1-- This file is corresponding to Release 9.1.10.101 from 2014/08/11 00:00:00 2 3 4-- (C)opyright 1991-2014 bintec elmeg GmbH, All Rights Reserved 5-- $RCSfile: mibx25,v $ 6-- $Revision: 1.56 $ 7 8BIANCA-BRICK-X25-MIB DEFINITIONS ::= BEGIN 9 10IMPORTS 11 IpAddress, Counter, TimeTicks, enterprises 12 FROM RFC1155-SMI 13 14 DisplayString 15 FROM RFC1158-MIB 16 17 Date, HexValue, BitValue 18 FROM BINTEC-MIB 19 20 OBJECT-TYPE 21 FROM RFC-1212; 22 23bintec OBJECT IDENTIFIER ::= { enterprises 272 } 24bibo OBJECT IDENTIFIER ::= { bintec 4 } 25x25 OBJECT IDENTIFIER 26::= { bibo 6 } 27 28 29-- X.25 Group 30 31-- Management Information for the X.25 Subsystem of the BIANCA/BRICK 32 33 34x25LinkTable OBJECT-TYPE 35 SYNTAX SEQUENCE OF X25LinkEntry 36 ACCESS not-accessible 37 STATUS mandatory 38 DESCRIPTION 39 "This table contains an entry for each active link. There 40 may be mutiple active links per interface. For point-to- 41 multipoint interfaces, the field x25LkAddr specifies 42 the (MAC-) address of the partner, the link leads to. 43 There may be also multiple links for a point-to-point 44 interface in a multilink environment without a multilink- 45 protocol joining the multiple links to a singe logical 46 link." 47::= { x25 1 } 48 49x25LinkEntry OBJECT-TYPE 50 SYNTAX X25LinkEntry 51 ACCESS not-accessible 52 STATUS mandatory 53 DESCRIPTION 54 "The x25LinkEntry is created automatically, when a link 55 becomes active. The entry is also removed automatically, 56 if a link becomes disconnected. It may be removed manually 57 by setting the field x25LinkState to delete, which causes the 58 related link to be disconnected." 59 INDEX { x25LkIfIndex } 60::= { x25LinkTable 1 } 61 62X25LinkEntry ::= 63 SEQUENCE { 64 x25LkIfIndex INTEGER, 65 x25LkAddr OCTET STRING, 66 x25LkMode INTEGER, 67 x25LkModulo INTEGER, 68 x25LkLIC INTEGER, 69 x25LkHIC INTEGER, 70 x25LkLTC INTEGER, 71 x25LkHTC INTEGER, 72 x25LkLOC INTEGER, 73 x25LkHOC INTEGER, 74 x25LkDefPktSize INTEGER, 75 x25LkDefWinSize INTEGER, 76 x25LkMaxPktSize INTEGER, 77 x25LkMaxWinSize INTEGER, 78 x25LkL2WinSize INTEGER, 79 x25LkL2RetrTimer INTEGER, 80 x25LkL2RetrCounter INTEGER, 81 x25LkL2SupervTimer INTEGER, 82 x25LkL2IdleTimer INTEGER, 83 x25LkState INTEGER, 84 x25LkNegotiation INTEGER, 85 x25LkDiscDelayTimer INTEGER, 86 x25LkCallDelayTimer INTEGER, 87 x25LkRestDelayTimer INTEGER, 88 x25LkRewritingRule INTEGER, 89 x25LkL1IdleTimer INTEGER, 90 x25LkActSabmDelayTimer INTEGER, 91 x25LkPsvSabmDelayTimer INTEGER 92 } 93 94x25LkIfIndex OBJECT-TYPE 95 SYNTAX INTEGER 96 ACCESS read-only 97 STATUS mandatory 98 99 DESCRIPTION 100 "The index of the interface the link is running on. 101 See ifTable." 102::= { x25LinkEntry 1 } 103 104x25LkAddr OBJECT-TYPE 105 SYNTAX OCTET STRING 106 ACCESS read-only 107 STATUS mandatory 108 109 DESCRIPTION 110 "On point-to-multipoint interfaces, this field contains the 111 (MAC-)address of the partner, the link is leading to. 112 It is empty for point-to-point interfaces, because there 113 is only one partner at the other side." 114 115::= { x25LinkEntry 2 } 116 117x25LkMode OBJECT-TYPE 118 SYNTAX INTEGER { 119 dte(1), dce(2) 120 } 121 ACCESS read-only 122 STATUS mandatory 123 124 DESCRIPTION 125 "This field indicates wheter the Layer 3 on top of the link 126 is operated in DTE or DCE mode. The difference is in the 127 order of VC-assignment, the handling of a call collision 128 and the range of allowed values of the cause field." 129 DEFVAL { dte } 130::= { x25LinkEntry 3 } 131 132x25LkModulo OBJECT-TYPE 133 SYNTAX INTEGER { 134 mod8(1), mod128(2) 135 } 136 ACCESS read-only 137 STATUS mandatory 138 139 DESCRIPTION 140 "This field indicates whether the layer 3 on top of the link 141 is in modulo 8 or in modulo 128 mode." 142 DEFVAL { mod8 } 143::= { x25LinkEntry 4 } 144 145x25LkLIC OBJECT-TYPE 146 SYNTAX INTEGER (-1..4095) 147 ACCESS read-only 148 STATUS mandatory 149 150 DESCRIPTION 151 "Lowest Incoming Channel as seen from the DTE. The value 152 -1 means no incoming channels." 153::= { x25LinkEntry 5 } 154 155x25LkHIC OBJECT-TYPE 156 SYNTAX INTEGER (-1..4095) 157 ACCESS read-only 158 STATUS mandatory 159 160 DESCRIPTION 161 "Highest Incoming Channel as seen from the DTE. The value 162 -1 means no incoming channels." 163::= { x25LinkEntry 6 } 164 165x25LkLTC OBJECT-TYPE 166 SYNTAX INTEGER (-1..4095) 167 ACCESS read-only 168 STATUS mandatory 169 170 DESCRIPTION 171 "Lowest Twoway Channel as seen from the DTE. The value 172 -1 means no twoway channels." 173::= { x25LinkEntry 7 } 174 175x25LkHTC OBJECT-TYPE 176 SYNTAX INTEGER (-1..4095) 177 ACCESS read-only 178 STATUS mandatory 179 180 DESCRIPTION 181 "Highest Twoway Channel as seen from the DTE. The value 182 -1 means no twoway channels." 183::= { x25LinkEntry 8 } 184 185x25LkLOC OBJECT-TYPE 186 SYNTAX INTEGER (-1..4095) 187 ACCESS read-only 188 STATUS mandatory 189 190 DESCRIPTION 191 "Lowest Outgoing Channel as seen from the DTE. The value 192 -1 means no outgoing channels." 193::= { x25LinkEntry 9 } 194 195x25LkHOC OBJECT-TYPE 196 SYNTAX INTEGER (-1..4095) 197 ACCESS read-only 198 STATUS mandatory 199 200 DESCRIPTION 201 "Highest Outgoing Channel as seen from the DTE. The value 202 -1 means no outgoing channels." 203::= { x25LinkEntry 10 } 204 205x25LkDefPktSize OBJECT-TYPE 206 SYNTAX INTEGER { 207 p128(7), p256(8), p512(9), p1024(10), p2048(11), p4096(12) 208 } 209 ACCESS read-only 210 STATUS mandatory 211 212 DESCRIPTION 213 "The default layer 3 packet size for this link." 214 DEFVAL { p128 } 215::= { x25LinkEntry 11 } 216 217x25LkDefWinSize OBJECT-TYPE 218 SYNTAX INTEGER (1..127) 219 ACCESS read-only 220 STATUS mandatory 221 222 DESCRIPTION 223 "The default window size. This is always less than 8, if the 224 layer 3 is operated in modulo 8 mode." 225::= { x25LinkEntry 12 } 226 227x25LkMaxPktSize OBJECT-TYPE 228 SYNTAX INTEGER { 229 unrestricted(1), p128(7), p256(8), p512(9), p1024(10), 230 p2048(11), p4096(12) 231 } 232 ACCESS read-only 233 STATUS mandatory 234 235 DESCRIPTION 236 "The maximum allowable packet size for this link during 237 X.25 packet size negotiation. If this field is set to 238 unrestricted, the packet size will only be limited by 239 the Mtu size of the interface, which is always the 240 upper bound for the packet size." 241 DEFVAL { unrestricted } 242::= { x25LinkEntry 13 } 243 244x25LkMaxWinSize OBJECT-TYPE 245 SYNTAX INTEGER (0..127) 246 ACCESS read-only 247 STATUS mandatory 248 249 DESCRIPTION 250 "The maximum allowable window size for this link during 251 window size negotiation." 252::= { x25LinkEntry 14 } 253 254x25LkL2WinSize OBJECT-TYPE 255 SYNTAX INTEGER (1..127) 256 ACCESS read-only 257 STATUS mandatory 258 259 DESCRIPTION 260 "The layer 2 window size for this link." 261::= { x25LinkEntry 15 } 262 263x25LkL2RetrTimer OBJECT-TYPE 264 SYNTAX INTEGER (100..30000) 265 ACCESS read-only 266 STATUS mandatory 267 268 DESCRIPTION 269 "The retransmission timeout in milliseconds for the 270 layer 2 of this link. If a frame is not acknowledged within 271 this timeout, it will be retransmitted." 272::= { x25LinkEntry 16 } 273 274x25LkL2RetrCounter OBJECT-TYPE 275 SYNTAX INTEGER (1..127) 276 ACCESS read-only 277 STATUS mandatory 278 279 DESCRIPTION 280 "The retransmission counter for the layer 2 of this link. 281 If a frame has been retransmitted more often than indicated 282 by this object, the link will be reset or disconnected," 283::= { x25LinkEntry 17 } 284 285x25LkL2SupervTimer OBJECT-TYPE 286 SYNTAX INTEGER (100..30000) 287 ACCESS read-only 288 STATUS mandatory 289 290 DESCRIPTION 291 "The link-supervision timeout in milliseconds for the 292 layer 2 of this link. This timer is started, when the 293 link gets idle. An RR poll-sequence will be initiated, 294 when this timeout expires." 295::= { x25LinkEntry 18 } 296 297x25LkL2IdleTimer OBJECT-TYPE 298 SYNTAX INTEGER (-1..30000) 299 ACCESS read-only 300 STATUS mandatory 301 302 DESCRIPTION 303 "The idle timer in milliseconds for the layer 2 of this 304 link. If no VCs are established and the the link has been 305 idle for the time specified by this object, the link 306 will be disconnected. The value 1 means, that the link is 307 disconnected immediately when the last VC has been cleared. 308 The value 0 means, the link should not be disconnected 309 after the last VC has been cleared. A value of -1 means, 310 that the link shall be kept up even if it get disconnected 311 from the partner on the other end." 312::= { x25LinkEntry 19 } 313 314x25LkState OBJECT-TYPE 315 SYNTAX INTEGER { 316 restart-pending(1), restart-collision(2), ready(3), 317 disc-pending(4), 318 reset-pending(5), sabm-pending(6), 319 xid-pending(7), sabm-wait(8), 320 l1connect-pending(9), l1-ready(10) 321 } 322 ACCESS read-write 323 STATUS mandatory 324 325 DESCRIPTION 326 "This object contains the current state of the link. The 327 link may be manually disconnected by setting this object 328 to the value delete." 329 DEFVAL { restart-pending } 330::= { x25LinkEntry 20 } 331 332x25LkNegotiation OBJECT-TYPE 333 SYNTAX INTEGER { when-necessary(1), always(2), never(3) } 334 ACCESS read-only 335 STATUS mandatory 336 337 DESCRIPTION 338 "This object determines whether packet-size and windows-size 339 parameters are negotiated for outgoing calls. When set to 340 never, outgoing calls are cleared if the call parameters 341 differ from the default-settings. When set to when-necessary, 342 negotiation is only performed if the call parameters differ 343 from the default settings. When set to always, negotiation 344 is always performed." 345 DEFVAL { when-necessary } 346::= { x25LinkEntry 21 } 347 348x25LkDiscDelayTimer OBJECT-TYPE 349 SYNTAX INTEGER (0..30000) 350 ACCESS read-only 351 STATUS mandatory 352 353 DESCRIPTION 354 "The disc delay timer in milliseconds for the layer 2 of 355 this link (only outgoing links). This timer specifies the 356 time interval between receiving of layer 2 disconnect and 357 actual disconnect of link. If the partner want to 358 disconnect the layer 2 and the time specified by this object 359 expired, the link will be disconnected. The value 0 means, 360 the link will be disconnected immediately after receiving of 361 disconnect." 362::= { x25LinkEntry 22 } 363 364x25LkCallDelayTimer OBJECT-TYPE 365 SYNTAX INTEGER (0..30000) 366 ACCESS read-only 367 STATUS mandatory 368 369 DESCRIPTION 370 "The call delay timer in milliseconds for the layer 3 of 371 this link (only outgoing link). This timer specifies the 372 time interval between restart procedure completion and 373 virtual call setup. If restart procedure is completed 374 and the time specified by this object expired, call packet 375 will be sent. The value 0 means, call packet should be sent 376 immediately after completion of restart procedure." 