1-- ***************************************************************** 2-- AWCVX-MIB.my: Cisco Aironet Wireless LAN Access Point MIB file 3-- 4-- October 2002, Victor Griswold 5-- 6-- Copyright (c) 2002-2003 by Cisco Systems, Inc. 7-- All rights reserved. 8-- ***************************************************************** 9-- 10-- ******************************************************************** 11-- * awcVx Management Information Base 12-- ******************************************************************** 13 14AWCVX-MIB DEFINITIONS ::= BEGIN 15 16IMPORTS 17 MODULE-IDENTITY, 18 OBJECT-TYPE, 19 NOTIFICATION-TYPE, 20 enterprises, 21 Integer32, 22 Counter32, 23 IpAddress, 24 Unsigned32 25 FROM SNMPv2-SMI 26 dot1dTpPort 27 FROM BRIDGE-MIB 28 MODULE-COMPLIANCE, 29 NOTIFICATION-GROUP, 30 OBJECT-GROUP 31 FROM SNMPv2-CONF 32 TEXTUAL-CONVENTION, 33 DisplayString, 34 RowStatus, 35 MacAddress, 36 TruthValue 37 FROM SNMPv2-TC 38 ifIndex 39 FROM RFC1213-MIB; 40 41 42-- ******************************************************************** 43-- * MODULE IDENTITY 44-- ******************************************************************** 45awcVx MODULE-IDENTITY 46 LAST-UPDATED "200304210000Z" 47 ORGANIZATION "Cisco Systems, Inc." 48 CONTACT-INFO 49 " Cisco Systems 50 Customer Service 51 52 Postal: 170 W Tasman Drive 53 San Jose, CA 95134 54 USA 55 56 Tel: +1 800 553-NETS 57 58 E-mail: cs-aironet@cisco.com" 59 DESCRIPTION 60 "The MIB module for Aironet entities. 61 iso(1).org(3).dod(6).internet(1).private(4). 62 enterprises(1).aironet(522).awcVx(3). 63 64 This MIB provides network management 65 support for Cisco IEEE 802.11 Wireless LAN 66 type devices such as Access Point and Wireless 67 Access Bridge." 68 69 REVISION "200304210000Z" 70 DESCRIPTION 71 "Added awcDot11NonRootMobility to determine if a 72 radio should look for a better parent AP in heavy 73 traffic and awcFtEnableMcastMapping for multicast 74 forwarding configuration." 75 REVISION "200212030000Z" 76 DESCRIPTION 77 "This revision adds awcDot11QoSTable QoS support, 78 awcIfOutDiscardsCoSx statistics to awcIfTable, 79 awcPolGrpTable policy group, 802.11A 5GHz radio 80 support, and action when Ethernet is lost. Corrected 81 the ranges for awcDot11AuthenticationAlgorithmsIndex 82 and awcPolGrpId." 83 ::= { enterprises 522 3 } 84 85aironet OBJECT IDENTIFIER ::= { enterprises 522 } 86 87-- ******************************************************************** 88-- * Major sections 89-- ******************************************************************** 90-- Aironet Wireless Communications System (awcSystem) Attributes 91-- DEFINED AS "The awcSystem object class provides all 92-- standard information to support operation of an Aironet 93-- Access Point such as versions, system flags, and what 94-- features are enabled."; 95 96 awcSystem OBJECT IDENTIFIER ::= {awcVx 1} 97 98-- bootconfig VxWorks (bootconfigVx) Attributes 99-- DEFINED AS "The bootconfigVx object class provides all 100-- standard information to support operation of the boot 101-- server."; 102 103 bootconfigVx OBJECT IDENTIFIER ::= {awcVx 2} 104 105-- Aironet Wireless Communication Serial Device (awcSerialDev) 106-- Attributes DEFINED AS "The awcSerialDev object class 107-- provides all standard information to support configuration 108-- of serial ports."; 109 110 awcSerialDev OBJECT IDENTIFIER ::= {awcVx 3} 111 112-- Aironet Wireless Communication FTP (awcFtp) Attributes 113-- DEFINED AS "The awcFTP object class provides all standard 114-- information to support configuration of the FTP protocol."; 115 116 awcFtp OBJECT IDENTIFIER ::= {awcVx 4} 117 118-- Aironet Wireless Communication 802.11 (awc802dot11) Attributes 119-- DEFINED AS "The awc802dot11 object class provides all 120-- standard information to support configuration of the 802.11 121-- protocol. This class also provides various statistics of 122-- 802.11 stations."; 123 124 awc802dot11 OBJECT IDENTIFIER ::= {awcVx 6} 125 126-- Aironet Wireless Communication UserManager (awcUserMgr) Attributes 127-- DEFINED AS "The awcUserMgr object class provides all 128-- standard information to support configuration of the User 129-- Manager."; 130 131 awcUserMgr OBJECT IDENTIFIER ::= {awcVx 7} 132 133-- Aironet Wireless Communication HTTPd (awcHttpd) Attributes 134-- DEFINED AS "The awcHttpd object class provides all standard 135-- information to support configuration of the Web Server."; 136 137 awcHttpd OBJECT IDENTIFIER ::= {awcVx 8} 138 139-- Aironet Wireless Communication DNS Resolver (awcDnsRes) Attributes 140-- DEFINED AS "The awcDnsRes object class provides all 141-- standard information to support configuration of the DNS 142-- Resolver."; 143 144 awcDnsRes OBJECT IDENTIFIER ::= {awcVx 9} 145 146-- Aironet Wireless Communication SNMP (awcSnmp) Attributes 147-- DEFINED AS "The awcSnmp object class provides all standard 148-- information to support configuration of the SNMP 149-- protocol."; 150 151 awcSnmp OBJECT IDENTIFIER ::= {awcVx 10} 152 153-- Aironet Wireless Communication SNTP (awcSntp) Attributes 154-- DEFINED AS "The awcSntp object class provides all standard 155-- information to support configuration of the SNTP 156-- protocol."; 157 158 awcSntp OBJECT IDENTIFIER ::= {awcVx 11} 159 160-- Aironet Wireless Communication Forwarding Table (awcForwardTbl) 161-- Attributes 162-- DEFINED AS "The awcForwardTbl object class provides all 163-- standard information to support configuration of the 164-- Forwarding Table."; 165 166 awcForwardTbl OBJECT IDENTIFIER ::= {awcVx 12} 167 168-- Aironet Wireless Communication RIP (awcRipConfig) Attributes 169-- DEFINED AS "The awcRipConfig object class provides all 170-- standard information to support configuration of the RIP 171-- Protocol."; 172 173 awcRipConfig OBJECT IDENTIFIER ::= {awcVx 13} 174 175-- Aironet Wireless Communications Event Log (awcEventLog) Attributes 176-- DEFINED AS "The awcEventLog object class provides all 177-- standard information to support operation of the Event 178-- Log."; 179 180 awcEventLog OBJECT IDENTIFIER ::= {awcVx 14} 181 182-- Aironet Wireless Communications Ethernet Controller (awcEtherMIB) 183-- Attributes 184-- DEFINED AS "The awcEtherMIB object class provides all 185-- standard information to support operation of the Ethernet 186-- Controller."; 187 188 awcEtherMIB OBJECT IDENTIFIER ::= {awcVx 15} 189 190-- Aironet Wireless Communications Policy Groups (awcPolicyGroups) 191-- Attributes 192-- DEFINED AS "The awcPolicyGroups object class provides all 193-- standard information to support specification of named 194-- groups of related protocol filters."; 195 196 awcPolicyGroups OBJECT IDENTIFIER ::= {awcVx 16} 197 198-- Aironet Wireless Communications DDP/IAPP (awcDdpIAPP) Attributes 199-- DEFINED AS "The awcDdpIAPP object class provides all 200-- standard information to support operation of the DDP and 201-- IAPP protocols."; 202 203 awcDdpIAPP OBJECT IDENTIFIER ::= {awcVx 17} 204 205-- Aironet Wireless Communications Hot Standby (awcHotStandby) 206-- Attributes 207-- DEFINED AS "The awcHotStandby object class provides all 208-- standard information to support operation of an AP in the 209-- Hot Standby mode."; 210 211 awcHotStandby OBJECT IDENTIFIER ::= {awcVx 18} 212 213-- Aironet Wireless Communications Authentication, Authorization, and 214-- Accounting (awcAaa) Attributes . 215-- DEFINED AS "The awcAaa object class provides all standard 216-- information to support configuration of RADIUS and TACACS+ 217-- client operation."; 218 219 awcAaa OBJECT IDENTIFIER ::= {awcVx 19} 220 221-- Aironet Wireless Communications Authentication, Authorization, and 222-- Accounting (awcAaa)'s accounting configuration 223-- DEFINED AS "The awcAcctConfig object provides all the 224-- configuration for accounting."; 225 226 awcAcctConfig OBJECT IDENTIFIER ::= { awcAaa 3 } 227 228-- Aironet Wireless Communications Protocol Filters 229-- (awcProtocolFilters) Attributes 230-- DEFINED AS "The awcProtocolFilters object class provides 231-- all standard information to support configuration of static 232-- protocol filters on the AP."; 233 234 awcProtocolFilters OBJECT IDENTIFIER ::= {awcVx 20} 235 236-- Aironet Wireless Communications Mobile IP 237-- (awcMobileIP) Attributes 238-- DEFINED AS "The awcMobileIP object class provides 239-- all standard information to support configuration of proxy 240-- mobileIP on the AP."; 241 242 awcMobileIP OBJECT IDENTIFIER ::= {awcVx 22} 243 244-- Aironet Wireless Communications Experimental (awcExperimental) 245-- Attributes 246-- DEFINED AS "The awcExperimental object class provides all 247-- standard information to support experimental functions."; 248 249-- awcExperimental OBJECT IDENTIFIER ::= {awcVx 99} 250 251-- ******************************************************************** 252-- * MIB attribute OBJECT-TYPE definitions follow 253-- ******************************************************************** 254 255AwcVlanId ::= TEXTUAL-CONVENTION 256 STATUS current 257 DESCRIPTION 258 "A 12-bit VLAN ID used in the VLAN Tag header. A value 259 of 0 indicates NULL or no VLAN ID." 260 SYNTAX INTEGER (0..4094) 261 262AwcPolId ::= TEXTUAL-CONVENTION 263 STATUS current 264 DESCRIPTION 265 "A 10-bit Policy Group identifier. A value 266 of 0 indicates that no Policy Group is specified." 267 SYNTAX INTEGER (0..1023) 268 269WEPKeytype128 ::= TEXTUAL-CONVENTION 270 STATUS current 271 DESCRIPTION 272 "Wired Equivalent Privacy (WEP) shared secret 273 encryption key, 128-bits." 274 SYNTAX OCTET STRING (SIZE (5..13)) 275 276AwcInvokeCommand ::= TEXTUAL-CONVENTION 277 STATUS current 278 DESCRIPTION 279 "Command directive to control asynchronous operations 280 on the host system of the SNMP agent. Not all 281 asynchronous operations support all directives. For 282 example, not all operations support 'restart' or 283 'restartNotify' commands. 284 285 inactive - No operation is either started or 286 in progress. 287 start - Start the operation. Perform the 288 operation to completion. 289 startNotify - Start the operation. Perform the 290 operation to completion, then 291 notify the requesting SNMP Manager 292 via a Trap. 293 restart - If the operation is not already 294 started, start it. If it is already 295 started, re-initialize the operation 296 in a graceful manner and start it 297 over again. Do not alter the Notify 298 option of the corresponding Start 299 command. 300 restartNotify - If the operation is not already 301 started, start it. If it is 302 already started, re-initialize the 303 operation in a graceful manner and 304 start it over again. When the 305 operation is complete, notify the 306 requesting SNMP Manager via a Trap. 307 cancel - If the operation, is not started, do 308 nothing. If it is started, stop the 309 operation gracefully. Notify the SNMP 310 Manager via a Trap in accordance with 311 whether {Re}Start or {Re}StartNotify 312 was used. 313 314 Multiple use of 'start' before an operation completes 315 is ignored. Multiple use of 'startNotify' before an 316 operation completes adds the Notify option of the 317 operation." 318 SYNTAX INTEGER { inactive(1), 319 start(2), 320 startNotify(3), 321 restart(4), 322 restartNotify(5), 323 cancel(6) } 324 325 326AwcDot11MicAlgorithm ::= TEXTUAL-CONVENTION 327 STATUS current 328 DESCRIPTION 329 "Auxiliary Message Integrity Check (MIC) calculated 330 on WEP-encoded packets to validate that they have 331 not been modified. This is in addition to the 332 standard 802.11 ICV." 333 SYNTAX INTEGER { micNone(1), 334 micMMH(2) } 335 336 337AwcDot11WEPKeyPermuteAlgorithm ::= TEXTUAL-CONVENTION 338 STATUS current 339 DESCRIPTION 340 "Function through which the WEP encryption key is 341 permuted between key renewal periods." 342 SYNTAX INTEGER { wepPermuteNone(1), 343 wepPermuteIV(2) } 344 345 346AwcEventDisposition ::= TEXTUAL-CONVENTION 347 STATUS current 348 DESCRIPTION 349 "Specifies the manner in which an event should be 350 handled by the system. Events can be counted, 351 displayed on the console, recorded in the system's 352 event log memory, or an external device can be 353 notified of the event. Each degree of handling 354 implies all lower degrees." 355 SYNTAX INTEGER { count(1), 356 displayConsole(2), 357 record(3), 358 notify(4) } 359 360 361AwcDot11EventDisposition ::= TEXTUAL-CONVENTION 362 STATUS current 363 DESCRIPTION 364 "Specifies options to handled standard IEEE 802.11 traps 365 on this system" 366 SYNTAX INTEGER { noNotification(1), 367 eventLogOnly(2), 368 ieeeTrapOnly(3), 369 eventLogAndIeeeTrap(4) } 370 371 372AwcHotStandbyStatus ::= TEXTUAL-CONVENTION 373 STATUS current 374 DESCRIPTION 375 "The status of the hot standby access point: 376 normal(0) - AP hot standby is running. 377 initializing(1) - AP hot standby is 378 being initialized. 379 takeover(2) - AP takeovers as new 380 active access point. 381 stopped(3) - AP hot standby stopped. 382 associating(4) - Standby AP associates to 383 active access point. 384 rootMacFailed(5) - Cannot detect root AP 385 MAC address. 386 interfaceMerge(6) - Interface merge. 387 associationFail(7) - Association failed. 388 etherTestFail(8) - Hot standby test on 389 Ethernet failed. 390 radioTestFail(9) - Hot standby test on 391 radio failed. 392 error(10) - Hot standby system error." 393 SYNTAX INTEGER { normal(0), 394 initializing(1), 395 takeover(2), 396 stopped(3), 397 associating(4), 398 rootMacFailed(5), 399 interfaceMerge(6), 400 associationFail(7), 401 etherTestFail(8), 402 radioTestFail(9), 403 error(10) } 404 405 406-- ******************************************************************** 407-- * awcSystem parameters 408-- ******************************************************************** 409vxWorksVersion OBJECT-TYPE 410 SYNTAX DisplayString (SIZE(0..128)) 411 MAX-ACCESS read-only 412 STATUS current 413 DESCRIPTION 414 "The version of the underlying VxWorks 415 operating system." 416 ::= { awcSystem 1 } 417 418creationDate OBJECT-TYPE 419 SYNTAX DisplayString (SIZE(0..128)) 420 MAX-ACCESS read-only 421 STATUS current 422 DESCRIPTION 423 "The date and time the Access Point system code 424 was initially compiled." 425 ::= { awcSystem 2 } 426 427awcVxVersion OBJECT-TYPE 428 SYNTAX DisplayString (SIZE(0..128)) 429 MAX-ACCESS read-only 430 STATUS current 431 DESCRIPTION 432 "The version of the Access Point system code." 433 ::= { awcSystem 3 } 434 435sysFlags OBJECT-TYPE 436 SYNTAX Unsigned32 437 MAX-ACCESS read-write 438 STATUS current 439 DESCRIPTION 440 "The VxWorks sysFlags system-configuration 441 flags in use by the Access Point system. Not 442 used by system code with awcVxVersion from 443 10.00 to 11.06." 444 DEFVAL { 192 } 445 ::= { awcSystem 4 } 446 447languageCode OBJECT-TYPE 448 SYNTAX DisplayString (SIZE(0..128)) 449 MAX-ACCESS read-write 450 STATUS current 451 DESCRIPTION 452 "The language currently in use by the system. 453 Max. string length is 128 octets." 454 DEFVAL { "en-US" } 455 ::= { awcSystem 5 } 456 457awcDevID OBJECT-TYPE 458 SYNTAX Unsigned32 459 MAX-ACCESS read-only 460 STATUS current 461 DESCRIPTION 462 "The Aironet DDP protocol device ID of the 463 system when using the full capabilities 464 with which the system is licensed. Note 465 that a system may be configured to use 466 fewer capabilities that those for which 467 it is licensed. For example, a Bridge 468 may be configured for use as an Access Point." 469 ::= { awcSystem 6 } 470 471awcDevIDtxt OBJECT-TYPE 472 SYNTAX DisplayString (SIZE(0..128)) 473 MAX-ACCESS read-only 474 STATUS current 475 DESCRIPTION 476 "Textual representation of awcDevID. 