLAlHistRLOSCurrent 3074 INTEGER, 3075 ctWanHDSLAlHistRLOSCount 3076 INTEGER, 3077 ctWanHDSLAlHistLOSW1First 3078 DisplayString(SIZE(12)), 3079 ctWanHDSLAlHistLOSW1Last 3080 DisplayString(SIZE(12)), 3081 ctWanHDSLAlHistLOSW1Current 3082 INTEGER, 3083 ctWanHDSLAlHistLOSW1Count 3084 INTEGER, 3085 ctWanHDSLAlHistLOSW2First 3086 DisplayString(SIZE(12)), 3087 ctWanHDSLAlHistLOSW2Last 3088 DisplayString(SIZE(12)), 3089 ctWanHDSLAlHistLOSW2Current 3090 INTEGER, 3091 ctWanHDSLAlHistLOSW2Count 3092 INTEGER, 3093 ctWanHDSLAlHistES1First 3094 DisplayString(SIZE(12)), 3095 ctWanHDSLAlHistES1Last 3096 DisplayString(SIZE(12)), 3097 ctWanHDSLAlHistES1Current 3098 INTEGER, 3099 ctWanHDSLAlHistES1Count 3100 INTEGER, 3101 ctWanHDSLAlHistES2First 3102 DisplayString(SIZE(12)), 3103 ctWanHDSLAlHistES2Last 3104 DisplayString(SIZE(12)), 3105 ctWanHDSLAlHistES2Current 3106 INTEGER, 3107 ctWanHDSLAlHistES2Count 3108 INTEGER, 3109 ctWanHDSLAlHistMargin1First 3110 DisplayString(SIZE(12)), 3111 ctWanHDSLAlHistMargin1Last 3112 DisplayString(SIZE(12)), 3113 ctWanHDSLAlHistMargin1Current 3114 INTEGER, 3115 ctWanHDSLAlHistMargin1Count 3116 INTEGER, 3117 ctWanHDSLAlHistMargin2First 3118 DisplayString(SIZE(12)), 3119 ctWanHDSLAlHistMargin2Last 3120 DisplayString(SIZE(12)), 3121 ctWanHDSLAlHistMargin2Current 3122 INTEGER, 3123 ctWanHDSLAlHistMargin2Count 3124 INTEGER, 3125 ctWanHDSLAlHistCleared 3126 DisplayString(SIZE(12)), 3127 ctWanHDSLAlHistClearit 3128 INTEGER 3129 } 3130 3131 ctWanHDSLAlarmHistoryConnIndex OBJECT-TYPE 3132 SYNTAX INTEGER 3133 ACCESS read-only 3134 STATUS mandatory 3135 DESCRIPTION 3136 "Defines which HDSL connection's alarm history within the 3137 device." 3138 ::= { ctWanHDSLAlarmHistoryEntry 1 } 3139 3140 ctWanHDSLAlHistLLOSFirst OBJECT-TYPE 3141 SYNTAX DisplayString(SIZE(12)) 3142 ACCESS read-only 3143 STATUS mandatory 3144 DESCRIPTION 3145 "Time stamp of the first time the DS1 Loss Of Signal (LOS) 3146 occurred on the local side of the HDSL." 3147 ::= { ctWanHDSLAlarmHistoryEntry 2 } 3148 3149 ctWanHDSLAlHistLLOSLast OBJECT-TYPE 3150 SYNTAX DisplayString(SIZE(12)) 3151 ACCESS read-only 3152 STATUS mandatory 3153 DESCRIPTION 3154 "Time stamp of the last time the DS1 Loss Of Signal (LOS) 3155 occurred on the local side of the HDSL." 3156 ::= { ctWanHDSLAlarmHistoryEntry 3 } 3157 3158 ctWanHDSLAlHistLLOSCurrent OBJECT-TYPE 3159 SYNTAX INTEGER 3160 ACCESS read-only 3161 STATUS mandatory 3162 DESCRIPTION 3163 "Set if the DS1 Loss Of Signal (LOS) still occurred on the 3164 local side of the HDSL." 3165 ::= { ctWanHDSLAlarmHistoryEntry 4 } 3166 3167 ctWanHDSLAlHistLLOSCount OBJECT-TYPE 3168 SYNTAX INTEGER 3169 ACCESS read-only 3170 STATUS mandatory 3171 DESCRIPTION 3172 "Number of times the DS1 Loss Of Signal (LOS) occurred since 3173 we last cleared the alarm history on the local side of the HDSL. 3174 (HiGain only)" 3175 ::= { ctWanHDSLAlarmHistoryEntry 5 } 