377::= { x25LinkEntry 23 } 378 379x25LkRestDelayTimer OBJECT-TYPE 380 SYNTAX INTEGER (0..30000) 381 ACCESS read-only 382 STATUS mandatory 383 384 DESCRIPTION 385 "The Restart delay timer in milliseconds for this link. 386 This timer specifies the time interval between 387 establishment of layer 2 and sending of restart packet. 388 If layer 2 is established and the time specified by this 389 object expired, restart packet will be sent. 390 The value 0 means, restart packet should be sent immediately 391 after establishment of layer 2." 392::= { x25LinkEntry 24 } 393 394x25LkRewritingRule OBJECT-TYPE 395 SYNTAX INTEGER (0..999999) 396 ACCESS read-only 397 STATUS mandatory 398 399 DESCRIPTION 400 "This Object specifies a rewriting rule in the X25 Rewrite 401 table. The call packet will be processed according 402 to this rewriting rule before the call is being routed. 403 If this value is set to zero, no rewriting will take 404 place." 405::= { x25LinkEntry 25 } 406 407x25LkL1IdleTimer OBJECT-TYPE 408 SYNTAX INTEGER (-1..30000) 409 ACCESS read-only 410 STATUS mandatory 411 412 DESCRIPTION 413 "The idle timer in milliseconds for the layer 1 of this 414 link. If layer 2 is disconnected and the time specified 415 by this object expired, the layer 1 will be disconnected. 416 The value 0 means, the layer 1 should not be disconnected 417 after the layer 2 is disconnected. 418 A value of -1 means, that the layer 1 shall be kept up 419 even if it get disconnected from the partner on the 420 other end." 421::= { x25LinkEntry 26 } 422 423x25LkActSabmDelayTimer OBJECT-TYPE 424 SYNTAX INTEGER (-1..30000) 425 ACCESS read-only 426 STATUS mandatory 427 428 DESCRIPTION 429 "The sabm delay timer in milliseconds for this link (only 430 dialup outgoing link). This timer specifies the time interval 431 between establishment of layer 1 and sending of SABM packet. 432 If layer 1 is established and the time specified by this 433 object expired, SABM packet will be sent. The value 0 434 means, SABM packet should be sent immediately after 435 establishment of layer 1. The value -1 means, SABM packet 436 should not be sent by dialup outgoing link." 437::= { x25LinkEntry 32 } 438 439x25LkPsvSabmDelayTimer OBJECT-TYPE 440 SYNTAX INTEGER (-1..30000) 441 ACCESS read-only 442 STATUS mandatory 443 444 DESCRIPTION 445 "The passive sabm delay timer in milliseconds for this 446 link (only dialup incoming link). This timer specifies the time 447 interval between establishment of layer 1 and sending of SABM 448 packet. If layer 1 is established and the time specified by 449 this object expired, SABM packet will be sent. The value 0 450 means, SABM packet should be sent immediately after 451 establishment of layer 1. The value -1 means, SABM packet 452 should not be sent by dialup incoming link." 453::= { x25LinkEntry 33 } 454 455 456x25LinkPresetTable OBJECT-TYPE 457 SYNTAX SEQUENCE OF X25LinkPresetEntry 458 ACCESS not-accessible 459 STATUS mandatory 460 DESCRIPTION 461 "This table predefines the link-parameters to be used, 462 when a link is created. If no entry is contained 463 in this table for a particular link, it will be setup 464 with the default values. In any case, the parameters 465 finally choosen for a link are displayed in the x25LinkTable. 466 For point-to-multipoint interfaces, the parameters 467 for the link may be set for all connected partners 468 (x25LkPrAddr is empty) of for the specific partners 469 individually (x25LkPrAddr is the MAC-address of the 470 partner)." 471::= { x25 2 } 472 473x25LinkPresetEntry OBJECT-TYPE 474 SYNTAX X25LinkPresetEntry 475 ACCESS not-accessible 476 STATUS mandatory 477 DESCRIPTION 478 "Entries in this table are created by defining a new value 479 for the field x25LkPrIfIndex. Entries may be deleted by 480 setting the field x25LkPrMode to the value delete. Please 481 note, that changing the entries dont have influence 482 on links being already established. To take effekt the 483 according links have to be cleared either manually 484 (see x25LinkTable) or by other means." 485 INDEX { x25LkPrIfIndex } 486::= { x25LinkPresetTable 1 } 487 488X25LinkPresetEntry ::= 489 SEQUENCE { 490 x25LkPrIfIndex INTEGER, 491 x25LkPrAddr OCTET STRING, 492 x25LkPrMode INTEGER, 493 x25LkPrModulo INTEGER, 494 x25LkPrLIC INTEGER, 495 x25LkPrHIC INTEGER, 496 x25LkPrLTC INTEGER, 497 x25LkPrHTC INTEGER, 498 x25LkPrLOC INTEGER, 499 x25LkPrHOC INTEGER, 500 x25LkPrDefPktSize INTEGER, 501 x25LkPrDefWinSize INTEGER, 502 x25LkPrMaxPktSize INTEGER, 503 x25LkPrMaxWinSize INTEGER, 504 x25LkPrL2WinSize INTEGER, 505 x25LkPrL2RetrTimer INTEGER, 506 x25LkPrL2RetrCounter INTEGER, 507 x25LkPrL2SupervTimer INTEGER, 508 x25LkPrL2IdleTimer INTEGER, 509 x25LkPrNegotiation INTEGER, 510 -- x25LkPrDiscDelayTimer INTEGER, 511 -- x25LkPrCallDelayTimer INTEGER, 512 x25LkPrRestDelayTimer INTEGER, 513 x25LkPrVC0 INTEGER, 514 x25LkPrRewritingRule INTEGER 515 --, x25LkPrL1IdleTimer INTEGER, 516 --x25LkPrActSabmDelayTimer INTEGER, 517 --x25LkPrPsvSabmDelayTimer INTEGER 518 } 519 520x25LkPrIfIndex OBJECT-TYPE 521 SYNTAX INTEGER 522 ACCESS read-write 523 STATUS mandatory 524 525 DESCRIPTION 526 "The interface index of the link to be predefined. This 527 object identifies a row in the ifTable." 528 529::= { x25LinkPresetEntry 1 } 530 531x25LkPrAddr OBJECT-TYPE 532 SYNTAX OCTET STRING 533 ACCESS read-write 534 STATUS mandatory 535 536 DESCRIPTION 537 "On point-to-point links, this field must be empty. On 538 point-to-multipoint links, this field may be empty or 539 set to a partners (MAC-) address. In the first case, the 540 definition is valid for all links on the interface 541 except for those having a specific predefiniton. 542 In the second case the definition defines the link parameters 543 for a specific partner." 544 545::= { x25LinkPresetEntry 2 } 546 547x25LkPrMode OBJECT-TYPE 548 SYNTAX INTEGER { 549 dte(1), dce(2), delete(3) 550 } 551 ACCESS read-write 552 STATUS mandatory 553 554 DESCRIPTION 555 "This field indicates, whether the link is initially operated 556 in DTE or DCE mode. If a misconfiguration is detected, 557 (DTE<->DTE od DCE<->DCE) the DTE/DCE assignement is done 558 be means of the procedure defined in ISOxxxx." 559 DEFVAL { dte } 560::= { x25LinkPresetEntry 3 } 561 562x25LkPrModulo OBJECT-TYPE 563 SYNTAX INTEGER { 564 mod8(1), mod128(2) 565 } 566 ACCESS read-write 567 STATUS mandatory 568 569 DESCRIPTION 570 "This object indicates, whether the link should be operated 571 in modulo 8 or modulo 128 mode." 572 DEFVAL { mod8 } 573::= { x25LinkPresetEntry 4 } 574 575x25LkPrLIC OBJECT-TYPE 576 SYNTAX INTEGER (-1..4095) 577 ACCESS read-write 578 STATUS mandatory 579 580 DESCRIPTION 581 "Lowest Incoming Channel as seen from the DTE. Depending 582 on the value of x25LkPrVC0, the value of -1 or Zero means 583 no incoming channels." 584 DEFVAL { -1 } 585::= { x25LinkPresetEntry 5 } 586 587x25LkPrHIC OBJECT-TYPE 588 SYNTAX INTEGER (-1..4095) 589 ACCESS read-write 590 STATUS mandatory 591 592 DESCRIPTION 593 "Highest Incoming Channel as seen from the DTE. Depending 594 on the value of x25LkPrVC0, the value of -1 or Zero means 595 no incoming channels." 596 DEFVAL { -1 } 597::= { x25LinkPresetEntry 6 } 598 599x25LkPrLTC OBJECT-TYPE 600 SYNTAX INTEGER (-1..4095) 601 ACCESS read-write 602 STATUS mandatory 603 604 DESCRIPTION 605 "Lowest Twoway Channel as seen from the DTE. Depending 606 on the value of x25LkPrVC0, the value of -1 or Zero means 607 no twoway channels." 608 DEFVAL { 1 } 609::= { x25LinkPresetEntry 7 } 610 611x25LkPrHTC OBJECT-TYPE 612 SYNTAX INTEGER (-1..4095) 613 ACCESS read-write 614 STATUS mandatory 615 616 DESCRIPTION 617 "Highest Twoway Channel as seen from the DTE. Depending 618 on the value of x25LkPrVC0, the value of -1 or Zero means 619 no twoway channels." 620 DEFVAL { 1 } 621::= { x25LinkPresetEntry 8 } 622 623x25LkPrLOC OBJECT-TYPE 624 SYNTAX INTEGER (-1..4095) 625 ACCESS read-write 626 STATUS mandatory 627 628 DESCRIPTION 629 "Lowest Outgoing Channel as seen from the DTE. Depending 630 on the value of x25LkPrVC0, the value of -1 or Zero means 631 no outgoing channels." 632 DEFVAL { -1 } 633::= { x25LinkPresetEntry 9 } 634 635x25LkPrHOC OBJECT-TYPE 636 SYNTAX INTEGER (-1..4095) 637 ACCESS read-write 638 STATUS mandatory 639 640 DESCRIPTION 641 "Highest Outgoing Channel as seen from the DTE. Depending 642 on the value of x25LkPrVC0, the value of -1 or Zero means 643 no outgoing channels." 644 DEFVAL { -1 } 645::= { x25LinkPresetEntry 10 } 646 647x25LkPrDefPktSize OBJECT-TYPE 648 SYNTAX INTEGER { 649 p128(7), p256(8), p512(9), p1024(10), p2048(11), p4096(12) 650 } 651 ACCESS read-write 652 STATUS mandatory 653 654 DESCRIPTION 655 "The Layer 3 packet size for this link." 656 DEFVAL { p128 } 657::= { x25LinkPresetEntry 11 } 658 659x25LkPrDefWinSize OBJECT-TYPE 660 SYNTAX INTEGER (1..127) 661 ACCESS read-write 662 STATUS mandatory 663 664 DESCRIPTION 665 "The default window size. This must be less than 8, if the 666 layer 3 is operated in modulo 8 mode." 667 DEFVAL { 2 } 668::= { x25LinkPresetEntry 12 } 669 670x25LkPrMaxPktSize OBJECT-TYPE 671 SYNTAX INTEGER { 672 unrestricted(1), p128(7), p256(8), p512(9), p1024(10), 673 p2048(11), p4096(12) 674 } 675 ACCESS read-write 676 STATUS mandatory 677 678 DESCRIPTION 679 "The maximum allowable packet size for this link during 680 X.25 packet size negotiation. If this field is set to 681 unrestricted, the packet size will only be limited by 682 the Mtu size of the interface, which is always the 683 upper bound for the packet size." 684 DEFVAL { p128 } 685::= { x25LinkPresetEntry 13 } 686 687x25LkPrMaxWinSize OBJECT-TYPE 688 SYNTAX INTEGER (1..127) 689 ACCESS read-write 690 STATUS mandatory 691 692 DESCRIPTION 693 "The maximum allowable window size for this link during 694 window size negotiation." 695 DEFVAL { 2 } 696::= { x25LinkPresetEntry 14 } 697 698x25LkPrL2WinSize OBJECT-TYPE 699 SYNTAX INTEGER (1..127) 700 ACCESS read-write 701 STATUS mandatory 702 703 DESCRIPTION 704 "The layer 2 window size for this link." 705 DEFVAL { 2 } 706::= { x25LinkPresetEntry 15 } 707 708x25LkPrL2RetrTimer OBJECT-TYPE 709 SYNTAX INTEGER (100..30000) 710 ACCESS read-write 711 STATUS mandatory 712 713 DESCRIPTION 714 "The retransmission timeout in milliseconds for the 715 layer 2 of this link. If a frame is not acknowledged within 716 this timeout, it will be retransmitted." 717 DEFVAL { 1000 } 718::= { x25LinkPresetEntry 16 } 719 720x25LkPrL2RetrCounter OBJECT-TYPE 721 SYNTAX INTEGER (1..127) 722 ACCESS read-write 723 STATUS mandatory 724 725 DESCRIPTION 726 "The retransmission counter for the layer 2 of this link. 727 If a frame has been retransmitted more often than indicated 728 by this object, the link will be reset or disconnected." 