477 Max. string length is 128 octets." 478 ::= { awcSystem 7 } 479 480enableHTTP OBJECT-TYPE 481 SYNTAX TruthValue 482 MAX-ACCESS read-write 483 STATUS current 484 DESCRIPTION 485 "If true, the Access Point's HTTP server 486 can accept connections from other network 487 devices. If false, the Access Point's HTTP 488 server will only accept connections from the 489 Access Point's console or indirectly over 490 TELNET." 491 DEFVAL { true } 492 ::= { awcSystem 8 } 493 494enableTelnet OBJECT-TYPE 495 SYNTAX TruthValue 496 MAX-ACCESS read-write 497 STATUS current 498 DESCRIPTION 499 "If true, the Access Point's TELNET server 500 can accept connections from other network 501 devices. If false, all TELNET connections 502 will be refused." 503 DEFVAL { true } 504 ::= { awcSystem 9 } 505 506enableSNMP OBJECT-TYPE 507 SYNTAX TruthValue 508 MAX-ACCESS read-write 509 STATUS current 510 DESCRIPTION 511 "If true, the Access Point's SNMP agent can 512 accept connections from other network 513 devices. If false, all SNMP connections 514 will be refused. Note that this can only 515 be set to false by an SNMP management 516 station. If false, it can only be set to true 517 by non-SNMP means." 518 DEFVAL { false } 519 ::= { awcSystem 10 } 520 521enableDnsResolver OBJECT-TYPE 522 SYNTAX TruthValue 523 MAX-ACCESS read-write 524 STATUS current 525 DESCRIPTION 526 "If true, the Access Point will attempt to 527 resolve IP address references through all 528 configured DNS servers and will attempt to 529 perform reverse-lookup via all configured 530 DNS servers when displaying IP addresses. 531 If false, the Access Point will interpret 532 and display only explicit numeric IP 533 addresses." 534 DEFVAL { true } 535 ::= { awcSystem 11 } 536 537enableSNTP OBJECT-TYPE 538 SYNTAX TruthValue 539 MAX-ACCESS read-write 540 STATUS current 541 DESCRIPTION 542 "If true, the Access Point will attempt to 543 periodically update its wall-clock time via a 544 configured SNTP server. If false, the Access 545 Point wall-clock time must be manually 546 adjusted." 547 DEFVAL { false } 548 ::= { awcSystem 13 } 549 550enableWDB OBJECT-TYPE 551 SYNTAX TruthValue 552 MAX-ACCESS read-write 553 STATUS current 554 DESCRIPTION 555 "If true, the Access Point will enable use of 556 the VxWorks WDB debugger upon its next reboot. 557 If false, no WDB debugging services will be 558 available after the next reboot. The value 559 of enableWDB is applicable only to special 560 diagnostic versions of the Access Point 561 system code." 562 DEFVAL { false } 563 ::= { awcSystem 14 } 564 565pingTxLen OBJECT-TYPE 566 SYNTAX Unsigned32 (12..4096) 567 MAX-ACCESS read-write 568 STATUS current 569 DESCRIPTION 570 "The size in octets of ping packets transmitted 571 by the Access Point. Default 64." 572 DEFVAL { 64 } 573 ::= { awcSystem 15 } 574 575awcFirstBoot OBJECT-TYPE 576 SYNTAX TruthValue 577 MAX-ACCESS read-write 578 STATUS current 579 DESCRIPTION 580 "If true, no user-specified configuration has 581 been saved by the Access Point since either 582 the system left Cisco manufacturing or since 583 the user performed a Reset All System Factory 584 Defaults operation. If false, a change in 585 configuration has been saved by the user. 586 Note that configurations specified solely via 587 boot protocols such as DHCP or BOOTP are not 588 considered user-specified for purposes of 589 changing awcFirstBoot." 590 DEFVAL { true } 591 ::= { awcSystem 16 } 592 593awcOemOUI OBJECT-TYPE 594 SYNTAX MacAddress 595 MAX-ACCESS read-only 596 STATUS current 597 DESCRIPTION 598 "The IEEE Organizationally Unique Identifier of 599 the reseller for which this system is 600 branded." 601 ::= { awcSystem 17 } 602 603awcOemName OBJECT-TYPE 604 SYNTAX DisplayString (SIZE(0..128)) 605 MAX-ACCESS read-only 606 STATUS current 607 DESCRIPTION 608 "The full name of the reseller for which this 609 system is branded." 610 ::= { awcSystem 18 } 611 612awcOemNameShort OBJECT-TYPE 613 SYNTAX DisplayString (SIZE(0..128)) 614 MAX-ACCESS read-only 615 STATUS current 616 DESCRIPTION 617 "An abbreviated name of the reseller for which 618 this system is branded." 619 ::= { awcSystem 19 } 620 621awcOemHomeURL OBJECT-TYPE 622 SYNTAX DisplayString (SIZE(0..128)) 623 MAX-ACCESS read-only 624 STATUS current 625 DESCRIPTION 626 "The URL of the corporate HTML home page of the 627 reseller for which this system is branded." 628 ::= { awcSystem 20 } 629 630enablePSPF OBJECT-TYPE 631 SYNTAX TruthValue 632 MAX-ACCESS read-write 633 STATUS current 634 DESCRIPTION 635 "If true, Publicly-Secure Packet Forwarding 636 mode is enabled (i.e. clients can not 637 communicate with each other). If false, 638 normal packet forwarding is used." 639 DEFVAL { false } 640 ::= { awcSystem 21 } 641 642sysExceptionReboot OBJECT-TYPE 643 SYNTAX TruthValue 644 MAX-ACCESS read-write 645 STATUS current 646 DESCRIPTION 647 "If true, all access violations or other 648 general faults in any task will result in a 649 reboot of the system. If false, such errors 650 will not result in a reboot, and thus 651 diagnostics can be performed on the system." 652 DEFVAL { true } 653 ::= { awcSystem 24 } 654 655bootblockVersion OBJECT-TYPE 656 SYNTAX DisplayString (SIZE(0..128)) 657 MAX-ACCESS read-only 658 STATUS current 659 DESCRIPTION 660 "The version of the Access Point boot block 661 (bootstrap loader) code." 662 ::= { awcSystem 25 } 663 664motherboardRevision OBJECT-TYPE 665 SYNTAX Unsigned32 666 MAX-ACCESS read-only 667 STATUS current 668 DESCRIPTION 669 "Revision number of the Access Point 670 system motherboard." 671 ::= { awcSystem 26 } 672 673enableSTP OBJECT-TYPE 674 SYNTAX TruthValue 675 MAX-ACCESS read-write 676 STATUS current 677 DESCRIPTION 678 "If true and the system is licensed with Bridge 679 capabilities, the IEEE 802.1D Spanning Tree 680 Protocol will be be used to control packet 681 forwarding on all network interfaces. If 682 false or the system is not licensed with 683 Bridge capabilities, the system will use 684 Access Point heuristics to control packet 685 forwarding on all network interfaces." 686 ::= { awcSystem 27 } 687 688enableRebootKey OBJECT-TYPE 689 SYNTAX TruthValue 690 MAX-ACCESS read-write 691 STATUS current 692 DESCRIPTION 693 "If true, the VxWorks Monitor Trap keystroke 694 is enabled from the console and from Telnet. 695 By default, this is <control-X>. Entering 696 this character initiates a warm-restart of 697 the system. If false, the VxWorks Monitor 698 Trap keystroke is disabled." 699 DEFVAL { false } 700 ::= { awcSystem 28 } 701 702awcLocateUnit OBJECT-TYPE 703 SYNTAX TruthValue 704 MAX-ACCESS read-write 705 STATUS current 706 DESCRIPTION 707 "If true, the unit will immediately begin 708 flashing all three of its Status LEDs with 709 an alternating pattern of amber and off. 710 If false, the Status LEDs operate in their 711 normal fashion." 712 DEFVAL { false } 713 ::= { awcSystem 29 } 714 715 716-- ******************************************************************** 717-- * End of awcSystem parameters 718-- ******************************************************************** 719 720 721-- ******************************************************************** 722-- * bootconfigVx parameters 723-- ******************************************************************** 724bootconfigBootProtocol OBJECT-TYPE 725 SYNTAX INTEGER {none(1), bootp(2), dhcp(3)} 726 MAX-ACCESS read-write 727 STATUS current 728 DESCRIPTION 729 "The protocol to be used for automatic 730 configuration at the time of system 731 bootstrap/reboot. Options BOOTP, DHCP, 732 or none." 733 DEFVAL { dhcp } 734 ::= { bootconfigVx 1 } 735 736bootconfigReadINI OBJECT-TYPE 737 SYNTAX INTEGER {always(1), never(2), ifSpecified(3)} 738 MAX-ACCESS read-write 739 STATUS current 740 DESCRIPTION 741 "If always, the system will attempt to read a 742 .ini-formatted configuration file upon every 743 reboot. If never, the system will not attempt 744 to read a .ini file upon reboot, even if a 745 boot protocol is in use and the boot server 746 specifies a file to be read. If ifSpecified, 747 the system will attempt to read a .ini file 748 upon reboot if and only if a boot protocol 749 is in use and the boot server explicitly 750 specifies a file to be read. The system 751 attempts several filenames in the process of 752 retrieving a .ini file without error. In 753 order, these filenames are based on the 754 system's BOOTP- or DHCP-assigned client name, 755 then the MIB2 sysName, then the system's IP 756 address, then, as a last resort, the BOOTP- or 757 DHCP-assigned boot file name. For each 758 filename, the system attempts to read first 759 from the designated defaultFileServer, then, 760 if not successful, from one of either the 761 BOOTP/DHCP server itself or 762 bootconfigFileServerAddr (if specified by the 763 BOOTP/DHCP server)." 764 DEFVAL { ifSpecified } 765 ::= { bootconfigVx 2 } 766 767bootconfigServerConfigTimeout OBJECT-TYPE 768 SYNTAX Unsigned32 769 UNITS "seconds" 770 MAX-ACCESS read-write 771 STATUS current 772 DESCRIPTION 773 "The time in seconds which the system should 774 wait for a configuration response from a 775 BOOTP server before falling back to the 776 stored configuration." 777 DEFVAL { 120 } 778 ::= { bootconfigVx 3 } 779 780bootconfigMultOfferTimeout OBJECT-TYPE 781 SYNTAX Unsigned32 782 UNITS "seconds" 783 MAX-ACCESS read-write 784 STATUS current 785 DESCRIPTION 786 "The time, in seconds, which the system should 787 wait for a better offer configuration response 788 from a DHCP or BOOTP server before choosing 789 the best current offer." 790 DEFVAL { 5 } 791 ::= { bootconfigVx 4 } 792 793bootconfigReqLeaseDuration OBJECT-TYPE 794 SYNTAX Unsigned32 795 UNITS "minutes" 796 MAX-ACCESS read-write 797 STATUS current 798 DESCRIPTION 799 "The requested DHCP lease duration, in 800 minutes." 801 DEFVAL { 1440 } 802 ::= { bootconfigVx 5 } 803 804bootconfigMinLeaseDuration OBJECT-TYPE 805 SYNTAX Unsigned32 806 UNITS "minutes" 807 MAX-ACCESS read-write 808 STATUS current 809 DESCRIPTION 810 "The minimum acceptable DHCP lease duration, 811 in minutes." 812 DEFVAL { 0 } 813 ::= { bootconfigVx 6 } 814 815bootconfigDev OBJECT-TYPE 816 SYNTAX DisplayString (SIZE(0..128)) 817 MAX-ACCESS read-write 818 STATUS current 819 DESCRIPTION 820 "Text string identifying the network device 821 used for bootstrapping the system via BOOTP or 822 DHCP. This is only applicable in BOOTP mode 823 or when the system is configured as a router, 824 when not all the network interfaces share the 825 same ifPhysAddress." 826 ::= { bootconfigVx 7 } 827 828bootconfigClientAddr OBJECT-TYPE 829 SYNTAX IpAddress 830 MAX-ACCESS read-only 831 STATUS current 832 DESCRIPTION 833 "IPv4 network address of this device, as 834 determined by the BOOTP or DHCP protocol." 835 ::= { bootconfigVx 8 } 836 837bootconfigHostAddr OBJECT-TYPE 838 SYNTAX IpAddress 839 MAX-ACCESS read-only 840 STATUS current 841 DESCRIPTION 842 "IPv4 network address of the BOOTP or DHCP 843 server from which the configuration 844 of this device was leased." 845 ::= { bootconfigVx 9 } 846 847bootconfigBootFile OBJECT-TYPE 848 SYNTAX DisplayString (SIZE(0..128)) 849 MAX-ACCESS read-only 850 STATUS current 851 DESCRIPTION 852 "Name of the default boot configuration file, 853 specified by the BOOTP or DHCP server, 854 containing the system configuration to be 855 utilized by this device. This is considered 856 a default configuration file because many 857 DHCP servers are not capable of distinguishing 858 boot files between different clients." 859 ::= { bootconfigVx 10 } 860 861bootconfigSubnetMask OBJECT-TYPE 862 SYNTAX IpAddress 863 MAX-ACCESS read-only 864 STATUS current 865 DESCRIPTION 866 "IPv4 network subnet mask to be used by this 867 device, as determined by the BOOTP or DHCP 868 protocol." 869 ::= { bootconfigVx 11 } 870 871bootconfigGateway OBJECT-TYPE 872 SYNTAX IpAddress 873 MAX-ACCESS read-only 874 STATUS current 875 DESCRIPTION 876 "IPv4 network address of the default network 877 gateway to be used by this device, as 878 determined by the BOOTP or DHCP protocol." 879 ::= { bootconfigVx 12 } 880 881bootconfigHostName OBJECT-TYPE 882 SYNTAX DisplayString (SIZE(0..128)) 883 MAX-ACCESS read-only 884 STATUS current 885 DESCRIPTION 886 "Textual name of the BOOTP or DHCP server from 887 which the configuration of this device was 888 leased. This should be a DNS-recognizable 889 host name." 890 ::= { bootconfigVx 13 } 891 892bootconfigClientName OBJECT-TYPE 893 SYNTAX DisplayString (SIZE(0..128)) 894 MAX-ACCESS read-only 895 STATUS current 896 DESCRIPTION 897 "Textual name of this device, as determined by 898 the BOOTP or DHCP protocol. This should be a 899 DNS-recognizable host name." 900 ::= { bootconfigVx 14 } 901 902bootconfigNameServerTable OBJECT-TYPE 903 SYNTAX SEQUENCE OF BootconfigNameServerEntry 904 MAX-ACCESS not-accessible 905 STATUS current 906 DESCRIPTION 907 "Table of DNS Name Servers provided by the 908 bootconfigHostAddr Boot Server." 909 ::= { bootconfigVx 15 } 910 911bootconfigNameServerEntry OBJECT-TYPE 912 SYNTAX BootconfigNameServerEntry 913 MAX-ACCESS not-accessible 914 STATUS current 915 DESCRIPTION 916 "An entry in bootconfigNameServerTable." 917 INDEX {bootconfigNameServerPriority} 918 ::= { bootconfigNameServerTable 1 } 919 920BootconfigNameServerEntry ::= 921 SEQUENCE { 922 bootconfigNameServerPriority INTEGER, 923 bootconfigNameServer IpAddress} 924 925bootconfigNameServerPriority OBJECT-TYPE 926 SYNTAX INTEGER (1..3) 927 MAX-ACCESS read-only 928 STATUS current 929 DESCRIPTION 930 "The priority order in which a domain name 931 server is queried. Lower values are queried 932 first." 933 ::= { bootconfigNameServerEntry 1 } 934 935bootconfigNameServer OBJECT-TYPE 936 SYNTAX IpAddress 937 MAX-ACCESS read-only 938 STATUS current 939 DESCRIPTION 940 "The IPv4 address of a domain name server." 941 ::= { bootconfigNameServerEntry 2 } 942 943bootconfigDomainName OBJECT-TYPE 944 SYNTAX DisplayString (SIZE(0..128)) 945 MAX-ACCESS read-only 946 STATUS current 947 DESCRIPTION 948 "Name of the IP domain of which this device 949 is a member, as determined by the BOOTP or 950 DHCP protocol." 951 ::= { bootconfigVx 16 } 952 953bootconfigSntpServer OBJECT-TYPE 954 SYNTAX IpAddress 955 MAX-ACCESS read-only 956 STATUS current 957 DESCRIPTION 958 "IPv4 network address of SNTP server for use 959 by this device, as determined by the BOOTP or 960 DHCP protocol." 961 ::= { bootconfigVx 17 } 962 963bootconfigSaveServerResponse OBJECT-TYPE 964 SYNTAX TruthValue 965 MAX-ACCESS read-write 966 STATUS current 967 DESCRIPTION 968 "If true, the leased configuration from a boot 969 server is saved as the new system defaults. 970 If false, system defaults remain unchanged 971 when a new configuration is leased." 972 DEFVAL { true } 973 ::= { bootconfigVx 18 } 974 975bootconfigCmdInvokeIniLoad OBJECT-TYPE 976 SYNTAX AwcInvokeCommand 977 MAX-ACCESS read-write 978 STATUS current 979 DESCRIPTION 980 "Initiate loading of an initialization 981 script '.ini' file from the file server 982 into the system FLASH. 983 984 Commands recognized: start." 985 ::= { bootconfigVx 19 } 986 987bootconfigCmdStatusIniLoad OBJECT-TYPE 988 SYNTAX Integer32 989 MAX-ACCESS read-only 990 STATUS current 991 DESCRIPTION 992 "Status of the most recent command to load 993 an initialization script '.ini' file. 994 Possible values: 995 0 = Operation completed successfully (or 996 has not taken place). 