3176 3177 ctWanHDSLAlHistRLOSFirst OBJECT-TYPE 3178 SYNTAX DisplayString(SIZE(12)) 3179 ACCESS read-only 3180 STATUS mandatory 3181 DESCRIPTION 3182 "Time stamp of the first time the DS1 Loss Of Signal (LOS) 3183 occurred on the remote side of the HDSL. (HiGain only)" 3184 ::= { ctWanHDSLAlarmHistoryEntry 6 } 3185 3186 ctWanHDSLAlHistRLOSLast OBJECT-TYPE 3187 SYNTAX DisplayString(SIZE(12)) 3188 ACCESS read-only 3189 STATUS mandatory 3190 DESCRIPTION 3191 "Time stamp of the last time the DS1 Loss Of Signal (LOS) occurred 3192 on the remote side of the HDSL. (HiGain only)" 3193 ::= { ctWanHDSLAlarmHistoryEntry 7 } 3194 3195 ctWanHDSLAlHistRLOSCurrent OBJECT-TYPE 3196 SYNTAX INTEGER 3197 ACCESS read-only 3198 STATUS mandatory 3199 DESCRIPTION 3200 "Set if the DS1 Loss Of Signal (LOS) still occurred on the remote 3201 site of the HDSL. (HiGain only)" 3202 ::= { ctWanHDSLAlarmHistoryEntry 8 } 3203 3204 ctWanHDSLAlHistRLOSCount OBJECT-TYPE 3205 SYNTAX INTEGER 3206 ACCESS read-only 3207 STATUS mandatory 3208 DESCRIPTION 3209 "Number of times the DS1 Loss Of Signal (LOS) occurred since we 3210 last cleared the alarm history on the remote site of the HDSL. 3211 (HiGain only)" 3212 ::= { ctWanHDSLAlarmHistoryEntry 9 } 3213 3214 ctWanHDSLAlHistLOSW1First OBJECT-TYPE 3215 SYNTAX DisplayString(SIZE(12)) 3216 ACCESS read-only 3217 STATUS mandatory 3218 DESCRIPTION 3219 "Time stamp of the first time the Loss Of Sync Word (LOSW) occurred 3220 on the LOOP 1 of the HDSL link." 3221 ::= { ctWanHDSLAlarmHistoryEntry 10 } 3222 3223 ctWanHDSLAlHistLOSW1Last OBJECT-TYPE 3224 SYNTAX DisplayString(SIZE(12)) 3225 ACCESS read-only 3226 STATUS mandatory 3227 DESCRIPTION 3228 "Time stamp of the last time the Loss Of Sync Word (LOSW) occurred 3229 on the LOOP 1 of the HDSL link." 3230 ::= { ctWanHDSLAlarmHistoryEntry 11 } 3231 3232 ctWanHDSLAlHistLOSW1Current OBJECT-TYPE 3233 SYNTAX INTEGER 3234 ACCESS read-only 3235 STATUS mandatory 3236 DESCRIPTION 3237 "Set if the Loss Of Sync Word (LOSW) still occurred on the LOOP 1 3238 of the HDSL link." 3239 ::= { ctWanHDSLAlarmHistoryEntry 12 } 3240 3241 ctWanHDSLAlHistLOSW1Count OBJECT-TYPE 3242 SYNTAX INTEGER 3243 ACCESS read-only 3244 STATUS mandatory 3245 DESCRIPTION 3246 "Number of times the Loss Of Sync Word (LOSW) occurred since we 3247 last cleared the history on the LOOP 1 of the HDSL link." 3248 ::= { ctWanHDSLAlarmHistoryEntry 13 } 3249 3250 ctWanHDSLAlHistLOSW2First OBJECT-TYPE 3251 SYNTAX DisplayString(SIZE(12)) 3252 ACCESS read-only 3253 STATUS mandatory 3254 DESCRIPTION 3255 "Time stamp of the first time the Loss Of Sync Word (LOSW) occurred 3256 on the LOOP 2 of the HDSL link." 3257 ::= { ctWanHDSLAlarmHistoryEntry 14 } 3258 3259 ctWanHDSLAlHistLOSW2Last OBJECT-TYPE 3260 SYNTAX DisplayString(SIZE(12)) 3261 ACCESS read-only 3262 STATUS mandatory 3263 DESCRIPTION 3264 "Time stamp of the last time the Loss Of Sync Word (LOSW) occurred 3265 on the LOOP 2 of the HDSL link." 3266 ::= { ctWanHDSLAlarmHistoryEntry 15 } 3267 3268 ctWanHDSLAlHistLOSW2Current OBJECT-TYPE 3269 SYNTAX INTEGER 3270 ACCESS read-only 3271 STATUS mandatory 3272 DESCRIPTION 3273 "Set if the Loss Of Sync Word (LOSW) still occurred on the LOOP 2 3274 of the HDSL link." 3275 ::= { ctWanHDSLAlarmHistoryEntry 16 } 3276 3277 ctWanHDSLAlHistLOSW2Count OBJECT-TYPE 3278 SYNTAX INTEGER 3279 ACCESS read-only 3280 STATUS mandatory 3281 DESCRIPTION 3282 "Number of times the Loss Of Sync Word (LOSW) occurred since we 3283 last cleared the history on the LOOP 2 of the HDSL link. " 3284 ::= { ctWanHDSLAlarmHistoryEntry 17 } 3285 3286 ctWanHDSLAlHistES1First OBJECT-TYPE 3287 SYNTAX DisplayString(SIZE(12)) 3288 ACCESS read-only 3289 STATUS mandatory 3290 DESCRIPTION 3291 "Time stamp of the first time the Errored Seconds (ES) occurred 3292 on the LOOP 1 of the HDSL link." 3293 ::= { ctWanHDSLAlarmHistoryEntry 18 } 3294 3295 ctWanHDSLAlHistES1Last OBJECT-TYPE 3296 SYNTAX DisplayString(SIZE(12)) 3297 ACCESS read-only 3298 STATUS mandatory 3299 DESCRIPTION 3300 "Time stamp of the last time the Errored Seconds (ES) occurred 3301 on the LOOP 1 of the HDSL link." 3302 ::= { ctWanHDSLAlarmHistoryEntry 19 } 3303 3304 ctWanHDSLAlHistES1Current OBJECT-TYPE 3305 SYNTAX INTEGER 3306 ACCESS read-only 3307 STATUS mandatory 3308 DESCRIPTION 3309 "Set if the Errored Seconds (ES) still occurred on the LOOP 1 of 3310 the HDSL link." 3311 ::= { ctWanHDSLAlarmHistoryEntry 20 } 3312 3313 ctWanHDSLAlHistES1Count OBJECT-TYPE 3314 SYNTAX INTEGER 3315 ACCESS read-only 3316 STATUS mandatory 3317 DESCRIPTION 3318 "Number of times the Errored Seconds (ES) occurred since we last 3319 cleared the alarm history on the LOOP 1 of the HDSL link." 3320 ::= { ctWanHDSLAlarmHistoryEntry 21 } 3321 3322 ctWanHDSLAlHistES2First OBJECT-TYPE 3323 SYNTAX DisplayString(SIZE(12)) 3324 ACCESS read-only 3325 STATUS mandatory 3326 DESCRIPTION 3327 "Time stamp of the first time the Errored Seconds (ES) occurred 3328 on the LOOP 2 of the HDSL link." 3329 ::= { ctWanHDSLAlarmHistoryEntry 22 } 3330 3331 ctWanHDSLAlHistES2Last OBJECT-TYPE 3332 SYNTAX DisplayString(SIZE(12)) 3333 ACCESS read-only 3334 STATUS mandatory 3335 DESCRIPTION 3336 "Time stamp of the last time the Errored Seconds (ES) occurred 3337 on the LOOP 2 of the HDSL link." 3338 ::= { ctWanHDSLAlarmHistoryEntry 23 } 3339 3340 ctWanHDSLAlHistES2Current OBJECT-TYPE 3341 SYNTAX INTEGER 3342 ACCESS read-only 3343 STATUS mandatory 3344 DESCRIPTION 3345 "Set if the Errored Seconds (ES) still occurred on the LOOP 2 of 3346 the HDSL link." 3347 ::= { ctWanHDSLAlarmHistoryEntry 24 } 3348 3349 ctWanHDSLAlHistES2Count OBJECT-TYPE 3350 SYNTAX INTEGER 3351 ACCESS read-only 3352 STATUS mandatory 3353 DESCRIPTION 3354 "Number of times the Errored Seconds (ES) occurred since we last 3355 cleared the history on