729 DEFVAL { 10 } 730::= { x25LinkPresetEntry 17 } 731 732x25LkPrL2SupervTimer OBJECT-TYPE 733 SYNTAX INTEGER (100..30000) 734 ACCESS read-write 735 STATUS mandatory 736 737 DESCRIPTION 738 "The link-supervision timeout in milliseconds for the 739 layer 2 of this link. This timer is started, when the 740 link gets idle. An RR poll-sequence will be initiated, 741 when this timeout expires." 742 DEFVAL { 10000 } 743::= { x25LinkPresetEntry 18 } 744 745x25LkPrL2IdleTimer OBJECT-TYPE 746 SYNTAX INTEGER (-1..30000) 747 ACCESS read-write 748 STATUS mandatory 749 750 DESCRIPTION 751 "The idle timer in milliseconds for the layer 2 of this 752 link. If no VCs are established and the the link has been 753 idle for the time specified by this object, the link 754 will be disconnected. The value 0 means, the link should 755 not be disconnected after the last VC has been cleared. 756 A value of -1 means, that the link shall be kept up 757 even if it get disconnected from the partner on the 758 other end." 759 DEFVAL { 1 } 760::= { x25LinkPresetEntry 19 } 761 762x25LkPrNegotiation OBJECT-TYPE 763 SYNTAX INTEGER { when-necessary(1), always(2), never(3) } 764 ACCESS read-write 765 STATUS mandatory 766 767 DESCRIPTION 768 "This object determines whether packet-size and windows-size 769 parameters are negotiated for outgoing calls. When set to 770 never, outgoing calls are cleared if the call parameters 771 differ from the default-settings. When set to when-necessary, 772 negotiation is only performed if the call parameters differ 773 from the default settings. When set to always, negotiation 774 is always performed." 775 DEFVAL { when-necessary } 776::= { x25LinkPresetEntry 20 } 777 778-- x25LkPrDiscDelayTimer OBJECT-TYPE 779-- SYNTAX INTEGER (0..30000) 780-- ACCESS read-write 781-- STATUS mandatory 782-- 783-- DESCRIPTION 784-- "The disc delay timer in milliseconds for the layer 2 of 785-- this link (only outgoing links). This timer specifies the 786-- time interval between receiving of layer 2 disconnect and 787-- actual disconnect of link. If the partner want to 788-- disconnect the layer 2 and the time specified by this object 789-- expired, the link will be disconnected. The value 0 means, 790-- the link will be disconnected immediately after receiving of 791-- disconnect." 792-- DEFVAL { 0 } 793-- ::= { x25LinkPresetEntry 21 } 794-- 795-- x25LkPrCallDelayTimer OBJECT-TYPE 796-- SYNTAX INTEGER (0..30000) 797-- ACCESS read-write 798-- STATUS mandatory 799-- 800-- DESCRIPTION 801-- "The call delay timer in milliseconds for the layer 3 of 802-- this link (only outgoing link). This timer specifies the 803-- time interval between restart procedure completion and 804-- virtual call setup. If restart procedure is completed 805-- and the time specified by this object expired, call packet 806-- will be sent. The value 0 means, call packet should be sent 807-- immediately after completion of restart procedure." 808-- DEFVAL { 0 } 809-- ::= { x25LinkPresetEntry 22 } 810 811x25LkPrRestDelayTimer OBJECT-TYPE 812 SYNTAX INTEGER (0..30000) 813 ACCESS read-write 814 STATUS mandatory 815 816 DESCRIPTION 817 "The Restart delay timer in milliseconds for this link. 818 This timer specifies the time interval between 819 establishment of layer 2 and sending of restart packet. 820 If layer 2 is established and the time specified by this 821 object expired, restart packet will be sent. 822 The value 0 means, restart packet should be sent immediately 823 after establishment of layer 2." 824 DEFVAL { 0 } 825::= { x25LinkPresetEntry 23 } 826 827x25LkPrVC0 OBJECT-TYPE 828 SYNTAX INTEGER { 829 enable(1), disable(2) 830 } 831 ACCESS read-write 832 STATUS mandatory 833 834 DESCRIPTION 835 "This object indicates, whether VC#0 shall be allowed on 836 the link. If this object is set to enable, VC#0 is allowed 837 and the value -1 shall be used to indicate the absence of 838 specified channels. This invalidates old configurations, 839 for which a value of 0 specifies the absense of a specified 840 channel. However, for compatibility reasons, if this object 841 is not set to enabled, the values -1 or 0 may be used to 842 specify the absence of a channel." 843 DEFVAL { disable } 844::= { x25LinkPresetEntry 24 } 845 846x25LkPrRewritingRule OBJECT-TYPE 847 SYNTAX INTEGER (0..999999) 848 ACCESS read-write 849 STATUS mandatory 850 851 DESCRIPTION 852 "This Object specifies a rewriting rule in the X25 Rewrite 853 table. The call packet will be processed according 854 to this rewriting rule before the call is being routed. 855 If this value is set to zero, no rewriting will take 856 place." 857::= { x25LinkPresetEntry 25 } 858 859-- x25LkPrL1IdleTimer OBJECT-TYPE 860-- SYNTAX INTEGER (-1..30000) 861-- ACCESS read-write 862-- STATUS mandatory 863-- 864-- DESCRIPTION 865-- "" 866-- DEFVAL { 1 } 867-- ::= { x25LinkPresetEntry 26 } 868-- 869-- x25LkPrActSabmDelayTimer OBJECT-TYPE 870-- SYNTAX INTEGER (-1..30000) 871-- ACCESS read-write 872-- STATUS mandatory 873-- 874-- DESCRIPTION 875-- "" 876-- DEFVAL { 0 } 877-- ::= { x25LinkPresetEntry 32 } 878-- 879-- x25LkPrPsvSabmDelayTimer OBJECT-TYPE 880-- SYNTAX INTEGER (-1..30000) 881-- ACCESS read-write 882-- STATUS mandatory 883-- 884-- DESCRIPTION 885-- "" 886-- DEFVAL { -1 } 887-- ::= { x25LinkPresetEntry 33 } 888 889 890x25CallTable OBJECT-TYPE 891 SYNTAX SEQUENCE OF X25CallEntry 892 ACCESS not-accessible 893 STATUS mandatory 894 DESCRIPTION 895 "This table contains an entry for each active X25-call. 896 Calls always lead from a source-link to a destination-link. 897 An interface index of 1 denotates a pseudo interfaces 898 corresponding to all locally terminated calls." 899::= { x25 3 } 900 901x25CallEntry OBJECT-TYPE 902 SYNTAX X25CallEntry 903 ACCESS not-accessible 904 STATUS mandatory 905 DESCRIPTION 906 "The entries are created automatically, as soon as a call 907 gets active. They are removed automatically as soon as 908 a call gets completely cleared. A call may also be cleared 909 manually by setting the x25CallState field of an entry to 910 the value delete, which would also force the call to be 911 cleared. The call data of a cleared call is copied to 912 the x25CallHistoryTable." 913 INDEX { 914 x25CallSrcIfIndex, x25CallSrcVCNumber, 915 x25CallDstIfIndex, x25CallDstVCNumber 916 } 917::= { x25CallTable 1 } 918 919X25CallEntry ::= 920 SEQUENCE { 921 x25CallSrcIfIndex INTEGER, 922 x25CallSrcLinkAddr OCTET STRING, 923 x25CallSrcVCNumber INTEGER, 924 x25CallDstIfIndex INTEGER, 925 x25CallDstLinkAddr OCTET STRING, 926 x25CallDstVCNumber INTEGER, 927 x25CallSrcAddr DisplayString, 928 x25CallDstAddr DisplayString, 929 x25CallProtocolId INTEGER, 930 x25CallFacilities OCTET STRING, 931 x25CallUserData DisplayString, 932 x25CallAge TimeTicks, 933 x25CallState INTEGER, 934 x25CallInPktSize INTEGER, 935 x25CallOutPktSize INTEGER, 936 x25CallInWinSize INTEGER, 937 x25CallOutWinSize INTEGER, 938 x25CallPktsSent Counter, 939 x25CallBytesSent Counter, 940 x25CallPktsRecvd Counter, 941 x25CallBytesRecvd Counter 942 } 943 944x25CallSrcIfIndex OBJECT-TYPE 945 SYNTAX INTEGER 946 ACCESS read-only 947 STATUS mandatory 948 949 DESCRIPTION 950 "The interface index of the link, the call comes from. 951 This object contains the value 1, when the call is 952 originated locally." 953::= { x25CallEntry 1 } 954 955x25CallSrcLinkAddr OBJECT-TYPE 956 SYNTAX OCTET STRING 957 ACCESS read-only 958 STATUS mandatory 959 960 DESCRIPTION 961 "The (MAC-)address of the link, the call comes from (if any)" 962::= { x25CallEntry 2 } 963 964x25CallSrcVCNumber OBJECT-TYPE 965 SYNTAX INTEGER (1..4095) 966 ACCESS read-only 967 STATUS mandatory 968 969 DESCRIPTION 970 "The virtual curcuit number of the call on the link, the 971 call comes from." 972::= { x25CallEntry 3 } 973 974x25CallDstIfIndex OBJECT-TYPE 975 SYNTAX INTEGER 976 ACCESS read-only 977 STATUS mandatory 978 979 DESCRIPTION 980 "The interface index of the link, the call leads to. This 981 object contains the value 1, when the link is terminated 982 locally." 983::= { x25CallEntry 4 } 984 985x25CallDstLinkAddr OBJECT-TYPE 986 SYNTAX OCTET STRING 987 ACCESS read-only 988 STATUS mandatory 989 990 DESCRIPTION 991 "The (MAC-)address of the link, the call leads to." 992::= { x25CallEntry 5 } 993 994x25CallDstVCNumber OBJECT-TYPE 995 SYNTAX INTEGER (1..4095) 996 ACCESS read-only 997 STATUS mandatory 998 999 DESCRIPTION 1000 "The virtual curcuit number of the call on the target link." 1001::= { x25CallEntry 6 } 1002 1003x25CallSrcAddr OBJECT-TYPE 1004 SYNTAX DisplayString 1005 ACCESS read-only 1006 STATUS mandatory 1007 1008 DESCRIPTION 1009 "The calling address of the call as received on the source 1010 link." 1011::= { x25CallEntry 7 } 1012 1013x25CallDstAddr OBJECT-TYPE 1014 SYNTAX DisplayString 1015 ACCESS read-only 1016 STATUS mandatory 1017 1018 DESCRIPTION 1019 "The called address of the call as received on the source 1020 link." 1021::= { x25CallEntry 8 } 1022 1023x25CallProtocolId OBJECT-TYPE 1024 SYNTAX INTEGER 1025 ACCESS read-only 1026 STATUS mandatory 1027 1028 DESCRIPTION 1029 "The protocol id (the first four byte of the call user data) 1030 of the call as received from the source link." 1031::= { x25CallEntry 9 } 1032 1033x25CallFacilities OBJECT-TYPE 1034 SYNTAX OCTET STRING 1035 ACCESS read-only 1036 STATUS mandatory 1037 1038 DESCRIPTION 1039 "The facilities of the call as received from the source 1040 link." 1041::= { x25CallEntry 10 } 1042 1043x25CallUserData OBJECT-TYPE 1044 SYNTAX DisplayString 1045 ACCESS read-only 1046 STATUS mandatory 1047 1048 DESCRIPTION 1049 "The user data (whithout the protocol id) of the call as 1050 received from the source link." 1051::= { x25CallEntry 11 } 1052 1053x25CallAge OBJECT-TYPE 1054 SYNTAX TimeTicks 1055 ACCESS read-only 1056 STATUS mandatory 1057 1058 DESCRIPTION 1059 "The age of the call since received from the source link." 1060::= { x25CallEntry 12 } 1061 1062x25CallState OBJECT-TYPE 1063 SYNTAX INTEGER { 1064 routing(1), call-pending(2), dataxfer(3), 1065 out-reset-pending(4), in-reset-pending(5), 1066 out-clear-pending(6), 1067 in-clear-pending(7) 1068 } 1069 ACCESS read-write 1070 STATUS mandatory 1071 1072 DESCRIPTION 1073 "The current state of the call. A call may be cleared manually 1074 by setting this object to the value delete." 1075 DEFVAL { routing } 1076::= { x25CallEntry 13 } 1077 1078x25CallInPktSize OBJECT-TYPE 1079 SYNTAX INTEGER { 1080 p2(1), p4(2), p8(3), p16(4), p32(5), p64(6), 1081 p128(7), p256(8), p512(9), p1024(10), p2048(11), 1082 p4096(12), p8192(13), p16384(14), p32768(15) 1083 } 1084 ACCESS read-only 1085 STATUS mandatory 1086 1087 DESCRIPTION 1088 "The packet size of packets being received by the caller, 1089 as negotiated by the negotiation procedure." 