997 2 = The '.ini' file was not found on the 998 file server. 999 12 = Insufficient memory to load the 1000 '.ini' file. 1001 22 = Invalid '.ini' file format. 1002 35 = File format of the '.ini' file is not 1003 supported. 1004 68 = Operation is still in progress. Poll 1005 again later. 1006 72 = Operation was started, but later was 1007 canceled." 1008 ::= { bootconfigVx 20 } 1009 1010-- bootconfigCmdInvokeIniSave OBJECT-TYPE 1011-- SYNTAX AwcInvokeCommand 1012-- MAX-ACCESS read-write 1013-- STATUS current 1014-- DESCRIPTION 1015-- "Initiate saving of an initialization 1016-- script '.ini' file to the file server 1017-- from the system FLASH." 1018-- ::= { bootconfigVx 21 } 1019 1020-- bootconfigCmdStatusIniSave OBJECT-TYPE 1021-- SYNTAX Integer32 1022-- MAX-ACCESS read-only 1023-- STATUS current 1024-- DESCRIPTION 1025-- "Status of the most recent command to save 1026-- the initialization script '.ini' file. 1027-- Possible values: 1028-- 0 = Operation completed successfully (or 1029-- has not taken place). 1030-- 1 = Insufficient permission to save the 1031-- file. 1032-- 2 = The '.ini' file was not found on the 1033-- file server. 1034-- 22 = Invalid '.ini' file format. 1035-- 68 = Operation is still in progress. Poll 1036-- again later. 1037-- 72 = Operation was started, but later was 1038-- canceled." 1039-- ::= { bootconfigVx 22 } 1040 1041-- bootconfigDetailLevelIniSave OBJECT-TYPE 1042-- SYNTAX INTEGER 1043-- MAX-ACCESS read-write 1044-- STATUS current 1045-- DESCRIPTION 1046-- "Level of detail and line formatting for 1047-- the initialization script '.ini' file to 1048-- be saved." 1049-- ::= { bootconfigVx 23 } 1050 1051bootconfigDhcpClassID OBJECT-TYPE 1052 SYNTAX DisplayString (SIZE(0..128)) 1053 MAX-ACCESS read-write 1054 STATUS current 1055 DESCRIPTION 1056 "Specification of the DHCP Class Identifier 1057 presented by the system when requesting DHCP 1058 leases." 1059 DEFVAL { "AP4800E" } 1060 ::= { bootconfigVx 24 } 1061 1062bootconfigFileServerAddr OBJECT-TYPE 1063 SYNTAX IpAddress 1064 MAX-ACCESS read-only 1065 STATUS current 1066 DESCRIPTION 1067 "IPv4 network address of the file server from 1068 which to read configuration files, as 1069 determined by the BOOTP or DHCP protocol." 1070 ::= { bootconfigVx 25 } 1071 1072bootconfigLogServerAddr OBJECT-TYPE 1073 SYNTAX IpAddress 1074 MAX-ACCESS read-only 1075 STATUS current 1076 DESCRIPTION 1077 "IPv4 network address of the host to receive 1078 SYSLOG messages, as determined by the BOOTP 1079 or DHCP protocol." 1080 ::= { bootconfigVx 26 } 1081 1082bootconfigBootCount OBJECT-TYPE 1083 SYNTAX Unsigned32 1084 MAX-ACCESS read-only 1085 STATUS current 1086 DESCRIPTION 1087 "The number of times the system code has been 1088 restarted since the system left Cisco 1089 manufacturing." 1090 ::= { bootconfigVx 27 } 1091 1092bootconfigDhcpClientIdType OBJECT-TYPE 1093 SYNTAX INTEGER { 1094 ethernet10Mb(1), 1095 experimentalEthernet3Mb(2), 1096 amateurRadioAxDot25(3), 1097 proteonProNetTokenRing(4), 1098 chaos(5), 1099 ieee802Networks(6), 1100 arcnet(7), 1101 hyperchannel(8), 1102 lanstar(9), 1103 autonet(10), 1104 localTalk(11), 1105 localNet(12), 1106 nonHardware(128) 1107 } 1108 MAX-ACCESS read-write 1109 STATUS current 1110 DESCRIPTION 1111 "The ARP hardware type, per RFC 1700, of 1112 bootconfigDhcpClientIdValue. If it is not 1113 a hardware address (e.g. is a fully-qualified 1114 domain name), a value of 0 will be used for 1115 the DHCP Client Identifier 'htype' field." 1116 ::= { bootconfigVx 28 } 1117 1118bootconfigDhcpClientIdValue OBJECT-TYPE 1119 SYNTAX DisplayString (SIZE(0..128)) 1120 MAX-ACCESS read-write 1121 STATUS current 1122 DESCRIPTION 1123 "Specification of the DHCP unique client Identifier 1124 presented by the system when requesting DHCP 1125 leases." 1126 ::= { bootconfigVx 29 } 1127 1128 1129-- ******************************************************************** 1130-- * End of bootconfigVx parameters 1131-- ******************************************************************** 1132 1133 1134-- ******************************************************************** 1135-- * awcSerialDev parameters 1136-- ******************************************************************** 1137awcSerialConfigTable OBJECT-TYPE 1138 SYNTAX SEQUENCE OF AwcSerialConfigEntry 1139 MAX-ACCESS not-accessible 1140 STATUS current 1141 DESCRIPTION 1142 "SerialConfigTable attributes. In tabular form 1143 to allow for multiple instances on an agent." 1144 ::= { awcSerialDev 1 } 1145 1146awcSerialConfigEntry OBJECT-TYPE 1147 SYNTAX AwcSerialConfigEntry 1148 MAX-ACCESS not-accessible 1149 STATUS current 1150 DESCRIPTION 1151 "An entry in the awcSerialConfigEntry table." 1152 INDEX {serialDevIndex} 1153 ::= { awcSerialConfigTable 1 } 1154 1155AwcSerialConfigEntry ::= 1156 SEQUENCE { 1157 serialDevIndex Integer32, 1158 serialAdminStatus INTEGER, 1159 serialOperStatus INTEGER, 1160 serialBaud Unsigned32, 1161 serialParity INTEGER, 1162 serialDataBits Unsigned32, 1163 serialStopBits Unsigned32, 1164 serialFlowControl INTEGER, 1165 serialTerminalType INTEGER, 1166 serialTerminalLines Unsigned32, 1167 serialTerminalColumns Unsigned32, 1168 serialDevFd Integer32 1169 } 1170 1171serialDevIndex OBJECT-TYPE 1172 SYNTAX Integer32 (1..2) 1173 MAX-ACCESS read-only 1174 STATUS current 1175 DESCRIPTION 1176 "The index used to access rows in the 1177 awcSerialConfig table." 1178 ::= { awcSerialConfigEntry 1 } 1179 1180serialAdminStatus OBJECT-TYPE 1181 SYNTAX INTEGER {up(1), down(2), testing(3), error(4)} 1182 MAX-ACCESS read-write 1183 STATUS current 1184 DESCRIPTION 1185 "The requested status of the serial port." 1186 DEFVAL { up } 1187 ::= { awcSerialConfigEntry 2 } 1188 1189serialOperStatus OBJECT-TYPE 1190 SYNTAX INTEGER {up(1), down(2), testing(3), error(4)} 1191 MAX-ACCESS read-only 1192 STATUS current 1193 DESCRIPTION 1194 "The actual status of the serial port." 1195 ::= { awcSerialConfigEntry 3 } 1196 1197serialBaud OBJECT-TYPE 1198 SYNTAX Unsigned32 1199 MAX-ACCESS read-write 1200 STATUS current 1201 DESCRIPTION 1202 "The baud rate of the serial port." 1203 DEFVAL { 9600 } 1204 ::= { awcSerialConfigEntry 4 } 1205 1206serialParity OBJECT-TYPE 1207 SYNTAX INTEGER {none(1), even(2), odd(3), one(4), 1208 zero(5)} 1209 MAX-ACCESS read-write 1210 STATUS current 1211 DESCRIPTION 1212 "The parity of the serial port." 1213 DEFVAL { none } 1214 ::= { awcSerialConfigEntry 5 } 1215 1216serialDataBits OBJECT-TYPE 1217 SYNTAX Unsigned32 (7..8) 1218 UNITS "bits" 1219 MAX-ACCESS read-write 1220 STATUS current 1221 DESCRIPTION 1222 "The number of data bits per character 1223 recognized by the serial port." 1224 DEFVAL { 8 } 1225 ::= { awcSerialConfigEntry 6 } 1226 1227serialStopBits OBJECT-TYPE 1228 SYNTAX Unsigned32 (1..2) 1229 UNITS "bits" 1230 MAX-ACCESS read-write 1231 STATUS current 1232 DESCRIPTION 1233 "The number of stop bits of the serial port." 1234 DEFVAL { 1 } 1235 ::= { awcSerialConfigEntry 7 } 1236 1237serialFlowControl OBJECT-TYPE 1238 SYNTAX INTEGER {none(1), swXonXoff(2), hwRtsCts(3), 1239 swHwBoth(4)} 1240 MAX-ACCESS read-write 1241 STATUS current 1242 DESCRIPTION 1243 "The flow control method used by the serial 1244 port." 1245 DEFVAL { swXonXoff } 1246 ::= { awcSerialConfigEntry 8 } 1247 1248serialTerminalType OBJECT-TYPE 1249 SYNTAX INTEGER {teletype(1), ansi(2)} 1250 MAX-ACCESS read-write 1251 STATUS current 1252 DESCRIPTION 1253 "The terminal type of the serial port." 1254 DEFVAL { teletype } 1255 ::= { awcSerialConfigEntry 9 } 1256 1257serialTerminalLines OBJECT-TYPE 1258 SYNTAX Unsigned32 (16..50) 1259 MAX-ACCESS read-write 1260 STATUS current 1261 DESCRIPTION 1262 "The number of horizontal lines available on 1263 each terminal page. Default 24." 1264 DEFVAL { 24 } 1265 ::= { awcSerialConfigEntry 10 } 1266 1267serialTerminalColumns OBJECT-TYPE 1268 SYNTAX Unsigned32 (64..132) 1269 MAX-ACCESS read-write 1270 STATUS current 1271 DESCRIPTION 1272 "The number of vertical columns available on 1273 each terminal page. Default 80." 1274 DEFVAL { 80 } 1275 ::= { awcSerialConfigEntry 11 } 1276 1277serialDevFd OBJECT-TYPE 1278 SYNTAX Integer32 1279 MAX-ACCESS read-only 1280 STATUS current 1281 DESCRIPTION 1282 "The VxWorks I/O File Descriptor used to access 1283 the serial device." 1284 ::= { awcSerialConfigEntry 12 } 1285 1286 1287-- ******************************************************************** 1288-- * End of awcSerialDev parameters 1289-- ******************************************************************** 1290 1291 1292-- ******************************************************************** 1293-- * awcFtp parameters 1294-- ******************************************************************** 1295defaultFileServer OBJECT-TYPE 1296 SYNTAX DisplayString (SIZE(0..128)) 1297 MAX-ACCESS read-write 1298 STATUS current 1299 DESCRIPTION 1300 "The name of the preferred file server to be 1301 used for all FTP and TFTP Put and Get 1302 operations. Max. name length is 128 octets." 1303 DEFVAL { "" } 1304 ::= { awcFtp 1 } 1305 1306awcFileXferProtocol OBJECT-TYPE 1307 SYNTAX INTEGER {tftp(1), ftp(2)} 1308 MAX-ACCESS read-write 1309 STATUS current 1310 DESCRIPTION 1311 "The protocol to be used by the system for file 1312 transfer (TFTP or FTP)." 1313 DEFVAL { ftp } 1314 ::= { awcFtp 2 } 1315 1316awcFileXferUser OBJECT-TYPE 1317 SYNTAX DisplayString (SIZE(0..128)) 1318 MAX-ACCESS read-write 1319 STATUS current 1320 DESCRIPTION 1321 "The name of the user, as required by all FTP 1322 file transfers. Max. name length is 128 1323 octets." 1324 DEFVAL { "anonymous" } 1325 ::= { awcFtp 3 } 1326 1327awcFileXferPassword OBJECT-TYPE 1328 SYNTAX DisplayString (SIZE(0..128)) 1329 MAX-ACCESS read-write 1330 STATUS current 1331 DESCRIPTION 1332 "The password of the user, as required by all 1333 FTP file transfers. Max. password length is 1334 128 octets." 1335 DEFVAL { "" } 1336 ::= { awcFtp 4 } 1337 1338awcFileXferCmdInvokeFileLoad OBJECT-TYPE 1339 SYNTAX AwcInvokeCommand 1340 MAX-ACCESS read-write 1341 STATUS current 1342 DESCRIPTION 1343 "Initiate loading of all specified files 1344 from the file server into the system 1345 FLASH. 1346 1347 Commands recognized: start." 1348 ::= { awcFtp 5 } 1349 1350awcFileXferCmdStatusFileLoad OBJECT-TYPE 1351 SYNTAX Integer32 1352 MAX-ACCESS read-only 1353 STATUS current 1354 DESCRIPTION 1355 "Status of the most recent command to load 1356 the specified fileXferFile* files. 1357 Possible values: 1358 0 = Operation completed successfully 1359 (or has not taken place). 1360 2 = At least one file was not found on 1361 the file server. 1362 12 = Insufficient memory to load all 1363 files. 1364 22 = No file specified, or invalid file 1365 format. 1366 35 = File format of at least one of the 1367 files is not supported. 1368 68 = Operation is still in progress. 1369 Poll again later. 1370 72 = Operation was started, but later was 1371 canceled." 1372 ::= { awcFtp 6 } 1373 1374awcFileXferCmdInvokeFileSave OBJECT-TYPE 1375 SYNTAX AwcInvokeCommand 1376 MAX-ACCESS read-write 1377 STATUS current 1378 DESCRIPTION 1379 "Initiate saving of all specified 1380 fileXferFile* files to the file server from 1381 the system FLASH. 1382 1383 Commands recognized: start." 1384 ::= { awcFtp 7 } 1385 1386awcFileXferCmdStatusFileSave OBJECT-TYPE 1387 SYNTAX Integer32 1388 MAX-ACCESS read-only 1389 STATUS current 1390 DESCRIPTION 1391 "Status of the most recent command to save 1392 the specified fileXferFile* files. 1393 Possible values: 1394 0 = Operation completed successfully (or 1395 has not taken place). 1396 1 = Insufficient permission to save the 1397 files. 1398 2 = A directory specified for saving at 1399 least one of the files was not found. 1400 22 = No file specified, or invalid file 1401 format. 1402 68 = Operation is still in progress. 1403 Poll again later. 1404 72 = Operation was started, but later was 1405 canceled." 1406 ::= { awcFtp 8 } 1407 1408awcFileXferFileFirmwareSystem OBJECT-TYPE 1409 SYNTAX DisplayString (SIZE(0..128)) 1410 MAX-ACCESS read-write 1411 STATUS current 1412 DESCRIPTION 1413 "The filename of the system firmware image. 1414 Max. string length is 128 octets." 1415 DEFVAL { "" } 1416 ::= { awcFtp 9 } 1417 1418awcFileXferFileFirmwareRadio0 OBJECT-TYPE 1419 SYNTAX DisplayString (SIZE(0..128)) 1420 MAX-ACCESS read-write 1421 STATUS current 1422 DESCRIPTION 1423 "The filename of the radio firmware image. 1424 Max. string length is 128 octets." 1425 DEFVAL { "" } 1426 ::= { awcFtp 10 } 1427 1428awcFileXferFileWebUI OBJECT-TYPE 1429 SYNTAX DisplayString (SIZE(0..128)) 1430 MAX-ACCESS read-write 1431 STATUS current 1432 DESCRIPTION 1433 "The filename of the system Web pages image. 1434 Max. string length is 128 octets." 1435 DEFVAL { "" } 1436 ::= { awcFtp 11 } 1437 1438awcFileXferFileFpgaPcmcia OBJECT-TYPE 1439 SYNTAX DisplayString (SIZE(0..128)) 1440 MAX-ACCESS read-write 1441 STATUS current 1442 DESCRIPTION 1443 "The filename of the FPGA image for the PCMCIA 1444 controller. Max. string length is 128 1445 octets." 1446 DEFVAL { "" } 1447 ::= { awcFtp 12 } 1448 1449awcFileXferTftpPort OBJECT-TYPE 1450 SYNTAX INTEGER (1..65535) 1451 MAX-ACCESS read-write 1452 STATUS current 1453 DESCRIPTION 1454 "IP port number over which to perform TFTP 1455 operations. Default 69." 1456 DEFVAL { 69 } 1457 ::= { awcFtp 13 } 1458 1459awcFileXferFtpDirectory OBJECT-TYPE 1460 SYNTAX DisplayString (SIZE(0..128)) 1461 MAX-ACCESS read-write 1462 STATUS current 1463 DESCRIPTION 1464 "Directory on defaultFileServer in which files 1465 are located." 1466 DEFVAL { "" } 1467 ::= { awcFtp 14 } 1468 1469-- awcFileXferFtpCtrlPort OBJECT-TYPE 1470-- SYNTAX INTEGER (1..65535) 1471-- MAX-ACCESS read-write 1472-- STATUS current 1473-- DESCRIPTION 1474-- "IP port number over which to perform FTP 1475-- Control operations." 1476-- ::= { awcFtp 15 } 1477 1478-- awcFileXferFtpDataPort OBJECT-TYPE 1479-- SYNTAX INTEGER (1..65535) 1480-- MAX-ACCESS read-write 1481-- STATUS current 1482-- DESCRIPTION 1483-- "IP port number over which to perform FTP 1484-- Data operations." 1485-- ::= { awcFtp 16 } 1486 1487awcFileXferFilesFLASH OBJECT-TYPE 1488 SYNTAX DisplayString (SIZE(0..128)) 1489 MAX-ACCESS read-write 1490 STATUS current 1491 DESCRIPTION 1492 "The filename of a complete FLASH firmware 1493 image for the system, including all 1494 non-configuration files within the system 1495 FLASH file system. Max. string length is 128 1496 octets." 1497 DEFVAL { "AP340_latest.img" } 1498 ::= { awcFtp 17 } 1499 1500awcFileXferFileFirmwareRadio1 OBJECT-TYPE 1501 SYNTAX DisplayString (SIZE(0..128)) 1502 MAX-ACCESS read-write 1503 STATUS current 1504 DESCRIPTION 1505 "The filename of the radio firmware image. 1506 Max. string length is 128 octets." 1507 DEFVAL { "" } 1508 ::= { awcFtp 18 } 1509 1510 1511-- ******************************************************************** 1512-- * End of awcFtp parameters 1513-- ******************************************************************** 1514 1515 1516-- ******************************************************************** 1517-- * awcIfTable parameters 1518-- ******************************************************************** 1519awcIfTable OBJECT-TYPE 1520 SYNTAX SEQUENCE OF AwcIfEntry 1521 MAX-ACCESS not-accessible 1522 STATUS current 1523 DESCRIPTION 1524 "IfTable attributes. In tabular form to 1525 allow for multiple instances on an agent." 1526 ::= { awcVx 5 } 1527 1528awcIfEntry OBJECT-TYPE 1529 SYNTAX AwcIfEntry 1530 MAX-ACCESS not-accessible 1531 STATUS current 1532 DESCRIPTION 1533 "An entry in the awcIfEntry table." 