the LOOP 2 of the HDSL link." 3356 ::= { ctWanHDSLAlarmHistoryEntry 25 } 3357 3358 ctWanHDSLAlHistMargin1First OBJECT-TYPE 3359 SYNTAX DisplayString(SIZE(12)) 3360 ACCESS read-only 3361 STATUS mandatory 3362 DESCRIPTION 3363 "Time stamp of the first time the alarms exceeded the 3364 Margin Threshold on LOOP 1 of the HDSL link." 3365 ::= { ctWanHDSLAlarmHistoryEntry 26 } 3366 3367 ctWanHDSLAlHistMargin1Last OBJECT-TYPE 3368 SYNTAX DisplayString(SIZE(12)) 3369 ACCESS read-only 3370 STATUS mandatory 3371 DESCRIPTION 3372 "Time stamp of the last time the alarms exceeded the Margin 3373 Threshold on the LOOP 1 of the HDSL link." 3374 ::= { ctWanHDSLAlarmHistoryEntry 27 } 3375 3376 ctWanHDSLAlHistMargin1Current OBJECT-TYPE 3377 SYNTAX INTEGER 3378 ACCESS read-only 3379 STATUS mandatory 3380 DESCRIPTION 3381 "Set if the alarms still exceeded the Margin Threshold 3382 on the LOOP 1 of the HDSL link." 3383 ::= { ctWanHDSLAlarmHistoryEntry 28 } 3384 3385 ctWanHDSLAlHistMargin1Count OBJECT-TYPE 3386 SYNTAX INTEGER 3387 ACCESS read-only 3388 STATUS mandatory 3389 DESCRIPTION 3390 "Number of times the alarm exceeded the Margin Threshold since 3391 we last cleared the alarm history on the LOOP 1 of the HDSL link." 3392 ::= { ctWanHDSLAlarmHistoryEntry 29 } 3393 3394 ctWanHDSLAlHistMargin2First OBJECT-TYPE 3395 SYNTAX DisplayString(SIZE(12)) 3396 ACCESS read-only 3397 STATUS mandatory 3398 DESCRIPTION 3399 "Time stamp of the first time the alarms exceeded the Margin 3400 Threshold on LOOP 2 of the HDSL link." 3401 ::= { ctWanHDSLAlarmHistoryEntry 30 } 3402 3403 ctWanHDSLAlHistMargin2Last OBJECT-TYPE 3404 SYNTAX DisplayString(SIZE(12)) 3405 ACCESS read-only 3406 STATUS mandatory 3407 DESCRIPTION 3408 "Time stamp of the last time the alarms exceeded the Margin 3409 Threshold on the LOOP 2 of the HDSL link." 3410 ::= { ctWanHDSLAlarmHistoryEntry 31 } 3411 3412 ctWanHDSLAlHistMargin2Current OBJECT-TYPE 3413 SYNTAX INTEGER 3414 ACCESS read-only 3415 STATUS mandatory 3416 DESCRIPTION 3417 "Set if the alarms still exceeded the Margin Threshold 3418 on the LOOP 2 of the HDSL link." 3419 ::= { ctWanHDSLAlarmHistoryEntry 32 } 3420 3421 ctWanHDSLAlHistMargin2Count OBJECT-TYPE 3422 SYNTAX INTEGER 3423 ACCESS read-only 3424 STATUS mandatory 3425 DESCRIPTION 3426 "Number of times the alarm exceeded the Margin Threshold since 3427 we last cleared the alarm history on the LOOP 2 of the HDSL link." 3428 ::= { ctWanHDSLAlarmHistoryEntry 33 } 3429 3430 ctWanHDSLAlHistCleared OBJECT-TYPE 3431 SYNTAX DisplayString(SIZE(12)) 3432 ACCESS read-only 3433 STATUS mandatory 3434 DESCRIPTION 3435 "Time stamp of the time user requested to clear the alarm history." 3436 ::= { ctWanHDSLAlarmHistoryEntry 34 } 3437 3438 ctWanHDSLAlHistClearit OBJECT-TYPE 3439 SYNTAX INTEGER 3440 ACCESS read-write 3441 STATUS mandatory 3442 DESCRIPTION 3443 "set to a 1 to clear the alarm history. 