1090 DEFVAL { p128 } 1091::= { x25CallEntry 14 } 1092 1093x25CallOutPktSize OBJECT-TYPE 1094 SYNTAX INTEGER { 1095 p2(1), p4(2), p8(3), p16(4), p32(5), p64(6), 1096 p128(7), p256(8), p512(9), p1024(10), p2048(11), 1097 p4096(12), p8192(13), p16384(14), p32768(15) 1098 } 1099 ACCESS read-only 1100 STATUS mandatory 1101 1102 DESCRIPTION 1103 "The packet size of packets being sent by the caller, 1104 as negotiated by the negotiation procedure." 1105 DEFVAL { p128 } 1106::= { x25CallEntry 15 } 1107 1108x25CallInWinSize OBJECT-TYPE 1109 SYNTAX INTEGER (1..127) 1110 ACCESS read-only 1111 STATUS mandatory 1112 1113 DESCRIPTION 1114 "The window size of packets being received by the caller, 1115 as negotiated by the negotiation procedure." 1116::= { x25CallEntry 16 } 1117 1118x25CallOutWinSize OBJECT-TYPE 1119 SYNTAX INTEGER (1..127) 1120 ACCESS read-only 1121 STATUS mandatory 1122 1123 DESCRIPTION 1124 "The window size of packets being sent by the caller, 1125 as negotiated by the negotiation procedure." 1126::= { x25CallEntry 17 } 1127 1128x25CallPktsSent OBJECT-TYPE 1129 SYNTAX Counter 1130 ACCESS read-only 1131 STATUS mandatory 1132 1133 DESCRIPTION 1134 "The number of all layer 3 packets (including RR/RNR/REJ) 1135 sent by the caller." 1136::= { x25CallEntry 18 } 1137 1138x25CallBytesSent OBJECT-TYPE 1139 SYNTAX Counter 1140 ACCESS read-only 1141 STATUS mandatory 1142 1143 DESCRIPTION 1144 "The number of data bytes sent in DATA and INTERRUPT 1145 packets by the caller." 1146::= { x25CallEntry 19 } 1147 1148x25CallPktsRecvd OBJECT-TYPE 1149 SYNTAX Counter 1150 ACCESS read-only 1151 STATUS mandatory 1152 1153 DESCRIPTION 1154 "The number of all layer 3 packets (including RR/RNR/REJ) 1155 received by the caller." 1156::= { x25CallEntry 20 } 1157 1158x25CallBytesRecvd OBJECT-TYPE 1159 SYNTAX Counter 1160 ACCESS read-only 1161 STATUS mandatory 1162 1163 DESCRIPTION 1164 "The number of data bytes received in DATA and INTERRUPT 1165 packets by the caller." 1166::= { x25CallEntry 21 } 1167 1168 1169x25CallHistoryTable OBJECT-TYPE 1170 SYNTAX SEQUENCE OF X25CallHistoryEntry 1171 ACCESS not-accessible 1172 STATUS mandatory 1173 DESCRIPTION 1174 "This table provides call information for the last 10 calls 1175 after they have been cleared. Active call are not contained 1176 in the x25CallHistoryTable." 1177::= { x25 4 } 1178 1179x25CallHistoryEntry OBJECT-TYPE 1180 SYNTAX X25CallHistoryEntry 1181 ACCESS not-accessible 1182 STATUS mandatory 1183 DESCRIPTION 1184 "Entries are created automatically, when a call is cleared 1185 completely. The first entry is deleted automatcally, if a 1186 new entry would be the 11th entry in the table." 1187 INDEX { x25CallHistorySrcIfIndex, x25CallHistoryDstIfIndex } 1188::= { x25CallHistoryTable 1 } 1189 1190X25CallHistoryEntry ::= 1191 SEQUENCE { 1192 x25CallHistoryTime Date, 1193 x25CallHistoryDuration INTEGER, 1194 x25CallHistorySrcIfIndex INTEGER, 1195 x25CallHistorySrcLinkAddr OCTET STRING, 1196 x25CallHistorySrcVCNumber INTEGER, 1197 x25CallHistoryDstIfIndex INTEGER, 1198 x25CallHistoryDstLinkAddr OCTET STRING, 1199 x25CallHistoryDstVCNumber INTEGER, 1200 x25CallHistorySrcAddr DisplayString, 1201 x25CallHistoryDstAddr DisplayString, 1202 x25CallHistoryProtocolId INTEGER, 1203 x25CallHistoryFacilities OCTET STRING, 1204 x25CallHistoryUserData DisplayString, 1205 x25CallHistoryInPktSize INTEGER, 1206 x25CallHistoryOutPktSize INTEGER, 1207 x25CallHistoryInWinSize INTEGER, 1208 x25CallHistoryOutWinSize INTEGER, 1209 x25CallHistoryPktsSent Counter, 1210 x25CallHistoryBytesSent Counter, 1211 x25CallHistoryPktsRecvd Counter, 1212 x25CallHistoryBytesRecvd Counter, 1213 x25CallHistoryClearCause INTEGER, 1214 x25CallHistoryClearDiag INTEGER 1215 } 1216 1217x25CallHistoryTime OBJECT-TYPE 1218 SYNTAX Date 1219 ACCESS read-only 1220 STATUS mandatory 1221 1222 DESCRIPTION 1223 "Date and time, when the call was received." 1224::= { x25CallHistoryEntry 1 } 1225 1226x25CallHistoryDuration OBJECT-TYPE 1227 SYNTAX INTEGER 1228 ACCESS read-only 1229 STATUS mandatory 1230 1231 DESCRIPTION 1232 "Duration of the call in seconds." 1233::= { x25CallHistoryEntry 2 } 1234 1235x25CallHistorySrcIfIndex OBJECT-TYPE 1236 SYNTAX INTEGER 1237 ACCESS read-only 1238 STATUS mandatory 1239 1240 DESCRIPTION 1241 "Interface index of the link, the call came from." 1242::= { x25CallHistoryEntry 3 } 1243 1244x25CallHistorySrcLinkAddr OBJECT-TYPE 1245 SYNTAX OCTET STRING 1246 ACCESS read-only 1247 STATUS mandatory 1248 1249 DESCRIPTION 1250 "(MAC-)address of the link, the call came from." 1251::= { x25CallHistoryEntry 4 } 1252 1253x25CallHistorySrcVCNumber OBJECT-TYPE 1254 SYNTAX INTEGER (1..4095) 1255 ACCESS read-only 1256 STATUS mandatory 1257 1258 DESCRIPTION 1259 "Virtual Curcuit Number on the link, the call came from." 1260::= { x25CallHistoryEntry 5 } 1261 1262x25CallHistoryDstIfIndex OBJECT-TYPE 1263 SYNTAX INTEGER 1264 ACCESS read-only 1265 STATUS mandatory 1266 1267 DESCRIPTION 1268 "Interface index of the link, the call leads to." 1269::= { x25CallHistoryEntry 6 } 1270 1271x25CallHistoryDstLinkAddr OBJECT-TYPE 1272 SYNTAX OCTET STRING 1273 ACCESS read-only 1274 STATUS mandatory 1275 1276 DESCRIPTION 1277 "(MAC-)address of the link, the call leads to." 1278::= { x25CallHistoryEntry 7 } 1279 1280x25CallHistoryDstVCNumber OBJECT-TYPE 1281 SYNTAX INTEGER (1..4095) 1282 ACCESS read-only 1283 STATUS mandatory 1284 1285 DESCRIPTION 1286 "Virtual Curcuit Number on the link, the call leads to." 1287::= { x25CallHistoryEntry 8 } 1288 1289x25CallHistorySrcAddr OBJECT-TYPE 1290 SYNTAX DisplayString 1291 ACCESS read-only 1292 STATUS mandatory 1293 1294 DESCRIPTION 1295 "The calling party number as received from the source link." 1296::= { x25CallHistoryEntry 9 } 1297 1298x25CallHistoryDstAddr OBJECT-TYPE 1299 SYNTAX DisplayString 1300 ACCESS read-only 1301 STATUS mandatory 1302 1303 DESCRIPTION 1304 "The called party number as received from the source link." 1305::= { x25CallHistoryEntry 10 } 1306 1307x25CallHistoryProtocolId OBJECT-TYPE 1308 SYNTAX INTEGER 1309 ACCESS read-only 1310 STATUS mandatory 1311 1312 DESCRIPTION 1313 "The Protocol ID of the call (first four bytes of the call 1314 user data field) as received from the source link." 1315::= { x25CallHistoryEntry 11 } 1316 1317x25CallHistoryFacilities OBJECT-TYPE 1318 SYNTAX OCTET STRING 1319 ACCESS read-only 1320 STATUS mandatory 1321 1322 DESCRIPTION 1323 "The facility field of the call as received from the 1324 source link." 1325::= { x25CallHistoryEntry 12 } 1326 1327x25CallHistoryUserData OBJECT-TYPE 1328 SYNTAX DisplayString 1329 ACCESS read-only 1330 STATUS mandatory 1331 1332 DESCRIPTION 1333 "The call user data behind the protocol ID as received 1334 from the source link" 1335::= { x25CallHistoryEntry 13 } 1336 1337x25CallHistoryInPktSize OBJECT-TYPE 1338 SYNTAX INTEGER { 1339 p2(1), p4(2), p8(3), p16(4), p32(5), p64(6), 1340 p128(7), p256(8), p512(9), p1024(10), p2048(11), 1341 p4096(12), p8192(13), p16384(14), p32768(15) 1342 } 1343 ACCESS read-only 1344 STATUS mandatory 1345 1346 DESCRIPTION 1347 "The packet size of packets being received by the caller, 1348 as negotiated by the negotiation procedure." 1349 DEFVAL { p128 } 1350::= { x25CallHistoryEntry 14 } 1351 1352x25CallHistoryOutPktSize OBJECT-TYPE 1353 SYNTAX INTEGER { 1354 p2(1), p4(2), p8(3), p16(4), p32(5), p64(6), 1355 p128(7), p256(8), p512(9), p1024(10), p2048(11), 1356 p4096(12), p8192(13), p16384(14), p32768(15) 1357 } 1358 ACCESS read-only 1359 STATUS mandatory 1360 1361 DESCRIPTION 1362 "The packet size of packets being sent by the caller, 1363 as negotiated by the negotiation procedure." 1364 DEFVAL { p128 } 1365::= { x25CallHistoryEntry 15 } 1366 1367x25CallHistoryInWinSize OBJECT-TYPE 1368 SYNTAX INTEGER (1..127) 1369 ACCESS read-only 1370 STATUS mandatory 1371 1372 DESCRIPTION 1373 "The window size of packets being received by the caller, 1374 as negotiated by the negotiation procedure." 1375::= { x25CallHistoryEntry 16 } 1376 1377x25CallHistoryOutWinSize OBJECT-TYPE 1378 SYNTAX INTEGER (1..127) 1379 ACCESS read-only 1380 STATUS mandatory 1381 1382 DESCRIPTION 1383 "The window size of packets being sent by the caller, 1384 as negotiated by the negotiation procedure." 1385::= { x25CallHistoryEntry 17 } 1386 1387x25CallHistoryPktsSent OBJECT-TYPE 1388 SYNTAX Counter 1389 ACCESS read-only 1390 STATUS mandatory 1391 1392 DESCRIPTION 1393 "The number of all layer 3 packets (including RR/RNR/REJ) 1394 sent by the caller." 1395::= { x25CallHistoryEntry 18 } 1396 1397x25CallHistoryBytesSent OBJECT-TYPE 1398 SYNTAX Counter 1399 ACCESS read-only 1400 STATUS mandatory 1401 1402 DESCRIPTION 1403 "The number of data bytes sent in DATA and INTERRUPT 1404 packets by the caller." 1405::= { x25CallHistoryEntry 19 } 1406 1407x25CallHistoryPktsRecvd OBJECT-TYPE 1408 SYNTAX Counter 1409 ACCESS read-only 1410 STATUS mandatory 1411 1412 DESCRIPTION 1413 "The number of all layer 3 packets (including RR/RNR/REJ) 1414 received by the caller." 1415::= { x25CallHistoryEntry 20 } 1416 1417x25CallHistoryBytesRecvd OBJECT-TYPE 1418 SYNTAX Counter 1419 ACCESS read-only 1420 STATUS mandatory 1421 1422 DESCRIPTION 1423 "The number of data bytes received in DATA and INTERRUPT 1424 packets by the caller." 1425::= { x25CallHistoryEntry 21 } 1426 1427x25CallHistoryClearCause OBJECT-TYPE 1428 SYNTAX INTEGER (-1..255) 1429 ACCESS read-only 1430 STATUS mandatory 1431 1432 DESCRIPTION 1433 "The clearing cause of the call as received in the first 1434 clear packet. A value of -1 means, no cause was received." 1435::= { x25CallHistoryEntry 22 } 1436 1437x25CallHistoryClearDiag OBJECT-TYPE 1438 SYNTAX INTEGER (-1..255) 1439 ACCESS read-only 1440 STATUS mandatory 1441 1442 DESCRIPTION 1443 "The clearing diagnostics of the call as received in the first 1444 clear packet. A value of -1 means, no diagnostics was 1445 received." 1446::= { x25CallHistoryEntry 23 } 1447 1448 1449 1450x25RouteTable OBJECT-TYPE 1451 SYNTAX SEQUENCE OF X25RouteEntry 1452 ACCESS not-accessible 1453 STATUS mandatory 1454 DESCRIPTION 1455 "The X.25 Routing Table specifies the target link for 1456 different call parameters. For each incoming call the 1457 route table will be searched for a matching entry. If 1458 multiple entries match the call parameters, a metric 1459 defines which of them to use. A route is only used, if 1460 the state of the target interface is up or dormant (see 1461 mib2). Also the state of the link is used to determine 1462 wether to use the route or not. With this mechanism, 1463 a rerouting scheme can be implemented." 