1534 INDEX {ifIndex} 1535 ::= { awcIfTable 1 } 1536 1537AwcIfEntry ::= 1538 SEQUENCE { 1539 awcIfDefaultPhysAddress MacAddress, 1540 awcIfPhysAddress MacAddress, 1541 awcIfAdoptPrimaryIdentity TruthValue, 1542 awcIfDefaultIpAddress IpAddress, 1543 awcIfDefaultIpNetMask IpAddress, 1544 awcIfIpAddress IpAddress, 1545 awcIfIpNetMask IpAddress, 1546 awcIfMSDUMaxLength Unsigned32, 1547 awcIfOutDiscardsCoS0 Counter32, 1548 awcIfOutDiscardsCoS1 Counter32, 1549 awcIfOutDiscardsCoS2 Counter32, 1550 awcIfOutDiscardsCoS3 Counter32, 1551 awcIfOutDiscardsCoS4 Counter32, 1552 awcIfOutDiscardsCoS5 Counter32, 1553 awcIfOutDiscardsCoS6 Counter32, 1554 awcIfOutDiscardsCoS7 Counter32 1555 } 1556 1557awcIfDefaultPhysAddress OBJECT-TYPE 1558 SYNTAX MacAddress 1559 MAX-ACCESS read-only 1560 STATUS current 1561 DESCRIPTION 1562 "The default, factory-assigned MAC address of 1563 the interface. Guaranteed to be unique across 1564 all IEEE 802 devices." 1565 ::= { awcIfEntry 1 } 1566 1567awcIfPhysAddress OBJECT-TYPE 1568 SYNTAX MacAddress 1569 MAX-ACCESS read-write 1570 STATUS current 1571 DESCRIPTION 1572 "The MAC address to be used by the interface. 1573 If awcIfDefaultPhysAddress is to be used, this 1574 is 00:00:00:00:00:00." 1575 DEFVAL { '000000000000'H } 1576 ::= { awcIfEntry 2 } 1577 1578awcIfAdoptPrimaryIdentity OBJECT-TYPE 1579 SYNTAX TruthValue 1580 MAX-ACCESS read-write 1581 STATUS current 1582 DESCRIPTION 1583 "If true, this interface adopts the identity of 1584 bootconfigDev, the primary interface. This 1585 includes MAC address, IP address, etc. This 1586 is the conventional mode of operation when 1587 operating as a transparent bridge. If false, 1588 this interface always has a unique MAC 1589 address." 1590 DEFVAL { true } 1591 ::= { awcIfEntry 3 } 1592 1593awcIfDefaultIpAddress OBJECT-TYPE 1594 SYNTAX IpAddress 1595 MAX-ACCESS read-write 1596 STATUS current 1597 DESCRIPTION 1598 "The default IPv4 Address of the interface. 1599 If BOOTP or DHCP is enabled, this may be 1600 overridden by the BOOTP or DHCP server." 1601 DEFVAL { '0A000001'H } 1602 ::= { awcIfEntry 4 } 1603 1604awcIfDefaultIpNetMask OBJECT-TYPE 1605 SYNTAX IpAddress 1606 MAX-ACCESS read-write 1607 STATUS current 1608 DESCRIPTION 1609 "The default IPv4 netmask of the interface. 1610 If BOOTP or DHCP is enabled, this may 1611 be overridden by the BOOTP or DHCP server." 1612 DEFVAL { 'FFFFFF00'H } 1613 ::= { awcIfEntry 5 } 1614 1615awcIfIpAddress OBJECT-TYPE 1616 SYNTAX IpAddress 1617 MAX-ACCESS read-only 1618 STATUS current 1619 DESCRIPTION 1620 "The IPv4 Address currently in use by the 1621 interface." 1622 ::= { awcIfEntry 6 } 1623 1624awcIfIpNetMask OBJECT-TYPE 1625 SYNTAX IpAddress 1626 MAX-ACCESS read-only 1627 STATUS current 1628 DESCRIPTION 1629 "The IPv4 netmask currently in use by the 1630 interface." 1631 ::= { awcIfEntry 7 } 1632 1633awcIfMSDUMaxLength OBJECT-TYPE 1634 SYNTAX Unsigned32 1635 MAX-ACCESS read-only 1636 STATUS current 1637 DESCRIPTION 1638 "Maximum length of the data portion of a packet 1639 for this particular interface. This is the 1640 maximum MAC Service Data Unit length, which is 1641 greater than or equal to ifMtu, depending on 1642 the configured MAC-level encapsulation." 1643 ::= { awcIfEntry 8 } 1644 1645awcIfOutDiscardsCoS0 OBJECT-TYPE 1646 SYNTAX Counter32 1647 MAX-ACCESS read-only 1648 STATUS current 1649 DESCRIPTION 1650 "The number of outbound packets of CoS 0 which 1651 were chosen to be discarded even though no 1652 errors had been detected to prevent their 1653 being transmitted. One possible reason for 1654 discarding such a packet could be to free up 1655 buffer space. Another reason would be 1656 exceeding their maximum time-to-live." 1657 ::= { awcIfEntry 9 } 1658 1659awcIfOutDiscardsCoS1 OBJECT-TYPE 1660 SYNTAX Counter32 1661 MAX-ACCESS read-only 1662 STATUS current 1663 DESCRIPTION 1664 "The number of outbound packets of CoS 1 which 1665 were chosen to be discarded even though no 1666 errors had been detected to prevent their 1667 being transmitted. One possible reason for 1668 discarding such a packet could be to free up 1669 buffer space. Another reason would be 1670 exceeding their maximum time-to-live." 1671 ::= { awcIfEntry 10 } 1672 1673awcIfOutDiscardsCoS2 OBJECT-TYPE 1674 SYNTAX Counter32 1675 MAX-ACCESS read-only 1676 STATUS current 1677 DESCRIPTION 1678 "The number of outbound packets of CoS 2 which 1679 were chosen to be discarded even though no 1680 errors had been detected to prevent their 1681 being transmitted. One possible reason for 1682 discarding such a packet could be to free up 1683 buffer space. Another reason would be 1684 exceeding their maximum time-to-live." 1685 ::= { awcIfEntry 11 } 1686 1687awcIfOutDiscardsCoS3 OBJECT-TYPE 1688 SYNTAX Counter32 1689 MAX-ACCESS read-only 1690 STATUS current 1691 DESCRIPTION 1692 "The number of outbound packets of CoS 3 which 1693 were chosen to be discarded even though no 1694 errors had been detected to prevent their 1695 being transmitted. One possible reason for 1696 discarding such a packet could be to free up 1697 buffer space. Another reason would be 1698 exceeding their maximum time-to-live." 1699 ::= { awcIfEntry 12 } 1700 1701awcIfOutDiscardsCoS4 OBJECT-TYPE 1702 SYNTAX Counter32 1703 MAX-ACCESS read-only 1704 STATUS current 1705 DESCRIPTION 1706 "The number of outbound packets of CoS 4 which 1707 were chosen to be discarded even though no 1708 errors had been detected to prevent their 1709 being transmitted. One possible reason for 1710 discarding such a packet could be to free up 1711 buffer space. Another reason would be 1712 exceeding their maximum time-to-live." 1713 ::= { awcIfEntry 13 } 1714 1715awcIfOutDiscardsCoS5 OBJECT-TYPE 1716 SYNTAX Counter32 1717 MAX-ACCESS read-only 1718 STATUS current 1719 DESCRIPTION 1720 "The number of outbound packets of CoS 5 which 1721 were chosen to be discarded even though no 1722 errors had been detected to prevent their 1723 being transmitted. One possible reason for 1724 discarding such a packet could be to free up 1725 buffer space. Another reason would be 1726 exceeding their maximum time-to-live." 1727 ::= { awcIfEntry 14 } 1728 1729awcIfOutDiscardsCoS6 OBJECT-TYPE 1730 SYNTAX Counter32 1731 MAX-ACCESS read-only 1732 STATUS current 1733 DESCRIPTION 1734 "The number of outbound packets of CoS 6 which 1735 were chosen to be discarded even though no 1736 errors had been detected to prevent their 1737 being transmitted. One possible reason for 1738 discarding such a packet could be to free up 1739 buffer space. Another reason would be 1740 exceeding their maximum time-to-live." 1741 ::= { awcIfEntry 15 } 1742 1743awcIfOutDiscardsCoS7 OBJECT-TYPE 1744 SYNTAX Counter32 1745 MAX-ACCESS read-only 1746 STATUS current 1747 DESCRIPTION 1748 "The number of outbound packets of CoS 7 which 1749 were chosen to be discarded even though no 1750 errors had been detected to prevent their 1751 being transmitted. One possible reason for 1752 discarding such a packet could be to free up 1753 buffer space. Another reason would be 1754 exceeding their maximum time-to-live." 1755 ::= { awcIfEntry 16 } 1756 1757 1758-- ******************************************************************** 1759-- * End of awcIfTable parameters 1760-- ******************************************************************** 1761 1762 1763-- ******************************************************************** 1764-- * awc802dot11 parameters 1765-- ******************************************************************** 1766awcDot11smt OBJECT IDENTIFIER ::= {awc802dot11 1} 1767 1768 1769awcDot11StationConfigTable OBJECT-TYPE 1770 SYNTAX SEQUENCE OF AwcDot11StationConfigEntry 1771 MAX-ACCESS not-accessible 1772 STATUS current 1773 DESCRIPTION 1774 "Station Config Table attributes. In tabular 1775 form to allow for multiple instances on an 1776 agent." 1777 ::= { awcDot11smt 1 } 1778 1779awcDot11StationConfigEntry OBJECT-TYPE 1780 SYNTAX AwcDot11StationConfigEntry 1781 MAX-ACCESS not-accessible 1782 STATUS current 1783 DESCRIPTION 1784 "An entry in the awcDot11StationConfigTable 1785 table." 1786 INDEX {ifIndex} 1787 ::= { awcDot11StationConfigTable 1 } 1788 1789AwcDot11StationConfigEntry ::= 1790 SEQUENCE { 1791 awcDot11StationRole INTEGER, 1792 awcDot11PowerManagementSubMode Unsigned32, 1793 awcDot11UseAWCExtensions TruthValue, 1794 awcDot11AllowAssocBroadcastSSID TruthValue, 1795 awcDot11PrivacyOptionImplementedMaxRate 1796 Integer32, 1797 awcDot11DesiredBSSLength INTEGER, 1798 awcDot11EnetEncapsulationDefault INTEGER, 1799 awcDot11ForceReqFirmwareVersion TruthValue, 1800 awcDot11BridgeSpacing Unsigned32, 1801 awcDot11DesiredSSIDMaxAssociatedSTA INTEGER, 1802 awcDot11DesiredSSIDNumAssociatedSTA INTEGER, 1803 awcDot11AuxiliarySSIDLength INTEGER, 1804 awcDot11MultipleSSIDPerBSSImplemented 1805 TruthValue, 1806 awcDot11SymbolExtensionsImplemented 1807 TruthValue, 1808 awcDot11SymbolExtensionsEnabled TruthValue, 1809 awcDot11DesiredSSIDMicAlgorithm 1810 AwcDot11MicAlgorithm, 1811 awcDot11DesiredSSIDWEPKeyPermuteAlgorithm 1812 AwcDot11WEPKeyPermuteAlgorithm, 1813 awcDot11DesiredSSIDInfrastructureWGB 1814 TruthValue, 1815 awcDot11DesiredSSIDDefaultPolId AwcPolId, 1816 awcDot11DesiredSSIDDefaultVlanId AwcVlanId, 1817 awcDot11DesiredSSIDEnableProxyMobileIP 1818 TruthValue, 1819 awcDot11InfrastructureSSID INTEGER, 1820 awcDot11QBSSElementImplemented 1821 TruthValue, 1822 awcDot11QBSSElementEnabled TruthValue, 1823 awcDot11InfrastructureSSIDExclusive 1824 TruthValue, 1825 awcDot11SendIGMPGeneralQuery TruthValue, 1826 awcDot11NonRootMobility INTEGER 1827 } 1828 1829awcDot11StationRole OBJECT-TYPE 1830 SYNTAX INTEGER {roleClient(1), roleIBSS(2), 1831 roleRepeater(3), roleAP(4)} 1832 MAX-ACCESS read-write 1833 STATUS current 1834 DESCRIPTION 1835 "The role of this station itself within the 1836 802.11 BSS (radio cell) of which it is a 1837 member." 1838 DEFVAL { roleAP } 1839 ::= { awcDot11StationConfigEntry 1 } 1840 1841awcDot11PowerManagementSubMode OBJECT-TYPE 1842 SYNTAX Unsigned32 1843 MAX-ACCESS read-write 1844 STATUS current 1845 DESCRIPTION 1846 "When configured as roleClient, the Power 1847 Management Submode of the device." 1848 DEFVAL { 0 } 1849 ::= { awcDot11StationConfigEntry 2 } 1850 1851awcDot11UseAWCExtensions OBJECT-TYPE 1852 SYNTAX TruthValue 1853 MAX-ACCESS read-write 1854 STATUS current 1855 DESCRIPTION 1856 "If true, Aironet extensions to the basic 1857 802.11 protocol are enabled. This results in 1858 better BSS performance and faster roaming. 1859 If false, only the basic 802.11 protocols 1860 are used. This ensures maximum compatibility 1861 with non-Aironet equipment." 1862 DEFVAL { true } 1863 ::= { awcDot11StationConfigEntry 3 } 1864 1865awcDot11AllowAssocBroadcastSSID OBJECT-TYPE 1866 SYNTAX TruthValue 1867 MAX-ACCESS read-write 1868 STATUS current 1869 DESCRIPTION 1870 "If true and awcDot11StationRole is either 1871 roleAP or roleRepeater, the radio will respond 1872 to Broadcast SSID Probe Requests and will 1873 broadcast its own SSID within its Beacons. If 1874 false, the radio will not respond to the 1875 Broadcast SSID and will not broadcast its SSID 1876 within Beacons." 1877 DEFVAL { true } 1878 ::= { awcDot11StationConfigEntry 4 } 1879 1880awcDot11PrivacyOptionImplementedMaxRate OBJECT-TYPE 1881 SYNTAX Integer32 (2..127) 1882 MAX-ACCESS read-only 1883 STATUS current 1884 DESCRIPTION 1885 "The maximum Transmit bit rate supported by the 1886 radio when using WEP encryption. Expressed in 1887 standard 802.11 increments of 500Kb/sec." 1888 ::= { awcDot11StationConfigEntry 5 } 1889 1890awcDot11DesiredBSSLength OBJECT-TYPE 1891 SYNTAX INTEGER (0..4) 1892 MAX-ACCESS read-only 1893 STATUS current 1894 DESCRIPTION 1895 "The number of entries in 1896 awcDot11DesiredBSSTable." 1897 ::= { awcDot11StationConfigEntry 6 } 1898 1899awcDot11EnetEncapsulationDefault OBJECT-TYPE 1900 SYNTAX INTEGER {encap802dot1H(1), encapRfc1042(2)} 1901 MAX-ACCESS read-write 1902 STATUS current 1903 DESCRIPTION 1904 "The Ethernet Encapsulation Transform type used 1905 within the BSS. Either IEEE 802.1H or 1906 RFC 1042 can be utilized. IEEE 802.1H 1907 provides exceptions for the Novel 1908 IPX and AARP protocols." 1909 DEFVAL { encapRfc1042 } 1910 ::= { awcDot11StationConfigEntry 7 } 1911 1912awcDot11ForceReqFirmwareVersion OBJECT-TYPE 1913 SYNTAX TruthValue 1914 MAX-ACCESS read-write 1915 STATUS current 1916 DESCRIPTION 1917 "If true, the radio driver will only allow 1918 operation with the specific radio firmware 1919 revision with which it was originally tested. 1920 If false, the radio driver will allow 1921 operation with the radio firmware revision 1922 with which it was tested, or any later radio 1923 firmware revision." 1924 DEFVAL { true } 1925 ::= { awcDot11StationConfigEntry 8 } 1926 1927awcDot11BridgeSpacing OBJECT-TYPE 1928 SYNTAX Unsigned32 1929 MAX-ACCESS read-write 1930 STATUS current 1931 DESCRIPTION 1932 "If this device is the root side of a Bridge 1933 configuration, this value is the distance in 1934 kilometers reported between this device and 1935 its farthest non-root Bridge." 1936 DEFVAL { 0 } 1937 ::= { awcDot11StationConfigEntry 9 } 1938 1939awcDot11DesiredSSIDMaxAssociatedSTA OBJECT-TYPE 1940 SYNTAX INTEGER (0..2007) 1941 MAX-ACCESS read-write 1942 STATUS current 1943 DESCRIPTION 1944 "The maximum number of 802.11 Stations which 1945 may Associate with this access point through 1946 either the Broadcast SSID or through 1947 dot11DesiredSSID. If 0, the maximum number 1948 is limited only by the 802.11 standard and 1949 by any hardware or radio firmware limitations 1950 of the access point." 1951 DEFVAL { 0 } 1952 ::= { awcDot11StationConfigEntry 10 } 1953 1954awcDot11DesiredSSIDNumAssociatedSTA OBJECT-TYPE 1955 SYNTAX INTEGER (0..2007) 1956 MAX-ACCESS read-only 1957 STATUS current 1958 DESCRIPTION 1959 "The current number of 802.11 Stations which 1960 are Associated with this access point through 1961 either the Broadcast SSID or through 1962 dot11DesiredSSID." 1963 ::= { awcDot11StationConfigEntry 11 } 1964 1965awcDot11AuxiliarySSIDLength OBJECT-TYPE 1966 SYNTAX INTEGER (0..2007) 1967 MAX-ACCESS read-only 1968 STATUS current 1969 DESCRIPTION 1970 "The maximum number of entries in 1971 awcDot11AuxiliarySSIDTable. If 1972 awcDot11MultipleSSIDPerBSSImplemented is FALSE, 1973 awcDot11AuxiliarySSIDLength must be 0." 1974 ::= { awcDot11StationConfigEntry 12 } 1975 1976awcDot11MultipleSSIDPerBSSImplemented OBJECT-TYPE 1977 SYNTAX TruthValue 1978 MAX-ACCESS read-only 1979 STATUS current 1980 DESCRIPTION 1981 "This attribute, when TRUE, indicates that the station 1982 implementation is capable of responding to 802.11 1983 Probe Requests for SSIDs other than dot11DesiredSSID. 1984 The default value of this attribute is FALSE." 1985 ::= { awcDot11StationConfigEntry 13 } 1986 1987awcDot11SymbolExtensionsImplemented OBJECT-TYPE 1988 SYNTAX TruthValue 1989 MAX-ACCESS read-only 1990 STATUS current 1991 DESCRIPTION 1992 "This attribute, when TRUE, indicates that the station 1993 implementation is capable of generating Symbol, Inc. 1994 proprietary elements in its Beacons and Probe 1995 Responses. These elements enable support for Symbol 1996 Voice-over-IP (VoIP) phones. The default value of 1997 this attribute is FALSE." 1998 ::= { awcDot11StationConfigEntry 14 } 1999 2000awcDot11SymbolExtensionsEnabled OBJECT-TYPE 2001 SYNTAX TruthValue 2002 MAX-ACCESS read-write 2003 STATUS current 2004 DESCRIPTION 2005 "Should the Radio generate Symbol, Inc. proprietary 2006 elements in its Beacons and Probe Responses in support 2007 of Symbol VoIP phones?" 