3444 A read of this value always returns a 1. 3445 3446 NOTE: the setting of this object also causes the SNR low 3447 value, SNR high value, and the performance history to be 3448 reset." 3449 3450 ::= { ctWanHDSLAlarmHistoryEntry 35 } 3451 3452 ---------------------------------------------------- 3453 -- HDSL Loopbacks Table 3454 ---------------------------------------------------- 3455 3456 ctWanHDSLLoopbacksTable OBJECT-TYPE 3457 SYNTAX SEQUENCE OF CtWanHDSLLoopbacksEntry 3458 ACCESS not-accessible 3459 STATUS mandatory 3460 DESCRIPTION 3461 "HDSL Loopback table. This table provides the certain loopback 3462 settings for the HDSL link." 3463 ::= { ctWanHDSLExt 7 } 3464 3465 ctWanHDSLLoopbacksEntry OBJECT-TYPE 3466 SYNTAX CtWanHDSLLoopbacksEntry 3467 ACCESS not-accessible 3468 STATUS mandatory 3469 DESCRIPTION 3470 "Entries in the HDSL Loopback table." 3471 INDEX 3472 { ctWanHDSLLoopbacksHLUConnIndex } 3473 ::= { ctWanHDSLLoopbacksTable 1 } 3474 3475 CtWanHDSLLoopbacksEntry ::= SEQUENCE { 3476 ctWanHDSLLoopbacksHLUConnIndex 3477 INTEGER, 3478 ctWanHDSLLoopbacksAdminType 3479 INTEGER, 3480 ctWanHDSLLoopbacksOperType 3481 INTEGER 3482 } 3483 3484 ctWanHDSLLoopbacksHLUConnIndex OBJECT-TYPE 3485 SYNTAX INTEGER 3486 ACCESS read-only 3487 STATUS mandatory 3488 DESCRIPTION 3489 "Identify the HDSL connection within the device" 3490 ::= { ctWanHDSLLoopbacksEntry 1 } 3491 3492 ctWanHDSLLoopbacksAdminType OBJECT-TYPE 3493 SYNTAX INTEGER 3494 ACCESS read-write 3495 STATUS mandatory 3496 DESCRIPTION 3497 "This is the requested loopback type for the HDSL. 3498 3499 loopbacks setting: 3500 1 : Smartjack - loopback to network at remote line unit. 3501 2 : Loopback to network at local line unit. 3502 3 : Loopback to network at remote line unit. 3503 4 : Loopback to customer at local line unit. 3504 5 : Loopback to customer at remote line unit. 3505 6 : Loopback to customer at first doubler. 3506 7 : Loopback to customer at second doubler. 3507 8 : Loopback to network at first doubler. 3508 9 : Loopback to network at second doubler. 3509 10: No loopback (turn loopback off). " 3510 ::= { ctWanHDSLLoopbacksEntry 2 } 3511 3512 ctWanHDSLLoopbacksOperType OBJECT-TYPE 3513 SYNTAX INTEGER 3514 ACCESS read-only 3515 STATUS mandatory 3516 DESCRIPTION 3517 "This is the operational loopback type for the HDSL. 3518 3519 loopbacks setting: 3520 1 : Smartjack - loopback to network at remote line unit. 3521 2 : Loopback to network at local line unit. 3522 3 : Loopback to network at remote line unit. 3523 4 : Loopback to customer at local line unit. 3524 5 : Loopback to customer at remote line unit. 3525 6 : Loopback to customer at first doubler. 3526 7 : Loopback to customer at second doubler. 3527 8 : Loopback to network at first doubler. 3528 9 : Loopback to network at second doubler. 3529 10: No loopback (turn loopback off). " 3530 ::= { ctWanHDSLLoopbacksEntry 3 } 3531 3532END 3533