1464::= { x25 5 } 1465 1466x25RouteEntry OBJECT-TYPE 1467 SYNTAX X25RouteEntry 1468 ACCESS not-accessible 1469 STATUS mandatory 1470 DESCRIPTION 1471 "Entries can only be created and deleted manually." 1472 INDEX { x25RtSrcIfIndex, x25RtDstIfIndex } 1473::= { x25RouteTable 1 } 1474 1475X25RouteEntry ::= 1476 SEQUENCE { 1477 x25RtSrcIfIndex INTEGER, 1478 x25RtSrcLinkAddr OCTET STRING, 1479 x25RtDstIfIndex INTEGER, 1480 x25RtDstLinkAddr OCTET STRING, 1481 x25RtDstLinkAddrMode INTEGER, 1482 1483 x25RtSrcAddr DisplayString, 1484 x25RtSrcNSAP DisplayString, 1485 x25RtDstAddr DisplayString, 1486 x25RtDstNSAP DisplayString, 1487 x25RtProtocolId INTEGER, 1488 x25RtCallUserData OCTET STRING, 1489 x25RtRPOA INTEGER, 1490 x25RtNUI DisplayString, 1491 1492 x25RtRewritingRule INTEGER, 1493 x25RtMetric INTEGER, 1494 x25RtCug INTEGER, 1495 x25RtCugOutgoing INTEGER, 1496 x25RtCugBilateral INTEGER, 1497 1498 x25RtDstLinkAddrRule DisplayString 1499 } 1500 1501x25RtSrcIfIndex OBJECT-TYPE 1502 SYNTAX INTEGER 1503 ACCESS read-write 1504 STATUS mandatory 1505 1506 DESCRIPTION 1507 "The originating interface index of the call. If this object 1508 is set to zero, the originating interface index will not 1509 be checked for the matching process. If this field is set to 1510 one, the route is only valid for call originating locally." 1511 DEFVAL { 0 } 1512::= { x25RouteEntry 1 } 1513 1514x25RtSrcLinkAddr OBJECT-TYPE 1515 SYNTAX OCTET STRING 1516 ACCESS read-write 1517 STATUS mandatory 1518 1519 DESCRIPTION 1520 "The originating (MAC-)address of the call. If this object 1521 is a zero length string, the originating address will not 1522 be checked for the matching process." 1523::= { x25RouteEntry 2 } 1524 1525x25RtDstIfIndex OBJECT-TYPE 1526 SYNTAX INTEGER 1527 ACCESS read-write 1528 STATUS mandatory 1529 1530 DESCRIPTION 1531 "The interface index the call has to be sent to. If this 1532 value is set to one, the call will be used locally. 1533 If the value is set to zero, the call will be refused. The 1534 routing entry will only be used if the destination interface 1535 status is up or dormant. Additionally the target link must 1536 be in the state ready, if it is permanently activated, i.e. 1537 the x25LkL2IdleTimer is set to -1." 1538 DEFVAL { 0 } 1539::= { x25RouteEntry 3 } 1540 1541x25RtDstLinkAddr OBJECT-TYPE 1542 SYNTAX OCTET STRING 1543 ACCESS read-write 1544 STATUS mandatory 1545 1546 DESCRIPTION 1547 "The (MAC-)address of the station, the call has to be sent 1548 to. This object is ignored for point-to-point interfaces." 1549::= { x25RouteEntry 4 } 1550 1551x25RtDstLinkAddrMode OBJECT-TYPE 1552 SYNTAX INTEGER { 1553 default(1), direct(2), delete(3), rule(4), auto(5) 1554 } 1555 ACCESS read-write 1556 STATUS mandatory 1557 1558 DESCRIPTION 1559 "This object specifies the way, the destination link address 1560 is generated. Default will use the default method for the 1561 target interface. When direct is selected, the destination 1562 address is taken from the route entry. Set to rule(4), the 1563 the address is generated according the rule defined in the 1564 x25RtDstLinkAddrRule entry of the x25RouteTable. 1565 Other methods will be developed in the future." 1566 DEFVAL { default } 1567::= { x25RouteEntry 5 } 1568 1569x25RtSrcAddr OBJECT-TYPE 1570 SYNTAX DisplayString 1571 ACCESS read-write 1572 STATUS mandatory 1573 1574 DESCRIPTION 1575 "The source X.121 address in the X25 call packet. If empty, the 1576 source address will not be matched. Extended Adresses are 1577 indicated by a leading '@'. The wildcards '*', '?', '[', 1578 ']', '{', '}' may be used." 1579::= { x25RouteEntry 6 } 1580 1581x25RtSrcNSAP OBJECT-TYPE 1582 SYNTAX DisplayString 1583 ACCESS read-write 1584 STATUS mandatory 1585 1586 DESCRIPTION 1587 "The source NSAP in the X25 call packet. If empty, the 1588 source NSAP will not be matched. The NSAP is preceeded 1589 by an 'X' if it is an OSI compatible NSAP or by a 'N' if 1590 the NSAP is in a not OSI compatible format. The wildcards 1591 '*', '?', '[', ']', '{', '}' may be used." 1592::= { x25RouteEntry 7 } 1593 1594x25RtDstAddr OBJECT-TYPE 1595 SYNTAX DisplayString 1596 ACCESS read-write 1597 STATUS mandatory 1598 1599 DESCRIPTION 1600 "The target X.121 address in the X25 call packet. If empty, the 1601 target address will not be matched. Extended Adresses are 1602 indicated by a leading '@'. The wildcards '*', '?', '[', 1603 ']', '{', '}' may be used." 1604::= { x25RouteEntry 8 } 1605 1606x25RtDstNSAP OBJECT-TYPE 1607 SYNTAX DisplayString 1608 ACCESS read-write 1609 STATUS mandatory 1610 1611 DESCRIPTION 1612 "The target NSAP in the X25 call packet. If empty, the 1613 target NSAP will not be matched. The NSAP is preceeded 1614 by an 'X' if it is an OSI compatible NSAP or by a 'N' if 1615 the NSAP is in a not OSI compatible format. The wildcards 1616 '*', '?', '[', ']', '{', '}' may be used." 1617::= { x25RouteEntry 9 } 1618 1619x25RtProtocolId OBJECT-TYPE 1620 SYNTAX INTEGER 1621 ACCESS read-write 1622 STATUS mandatory 1623 1624 DESCRIPTION 1625 "The protocol id of the X25 call packet. The protocol id 1626 will not be used for the matching process, when this 1627 object is set to -1" 1628 DEFVAL { -1 } 1629::= { x25RouteEntry 10 } 1630 1631x25RtCallUserData OBJECT-TYPE 1632 SYNTAX OCTET STRING 1633 ACCESS read-write 1634 STATUS mandatory 1635 1636 DESCRIPTION 1637 "The call user data field of the X25 call packet behind the 1638 protocol id. If empty, the call user data field will not 1639 be used for matching." 1640::= { x25RouteEntry 11 } 1641 1642x25RtRPOA OBJECT-TYPE 1643 SYNTAX INTEGER (-1..9999) 1644 ACCESS read-write 1645 STATUS mandatory 1646 1647 DESCRIPTION 1648 "This object will be compared to the first value in the 1649 list of RPOAs in the X25 call packet, if not set to -1." 1650 DEFVAL { -1 } 1651::= { x25RouteEntry 12 } 1652 1653x25RtNUI OBJECT-TYPE 1654 SYNTAX DisplayString 1655 ACCESS read-write 1656 STATUS mandatory 1657 1658 DESCRIPTION 1659 "This object will be compared to the NUI facility supplied 1660 with the call. If this object is an empty string, the 1661 NUI facility will not be used for the matching process." 1662::= { x25RouteEntry 13 } 1663 1664x25RtRewritingRule OBJECT-TYPE 1665 SYNTAX INTEGER (0..999999) 1666 ACCESS read-write 1667 STATUS mandatory 1668 1669 DESCRIPTION 1670 "This Object specifies a rewriting rule in the X25 Rewriting 1671 Rule table. The call packed will be processed according 1672 to this rewriting rule before the call is being delivered. 1673 If this value is set to zero, no rewriting will take 1674 place." 1675::= { x25RouteEntry 14 } 1676 1677x25RtMetric OBJECT-TYPE 1678 SYNTAX INTEGER (0..255) 1679 ACCESS read-write 1680 STATUS mandatory 1681 1682 DESCRIPTION 1683 "This object specifies a metric similar to the metric of an 1684 IP routing entry. If a call matches multiple entries in the 1685 X25 routing table, the routing entry with the lowest value 1686 of Metric will be used to route the call." 1687::= { x25RouteEntry 15 } 1688 1689x25RtCug OBJECT-TYPE 1690 SYNTAX INTEGER (-1..9999) 1691 ACCESS read-write 1692 STATUS mandatory 1693 1694 DESCRIPTION 1695 "This object will be compared to the CUG facility supplied 1696 with the call, if not set to -1." 1697 DEFVAL { -1 } 1698::= { x25RouteEntry 16 } 1699 1700x25RtCugOutgoing OBJECT-TYPE 1701 SYNTAX INTEGER (-1..9999) 1702 ACCESS read-write 1703 STATUS mandatory 1704 1705 DESCRIPTION 1706 "This object will be compared to the Outgoing CUG facility 1707 supplied with the call, if not set to -1." 1708 DEFVAL { -1 } 1709::= { x25RouteEntry 17 } 1710 1711x25RtCugBilateral OBJECT-TYPE 1712 SYNTAX INTEGER (-1..9999) 1713 ACCESS read-write 1714 STATUS mandatory 1715 1716 DESCRIPTION 1717 "This object will be compared to the Bilateral CUG facility 1718 supplied with the call, if not set to -1." 1719 DEFVAL { -1 } 1720::= { x25RouteEntry 18 } 1721 1722x25RtDstLinkAddrRule OBJECT-TYPE 1723 SYNTAX DisplayString 1724 ACCESS read-write 1725 STATUS mandatory 1726 1727 DESCRIPTION 1728 "If x25RtDstLinkAddrMode is set to rule this object describes, 1729 how to develop the destination link address (may be ISDN 1730 call number, MAC address or IP address) from destination X.25 1731 address or destination X.25 NSAP." 1732::= { x25RouteEntry 19 } 1733 1734 1735 1736x25RewriteTable OBJECT-TYPE 1737 SYNTAX SEQUENCE OF X25RewriteEntry 1738 ACCESS not-accessible 1739 STATUS mandatory 1740 DESCRIPTION 1741 "This Table contains entries, that describe different 1742 rules of rewriting the call parameters before delivering 1743 a call. Which entry in this table is used, will be determined 1744 by the route table." 1745::= { x25 6 } 1746 1747x25RewriteEntry OBJECT-TYPE 1748 SYNTAX X25RewriteEntry 1749 ACCESS not-accessible 1750 STATUS mandatory 1751 DESCRIPTION 1752 "" 1753 INDEX { x25RwRewritingRule } 1754::= { x25RewriteTable 1 } 1755 1756X25RewriteEntry ::= 1757 SEQUENCE { 1758 x25RwRewritingRule INTEGER, 1759 x25RwReverseCharging INTEGER, 1760 x25RwRPOA INTEGER, 1761 x25RwNUI DisplayString, 1762 x25RwSrcAddr DisplayString, 1763 x25RwSrcNSAP DisplayString, 1764 x25RwDstAddr DisplayString, 1765 x25RwDstNSAP DisplayString, 1766 x25RwProtocolId INTEGER, 1767 x25RwCallUserData OCTET STRING, 1768 x25RwRespSrcAddr DisplayString, 1769 x25RwRespSrcNSAP DisplayString, 1770 x25RwRespDstAddr DisplayString, 1771 x25RwRespDstNSAP DisplayString, 1772 x25RwRespProtocolId INTEGER, 1773 x25RwRespCallUserData OCTET STRING, 1774 x25RwCug INTEGER, 1775 x25RwCugOutgoing INTEGER, 1776 x25RwCugBilateral INTEGER 1777 } 1778 1779x25RwRewritingRule OBJECT-TYPE 1780 SYNTAX INTEGER (1..999999) 1781 ACCESS read-write 1782 STATUS mandatory 1783 1784 DESCRIPTION 1785 "The unique number of the rewriting rule." 1786::= { x25RewriteEntry 1 } 1787 1788x25RwReverseCharging OBJECT-TYPE 1789 SYNTAX INTEGER { 1790 dont-change(1), set(2), clear(3), delete(4) 1791 } 1792 ACCESS read-write 1793 STATUS mandatory 1794 1795 DESCRIPTION 1796 "This object describes what to do with the reverse charging 1797 facility." 1798 DEFVAL { dont-change } 1799::= { x25RewriteEntry 2 } 1800 1801x25RwRPOA OBJECT-TYPE 1802 SYNTAX INTEGER { 1803 dont-change(1), remove-first(2) 1804 } 1805 ACCESS read-write 1806 STATUS mandatory 1807 1808 DESCRIPTION 1809 "This object describes what to do with the rpoa facility." 1810 DEFVAL { dont-change } 1811::= { x25RewriteEntry 3 } 1812 1813x25RwNUI OBJECT-TYPE 1814 SYNTAX DisplayString 1815 ACCESS read-write 1816 STATUS mandatory 1817 1818 DESCRIPTION 1819 "This object contains the new value of the NUI facility. 