2008 DEFVAL { false } 2009 ::= { awcDot11StationConfigEntry 15 } 2010 2011awcDot11DesiredSSIDMicAlgorithm OBJECT-TYPE 2012 SYNTAX AwcDot11MicAlgorithm 2013 MAX-ACCESS read-write 2014 STATUS current 2015 DESCRIPTION 2016 "Auxiliary Message Integrity Check (MIC) calculated on 2017 WEP-encoded packets of stations Associated to this 2018 access point through either the Broadcast SSID or 2019 dot11DesiredSSID." 2020 DEFVAL { micNone } 2021 ::= { awcDot11StationConfigEntry 16 } 2022 2023awcDot11DesiredSSIDWEPKeyPermuteAlgorithm OBJECT-TYPE 2024 SYNTAX AwcDot11WEPKeyPermuteAlgorithm 2025 MAX-ACCESS read-write 2026 STATUS current 2027 DESCRIPTION 2028 "Function through which the WEP encryption key is 2029 permuted between key renewal periods for stations 2030 Associated to this access point through either the 2031 Broadcast SSID or dot11DesiredSSID." 2032 DEFVAL { wepPermuteNone } 2033 ::= { awcDot11StationConfigEntry 17 } 2034 2035awcDot11DesiredSSIDInfrastructureWGB OBJECT-TYPE 2036 SYNTAX TruthValue 2037 MAX-ACCESS read-write 2038 STATUS current 2039 DESCRIPTION 2040 "When true, Workgroup Bridge-class devices Associated to 2041 this access point through either the 2042 Broadcast SSID or dot11DesiredSSID are provided 2043 the class of service which is provided to network 2044 infrastructure stations by their parent access point. 2045 This includes use of the 802.11 reliable multicast 2046 protocol (4-address packets for multicast). When false, 2047 Workgroup Bridge-class devices are provided the class of 2048 service which is provided to ordinary client stations." 2049 DEFVAL { true } 2050 ::= { awcDot11StationConfigEntry 18 } 2051 2052awcDot11DesiredSSIDDefaultPolId OBJECT-TYPE 2053 SYNTAX AwcPolId 2054 MAX-ACCESS read-write 2055 STATUS current 2056 DESCRIPTION 2057 "Default Policy Group Identifier for stations 2058 Associated to this access point through either the 2059 Broadcast SSID or dot11DesiredSSID. A value of 0 2060 indicates that no special policies are to be applied 2061 by default." 2062 DEFVAL { 0 } 2063 ::= { awcDot11StationConfigEntry 19 } 2064 2065awcDot11DesiredSSIDDefaultVlanId OBJECT-TYPE 2066 SYNTAX AwcVlanId 2067 MAX-ACCESS read-write 2068 STATUS current 2069 DESCRIPTION 2070 "Default VLAN Identifier for stations 2071 Associated to this access point through either the 2072 Broadcast SSID or dot11DesiredSSID. A value of 0 2073 indicates that either VLANs are disabled or that 2074 the default VLAN is awcNativeVlanId." 2075 DEFVAL { 0 } 2076 ::= { awcDot11StationConfigEntry 20 } 2077 2078awcDot11DesiredSSIDEnableProxyMobileIP OBJECT-TYPE 2079 SYNTAX TruthValue 2080 MAX-ACCESS read-write 2081 STATUS current 2082 DESCRIPTION 2083 "If true, Proxy Mobile IP is enabled for use by 2084 all stations Associated to this access point 2085 through either the Broadcast SSID or 2086 dot11DesiredSSID." 2087 DEFVAL { false } 2088 ::= { awcDot11StationConfigEntry 21 } 2089 2090awcDot11InfrastructureSSID OBJECT-TYPE 2091 SYNTAX INTEGER (0..2007) 2092 MAX-ACCESS read-write 2093 STATUS current 2094 DESCRIPTION 2095 "Index of the SSID which all 802.11 infrastructure 2096 stations shall use for Association. If 0, an 2097 access point and its repeaters and other 2098 subordinate infrastructure devices will Associate 2099 through dot11DesiredSSID. If non-0, an access 2100 point and its subordinate infrastructure devices 2101 will Associate through the auxiliary SSID with 2102 awcDot11AuxSSIDIndex equal to 2103 awcDot11InfrastructureSSID." 2104 DEFVAL { 0 } 2105 ::= { awcDot11StationConfigEntry 22 } 2106 2107awcDot11QBSSElementImplemented OBJECT-TYPE 2108 SYNTAX TruthValue 2109 MAX-ACCESS read-only 2110 STATUS current 2111 DESCRIPTION 2112 "This attribute, when TRUE, indicates that the station 2113 implementation is capable of generating 802.11e QBSS 2114 elements in its Beacons and Probe 2115 Responses. These elements enable support for basic 2116 802.11 Quality of Service. The default value of 2117 this attribute is FALSE." 2118 ::= { awcDot11StationConfigEntry 23 } 2119 2120awcDot11QBSSElementEnabled OBJECT-TYPE 2121 SYNTAX TruthValue 2122 MAX-ACCESS read-write 2123 STATUS current 2124 DESCRIPTION 2125 "Should the Radio generate 802.11e QBSS 2126 elements in its Beacons and Probe Responses in support 2127 of 802.11 Quality of Service?" 2128 DEFVAL { false } 2129 ::= { awcDot11StationConfigEntry 24 } 2130 2131awcDot11InfrastructureSSIDExclusive OBJECT-TYPE 2132 SYNTAX TruthValue 2133 MAX-ACCESS read-write 2134 STATUS current 2135 DESCRIPTION 2136 "Should this access point restrict all infrastructure 2137 stations to associate only through the SSID specified 2138 by awcDot11InfrastructureSSID?" 2139 DEFVAL { false } 2140 ::= { awcDot11StationConfigEntry 25 } 2141 2142awcDot11SendIGMPGeneralQuery OBJECT-TYPE 2143 SYNTAX TruthValue 2144 MAX-ACCESS read-write 2145 STATUS current 2146 DESCRIPTION 2147 "Should this access point issue an IGMP General Query 2148 to all associated stations when they complete all 2149 required high-level authentication? Such an IGMP 2150 query can help configure multicast groups efficiently." 2151 DEFVAL { false } 2152 ::= { awcDot11StationConfigEntry 26 } 2153 2154awcDot11NonRootMobility OBJECT-TYPE 2155 SYNTAX INTEGER { 2156 mobile(1), 2157 stationary(2) 2158 } 2159 MAX-ACCESS read-write 2160 STATUS current 2161 DESCRIPTION 2162 "This object is used to determine if the radio 2163 should look for a better parent AP in heavy 2164 traffic condition when the awcDot11StationRole 2165 is roleClient(1) or roleRepeater(3). It will 2166 look for better parent if it is mobile(1) 2167 and will not look for better parent if it is 2168 stationary(2)." 2169 DEFVAL { stationary } 2170 ::= { awcDot11StationConfigEntry 27 } 2171 2172 2173awcDot11AuthenticationAlgorithmsTable OBJECT-TYPE 2174 SYNTAX SEQUENCE OF AwcDot11AuthenticationAlgorithmsEntry 2175 MAX-ACCESS not-accessible 2176 STATUS current 2177 DESCRIPTION 2178 "This table contains attributes to configure 2179 authentication algorithm parameters for associations 2180 through the SSID defined by IEEE802dot11-MIB 2181 dot11DesiredSSID object. It defines attributes 2182 additional to those defined in the IEEE802dot11-MIB 2183 dot11AuthenticationAlgorithmsTable. An interface 2184 may support multiple authentication algorithms. 2185 2186 This table has an expansion dependent relationship 2187 on the ifTable. For each entry in this table, 2188 there exists at least an entry in the ifTable of 2189 ifType ieee80211(71). This table uses the 2190 dot11AuthenticationAlgorithmsIndex of the 2191 dot11AuthenticationAlgorithmsTable defined in the 2192 IEEE802dot11-MIB as the expansion index. 2193 2194 Entries in this table cannot be created or deleted 2195 by the network management system. All entries are 2196 created or deleted by the agent." 2197 REFERENCE 2198 "IEEE Std 802.11-Jan 14 1999, Wireless LAN Medium 2199 Access Control and Physical Layer Specifications, 2200 LAN MAN Standards Committee of the IEEE Computer 2201 Society, section 5.7.6 and IEEE802dot11-MIB." 2202 ::= { awcDot11smt 2 } 2203 2204awcDot11AuthenticationAlgorithmsEntry OBJECT-TYPE 2205 SYNTAX AwcDot11AuthenticationAlgorithmsEntry 2206 MAX-ACCESS not-accessible 2207 STATUS current 2208 DESCRIPTION 2209 "Each entry specifies Cisco Aironet product 2210 specific authentication algorithm 2211 configuration attributes of the dot11DesiredSSID 2212 on a radio interface." 2213 REFERENCE 2214 "IEEE Std 802.11-Jan 14 1999, Wireless LAN Medium 2215 Access Control and Physical Layer Specifications, 2216 LAN MAN Standards Committee of the IEEE Computer 2217 Society, section 8.2 and IEEE802dot11-MIB." 2218 INDEX { ifIndex, 2219 awcDot11AuthenticationAlgorithmsIndex} 2220 ::= { awcDot11AuthenticationAlgorithmsTable 1 } 2221 2222AwcDot11AuthenticationAlgorithmsEntry ::= SEQUENCE { 2223 awcDot11AuthenticationAlgorithmsIndex Integer32, 2224 awcDot11AuthenticationRequireEAP TruthValue, 2225 awcDot11AuthenticationDefaultUcastAllowedToGoTo 2226 OCTET STRING } 2227 2228 2229awcDot11AuthenticationAlgorithmsIndex OBJECT-TYPE 2230 SYNTAX Integer32 (1..65536) 2231 MAX-ACCESS not-accessible 2232 STATUS current 2233 DESCRIPTION 2234 "The auxiliary variable used to identify instances 2235 of the columnar objects in the Aironet Authentication 2236 Algorithms Table. This variable corresponds directly 2237 to the 802.11 dot11AuthenticationAlgorithmsIndex." 2238 ::= { awcDot11AuthenticationAlgorithmsEntry 1 } 2239 2240awcDot11AuthenticationRequireEAP OBJECT-TYPE 2241 SYNTAX TruthValue 2242 MAX-ACCESS read-write 2243 STATUS current 2244 DESCRIPTION 2245 "If true, stations authenticating with the 2246 corresponding dot11AuthenticationAlgorithm 2247 must complete network-level EAP authentication 2248 before they will be unblocked. If false, 2249 stations authenticating with the corresponding 2250 dot11AuthenticationAlgorithm will be unblocked 2251 as soon as they complete the requirements of 2252 802.11 authentication." 2253 ::= { awcDot11AuthenticationAlgorithmsEntry 2 } 2254 2255awcDot11AuthenticationDefaultUcastAllowedToGoTo OBJECT-TYPE 2256 SYNTAX OCTET STRING 2257 MAX-ACCESS read-write 2258 STATUS current 2259 DESCRIPTION 2260 "The set of ports to which frames received from 2261 a specific port and destined for a MAC address 2262 which is not already listed in dot1dStaticTable 2263 and authenticates with the corresponding 2264 dot11AuthenticationAlgorithm, are allowed to be 2265 forwarded. Each octet within the value of this 2266 object specifies a set of eight ports, with the 2267 first octet specifying ports 1 through 8, the 2268 second octet specifying ports 9 through 16, etc. 2269 Within each octet, the most significant bit 2270 represents the lowest numbered port, and the 2271 least significant bit represents the highest 2272 numbered port. Thus, each port of the bridge is 2273 represented by a single bit within the value of 2274 this object. If that bit has a value of 2275 '1' then that port is included in the set of 2276 ports; the port is not included if its bit has a 2277 value of '0'. (Note that the setting of the bit 2278 corresponding to the port from which a frame is 2279 received is irrelevant.) The default value of 2280 this object is a string of ones of appropriate 2281 length." 2282 REFERENCE 2283 "RFC 1493, BRIDGE-MIB, dot1dStaticTable." 2284 ::= { awcDot11AuthenticationAlgorithmsEntry 3 } 2285 2286 2287awcDot11WEPDefaultKeysTable OBJECT-TYPE 2288 SYNTAX SEQUENCE OF AwcDot11WEPDefaultKeysEntry 2289 MAX-ACCESS not-accessible 2290 STATUS current 2291 DESCRIPTION 2292 "Extension of dot11WEPDefaultKeysTable to allow 2293 for key lengths other than 40 bits." 2294 ::= { awcDot11smt 3 } 2295 2296awcDot11WEPDefaultKeysEntry OBJECT-TYPE 2297 SYNTAX AwcDot11WEPDefaultKeysEntry 2298 MAX-ACCESS not-accessible 2299 STATUS current 2300 DESCRIPTION 2301 "An entry in the awcDot11WEPDefaultKeysTable 2302 table." 2303 INDEX {ifIndex, awcDot11WEPDefaultKeyIndex} 2304 ::= { awcDot11WEPDefaultKeysTable 1 } 2305 2306AwcDot11WEPDefaultKeysEntry ::= 2307 SEQUENCE { 2308 awcDot11WEPDefaultKeyIndex INTEGER, 2309 awcDot11WEPDefaultKeyLen INTEGER, 2310 awcDot11WEPDefaultKeyValue WEPKeytype128 2311 } 2312 2313awcDot11WEPDefaultKeyIndex OBJECT-TYPE 2314 SYNTAX INTEGER (1..4) 2315 MAX-ACCESS read-only 2316 STATUS current 2317 DESCRIPTION 2318 "The auxiliary variable used to identify 2319 instances of the columnar objects in the WEP 2320 Default Keys Table. The value of this 2321 variable is equal to the WEPDefaultKeyID + 1" 2322 ::= { awcDot11WEPDefaultKeysEntry 1 } 2323 2324awcDot11WEPDefaultKeyLen OBJECT-TYPE 2325 SYNTAX INTEGER (0..13) 2326 MAX-ACCESS read-write 2327 STATUS current 2328 DESCRIPTION 2329 "Length in octets of 2330 awcDot11WEPDefaultKeyValue. If 0, the 2331 corresponding awcDot11WEPDefaultKeyValue is 2332 not configured." 2333 ::= { awcDot11WEPDefaultKeysEntry 2 } 2334 2335awcDot11WEPDefaultKeyValue OBJECT-TYPE 2336 SYNTAX WEPKeytype128 2337 MAX-ACCESS read-write 2338 STATUS current 2339 DESCRIPTION 2340 "A WEP default secret key value. The value is 2341 write-only (attempt to read will result in 2342 return of a zero-length string)." 2343 ::= { awcDot11WEPDefaultKeysEntry 3 } 2344 2345 2346awcDot11PrivacyTable OBJECT-TYPE 2347 SYNTAX SEQUENCE OF AwcDot11PrivacyEntry 2348 MAX-ACCESS not-accessible 2349 STATUS current 2350 DESCRIPTION 2351 "Additional information about the WEP 2352 capabilities of the device. In tabular form 2353 to allow for multiple instances on an agent." 2354 ::= { awcDot11smt 5 } 2355 2356awcDot11PrivacyEntry OBJECT-TYPE 2357 SYNTAX AwcDot11PrivacyEntry 2358 MAX-ACCESS not-accessible 2359 STATUS current 2360 DESCRIPTION 2361 "An entry in the awcDot11PrivacyTable table." 2362 INDEX {ifIndex} 2363 ::= { awcDot11PrivacyTable 1 } 2364 2365AwcDot11PrivacyEntry ::= 2366 SEQUENCE { 2367 awcDot11WEPDefaultKeyMaxIndex INTEGER, 2368 awcDot11AllowEncrypted TruthValue, 2369 awcDot11WEPKeyMaxLen INTEGER, 2370 awcDot11LEAPUserName OCTET STRING, 2371 awcDot11LEAPPassword OCTET STRING 2372 } 2373 2374awcDot11WEPDefaultKeyMaxIndex OBJECT-TYPE 2375 SYNTAX INTEGER (0..4) 2376 MAX-ACCESS read-only 2377 STATUS current 2378 DESCRIPTION 2379 "The maximum WEP Default Key index which the 2380 radio supports. Range 1..4, or 0 if the radio 2381 does not support WEP." 2382 ::= { awcDot11PrivacyEntry 1 } 2383 2384awcDot11AllowEncrypted OBJECT-TYPE 2385 SYNTAX TruthValue 2386 MAX-ACCESS read-write 2387 STATUS current 2388 DESCRIPTION 2389 "When this attribute is true, the STA shall 2390 indicate at the MAC service interface received 2391 MSDUs regardless of the setting of the WEP 2392 subfield of the Frame Control field, so long 2393 as the dot11ExcludeUnencrypted attribute is 2394 false. The default value of this attribute 2395 shall be false." 2396 DEFVAL { false } 2397 ::= { awcDot11PrivacyEntry 2 } 2398 2399awcDot11WEPKeyMaxLen OBJECT-TYPE 2400 SYNTAX INTEGER (0..16) 2401 MAX-ACCESS read-only 2402 STATUS current 2403 DESCRIPTION 2404 "The maximum WEP Key Length which the radio 2405 supports. Range 0..16, or 0 if the radio does 2406 not support WEP. Note that, even if the radio 2407 supports more than 13 octets of key value, the 2408 current 802.11 standard only makes use of 2409 the first 13 octets." 2410 ::= { awcDot11PrivacyEntry 3 } 2411 2412awcDot11LEAPUserName OBJECT-TYPE 2413 SYNTAX OCTET STRING 2414 MAX-ACCESS read-write 2415 STATUS current 2416 DESCRIPTION 2417 "User Name assigned to the system for use when 2418 authenticating with AAA servers." 2419 DEFVAL { "" } 2420 ::= { awcDot11PrivacyEntry 4} 2421 2422awcDot11LEAPPassword OBJECT-TYPE 2423 SYNTAX OCTET STRING (SIZE (0..256)) 2424 MAX-ACCESS read-write 2425 STATUS current 2426 DESCRIPTION 2427 "User Password (shared secret) assigned to the system 2428 for use when authenticating with AAA servers." 2429 DEFVAL { "" } 2430 ::= { awcDot11PrivacyEntry 5} 2431 2432awcDot11DesiredBSSTable OBJECT-TYPE 2433 SYNTAX SEQUENCE OF AwcDot11DesiredBSSEntry 2434 MAX-ACCESS not-accessible 2435 STATUS current 2436 DESCRIPTION 2437 "When the radio is not in roleAP, a list of 2438 preferred Access Points with which the radio 2439 should Associate. In tabular form to allow for 2440 multiple instances on an agent." 2441 ::= { awcDot11smt 6 } 2442 2443awcDot11DesiredBSSEntry OBJECT-TYPE 2444 SYNTAX AwcDot11DesiredBSSEntry 2445 MAX-ACCESS not-accessible 2446 STATUS current 2447 DESCRIPTION 2448 "An entry in the awcDot11DesiredBSSTable 2449 table." 