1820 If this object is an empty string, the NUI facility 1821 will not be changed." 1822::= { x25RewriteEntry 4 } 1823 1824x25RwSrcAddr OBJECT-TYPE 1825 SYNTAX DisplayString 1826 ACCESS read-write 1827 STATUS mandatory 1828 1829 DESCRIPTION 1830 "Specifies how to rewrite the source address. Digits 1831 will be set directly to the new address. A '.' will 1832 move a digit from the old address to the new address. 1833 A '*' will move all remaining digits from the old address 1834 to the new address. A '%' will delete a digit from the 1835 old address. A '#' will append all digits from the old 1836 address to the new address. Please note that the 1837 eventually leading '@' (indicating extended adressing) 1838 is handled execatly like digits. If this object is empty, 1839 the source address will not be changed." 1840::= { x25RewriteEntry 5 } 1841 1842x25RwSrcNSAP OBJECT-TYPE 1843 SYNTAX DisplayString 1844 ACCESS read-write 1845 STATUS mandatory 1846 1847 DESCRIPTION 1848 "Specifies how to rewrite the source NSAP. Digits 1849 will be set directly to the new NSAP. A '.' will 1850 move a digit from the old NSAP to the new NSAP. 1851 A '*' will move all remaining digits from the old NSAP 1852 to the new NSAP. A '%' will delete a digit from the 1853 old NSAP. A '#' will append all digits from the old 1854 NSAP to the new NSAP. Please note that the eventually 1855 leading '@' (indicating extended adressing) is handled 1856 execatly like digits. If this object is empty, the 1857 source NSAP will not be changed." 1858::= { x25RewriteEntry 6 } 1859 1860x25RwDstAddr OBJECT-TYPE 1861 SYNTAX DisplayString 1862 ACCESS read-write 1863 STATUS mandatory 1864 1865 DESCRIPTION 1866 "Specifies how to rewrite the destination address. Digits 1867 will be set directly to the new address. A '.' will 1868 move a digit from the old address to the new address. 1869 A '*' will move all remaining digits from the old address 1870 to the new address. A '%' will delete a digit from the 1871 old address. A '#' will append all digits from the old 1872 address to the new address. Please note that the 1873 eventually leading '@' (indicating extended adressing) is 1874 handled execatly like digits. If this object is empty, 1875 the destination address will not be changed." 1876::= { x25RewriteEntry 7 } 1877 1878x25RwDstNSAP OBJECT-TYPE 1879 SYNTAX DisplayString 1880 ACCESS read-write 1881 STATUS mandatory 1882 1883 DESCRIPTION 1884 "Specifies how to rewrite the destination NSAP. Digits 1885 will be set directly to the new NSAP. A '.' will 1886 move a digit from the old NSAP to the new NSAP. 1887 A '*' will move all remaining digits from the old NSAP 1888 to the new NSAP. A '%' will delete a digit from the 1889 old NSAP. A '#' will append all digits from the old 1890 NSAP to the new NSAP. Please note that the eventually 1891 leading '@' (indicating extended adressing) is handled 1892 execatly like digits. If this object is empty, the 1893 destination NSAP will not be changed." 1894::= { x25RewriteEntry 8 } 1895 1896x25RwProtocolId OBJECT-TYPE 1897 SYNTAX INTEGER 1898 ACCESS read-write 1899 STATUS mandatory 1900 1901 DESCRIPTION 1902 "This object specifies the new value of the protocol id field. 1903 The protocol id field will not be changed, if this object 1904 is set to -1" 1905 DEFVAL { -1 } 1906::= { x25RewriteEntry 9 } 1907 1908x25RwCallUserData OBJECT-TYPE 1909 SYNTAX OCTET STRING 1910 ACCESS read-write 1911 STATUS mandatory 1912 1913 DESCRIPTION 1914 "The new value of the call user data field. The call user data 1915 field will not be changed, if this object is an empty string. 1916 A leading '%' will be ignored. This allows to delete the 1917 call user data portion of a call packet by setting this 1918 object to a single '%'." 1919::= { x25RewriteEntry 10 } 1920 1921x25RwRespSrcAddr OBJECT-TYPE 1922 SYNTAX DisplayString 1923 ACCESS read-write 1924 STATUS mandatory 1925 1926 DESCRIPTION 1927 "Specifies how to rewrite the source address of the call 1928 accepted packet. Digits will be set directly to the new 1929 address. A '.' will move a digit from the old address to 1930 the new address. A '*' will move all remaining digits 1931 from the old address to the new address. A '%' will 1932 delete a digit from the old address. A '#' will append 1933 all digits from the old address to the new address. Please 1934 note that the eventually leading '@' (indicating extended 1935 adressing) is handled execatly like digits. If this object 1936 is empty, the source address will not be changed." 1937::= { x25RewriteEntry 11 } 1938 1939x25RwRespSrcNSAP OBJECT-TYPE 1940 SYNTAX DisplayString 1941 ACCESS read-write 1942 STATUS mandatory 1943 1944 DESCRIPTION 1945 "Specifies how to rewrite the source NSAP in the call 1946 accepted packet. Digits will be set directly to the new 1947 NSAP. A '.' will move a digit from the old NSAP to the 1948 new NSAP. A '*' will move all remaining digits from the 1949 old NSAP to the new NSAP. A '%' will delete a digit from the 1950 old NSAP. A '#' will append all digits from the old NSAP 1951 to the new NSAP. Please note that the eventually leading 1952 '@' (indicating extended adressing) is handled execatly like 1953 digits. If this object is empty, the source NSAP will 1954 not be changed." 1955::= { x25RewriteEntry 12 } 1956 1957x25RwRespDstAddr OBJECT-TYPE 1958 SYNTAX DisplayString 1959 ACCESS read-write 1960 STATUS mandatory 1961 1962 DESCRIPTION 1963 "Specifies how to rewrite the destination address of the call 1964 accepted packet. Digits will be set directly to the new 1965 address. A '.' will move a digit from the old address to 1966 the new address. A '*' will move all remaining digits 1967 from the old address to the new address. A '%' will 1968 delete a digit from the old address. A '#' will append 1969 all digits from the old address to the new address. Please 1970 note that the eventually leading '@' (indicating extended 1971 adressing) is handled execatly like digits. If this object 1972 is empty, the destination address will not be changed." 1973::= { x25RewriteEntry 13 } 1974 1975x25RwRespDstNSAP OBJECT-TYPE 1976 SYNTAX DisplayString 1977 ACCESS read-write 1978 STATUS mandatory 1979 1980 DESCRIPTION 1981 "Specifies how to rewrite the destination NSAP in the call 1982 accepted packet. Digits will be set directly to the new 1983 NSAP. A '.' will move a digit from the old NSAP to the 1984 new NSAP. A '*' will move all remaining digits from the 1985 old NSAP to the new NSAP. A '%' will delete a digit from the 1986 old NSAP. A '#' will append all digits from the old NSAP 1987 to the new . Please note that the eventually leading 1988 '@' (indicating extended adressing) is handled execatly like 1989 digits. If this object is empty, the destination NSAP will 1990 not be changed." 1991::= { x25RewriteEntry 14 } 1992 1993x25RwRespProtocolId OBJECT-TYPE 1994 SYNTAX INTEGER 1995 ACCESS read-write 1996 STATUS mandatory 1997 1998 DESCRIPTION 1999 "This object contains the new value of the ProtocolID field 2000 of the call accepted packet. The ProtocolID will not be 2001 changed, if this object is set to -1." 2002 DEFVAL { -1 } 2003::= { x25RewriteEntry 15 } 2004 2005x25RwRespCallUserData OBJECT-TYPE 2006 SYNTAX OCTET STRING 2007 ACCESS read-write 2008 STATUS mandatory 2009 2010 DESCRIPTION 2011 "The new value of the call user data field of the call 2012 accepted packet. The call user data field will not be 2013 changed, if this object is an empty string. A leading 2014 '%' will be ignored. This allows to delete the 2015 call user data portion of a call accepted packet by 2016 setting this object to a single '%'." 2017::= { x25RewriteEntry 16 } 2018 2019x25RwCug OBJECT-TYPE 2020 SYNTAX INTEGER (-2..9999) 2021 ACCESS read-write 2022 STATUS mandatory 2023 2024 DESCRIPTION 2025 "This object contains the new value of the CUG facility. 2026 If this object is set to -1, the CUG facility will not be 2027 changed. The CUG facility will be removed, if this object is 2028 set to -2." 2029 DEFVAL { -1 } 2030::= { x25RewriteEntry 17 } 2031 2032x25RwCugOutgoing OBJECT-TYPE 2033 SYNTAX INTEGER (-2..9999) 2034 ACCESS read-write 2035 STATUS mandatory 2036 2037 DESCRIPTION 2038 "This object contains the new value of the Outgoing CUG 2039 facility. If this object is set to -1, the Outgoing CUG 2040 facility will not be changed. The Outgoing CUG facility will be 2041 removed, if this object is set to -2." 2042 DEFVAL { -1 } 2043::= { x25RewriteEntry 18 } 2044 2045x25RwCugBilateral OBJECT-TYPE 2046 SYNTAX INTEGER (-2..9999) 2047 ACCESS read-write 2048 STATUS mandatory 2049 2050 DESCRIPTION 2051 "This object contains the new value of the Bilateral CUG 2052 facility. If this object is set to -1, the Bilateral CUG 2053 facility will not be changed. The Bilateral CUG facility will 2054 be removed, if this object is set to -2." 2055 DEFVAL { -1 } 2056::= { x25RewriteEntry 19 } 2057 2058 2059x25MprTable OBJECT-TYPE 2060 SYNTAX SEQUENCE OF X25MprEntry 2061 ACCESS not-accessible 2062 STATUS mandatory 2063 DESCRIPTION 2064 "This table contains an entry for each partner reachable 2065 via X.25 for Multiprotocol over X.25 according to RFC 1356. 2066 Entries in this table are created manually and will result 2067 to the creation of a multiprotocol routing interface in 2068 the ifTable. This interface can than be used by higher 2069 level protocols like ip, ipx and bridging. 2070 2071 The object x25MprIfIndex shall be set to 0 for creation 2072 of new entries. The BRICK will allocate the next free 2073 interface index and assign it ti x25MprIfIndex. 2074 2075 Rows of this table can be deleted by setting the object 2076 x25MprEncapsulation to the value delete. 2077 " 2078::= { x25 7 } 2079 2080x25MprEntry OBJECT-TYPE 2081 SYNTAX X25MprEntry 2082 ACCESS not-accessible 2083 STATUS mandatory 2084 DESCRIPTION 2085 "" 2086 INDEX { x25MprIfIndex } 2087::= { x25MprTable 1 } 2088 2089X25MprEntry ::= 2090 SEQUENCE { 2091 x25MprIfIndex INTEGER, 2092 x25MprMtu INTEGER, 2093 x25MprEncapsulation INTEGER, 2094 x25MprNumVC INTEGER, 2095 x25MprMaxVC INTEGER, 2096 x25MprWinSize INTEGER, 2097 x25MprPktSize INTEGER, 2098 x25MprShortHold INTEGER, 2099 x25MprMaxRetries INTEGER, 2100 x25MprBlockTime INTEGER, 2101 x25MprAddr DisplayString, 2102 x25MprMode INTEGER, 2103 x25MprAutoRoute INTEGER, 2104 x25MprIpSubnet IpAddress, 2105 x25MprIpSubnetMask IpAddress 2106 } 2107 2108x25MprIfIndex OBJECT-TYPE 2109 SYNTAX INTEGER 2110 ACCESS read-write 2111 STATUS mandatory 2112 2113 DESCRIPTION 2114 "This object contains an interface index and assigns the 2115 row to an entry in ifTable. When creating new entries 2116 in the table, the value of this object shall be set to 0. 2117 The next free ifIndex value is than allocated 2118 by the BRICK and assigned to the object. At the same 2119 time a new interface is created in the IfTable." 2120 DEFVAL { 0 } 2121::= { x25MprEntry 1 } 2122 2123x25MprMtu OBJECT-TYPE 2124 SYNTAX INTEGER (576..8180) 2125 ACCESS read-write 2126 STATUS mandatory 2127 2128 DESCRIPTION 2129 "The Maximum transfer unit to be used with the interface, 2130 the row is describing." 2131 DEFVAL { 1500 } 2132::= { x25MprEntry 2 } 2133 2134x25MprEncapsulation OBJECT-TYPE 2135 SYNTAX INTEGER { 2136 ip-rfc877(1), ip(2), ipx(3), mpr(4), delete(5) 2137 } 2138 ACCESS read-write 2139 STATUS mandatory 2140 2141 DESCRIPTION 2142 "This object specifies the encapsulation method to be used. 2143 2144 If this object is set to ip_rfc877, the RFC877 compatible 2145 encapsulation is selected. The relating interface 2146 is only capabable of transferring IP datagrams. All 2147 other protocols are not supported. Virtual channels 2148 are established only with the CUD field set to CC. 2149 2150 If this object is set to ip, the relating interface is 2151 also only capable of forwarding IP datagrams. However, 2152 the virtual channels are setup with the CUD field 2153 set to 80 00 00 00 08 00. 2154 2155 The encapsulation ipx allows only forwarding of IPX 2156 datagrams. VCs are established using a CUD field 2157 of 80 00 00 00 81 37. 2158 2159 If this object is set to mpr, the corresponding 2160 corresponding interface is capable of IP, IPX and 2161 BRIDGING. The different protocols are multiplexed over 2162 the same VC. The CUD field is set to 00." 2163 2164 DEFVAL { ip-rfc877 } 2165::= { x25MprEntry 3 } 2166 2167x25MprNumVC OBJECT-TYPE 2168 SYNTAX INTEGER (0..255) 2169 ACCESS read-write 2170 STATUS mandatory 2171 2172 DESCRIPTION 2173 "This object specifies the number of VCs used with the 2174 corresponding interface. The BRICK will always try to 2175 have that many VCs available for the relating interface." 2176 DEFVAL { 1 } 2177::= { x25MprEntry 4 } 2178 2179x25MprMaxVC OBJECT-TYPE 2180 SYNTAX INTEGER (0..255) 2181 ACCESS read-write 2182 STATUS mandatory 2183 2184 DESCRIPTION 2185 "This object specifies the maximum number of VCs used 2186 with the corresponding interface. It shall be greater 2187 or equal to x25MprNumVC." 2188 DEFVAL { 1 } 2189::= { x25MprEntry 5 } 2190 2191x25MprWinSize OBJECT-TYPE 2192 SYNTAX INTEGER (1..7) 2193 ACCESS read-write 2194 STATUS mandatory 2195 2196 DESCRIPTION 2197 "This object describes the window size to be 2198 used for outgoing X.25 virtual calls." 2199 DEFVAL { 7 } 2200::= { x25MprEntry 6 } 2201 2202x25MprPktSize OBJECT-TYPE 2203 SYNTAX INTEGER { 2204 p128(7), p256(8), p512(9), p1024(10), p2048(11), p4096(12) 2205 } 2206 ACCESS read-write 2207 STATUS mandatory 2208 2209 DESCRIPTION 2210 "This object describes the packet size, to be used for 2211 outgoing X.25 calls. Please note that this parameter is 2212 independant of the x25MprMtu parameter." 2213 DEFVAL { p4096 } 2214::= { x25MprEntry 7 } 2215 2216x25MprShortHold OBJECT-TYPE 2217 SYNTAX INTEGER (0..65535) 2218 ACCESS read-write 2219 STATUS mandatory 2220 2221 DESCRIPTION 2222 "This object specifies the time of inactivity in seconds, 2223 after which the VCs are disconnected automatically." 2224 DEFVAL { 60 } 2225::= { x25MprEntry 8 } 2226 2227x25MprMaxRetries OBJECT-TYPE 2228 SYNTAX INTEGER (1..255) 2229 ACCESS read-write 2230 STATUS mandatory 2231 2232 DESCRIPTION 2233 "This object specifies the maximum number of tries for 2234 X.25 call establishement. If the BRICK has tried to establish 2235 the call for this many times, the interface is in 2236 the blocked state for a time specified by x25MprBlockTime. 2237 During the blocked state, no more tries are made." 2238 2239 DEFVAL { 5 } 2240::= { x25MprEntry 9 } 2241 2242x25MprBlockTime OBJECT-TYPE 2243 SYNTAX INTEGER (0..65536) 2244 ACCESS read-write 2245 STATUS mandatory 2246 2247 DESCRIPTION 2248 "This object describes the amount of time, the corresponding 2249 interface remains in the blocked state after too many 2250 tries to establish the X.25 call." 2251 DEFVAL { 60 } 2252::= { x25MprEntry 10 } 2253 2254x25MprAddr OBJECT-TYPE 2255 SYNTAX DisplayString 2256 ACCESS read-write 2257 STATUS mandatory 2258 2259 DESCRIPTION 2260 "The X.25 address to be used with this interface. A leading 2261 @ indicates extended adressing." 2262::= { x25MprEntry 11 } 2263 2264x25MprMode OBJECT-TYPE 2265 SYNTAX INTEGER { 2266 normal(1), multiuser(2) 2267 } 2268 ACCESS read-write 2269 STATUS mandatory 2270 2271 DESCRIPTION 2272 "This object describes the operating mode of the interface. 2273 normal -- normal operating mode 2274 multiuser -- A new interface is created for each 2275 incoming X.25 call. 2276 " 2277 DEFVAL { normal } 2278::= { x25MprEntry 12 } 2279 2280x25MprAutoRoute OBJECT-TYPE 2281 SYNTAX INTEGER { 2282 off(1), check(2), translate(3) 2283 } 2284 ACCESS read-write 2285 STATUS mandatory 2286 2287 DESCRIPTION 2288 "This object describes, how automatic routes are created. 2289 It is especially usefull combined with the multiuser Mode 2290 of the interface. 2291 off -- do not create automatic routes 2292 check -- Check the source address of the 2293 the first packet and create a backward 2294 Route, when in the range specified by 2295 IpSubnet/IpSubnetMask 2296 translate -- Translate the ip source address to 2297 the range specified by IpSubnet/IpSubnetMask. 2298 Automatically create ipNatOutEntries 2299 and set ipExtIfNat for dynamic interfaces 2300 to reverse. 2301 " 2302 DEFVAL { off } 2303::= { x25MprEntry 13 } 2304 2305x25MprIpSubnet OBJECT-TYPE 2306 SYNTAX IpAddress 2307 ACCESS read-write 2308 STATUS mandatory 2309 2310 DESCRIPTION 2311 "This object specifies, together with x25MprSubnetMask 2312 the possible range for automatically created routes. 2313 The object is valid, when x25MprMode is set to autoroute 2314 or multiuser. 2315 " 2316::= { x25MprEntry 14 } 2317 2318x25MprIpSubnetMask OBJECT-TYPE 2319 SYNTAX IpAddress 2320 ACCESS read-write 2321 STATUS mandatory 2322 2323 DESCRIPTION 2324 "This object specifies, together with x25MprSubnet 2325 the possible range for automatically created routes. 2326 The object is valid, when x25MprMode is set to autoroute 2327 or multiuser. 2328 " 2329::= { x25MprEntry 15 } 2330 2331 2332-- x25PadProfileTable OBJECT-TYPE ::= { x25 8 } 2333 2334-- x25ToTcpTable OBJECT-TYPE ::= { x25 9 } 2335 2336 2337x25LocalPadCall OBJECT-TYPE 2338 SYNTAX INTEGER { accept(1), dont-accept(2) } 2339 ACCESS read-write 2340 STATUS mandatory 2341 2342 DESCRIPTION 2343 "This object specifies wether a PAD Call (PID=1) routed 2344 to the local X.25 entity (ifIndex=1) should 2345 be accepted to allow for a remote login via X.25. This 2346 may be disabled for security reasons by setting this 2347 object do dont-accept." 2348 DEFVAL { accept } 2349::= { x25 10 } 2350 2351x25LocalAddr OBJECT-TYPE 2352 SYNTAX DisplayString 2353 ACCESS read-write 2354 STATUS mandatory 2355 2356 DESCRIPTION 2357 "The X.25 address to be used as originating address 2358 for outgoing X.25 call from this BRICK. A leading 2359 @ indicates extended adressing." 2360 DEFVAL { "" } 2361::= { x25 11 } 2362 2363x25Rerouting OBJECT-TYPE 2364 SYNTAX INTEGER { allow(1), disallow(2) } 2365 ACCESS read-write 2366 STATUS mandatory 2367 2368 DESCRIPTION 2369 "This object specifies whether a rerouting request should be 2370 accepted to establish connection to another server. 2371 This is only relevant for x29 rerouting." 2372 DEFVAL { disallow } 2373::= { x25 12 } 2374 2375x25HistoryMaxEntries OBJECT-TYPE 2376 SYNTAX INTEGER (0..255) 2377 ACCESS read-write 2378 STATUS mandatory 2379 2380 DESCRIPTION 2381 "Maximum number of x25CallHistory entries in memory." 2382 DEFVAL { 10 } 2383::= { x25 13 } 2384 2385x25AccountingTemplate OBJECT-TYPE 2386 SYNTAX DisplayString (SIZE (0..255)) 2387 ACCESS read-write 2388 STATUS mandatory 2389 2390 DESCRIPTION 2391 "Specifies the format of accounting messages sent by the 2392 syslog protocol. The format can consist of any order of 2393 the following variables. 2394 Tag Meaning 2395 %S Date and Time the connection was established; 2396 in DD.MM.YY/HH:MM:SS format. 2397 %d The duration of the connection in seconds. 2398 %z The X25 source address. 2399 %Z The X25 destination address. 2400 %y Total number of bytes received over the connection. 2401 %Y Total number of bytes sent over the connection. 2402 %g Total packets received over the connection. 2403 %G Total packets sent over the connection. 2404 %c The X25 clear cause. 2405 %C The X25 clear diagnostic. 2406 %f The source interface. 2407 %F The destination interface. 2408 %v The source virtual channel number. 2409 %V The destination virtual channel number. 2410 2411 The default accounting template setting contains the 2412 following tags: %S,%d,%z,%Z,%y,%Y,%g,%G,%c,%C." 2413 2414 DEFVAL { "%S,%d,%z,%Z,%y,%Y,%g,%G,%c,%C" } 2415::= { x25 14 } 2416 2417 2418 2419x25OverIsdnIfTable OBJECT-TYPE 2420 SYNTAX SEQUENCE OF X25OverIsdnIfEntry 2421 ACCESS not-accessible 2422 STATUS mandatory 2423 DESCRIPTION 2424 "This table contains an entry for each Interface 2425 accessible to the X.25 Switch for X.25 over ISDN 2426 B-channel data transfer. This mechanism superseeds 2427 the old one using the PPP implementation as ISDN 2428 call generator. The relationship to ISDN is much more 2429 direct and offers more possibilities. 2430 2431 For each entry in this table, there is a corresponding 2432 Table in the ifTable of mib-2. 2433 " 2434::= { x25 15 } 2435 2436x25OverIsdnIfEntry OBJECT-TYPE 2437 SYNTAX X25OverIsdnIfEntry 2438 ACCESS not-accessible 2439 STATUS mandatory 2440 DESCRIPTION 2441 "" 2442 INDEX { xoiIfIndex } 2443::= { x25OverIsdnIfTable 1 } 2444 2445X25OverIsdnIfEntry ::= 2446 SEQUENCE { 2447 xoiIfIndex INTEGER, 2448 xoiIfType INTEGER, 2449 xoiIfDirection INTEGER, 2450 xoiIfLocalNumber DisplayString, 2451 xoiIfRemoteNumber DisplayString, 2452 xoiIfStkMask BitValue, 2453 xoiIfSignalling HexValue, 2454 xoiIfL1Protocol INTEGER, 2455 xoiIfL2Protocol INTEGER, 2456 xoiIfPadProfile INTEGER, 2457 xoiIfModemProfile INTEGER, 2458 xoiIfMaxCalls INTEGER, 2459 xoiIfL2Mode INTEGER, 2460 xoiIfStatCommand INTEGER, 2461 xoiIfMaxRetries INTEGER, 2462 xoiIfRetryTime INTEGER, 2463 xoiIfBlockTime INTEGER, 2464 2465 -- Statistics 2466 xoiIfCurrentCalls INTEGER, 2467 xoiIfIncomingCalls INTEGER, 2468 xoiIfOutgoingCalls INTEGER, 2469 xoiIfMaxConcCalls INTEGER, 2470 xoiIfCumulTime INTEGER, 2471 2472 xoiIfBrkSeqVar INTEGER 2473 2474 2475 } 2476 2477xoiIfIndex OBJECT-TYPE 2478 SYNTAX INTEGER 2479 ACCESS read-write 2480 STATUS mandatory 2481 2482 DESCRIPTION 2483 "This object contains the interface index for the 2484 interface. When this object is set to an interface 2485 number, that does not yet correspond to an existing 2486 interface, a new interface is created. The interface 2487 index is forced into the range of indices for X25 over 2488 ISDN routing. Setting this object to an existing interface 2489 index sets all the values for the respective row to 2490 default values. 