2450 INDEX {ifIndex, awcDot11DesiredBSSIndex} 2451 ::= { awcDot11DesiredBSSTable 1 } 2452 2453AwcDot11DesiredBSSEntry ::= 2454 SEQUENCE { 2455 awcDot11DesiredBSSIndex INTEGER, 2456 awcDot11DesiredBSS MacAddress 2457 } 2458 2459awcDot11DesiredBSSIndex OBJECT-TYPE 2460 SYNTAX INTEGER (1..4) 2461 MAX-ACCESS read-only 2462 STATUS current 2463 DESCRIPTION 2464 "The priority order in which Preferred Access 2465 Points should be probed. Lower indices are 2466 probed first." 2467 ::= { awcDot11DesiredBSSEntry 1 } 2468 2469awcDot11DesiredBSS OBJECT-TYPE 2470 SYNTAX MacAddress 2471 MAX-ACCESS read-write 2472 STATUS current 2473 DESCRIPTION 2474 "The BSS identifier (MAC address) of the Access 2475 Point with which the radio should try to 2476 Associate, or 00:00:00:00:00:00 if the BSS 2477 identifier for this priority is unspecified." 2478 DEFVAL { '000000000000'H } 2479 ::= { awcDot11DesiredBSSEntry 2 } 2480 2481 2482awcDot11AuxiliarySSIDTable OBJECT-TYPE 2483 SYNTAX SEQUENCE OF AwcDot11AuxiliarySSIDEntry 2484 MAX-ACCESS not-accessible 2485 STATUS current 2486 DESCRIPTION 2487 "When the radio is not in roleClient, a list of 2488 Stations which, when Associated to this system, 2489 shall always have the same AID." 2490 ::= { awcDot11smt 7 } 2491 2492awcDot11AuxiliarySSIDEntry OBJECT-TYPE 2493 SYNTAX AwcDot11AuxiliarySSIDEntry 2494 MAX-ACCESS not-accessible 2495 STATUS current 2496 DESCRIPTION 2497 "An entry in the awcDot11AuxiliarySSIDTable 2498 table." 2499 INDEX {ifIndex, awcDot11AuxSSIDIndex} 2500 ::= { awcDot11AuxiliarySSIDTable 1 } 2501 2502AwcDot11AuxiliarySSIDEntry ::= 2503 SEQUENCE { 2504 awcDot11AuxSSIDIndex INTEGER, 2505 awcDot11AuxSSID OCTET STRING, 2506 awcDot11AuxSSIDMaxAssociatedSTA INTEGER, 2507 awcDot11AuxSSIDNumAssociatedSTA INTEGER, 2508 awcDot11AuxSSIDDefaultPolId AwcPolId, 2509 awcDot11AuxSSIDDefaultVlanId AwcVlanId, 2510 awcDot11AuxSSIDEnableProxyMobileIP 2511 TruthValue 2512 } 2513 2514awcDot11AuxSSIDIndex OBJECT-TYPE 2515 SYNTAX INTEGER (1..2007) 2516 MAX-ACCESS read-only 2517 STATUS current 2518 DESCRIPTION 2519 "Identifier of auxiliary SSIDs supported by the access 2520 point in addition to dot11DesiredSSID. Domain from 1 2521 to awcDot11AuxiliarySSIDLength." 2522 ::= { awcDot11AuxiliarySSIDEntry 1 } 2523 2524awcDot11AuxSSID OBJECT-TYPE 2525 SYNTAX OCTET STRING (SIZE(0..32)) 2526 MAX-ACCESS read-write 2527 STATUS current 2528 DESCRIPTION 2529 "This attribute reflects a Service Set ID recognized 2530 by the access point. The access point shall respond 2531 to Probe Requests specifying this SSID, but does not 2532 advertise this SSID in its Beacons." 2533 DEFVAL { "" } 2534 ::= { awcDot11AuxiliarySSIDEntry 2 } 2535 2536awcDot11AuxSSIDMaxAssociatedSTA OBJECT-TYPE 2537 SYNTAX INTEGER (0..2007) 2538 MAX-ACCESS read-write 2539 STATUS current 2540 DESCRIPTION 2541 "The maximum number of 802.11 Stations which 2542 may Associate with this access point through 2543 awcDot11AuxSSID. If 0, the maximum number 2544 is limited only by the 802.11 standard and 2545 by any hardware or radio firmware limitations 2546 of the access point." 2547 DEFVAL { 0 } 2548 ::= { awcDot11AuxiliarySSIDEntry 3 } 2549 2550awcDot11AuxSSIDNumAssociatedSTA OBJECT-TYPE 2551 SYNTAX INTEGER (0..2007) 2552 MAX-ACCESS read-only 2553 STATUS current 2554 DESCRIPTION 2555 "The current number of 802.11 Stations which 2556 are Associated with this access point through 2557 awcDot11AuxSSID." 2558 ::= { awcDot11AuxiliarySSIDEntry 4 } 2559 2560awcDot11AuxSSIDDefaultPolId OBJECT-TYPE 2561 SYNTAX AwcPolId 2562 MAX-ACCESS read-write 2563 STATUS current 2564 DESCRIPTION 2565 "Default Policy Group Identifier for stations 2566 Associated to this access point over awcDot11AuxSSID. 2567 A value of 0 indicates that no special policies are 2568 to be applied by default." 2569 DEFVAL { 0 } 2570 ::= { awcDot11AuxiliarySSIDEntry 6 } 2571 2572awcDot11AuxSSIDDefaultVlanId OBJECT-TYPE 2573 SYNTAX AwcVlanId 2574 MAX-ACCESS read-write 2575 STATUS current 2576 DESCRIPTION 2577 "Default VLAN Identifier for stations 2578 Associated to this access point over awcDot11AuxSSID. 2579 A value of 0 indicates that either VLANs are disabled 2580 or that the default VLAN is awcNativeVlanId." 2581 DEFVAL { 0 } 2582 ::= { awcDot11AuxiliarySSIDEntry 7 } 2583 2584awcDot11AuxSSIDEnableProxyMobileIP OBJECT-TYPE 2585 SYNTAX TruthValue 2586 MAX-ACCESS read-write 2587 STATUS current 2588 DESCRIPTION 2589 "If true, Proxy Mobile IP is enabled for use by 2590 all stations Associated to this access point 2591 over awcDot11AuxSSID." 2592 DEFVAL { false } 2593 ::= { awcDot11AuxiliarySSIDEntry 8 } 2594 2595awcDot11AuxSSIDAuthAlgTable OBJECT-TYPE 2596 SYNTAX SEQUENCE OF AwcDot11AuxSSIDAuthAlgEntry 2597 MAX-ACCESS not-accessible 2598 STATUS current 2599 DESCRIPTION 2600 "This (conceptual) table of attributes shall be a set of 2601 all the Aironet-specific parameters for each authentication 2602 algorithm supported by the station for each auxiliary SSID 2603 listed in awcDot11AuxiliarySSIDTable." 2604 ::= { awcDot11smt 8 } 2605 2606awcDot11AuxSSIDAuthAlgEntry OBJECT-TYPE 2607 SYNTAX AwcDot11AuxSSIDAuthAlgEntry 2608 MAX-ACCESS not-accessible 2609 STATUS current 2610 DESCRIPTION 2611 "An Entry (conceptual row) in the Aironet Auxiliary SSID 2612 Authentication Algorithms Table. 2613 2614 ifIndex - Each 802.11 interface is represented by an 2615 ifEntry. Interface tables in this MIB module are indexed 2616 by ifIndex." 2617 2618 INDEX { ifIndex, 2619 awcDot11AuxSSIDIndex, 2620 awcDot11AuxSSIDAuthAlgIndex} 2621 ::= { awcDot11AuxSSIDAuthAlgTable 1 } 2622 2623AwcDot11AuxSSIDAuthAlgEntry ::= SEQUENCE { 2624 awcDot11AuxSSIDAuthAlgIndex Integer32, 2625 awcDot11AuxSSIDAuthAlgEnable TruthValue, 2626 awcDot11AuxSSIDAuthAlgRequireEAP TruthValue, 2627 awcDot11AuxSSIDAuthAlgDefaultUcastAllowedToGoTo 2628 OCTET STRING 2629 } 2630 2631 2632awcDot11AuxSSIDAuthAlgIndex OBJECT-TYPE 2633 SYNTAX Integer32 (1..65536) 2634 MAX-ACCESS not-accessible 2635 STATUS current 2636 DESCRIPTION 2637 "The auxiliary variable used to identify instances 2638 of the columnar objects in the Aironet Auxiliary SSID 2639 Authentication Algorithms Table. This variable 2640 corresponds directly to the 802.11 2641 dot11AuthenticationAlgorithmsIndex." 2642 ::= { awcDot11AuxSSIDAuthAlgEntry 1 } 2643 2644awcDot11AuxSSIDAuthAlgEnable OBJECT-TYPE 2645 SYNTAX TruthValue 2646 MAX-ACCESS read-write 2647 STATUS current 2648 DESCRIPTION 2649 "If true, stations may authenticate to the SSID 2650 specified by awcDot11AuxSSIDIndex with the algorithm 2651 corresponding to dot11AuthenticationAlgorithmsIndex." 2652 ::= { awcDot11AuxSSIDAuthAlgEntry 2 } 2653 2654awcDot11AuxSSIDAuthAlgRequireEAP OBJECT-TYPE 2655 SYNTAX TruthValue 2656 MAX-ACCESS read-write 2657 STATUS current 2658 DESCRIPTION 2659 "If true, stations authenticating to the SSID 2660 specified by awcDot11AuxSSIDIndex with the 2661 corresponding dot11AuthenticationAlgorithm 2662 must complete network-level EAP authentication 2663 before they will be unblocked. If false, 2664 stations authenticating with the corresponding 2665 dot11AuthenticationAlgorithm will be unblocked 2666 as soon as they complete the requirements of 2667 802.11 authentication." 2668 ::= { awcDot11AuxSSIDAuthAlgEntry 3 } 2669 2670awcDot11AuxSSIDAuthAlgDefaultUcastAllowedToGoTo OBJECT-TYPE 2671 SYNTAX OCTET STRING 2672 MAX-ACCESS read-write 2673 STATUS current 2674 DESCRIPTION 2675 "The set of ports to which frames received from a 2676 specific port and destined for a MAC address which 2677 is not already listed in dot1dStaticTable and 2678 authenticates to the SSID specified by 2679 awcDot11AuxSSIDIndex with the corresponding 2680 dot11AuthenticationAlgorithm, are 2681 allowed to be forwarded. Each octet 2682 within the value of this object specifies a set of 2683 eight ports, with the first octet specifying ports 2684 1 through 8, the second octet specifying ports 9 2685 through 16, etc. Within each octet, the most 2686 significant bit represents the lowest numbered 2687 port, and the least significant bit represents the 2688 highest numbered port. Thus, each port of the 2689 bridge is represented by a single bit within the 2690 value of this object. If that bit has a value of 2691 '1' then that port is included in the set of 2692 ports; the port is not included if its bit has a 2693 value of '0'. (Note that the setting of the bit 2694 corresponding to the port from which a frame is 2695 received is irrelevant.) The default value of 2696 this object is a string of ones of appropriate 2697 length." 2698 ::= { awcDot11AuxSSIDAuthAlgEntry 4 } 2699 2700 2701awcDot11AssignedAIDTable OBJECT-TYPE 2702 SYNTAX SEQUENCE OF AwcDot11AssignedAIDEntry 2703 MAX-ACCESS not-accessible 2704 STATUS current 2705 DESCRIPTION 2706 "When the radio is not functioning as a client 2707 station (i.e., awcDot11StationRole is not 2708 'roleClient'), this is the list of AIDs which 2709 this agent will assign to the clients 2710 associating with it. An AID is assigned if 2711 the corresponding MAC address matches that of 2712 the client. This table has an expansion 2713 dependent relationship on the ifTable. For 2714 each entry in this table, there exists at least 2715 an entry in the ifTable of ifType ieee80211(71)." 2716 ::= { awcDot11smt 9 } 2717 2718awcDot11AssignedAIDEntry OBJECT-TYPE 2719 SYNTAX AwcDot11AssignedAIDEntry 2720 MAX-ACCESS not-accessible 2721 STATUS current 2722 DESCRIPTION 2723 "An entry in the awcDot11AssignedAIDTable 2724 table." 2725 INDEX {ifIndex, awcDot11AssignedAID} 2726 ::= { awcDot11AssignedAIDTable 1 } 2727 2728AwcDot11AssignedAIDEntry ::= 2729 SEQUENCE { 2730 awcDot11AssignedAID INTEGER, 2731 awcDot11AssignedSTA MacAddress 2732 } 2733 2734awcDot11AssignedAID OBJECT-TYPE 2735 SYNTAX INTEGER (2..2007) 2736 MAX-ACCESS read-only 2737 STATUS current 2738 DESCRIPTION 2739 "An AID which shall be reserved for the 2740 exclusive use of a single Station." 2741 ::= { awcDot11AssignedAIDEntry 1 } 2742 2743awcDot11AssignedSTA OBJECT-TYPE 2744 SYNTAX MacAddress 2745 MAX-ACCESS read-write 2746 STATUS current 2747 DESCRIPTION 2748 "The Station (MAC address) which, when 2749 Associated to this system, shall always 2750 be assigned awcDot11AssignedAID as its 2751 802.11 AID." 2752 REFERENCE 2753 "IEEE Std 802.11-Jan 14 1999, Wireless LAN Medium 2754 Access Control and Physical Layer Specifications, 2755 LAN MAN Standards Committee of the IEEE Computer 2756 Society, section 5.7.2." 2757 DEFVAL { '000000000000'H } 2758 ::= { awcDot11AssignedAIDEntry 2 } 2759 2760 2761awcDot11AccessPointCountersTable OBJECT-TYPE 2762 SYNTAX SEQUENCE OF AwcDot11AccessPointCountersEntry 2763 MAX-ACCESS not-accessible 2764 STATUS current 2765 DESCRIPTION 2766 "This table includes radio statistics collected 2767 by the IEEE 802.11 radio interface. This 2768 table has a sparse dependent relationship on 2769 the ifTable. For each entry in this table, 2770 there exists an entry in the ifTable of 2771 ifType ieee80211(71)." 2772 ::= { awcDot11smt 10 } 2773 2774awcDot11AccessPointCountersEntry OBJECT-TYPE 2775 SYNTAX AwcDot11AccessPointCountersEntry 2776 MAX-ACCESS not-accessible 2777 STATUS current 2778 DESCRIPTION 2779 "Each entry contains counters of frame 2780 transmissions and client associations for a 2781 radio interface." 2782 INDEX {ifIndex} 2783 ::= { awcDot11AccessPointCountersTable 1 } 2784 2785AwcDot11AccessPointCountersEntry ::= 2786 SEQUENCE { 2787 awcDot11AssociatedStationCount Counter32, 2788 awcDot11AuthenticatedStationCount Counter32, 2789 awcDot11ReassociatedStationCount Counter32, 2790 awcDot11RoamedStationCount Counter32, 2791 awcDot11DeauthenticateCount Counter32, 2792 awcDot11DisassociateCount Counter32, 2793 awcDot11EncapPktsMMH Counter32, 2794 awcDot11DecapPktsMMH Counter32, 2795 awcDot11EncapErrorsMMH Counter32, 2796 awcDot11DecapErrorsMMH Counter32, 2797 awcDot11DecapExistsMMH Counter32, 2798 awcDot11DecapAccessMMH Counter32 2799 } 2800 2801 awcDot11AssociatedStationCount OBJECT-TYPE 2802 SYNTAX Counter32 2803 MAX-ACCESS read-only 2804 STATUS current 2805 DESCRIPTION 2806 "Total number of successful 802.11 Association Request 2807 operations to this radio of this access point since system 2808 startup." 2809 REFERENCE 2810 "IEEE Std 802.11-Jan 14 1999, Wireless LAN Medium 2811 Access Control and Physical Layer Specifications, 2812 LAN MAN Standards Committee of the IEEE Computer 2813 Society, section 5.7." 2814 ::= { awcDot11AccessPointCountersEntry 1} 2815 2816 awcDot11AuthenticatedStationCount OBJECT-TYPE 2817 SYNTAX Counter32 2818 MAX-ACCESS read-only 2819 STATUS current 2820 DESCRIPTION 2821 "Total number of successful 802.11 MAC-level 2822 Authentication operations to this radio of this access 2823 point since system startup. " 2824 REFERENCE 2825 "IEEE Std 802.11-Jan 14 1999, Wireless LAN Medium 2826 Access Control and Physical Layer Specifications, 2827 LAN MAN Standards Committee of the IEEE Computer 2828 Society, section 5.7." 2829 ::= { awcDot11AccessPointCountersEntry 2 } 2830 2831 awcDot11ReassociatedStationCount OBJECT-TYPE 2832 SYNTAX Counter32 2833 MAX-ACCESS read-only 2834 STATUS current 2835 DESCRIPTION 2836 "Total number of successful 802.11 Reassociation Request 2837 operations to this radio of this access point since system 2838 startup." 2839 REFERENCE 2840 "IEEE Std 802.11-Jan 14 1999, Wireless LAN Medium 2841 Access Control and Physical Layer Specifications, 2842 LAN MAN Standards Committee of the IEEE Computer 2843 Society, section 5.7." 2844 ::= { awcDot11AccessPointCountersEntry 3 } 2845 2846 awcDot11RoamedStationCount OBJECT-TYPE 2847 SYNTAX Counter32 2848 MAX-ACCESS read-only 2849 STATUS current 2850 DESCRIPTION 2851 "Total number of times that clients which had 2852 successfully (re)associated with this access point 2853 successfully reassociated with another access point 2854 since system startup." 2855 ::= { awcDot11AccessPointCountersEntry 4 } 2856 2857 awcDot11DeauthenticateCount OBJECT-TYPE 2858 SYNTAX Counter32 2859 MAX-ACCESS read-only 2860 STATUS current 2861 DESCRIPTION 2862 "Total number of Deauthenticate frames sent over this 2863 radio of this access point since system startup." 2864 REFERENCE 2865 "IEEE Std 802.11-Jan 14 1999, Wireless LAN Medium 2866 Access Control and Physical Layer Specifications, 2867 LAN MAN Standards Committee of the IEEE Computer 2868 Society, section 5.7." 2869 ::= { awcDot11AccessPointCountersEntry 5 } 2870 2871 awcDot11DisassociateCount OBJECT-TYPE 2872 SYNTAX Counter32 2873 MAX-ACCESS read-only 2874 STATUS current 2875 DESCRIPTION 2876 "Total number of Disassociate frames sent over this 2877 radio of this access point since system startup." 2878 REFERENCE 2879 "IEEE Std 802.11-Jan 14 1999, Wireless LAN Medium 2880 Access Control and Physical Layer Specifications, 2881 LAN MAN Standards Committee of the IEEE Computer 2882 Society, section 5.7." 2883 ::= { awcDot11AccessPointCountersEntry 6 } 2884 2885awcDot11EncapPktsMMH OBJECT-TYPE 2886 SYNTAX Counter32 2887 MAX-ACCESS read-only 2888 STATUS current 2889 DESCRIPTION 2890 "Total number of packets for which the a MIC has been 2891 requested to be calculated with the MMH algorithm 2892 before being submitted for transmission over 2893 this radio of this access point since system startup." 2894 ::= { awcDot11AccessPointCountersEntry 7 } 2895 2896awcDot11DecapPktsMMH OBJECT-TYPE 2897 SYNTAX Counter32 2898 MAX-ACCESS read-only 2899 STATUS current 2900 DESCRIPTION 2901 "Total number of packets received over this radio of 2902 this access point since system startup and for which 2903 a MIC has been requested to be validated with the 2904 MMH algorithm." 