2491 " 2492::= { x25OverIsdnIfEntry 1 } 2493 2494xoiIfType OBJECT-TYPE 2495 SYNTAX INTEGER { delete(1), one-to-one(2), multi-vc(3) } 2496 ACCESS read-write 2497 STATUS mandatory 2498 2499 DESCRIPTION 2500 "This object specifies the type of the interface and can 2501 also be used to delete the complete row and the corresponding 2502 interface. The following types are available: 2503 2504 one-to-one Each X.25 Call sent to the interface will 2505 create a new isdn call. This leads to 2506 a one-to-one relation between ISDN and 2507 X.25 calls. 2508 2509 multi-vc The first X.25 call sent to the interface 2510 will create a new isdn call established. The 2511 following calls will be sent to the same ISDN 2512 call as long as VCs (two way or outgoing) 2513 are available. Only if all VCs are used up, 2514 a new ISDN call will be established. 2515 2516 In either case, multiple incoming X.25 calls are allowed 2517 according to the X25LinkPresetTable. The ISDN calls 2518 are cleared, as soon as the corresponding layer 2 Link 2519 has been cleared as specified in x25LkL2IdleTimer. 2520 " 2521 DEFVAL { one-to-one } 2522 ::= { x25OverIsdnIfEntry 2 } 2523 2524 xoiIfDirection OBJECT-TYPE 2525 SYNTAX INTEGER { in(1), out(2), both(3), none(4) } 2526 ACCESS read-write 2527 STATUS mandatory 2528 2529 DESCRIPTION 2530 "This object specifies the allowd direction of ISDN calls. 2531 The value none can be used to disable an interface. 2532 " 2533 DEFVAL { both } 2534 ::= { x25OverIsdnIfEntry 3 } 2535 2536 xoiIfLocalNumber OBJECT-TYPE 2537 SYNTAX DisplayString 2538 ACCESS read-write 2539 STATUS mandatory 2540 2541 DESCRIPTION 2542 "This object specifies the local ISDN number. 2543 2544 For outgoing calls, it is used as calling party number, 2545 unless it is overwritten by the X.25 routing mechanisms. 2546 2547 For incoming calls it is used to assign the incoming call 2548 to an interface. The called party number of the incoming 2549 ISDN call is matched against the value of this object. 2550 Wildcards are allowed in this case. 2551 2552 Use care, when IfDirection is set to both. No Wildcards 2553 are allowed for outgoing calls. 2554 " 2555 ::= { x25OverIsdnIfEntry 4 } 2556 2557 xoiIfRemoteNumber OBJECT-TYPE 2558 SYNTAX DisplayString 2559 ACCESS read-write 2560 STATUS mandatory 2561 2562 DESCRIPTION 2563 "This object specifies the remote ISDN number. 2564 2565 For outgoing ISDN calls, it is used as called party number, 2566 unless it is overwritten by X.25 routing mechanisms. 2567 2568 For incoming calls it is used to assign the incoming call 2569 to an interface. The calling party number of the incoming 2570 ISDN call is matched against the value of this object. 2571 Wildcards are allowed in this case. 2572 2573 Use care, when IfDirection is set to both. No Wildcards 2574 are allowed for outgoing calls. 2575 " 2576 ::= { x25OverIsdnIfEntry 5 } 2577 2578 xoiIfStkMask OBJECT-TYPE 2579 SYNTAX BitValue 2580 ACCESS read-write 2581 STATUS mandatory 2582 2583 DESCRIPTION 2584 "This object specifies the ISDN stacks to be used for incoming 2585 and outgoing ISDN calls. If none of the specified stacks is 2586 ready for use, the ifOperStatus in the corresponding entry 2587 of the ifTable is set to down. 2588 " 2589 -- DEFVAL { 'FFFFFFFF'H } 2590 DEFVAL { 4294967295 } 2591 ::= { x25OverIsdnIfEntry 6 } 2592 2593 xoiIfSignalling OBJECT-TYPE 2594 SYNTAX HexValue 2595 ACCESS read-write 2596 STATUS mandatory 2597 2598 DESCRIPTION 2599 "This object sets the signalling for outgoing calls and is used 2600 assign incoming calls to interfaces. If set to 0, an ISDN 2601 signalling is generated automatically for outgoing calls 2602 depending on the values of L1Protocol and L2Protocol. All 2603 incoming calls are routed to the interface, when this object 2604 is set to 0. 2605 2606 Other values are directly used for outgoing calls, 2607 independantly of the setting of L1Protocol and L2Protocol. 2608 Incoming calls are only assigned to the interface, when 2609 the signalling is equal to the value specified here. 2610 2611 The possible values are specified elsewhere. 2612 " 2613 ::= { x25OverIsdnIfEntry 7 } 2614 2615 xoiIfL1Protocol OBJECT-TYPE 2616 SYNTAX INTEGER { 2617 auto(1), 2618 hdlc-64k(2), 2619 hdlc-56k(3), 2620 v110-1200(13), 2621 v110-2400(14), 2622 v110-4800(15), 2623 v110-7200(16), 2624 v110-9600(17), 2625 v110-14400(18), 2626 v110-19200(19), 2627 v110-28800(20), 2628 v110-38400(21), 2629 v120-64k(31), 2630 v120-56k(32), 2631 modem(41) 2632 } 2633 ACCESS read-write 2634 STATUS mandatory 2635 2636 DESCRIPTION 2637 "This object specifies the layer 1 protocol for the interface. 2638 The specified mode is used for incoming and outgoing calls. 2639 2640 If auto is selected, the layer 1 protocol will be derived from 2641 ISDN signalling for incoming calls. For outgoing calls, 2642 layer1 mode will be derived from layer 2 protocol. 2643 " 2644 DEFVAL { auto } 2645 ::= { x25OverIsdnIfEntry 8 } 2646 2647 xoiIfL2Protocol OBJECT-TYPE 2648 SYNTAX INTEGER { 2649 auto(1), 2650 lapb(2), 2651 pad(3), 2652 padoverlapb(4) 2653 } 2654 ACCESS read-write 2655 STATUS mandatory 2656 2657 DESCRIPTION 2658 "This object specifies the layer 2 protocol of the interface. 2659 The setting applies to incoming and outgoing calls. 2660 2661 When auto is selected, the layer 2 protocol is derived from 2662 the signalling of the call for incoming calls. For outgoing 2663 calls, usually lapb is used. 2664 " 2665 DEFVAL { auto } 2666 ::= { x25OverIsdnIfEntry 9 } 2667 2668 xoiIfPadProfile OBJECT-TYPE 2669 SYNTAX INTEGER 2670 ACCESS read-write 2671 STATUS mandatory 2672 2673 DESCRIPTION 2674 "In case of a PAD instance being used (see Layer2Mode), this 2675 object specifies the PAD profile to be used. 2676 " 2677 ::= { x25OverIsdnIfEntry 10 } 2678 2679 xoiIfModemProfile OBJECT-TYPE 2680 SYNTAX INTEGER 2681 ACCESS read-write 2682 STATUS mandatory 2683 2684 DESCRIPTION 2685 "In case of a modem being used for layer 1, this object specifies 2686 the modem profile. 2687 " 2688 ::= { x25OverIsdnIfEntry 11 } 2689 2690 xoiIfMaxCalls OBJECT-TYPE 2691 SYNTAX INTEGER 2692 ACCESS read-write 2693 STATUS mandatory 2694 2695 DESCRIPTION 2696 "This object specifies the maximum number of calls for the 2697 interface. 2698 " 2699 DEFVAL { 10 } 2700 ::= { x25OverIsdnIfEntry 12 } 2701 2702 xoiIfL2Mode OBJECT-TYPE 2703 SYNTAX INTEGER { auto(1), dte(2), dce(3) } 2704 ACCESS read-write 2705 STATUS mandatory 2706 2707 DESCRIPTION 2708 "This object specifies whether the layer2 should act in 2709 DTE or DCE configuration. If set to auto. The ISDN caller 2710 is always DTE, and the callee is DCE. 2711 " 2712 DEFVAL { auto } 2713 ::= { x25OverIsdnIfEntry 13 } 2714 2715 xoiIfStatCommand OBJECT-TYPE 2716 SYNTAX INTEGER { nop(1), clear(2) } 2717 ACCESS read-write 2718 STATUS mandatory 2719 2720 DESCRIPTION 2721 "This object may be used, to clear the statistics counters 2722 for the interface. When set to clear, all statistics counters 2723 in this table and the ifTable are set to 0. 2724 " 2725 DEFVAL { nop } 2726 ::= { x25OverIsdnIfEntry 14 } 2727 2728 xoiIfMaxRetries OBJECT-TYPE 2729 SYNTAX INTEGER (0..100) 2730 ACCESS read-write 2731 STATUS mandatory 2732 2733 DESCRIPTION 2734 "This object specifies the number of times, an unsuccessful 2735 call has to be retried. When even after this many times, 2736 it was not possible, to establish an ISDN connection, the 2737 original X.25 call is cleared. In addition to that, when 2738 there are currently no other ISDN calls established for 2739 the interface, the interface moves to the BLOCKED state for 2740 BlockTime seconds. 2741 " 2742 DEFVAL { 0 } 2743 ::= { x25OverIsdnIfEntry 15 } 2744 2745 xoiIfRetryTime OBJECT-TYPE 2746 SYNTAX INTEGER (-3600..3600) 2747 ACCESS read-write 2748 STATUS mandatory 2749 2750 DESCRIPTION 2751 "This object specifies the amount of time in seconds, to 2752 wait between the retries of an ISDN call. If the value is 2753 negative, a random time will be chosen between 0 and the 2754 the absolute value. 2755 " 2756 DEFVAL { 0 } 2757 ::= { x25OverIsdnIfEntry 16 } 2758 2759 xoiIfBlockTime OBJECT-TYPE 2760 SYNTAX INTEGER (0..3600) 2761 ACCESS read-write 2762 STATUS mandatory 2763 2764 DESCRIPTION 2765 "This object specifies the amount of time in seconds, the 2766 interface will stay in the BLOCKED state after unsuccessful 2767 ISDN call establishment. 2768 " 2769 DEFVAL { 0 } 2770 ::= { x25OverIsdnIfEntry 17 } 2771 2772 xoiIfCurrentCalls OBJECT-TYPE 2773 SYNTAX INTEGER 2774 ACCESS read-only 2775 STATUS mandatory 2776 2777 DESCRIPTION 2778 "This object indicates the number of currently established 2779 calls for the interface. 2780 " 2781 ::= { x25OverIsdnIfEntry 20 } 2782 2783 xoiIfIncomingCalls OBJECT-TYPE 2784 SYNTAX INTEGER 2785 ACCESS read-only 2786 STATUS mandatory 2787 2788 DESCRIPTION 2789 "This object is a statistics counter. It counts the number of 2790 incoming calls for the interface. 2791 " 2792 ::= { x25OverIsdnIfEntry 21 } 2793 2794 xoiIfOutgoingCalls OBJECT-TYPE 2795 SYNTAX INTEGER 2796 ACCESS read-only 2797 STATUS mandatory 2798 2799 DESCRIPTION 2800 "This object is a statistics counter. It counts the number of 2801 outgoing calls for the interface. 2802 " 2803 ::= { x25OverIsdnIfEntry 22 } 2804 2805 xoiIfMaxConcCalls OBJECT-TYPE 2806 SYNTAX INTEGER 2807 ACCESS read-only 2808 STATUS mandatory 2809 2810 DESCRIPTION 2811 "This object is a statistics counter. It indicates the maximum 2812 number of calls being active concurrently. 2813 " 2814 ::= { x25OverIsdnIfEntry 23 } 2815 2816 xoiIfCumulTime OBJECT-TYPE 2817 SYNTAX INTEGER 2818 ACCESS read-only 2819 STATUS mandatory 2820 2821 DESCRIPTION 2822 "This object is a statistics counter. It cumulates the connection 2823 time of all calls assigned to the interface. 2824 " 2825 ::= { x25OverIsdnIfEntry 24 } 2826 2827 xoiIfBrkSeqVar OBJECT-TYPE 2828 SYNTAX INTEGER (-10..10) 2829 ACCESS read-write 2830 STATUS mandatory 2831 2832 DESCRIPTION 2833 "This object indicates the additional number of startbits to detect 2834 a break sequence send from V.110 terminal over an S2M interface. 2835 The default number of startbits is 22, you can vary this value 2836 in range from 12 to 32, configuring here -10 to 10. 2837 " 2838 ::= { x25OverIsdnIfEntry 25 } 2839 2840END 2841