2905 ::= { awcDot11AccessPointCountersEntry 8 } 2906 2907awcDot11EncapErrorsMMH OBJECT-TYPE 2908 SYNTAX Counter32 2909 MAX-ACCESS read-only 2910 STATUS current 2911 DESCRIPTION 2912 "Total number of packets which have failed MIC 2913 calculation with the MMH algorithm before being 2914 submitted for transmission over this 2915 radio of this access point since system startup." 2916 ::= { awcDot11AccessPointCountersEntry 9 } 2917 2918awcDot11DecapErrorsMMH OBJECT-TYPE 2919 SYNTAX Counter32 2920 MAX-ACCESS read-only 2921 STATUS current 2922 DESCRIPTION 2923 "Total number of packets received over this radio of 2924 this access point since system startup which have 2925 failed MIC validation with the MMH algorithm." 2926 ::= { awcDot11AccessPointCountersEntry 10 } 2927 2928awcDot11DecapExistsMMH OBJECT-TYPE 2929 SYNTAX Counter32 2930 MAX-ACCESS read-only 2931 STATUS current 2932 DESCRIPTION 2933 "Total number of packets received over this radio of 2934 this access point since system startup which have 2935 failed MIC validation with the MMH algorithm 2936 specifically due to sequence number and duplicate 2937 packet errors." 2938 ::= { awcDot11AccessPointCountersEntry 11 } 2939 2940awcDot11DecapAccessMMH OBJECT-TYPE 2941 SYNTAX Counter32 2942 MAX-ACCESS read-only 2943 STATUS current 2944 DESCRIPTION 2945 "Total number of packets received over this radio of 2946 this access point since system startup which have 2947 failed MIC validation with the MMH algorithm 2948 specifically due to cryptographic key-mismatch 2949 errors." 2950 ::= { awcDot11AccessPointCountersEntry 12 } 2951 2952 2953awcDot11mac OBJECT IDENTIFIER ::= {awc802dot11 2} 2954 2955awcDot11CountersTable OBJECT-TYPE 2956 SYNTAX SEQUENCE OF AwcDot11CountersEntry 2957 MAX-ACCESS not-accessible 2958 STATUS current 2959 DESCRIPTION 2960 "This table contains MAC statistics 2961 on each of IEEE 802.11 interface. 2962 This table has a sparse dependent 2963 relationship on the ifTable. For 2964 each entry in this table, there exists 2965 an entry in the ifTable of ifType 2966 ieee80211(71)." 2967 ::= { awcDot11mac 2 } 2968 2969awcDot11CountersEntry OBJECT-TYPE 2970 SYNTAX AwcDot11CountersEntry 2971 MAX-ACCESS not-accessible 2972 STATUS current 2973 DESCRIPTION 2974 "Each entry contains counters of frame 2975 transmissions for a radio interface." 2976 INDEX { ifIndex } 2977 ::= { awcDot11CountersTable 1 } 2978 2979AwcDot11CountersEntry ::= 2980 SEQUENCE { 2981 awcDot11TxDeferEnergyCount Counter32, 2982 awcDot11RxMacCrcErrorCount Counter32, 2983 awcDot11SsidMismatchCount Counter32} 2984 2985 2986awcDot11TxDeferEnergyCount OBJECT-TYPE 2987 SYNTAX Counter32 2988 MAX-ACCESS read-only 2989 STATUS current 2990 DESCRIPTION 2991 "Total number of frames deferred transmission 2992 due to energy detect since system startup." 2993 ::= { awcDot11CountersEntry 1 } 2994 2995awcDot11RxMacCrcErrorCount OBJECT-TYPE 2996 SYNTAX Counter32 2997 MAX-ACCESS read-only 2998 STATUS current 2999 DESCRIPTION 3000 "Total number of frames received with 3001 MAC CRC errors since system startup." 3002 ::= { awcDot11CountersEntry 2 } 3003 3004awcDot11SsidMismatchCount OBJECT-TYPE 3005 SYNTAX Counter32 3006 MAX-ACCESS read-only 3007 STATUS current 3008 DESCRIPTION 3009 "Total number of Beacon or Probe Response frames received 3010 for which the SSID does not match dot11DesiredSSID 3011 since system startup." 3012 REFERENCE 3013 "IEEE Std 802.11-Jan 14 1999, Wireless LAN Medium 3014 Access Control and Physical Layer Specifications, 3015 LAN MAN Standards Committee of the IEEE Computer 3016 Society, IEEE802dot11-MIB." 3017 ::= { awcDot11CountersEntry 3 } 3018 3019 3020awcDot11QoSTable OBJECT-TYPE 3021 SYNTAX SEQUENCE OF AwcDot11QoSEntry 3022 MAX-ACCESS not-accessible 3023 STATUS current 3024 DESCRIPTION 3025 "This (conceptual) table of attributes shall be a set of 3026 parameters for each traffic category (i.e. 802.1D priority) 3027 of packet passed over the radio." 3028 ::= { awcDot11mac 4 } 3029 3030awcDot11QoSEntry OBJECT-TYPE 3031 SYNTAX AwcDot11QoSEntry 3032 MAX-ACCESS not-accessible 3033 STATUS current 3034 DESCRIPTION 3035 "An Entry (conceptual row) in the Aironet Quality of 3036 Service Table. 3037 3038 ifIndex - Each 802.11 interface is represented by an 3039 ifEntry. Interface tables in this MIB module are indexed 3040 by ifIndex." 3041 3042 INDEX { ifIndex, 3043 awcDot11QoSCoS} 3044 ::= { awcDot11QoSTable 1 } 3045 3046AwcDot11QoSEntry ::= SEQUENCE { 3047 awcDot11QoSCoS INTEGER, 3048 awcDot11QoSCWmin INTEGER, 3049 awcDot11QoSCWmax INTEGER 3050 } 3051 3052 3053awcDot11QoSCoS OBJECT-TYPE 3054 SYNTAX INTEGER (1..8) 3055 MAX-ACCESS not-accessible 3056 STATUS current 3057 DESCRIPTION 3058 "The auxiliary variable used to identify instances 3059 of the columnar objects in the Aironet Quality of 3060 Service Table. This variable corresponds directly to 3061 the 802.1D traffic category ID, plus 1." 3062 ::= { awcDot11QoSEntry 1 } 3063 3064awcDot11QoSCWmin OBJECT-TYPE 3065 SYNTAX INTEGER (0..1023) 3066 MAX-ACCESS read-write 3067 STATUS current 3068 DESCRIPTION 3069 "802.11 CWmin of the traffic category. The value of this OID 3070 must be one of the set 0, 1, 3, 7, 15, 31, 63, 127, 255, 511, 3071 or 1023, and must be less than or equal to awcDot11QoSCWmax." 3072 ::= { awcDot11QoSEntry 2 } 3073 3074awcDot11QoSCWmax OBJECT-TYPE 3075 SYNTAX INTEGER (1..1023) 3076 MAX-ACCESS read-write 3077 STATUS current 3078 DESCRIPTION 3079 "802.11 CWmax of the traffic category. The value of this OID 3080 must be one of the set 1, 3, 7, 15, 31, 63, 127, 255, 511, 3081 or 1023, and must be greater than or equal to awcDot11QoSCWmin." 3082 ::= { awcDot11QoSEntry 3 } 3083 3084 3085awcDot11res OBJECT IDENTIFIER ::= {awc802dot11 3} 3086 3087awcDot11resAttribute OBJECT IDENTIFIER ::= {awcDot11res 1} 3088 3089awcDot11ResourceInfoTable OBJECT-TYPE 3090 SYNTAX SEQUENCE OF AwcDot11ResourceInfoEntry 3091 MAX-ACCESS not-accessible 3092 STATUS current 3093 DESCRIPTION 3094 "Resource Info Table attributes. In tabular 3095 form to allow for multiple instances on an 3096 agent." 3097 ::= { awcDot11resAttribute 2 } 3098 3099awcDot11ResourceInfoEntry OBJECT-TYPE 3100 SYNTAX AwcDot11ResourceInfoEntry 3101 MAX-ACCESS not-accessible 3102 STATUS current 3103 DESCRIPTION 3104 "An entry in the awcDot11ResourceInfoTable 3105 table." 3106 INDEX {ifIndex} 3107 ::= { awcDot11ResourceInfoTable 1 } 3108 3109AwcDot11ResourceInfoEntry ::= 3110 SEQUENCE { 3111 awcDot11FirmwareBootstrapVersion DisplayString 3112 } 3113 3114awcDot11FirmwareBootstrapVersion OBJECT-TYPE 3115 SYNTAX DisplayString (SIZE(0..128)) 3116 MAX-ACCESS read-only 3117 STATUS current 3118 DESCRIPTION 3119 "The firmware version of the radio boot block. 3120 Max. string length is 128 octets." 3121 ::= { awcDot11ResourceInfoEntry 1 } 3122 3123awcDot11phy OBJECT IDENTIFIER ::= {awc802dot11 4} 3124 3125awcDot11PhyOperationTable OBJECT-TYPE 3126 SYNTAX SEQUENCE OF AwcDot11PhyOperationEntry 3127 MAX-ACCESS not-accessible 3128 STATUS current 3129 DESCRIPTION 3130 "awcDot11PhyOperationTable attributes. In 3131 tabular form to allow for multiple instances 3132 on an agent." 3133 ::= { awcDot11phy 1 } 3134 3135awcDot11PhyOperationEntry OBJECT-TYPE 3136 SYNTAX AwcDot11PhyOperationEntry 3137 MAX-ACCESS not-accessible 3138 STATUS current 3139 DESCRIPTION 3140 "An entry in the awcDot11PhyOperationTable 3141 table." 3142 INDEX {ifIndex} 3143 ::= { awcDot11PhyOperationTable 1 } 3144 3145AwcDot11PhyOperationEntry ::= 3146 SEQUENCE { 3147 awcDot11CurrentCarrierSet INTEGER, 3148 awcDot11ModulationType INTEGER, 3149 awcDot11PreambleType INTEGER, 3150 awcDot11PHYType INTEGER 3151 } 3152 3153awcDot11CurrentCarrierSet OBJECT-TYPE 3154 SYNTAX INTEGER {usa(0), europe(1), japan(2), spain(3), 3155 france(4), belgium(5), israel(6), 3156 canada(7), australia(8), japanWide(9), 3157 usa5GHz(11), europe5GHz(12), japan5GHz(13), 3158 singapore5GHz(14), taiwan5GHz(15), china(16)} 3159 MAX-ACCESS read-only 3160 STATUS current 3161 DESCRIPTION 3162 "The carrier set of the device. The Carrier 3163 Set implies a Regulatory Domain, but 3164 geographic-specific restrictions within a 3165 Regulatory Domain may necessitate several 3166 Carrier Sets within the Regulatory Domain." 3167 ::= { awcDot11PhyOperationEntry 1 } 3168 3169awcDot11ModulationType OBJECT-TYPE 3170 SYNTAX INTEGER {standard(1), mok(2)} 3171 MAX-ACCESS read-write 3172 STATUS current 3173 DESCRIPTION 3174 "The RF modulation of the radio." 3175 DEFVAL { standard } 3176 ::= { awcDot11PhyOperationEntry 2 } 3177 3178awcDot11PreambleType OBJECT-TYPE 3179 SYNTAX INTEGER {long(1), short(2)} 3180 MAX-ACCESS read-write 3181 STATUS current 3182 DESCRIPTION 3183 "The current radio preamble type in use by the 3184 Station. 3185 Possible values: 3186 1 = Use long preambles whenever possible. 3187 2 = Use only short preambles." 3188 ::= { awcDot11PhyOperationEntry 3 } 3189 3190awcDot11PHYType OBJECT-TYPE 3191 SYNTAX INTEGER {fhss(1), dsss(2), irbaseband(3), dsssDot11A(11)} 3192 MAX-ACCESS read-only 3193 STATUS current 3194 DESCRIPTION 3195 3196 "This is an 8-bit integer value that identifies the PHY type 3197 supported by the attached PLCP and PMD. Currently defined 3198 values and their corresponding PHY types are: 3199 3200 FHSS 2.4 GHz = 01 , DSSS 2.4 GHz = 02, IR Baseband = 03, 3201 DSSS 5.0 GHz = 11" 3202 3203 ::= { awcDot11PhyOperationEntry 5 } 3204 3205 3206awcDot11PhyFHSSTable OBJECT-TYPE 3207 SYNTAX SEQUENCE OF AwcDot11PhyFHSSEntry 3208 MAX-ACCESS not-accessible 3209 STATUS current 3210 DESCRIPTION 3211 "awcDot11PhyFHSSTable attributes. In tabular 3212 form to allow for multiple instances on an 3213 agent." 3214 ::= { awcDot11phy 4 } 3215 3216awcDot11PhyFHSSEntry OBJECT-TYPE 3217 SYNTAX AwcDot11PhyFHSSEntry 3218 MAX-ACCESS not-accessible 3219 STATUS current 3220 DESCRIPTION 3221 "An entry in the awcDot11PhyFHSSTable table." 3222 INDEX {ifIndex} 3223 ::= { awcDot11PhyFHSSTable 1 } 3224 3225AwcDot11PhyFHSSEntry ::= 3226 SEQUENCE { 3227 awcDot11Compatible3100 TruthValue 3228 } 3229 3230awcDot11Compatible3100 OBJECT-TYPE 3231 SYNTAX TruthValue 3232 MAX-ACCESS read-write 3233 STATUS current 3234 DESCRIPTION 3235 "Boolean on whether or not the Station should 3236 use 1Mb/sec management frames to be compatible 3237 with Aironet 3100 series radios." 3238 DEFVAL { false } 3239 ::= { awcDot11PhyFHSSEntry 1 } 3240 3241 3242awcDot11PhyDSSSTable OBJECT-TYPE 3243 SYNTAX SEQUENCE OF AwcDot11PhyDSSSEntry 3244 MAX-ACCESS not-accessible 3245 STATUS current 3246 DESCRIPTION 3247 "awcDot11PhyDSSSTable attributes. In tabular 3248 form to allow for multiple instances on an 3249 agent." 3250 ::= { awcDot11phy 5 } 3251 3252awcDot11PhyDSSSEntry OBJECT-TYPE 3253 SYNTAX AwcDot11PhyDSSSEntry 3254 MAX-ACCESS not-accessible 3255 STATUS current 3256 DESCRIPTION 3257 "An entry in the awcDot11PhyDSSSTable table." 3258 INDEX {ifIndex} 3259 ::= { awcDot11PhyDSSSTable 1 } 3260 3261AwcDot11PhyDSSSEntry ::= 3262 SEQUENCE { 3263 awcDot11Compatible4500 TruthValue, 3264 awcDot11ChannelAutoImplemented TruthValue, 3265 awcDot11ChannelAutoEnabled TruthValue, 3266 awcDot11CurrentChannel INTEGER 3267 } 3268 3269awcDot11Compatible4500 OBJECT-TYPE 3270 SYNTAX TruthValue 3271 MAX-ACCESS read-write 3272 STATUS current 3273 DESCRIPTION 3274 "Boolean on whether or not the Station should 3275 use 2Mb/sec management frames to be compatible 3276 with Aironet 4500 series radios." 3277 DEFVAL { false } 3278 ::= { awcDot11PhyDSSSEntry 1 } 3279 3280awcDot11ChannelAutoImplemented OBJECT-TYPE 3281 SYNTAX TruthValue 3282 MAX-ACCESS read-only 3283 STATUS current 3284 DESCRIPTION 3285 "If true, the radio can, when 3286 awcDot11StationRole is roleAP, scan for other 3287 BSS activity on all channels available in the 3288 current awcDot11CurrentCarrierSet before 3289 establishing its own BSS. If false, the radio 3290 can only establish its BSS on 3291 dot11CurrentChannel." 3292 ::= { awcDot11PhyDSSSEntry 2 } 3293 3294awcDot11ChannelAutoEnabled OBJECT-TYPE 3295 SYNTAX TruthValue 3296 MAX-ACCESS read-write 3297 STATUS current 3298 DESCRIPTION 3299 "If true and awcDot11StationRole is roleAP, the 3300 radio will scan for other BSS activity on all 3301 channels available in the current 3302 awcDot11CurrentCarrierSet before establishing 3303 its own BSS. After the scan, this station 3304 will establish its own BSS on the channel it 3305 considers to have the least probability of 3306 congestion. If false, this station always 3307 establishes its BSS on dot11CurrentChannel." 3308 DEFVAL { false } 3309 ::= { awcDot11PhyDSSSEntry 3 } 3310 3311awcDot11CurrentChannel OBJECT-TYPE 3312 SYNTAX INTEGER (1..14) 3313 MAX-ACCESS read-only 3314 STATUS current 3315 DESCRIPTION 3316 "The current operating frequency channel of the DSSS 3317 PHY, as selected either by selective scanning or 3318 via dot11CurrentChannel. Valid channel numbers 3319 are as defined in 15.4.6.2" 3320 REFERENCE 3321 "IEEE Std 802.11-Jan 14 1999, Wireless LAN Medium 3322 Access Control and Physical Layer Specifications, 3323 LAN MAN Standards Committee of the IEEE Computer 3324 Society, IEEE802dot11-MIB." 3325 ::= { awcDot11PhyDSSSEntry 4 } 3326 3327awcDot11SupportedDataRatesPrivacyTable OBJECT-TYPE 3328 SYNTAX SEQUENCE OF AwcDot11SupportedDataRatesPrivacyEntry 3329 MAX-ACCESS not-accessible 3330 STATUS current 3331 DESCRIPTION 3332 "For each transmit and receive bit rate, whether or not 3333 the radio can support WEP encryption at that rate." 3334 3335 ::= { awcDot11phy 11 } 3336 3337awcDot11SupportedDataRatesPrivacyEntry OBJECT-TYPE 3338 SYNTAX AwcDot11SupportedDataRatesPrivacyEntry 3339 MAX-ACCESS not-accessible 3340 STATUS current 3341 DESCRIPTION 3342 "An Entry (conceptual row) in the 3343 awcDot11SupportedDataRatesPrivacy Table. 3344 3345 ifIndex - Each 802.11 interface is represented by an 3346 ifEntry. Interface tables in this MIB module are indexed 3347 by ifIndex." 3348 3349 INDEX {ifIndex, awcDot11SupportedDataRatesPrivacyIndex} 3350 3351 ::= { awcDot11SupportedDataRatesPrivacyTable 1 } 3352 3353AwcDot11SupportedDataRatesPrivacyEntry ::= SEQUENCE { 3354 awcDot11SupportedDataRatesPrivacyIndex Integer32, 3355 awcDot11SupportedDataRatesPrivacyValue Integer32, 3356 awcDot11SupportedDataRatesPrivacyImplemented 3357 TruthValue 3358 } 3359 3360awcDot11SupportedDataRatesPrivacyIndex OBJECT-TYPE 3361 SYNTAX Integer32 (1..8) 3362 MAX-ACCESS read-only 3363 STATUS current 3364 DESCRIPTION 3365 "Index object which identifies which data rate to access. 3366 Range is 1..8." 3367 ::= { awcDot11SupportedDataRatesPrivacyEntry 1 } 3368 3369awcDot11SupportedDataRatesPrivacyValue OBJECT-TYPE 3370 SYNTAX Integer32 (2..127) 3371 MAX-ACCESS read-only 3372 STATUS current 3373 DESCRIPTION 3374 "The receive or transmit bit rates supported by the PLCP 3375 and PMD, represented by a count from X�02-X�7f, 3376 corresponding to data rates in increments of 500Kb/s from 3377 1 Mb/s to 63.5 Mb/s." 3378 3379 ::= { awcDot11SupportedDataRatesPrivacyEntry 2 } 3380 3381awcDot11SupportedDataRatesPrivacyImplemented OBJECT-TYPE 3382 SYNTAX TruthValue 3383 MAX-ACCESS read-only 3384 STATUS current 3385 DESCRIPTION 3386 "Whether or not WEP encryption is supported by the radio 3387 for both Transmit and Receive operations at the 3388 corresponding bit rate specified by 3389 awcDot11SupportedDataRatesPrivacyValue." 3390 ::= { awcDot11SupportedDataRatesPrivacyEntry 3 } 3391 3392awcDot11ChanSelectTable OBJECT-TYPE 3393 SYNTAX SEQUENCE OF AwcDot11ChanSelectEntry 3394 MAX-ACCESS not-accessible 3395 STATUS current 3396 DESCRIPTION 3397 "This table specifies for each 802.11 channel, 3398 whether the scanning process controlled by the 3399 awcDot11ChannelAutoEnabled can select a 3400 particular channel for use. This table has an 3401 expansion dependent relationship on the ifTable. 3402 For each entry in this table, there exists at least 3403 an entry in the ifTable of ifType ieee80211(71). 3404 Entries in this table cannot be created or deleted 3405 by the network management system. All entries are 3406 created or deleted by the agent." 3407 REFERENCE 3408 "IEEE Std 802.11-Jan 14 1999, Wireless LAN Medium 3409 Access Control and Physical Layer Specifications, 3410 LAN MAN Standards Committee of the IEEE Computer 3411 Society, section 15.4.6.2." 3412 ::= { awcDot11phy 12 } 3413 3414awcDot11ChanSelectEntry OBJECT-TYPE 3415 SYNTAX AwcDot11ChanSelectEntry 3416 MAX-ACCESS not-accessible 3417 STATUS current 3418 DESCRIPTION 3419 "Each entry specifies if a particular radio channel 3420 is enabled on a radio interface." 3421 INDEX {ifIndex, 3422 awcDot11ChanSelectChannel} 3423 3424 ::= { awcDot11ChanSelectTable 1 } 3425 3426AwcDot11ChanSelectEntry ::= SEQUENCE { 3427 awcDot11ChanSelectChannel INTEGER, 3428 awcDot11ChanSelectEnable TruthValue 3429 } 3430 3431awcDot11ChanSelectChannel OBJECT-TYPE 3432 SYNTAX INTEGER (1..14) 3433 MAX-ACCESS read-only 3434 STATUS current 3435 DESCRIPTION 3436 "802.11 channel which is a candidate for low-occupancy 3437 scanning." 3438 REFERENCE 3439 "IEEE Std 802.11-Jan 14 1999, Wireless LAN Medium 3440 Access Control and Physical Layer Specifications, 3441 LAN MAN Standards Committee of the IEEE Computer 3442 Society, section 15.4.6.2." 3443 ::= { awcDot11ChanSelectEntry 1 } 3444 3445awcDot11ChanSelectEnable OBJECT-TYPE 3446 SYNTAX TruthValue 3447 MAX-ACCESS read-write 3448 STATUS current 3449 DESCRIPTION 3450 "If true, awcDot11ChanSelectChannel is available for the 3451 system to use as its awcDot11CurrentChannel after scanning 3452 for channel occupancy. If false, awcDot11ChanSelectChannel 3453 is not available." 3454 REFERENCE 3455 "IEEE Std 802.11-Jan 14 1999, Wireless LAN Medium 3456 Access Control and Physical Layer Specifications, 3457 LAN MAN Standards Committee of the IEEE Computer 3458 Society, IEEE802dot11-MIB." 3459 DEFVAL { true } 3460 ::= { awcDot11ChanSelectEntry 2 } 3461 3462 3463-- ******************************************************************** 3464-- * End of awc802dot11 parameters 3465-- ******************************************************************** 3466 3467-- ******************************************************************** 3468-- * awcUserMgr parameters 3469-- ******************************************************************** 3470userMgrConfigTable OBJECT-TYPE 3471 SYNTAX SEQUENCE OF UserMgrConfigEntry 3472 MAX-ACCESS not-accessible 3473 STATUS current 3474 DESCRIPTION 3475 "System User attributes." 3476 ::= { awcUserMgr 1 } 3477 3478userMgrConfigEntry OBJECT-TYPE 3479 SYNTAX UserMgrConfigEntry 3480 MAX-ACCESS not-accessible 3481 STATUS current 3482 DESCRIPTION 3483 "An entry in the user manager table." 3484 INDEX {userMgrUserIndex} 3485 ::= { userMgrConfigTable 1 } 3486 3487UserMgrConfigEntry ::= 3488 SEQUENCE { 3489 userMgrUserIndex Unsigned32, 3490 userMgrUserName DisplayString, 3491 userMgrPassword OCTET STRING, 3492 userMgrCapabilities Unsigned32, 3493 userMgrStatus RowStatus 3494 } 3495 3496userMgrUserIndex OBJECT-TYPE 3497 SYNTAX Unsigned32 3498 MAX-ACCESS read-only 3499 STATUS current 3500 DESCRIPTION 3501 "The index of the user." 3502 ::= { userMgrConfigEntry 1 } 3503 3504userMgrUserName OBJECT-TYPE 3505 SYNTAX DisplayString (SIZE(0..32)) 3506 MAX-ACCESS read-create 3507 STATUS current 3508 DESCRIPTION 3509 "The name of the user. This should be unique 3510 across all users. Max. string length is 32 3511 octets." 3512 ::= { userMgrConfigEntry 2 } 3513 3514userMgrPassword OBJECT-TYPE 3515 SYNTAX OCTET STRING (SIZE(0..24)) 3516 MAX-ACCESS read-create 3517 STATUS current 3518 DESCRIPTION 3519 "The SHA-1 hashed password of the user in the 3520 user manager. When a plaintext password is 3521 written, it is automatically replaced by the 3522 SHA-1 Secure Hash of that plaintext, prefixed 3523 by a 4-octet magic cookie. Max. string length 3524 is 24 octets." 3525 ::= { userMgrConfigEntry 3 } 3526 3527userMgrCapabilities OBJECT-TYPE 3528 SYNTAX Unsigned32 3529 MAX-ACCESS read-create 3530 STATUS current 3531 DESCRIPTION 3532 "Bitmask of the capabilities of the user. 3533 The value may be any combination (sum) 3534 of the following capability values: 3535 0 = none 3536 1 = Administrator 3537 2 = Write 3538 4 = Firmware Update 3539 8 = Identity Update 3540 16 = SNMP Community" 3541 ::= { userMgrConfigEntry 4 } 3542 3543userMgrStatus OBJECT-TYPE 3544 SYNTAX RowStatus 3545 MAX-ACCESS read-create 3546 STATUS current 3547 DESCRIPTION 3548 "Row status of the user. Allows deletion via SNMP." 3549 ::= { userMgrConfigEntry 5 } 3550 3551enableUserMgr OBJECT-TYPE 3552 SYNTAX TruthValue 3553 MAX-ACCESS read-write 3554 STATUS current 3555 DESCRIPTION 3556 "If true, the User Manager subsystem is active. 3557 Web page, console, and SNMP access is 3558 restricted in accordance with 3559 userMgrCapabilities. If false, all users have 3560 full access to the system. " 3561 DEFVAL { false } 3562 ::= { awcUserMgr 2 } 3563 3564allowBrowseWithoutLogin OBJECT-TYPE 3565 SYNTAX TruthValue 3566 MAX-ACCESS read-write 3567 STATUS current 3568 DESCRIPTION 3569 "If true, the HTTP user interface to read-only 3570 web pages can be accessed without passing 3571 HTTP authentication. If false, any HTTP 3572 access requires the user to pass HTTP 3573 authentication." 3574 DEFVAL { true } 3575 ::= { awcUserMgr 3 } 3576 3577protectLegalPage OBJECT-TYPE 3578 SYNTAX TruthValue 3579 MAX-ACCESS read-write 3580 STATUS current 3581 DESCRIPTION 3582 "Should the legal credits page be protected or 3583 not." 3584 DEFVAL { false } 3585 ::= { awcUserMgr 4 } 3586 3587-- ******************************************************************** 3588-- * End of awcUserMgr parameters 3589-- ******************************************************************** 3590 3591-- ******************************************************************** 3592-- * awcHttpd parameters 3593-- ******************************************************************** 3594defaultWebRoot OBJECT-TYPE 3595 SYNTAX DisplayString (SIZE(0..128)) 3596 MAX-ACCESS read-write 3597 STATUS current 3598 DESCRIPTION 3599 "File directory which contains the system's 3600 web site root file index.shm. Max. string 3601 length is 128 octets." 3602 DEFVAL { "mfs0:/StdUI/" } 3603 ::= { awcHttpd 1 } 3604 3605defaultHelpRoot OBJECT-TYPE 3606 SYNTAX DisplayString (SIZE(0..128)) 3607 MAX-ACCESS read-write 3608 STATUS current 3609 DESCRIPTION 3610 "URL identifying the directory in which help 3611 pages for the system are located. This URL 3612 is prefixed to all help page links. 3613 Max. string length is 128 octets." 3614 DEFVAL { "http://www.cisco.com/warp/public/779/smbiz/prodconfig/help/eag/air/ap3xx" } 3615 ::= { awcHttpd 2 } 3616 3617getWebUI OBJECT-TYPE 3618 SYNTAX DisplayString (SIZE(0..128)) 3619 MAX-ACCESS read-write 3620 STATUS current 3621 DESCRIPTION 3622 "The name of an auxilliary set of HTML user 3623 interface files to be loaded at system boot 3624 time from defaultFileServer. Archive 3625 formats accepted include .tar and .tar.gz. 3626 Max. string length is 128 octets." 3627 DEFVAL { "" } 3628 ::= { awcHttpd 3 } 3629 3630cmdInvokeGetWebUI OBJECT-TYPE 3631 SYNTAX AwcInvokeCommand 3632 MAX-ACCESS read-write 3633 STATUS current 3634 DESCRIPTION 3635 "Initiate loading of the getWebUI file. 3636 3637 Commands recognized: start." 3638 3639 ::= { awcHttpd 4 } 3640 3641cmdStatusGetWebUI OBJECT-TYPE 3642 SYNTAX Integer32 3643 MAX-ACCESS read-only 3644 STATUS current 3645 DESCRIPTION 3646 "Status of the most recent command to load 3647 the auxilliary web User Interface pages. 3648 Possible values: 3649 0 = Operation completed successfully (or 3650 has not taken place). 3651 2 = File not found on the file server. 3652 12 = Insufficient memory to load all 3653 files. 3654 20 = Identifier encountered while decoding 3655 is an ordinary file, 3656 not a directory. 3657 22 = No file specified, or invalid file 3658 format. 3659 35 = File format is not supported. 3660 68 = Operation is still in progress. Poll 3661 again later. 3662 72 = Operation was started, but later was 3663 canceled." 3664 ::= { awcHttpd 5 } 3665 3666awcHttpdPort OBJECT-TYPE 3667 SYNTAX INTEGER (1..65535) 3668 MAX-ACCESS read-write 3669 STATUS current 3670 DESCRIPTION 3671 "IP port number over which to perform HTTP 3672 operations." 3673 DEFVAL { 80 } 3674 ::= { awcHttpd 6 } 3675 3676awcConsoleAutoApply OBJECT-TYPE 3677 SYNTAX TruthValue 3678 MAX-ACCESS read-write 3679 STATUS current 3680 DESCRIPTION 3681 "The current state of 'auto apply' mode on the 3682 console browser." 3683 DEFVAL { true } 3684 ::= { awcHttpd 7 } 3685 3686-- ******************************************************************** 3687-- * End of awcHttpd parameters 3688-- ******************************************************************** 3689 3690-- ******************************************************************** 3691-- * awcDnsRes parameters 3692-- ******************************************************************** 3693resolverDomain OBJECT-TYPE 3694 SYNTAX DisplayString (SIZE(0..128)) 3695 MAX-ACCESS read-only 3696 STATUS current 3697 DESCRIPTION 3698 "The name of the resolver domain currently in 3699 use by the system. Max. string length of 128 3700 octets." 3701 DEFVAL { "" } 3702 ::= { awcDnsRes 1 } 3703 3704resolverDomainSuffix OBJECT-TYPE 3705 SYNTAX DisplayString (SIZE(0..128)) 3706 MAX-ACCESS read-write 3707 STATUS current 3708 DESCRIPTION 3709 "The suffix name of the resolver domain. Used 3710 to abbreviate displayed host names. 3711 Max. string length is 128 octets." 3712 DEFVAL { "" } 3713 ::= { awcDnsRes 2 } 3714 3715resolverDomainServerTable OBJECT-TYPE 3716 SYNTAX SEQUENCE OF ResolverDomainServerEntry 3717 MAX-ACCESS not-accessible 3718 STATUS current 3719 DESCRIPTION 3720 "Table of DNS Name Servers currently in use by 3721 the system." 3722 ::= { awcDnsRes 3 } 3723 3724resolverDomainServerEntry OBJECT-TYPE 3725 SYNTAX ResolverDomainServerEntry 3726 MAX-ACCESS not-accessible 3727 STATUS current 3728 DESCRIPTION 3729 "An entry in resolverDomainServerTable." 3730 INDEX {resolverDomainServerPriority} 3731 ::= { resolverDomainServerTable 1 } 3732 3733ResolverDomainServerEntry ::= 3734 SEQUENCE { 3735 resolverDomainServerPriority INTEGER, 3736 resolverDomainServer DisplayString} 3737 3738resolverDomainServerPriority OBJECT-TYPE 3739 SYNTAX INTEGER (1..3) 3740 MAX-ACCESS read-only 3741 STATUS current 3742 DESCRIPTION 3743 "The priority order in which a domain name 3744 server is queried." 3745 ::= { resolverDomainServerEntry 1 } 3746 3747resolverDomainServer OBJECT-TYPE 3748 SYNTAX DisplayString 3749 MAX-ACCESS read-only 3750 STATUS current 3751 DESCRIPTION 3752 "The IP Address of a domain name server 3753 currently in use by the system." 3754 ::= { resolverDomainServerEntry 2 } 3755 3756defaultResolverDomain OBJECT-TYPE 3757 SYNTAX DisplayString (SIZE(0..128)) 3758 MAX-ACCESS read-write 3759 STATUS current 3760 DESCRIPTION 3761 "The name of the resolver domain to be used by 3762 the system unless overridden by a BOOTP or 3763 DHCP server. Max. string length of 128 3764 octets." 3765 DEFVAL { "" } 3766 ::= { awcDnsRes 4 } 3767 3768defaultResolverDomainServerTable OBJECT-TYPE 3769 SYNTAX SEQUENCE OF DefaultResolverDomainServerEntry 3770 MAX-ACCESS not-accessible 3771 STATUS current 3772 DESCRIPTION 3773 "Table of DNS Name Servers to be used by the 3774 system unless overridden by a BOOTP or DHCP 3775 server." 3776 ::= { awcDnsRes 5 } 3777 3778defaultResolverDomainServerEntry OBJECT-TYPE 3779 SYNTAX DefaultResolverDomainServerEntry 3780 MAX-ACCESS not-accessible 3781 STATUS current 3782 DESCRIPTION 3783 "An entry in defaultResolverDomainServerTable." 3784 INDEX {defaultResolverDomainServerPriority} 3785 ::= { defaultResolverDomainServerTable 1 } 3786 3787DefaultResolverDomainServerEntry ::= 3788 SEQUENCE { 3789 defaultResolverDomainServerPriority 3790 INTEGER, 3791 defaultResolverDomainServer DisplayString} 3792 3793defaultResolverDomainServerPriority OBJECT-TYPE 3794 SYNTAX INTEGER (1..3) 3795 MAX-ACCESS read-only 3796 STATUS current 3797 DESCRIPTION 3798 "The priority order in which a domain name 3799 server is queried." 3800 ::= { defaultResolverDomainServerEntry 1 } 3801 3802defaultResolverDomainServer OBJECT-TYPE 3803 SYNTAX DisplayString 3804 MAX-ACCESS read-write 3805 STATUS current 3806 DESCRIPTION 3807 "The IP Address of a domain name server to be 3808 used by the system unless overridden by a 3809 BOOTP or DHCP server." 3810 ::= { defaultResolverDomainServerEntry 2 } 3811 3812-- ******************************************************************** 3813-- * End of awcDnsRes parameters 3814-- ******************************************************************** 3815 3816-- ******************************************************************** 3817-- * awcSnmp parameters 3818-- ******************************************************************** 3819snmpTrapDest OBJECT-TYPE 3820 SYNTAX DisplayString (SIZE(0..128)) 3821 MAX-ACCESS read-write 3822 STATUS current 3823 DESCRIPTION 3824 "The destination of an SNMP trap. This may be 3825 any DNS-recognizable IP address. Max. string 3826 length is 128 octets." 3827 DEFVAL { "" } 3828 ::= { awcSnmp 1 } 3829 3830snmpTrapCommunity OBJECT-TYPE 3831 SYNTAX DisplayString (SIZE(0..128)) 3832 MAX-ACCESS read-write 3833 STATUS current 3834 DESCRIPTION 3835 "The community name of the trap. 3836 Max. string length is 128 octets." 3837 DEFVAL { "" } 3838 ::= { awcSnmp 2 } 3839 3840-- ******************************************************************** 3841-- * End of awcSnmp parameters 3842-- ******************************************************************** 3843 3844-- ******************************************************************** 3845-- * awcSntp parameters 3846-- ******************************************************************** 3847defaultSntpServer OBJECT-TYPE 3848 SYNTAX DisplayString (SIZE(0..128)) 3849 MAX-ACCESS read-write 3850 STATUS current 3851 DESCRIPTION 3852 "The name of the SNTP server to be use by the 3853 system, unless overridden by a BOOTP or DHCP 3854 server. Max. string length is 128 octets." 3855 DEFVAL { "" } 3856 ::= { awcSntp 1 } 3857 3858sntpServer OBJECT-TYPE 3859 SYNTAX DisplayString (SIZE(0..128)) 3860 MAX-ACCESS read-only 3861 STATUS current 3862 DESCRIPTION 3863 "The name of the SNTP server currently in use 3864 by the system. Max. string length is 128 3865 octets." 3866 ::= { awcSntp 2 } 3867 3868-- ******************************************************************** 3869-- * End of awcSntp parameters 3870-- ******************************************************************** 3871 3872-- ******************************************************************** 3873-- * awcForwardTbl parameters 3874-- ******************************************************************** 3875awcFtStatistics OBJECT IDENTIFIER ::= {awcForwardTbl 1} 3876 3877awcFtMcastAddr OBJECT-TYPE 3878 SYNTAX Integer32 3879 MAX-ACCESS read-only 3880 STATUS current 3881 DESCRIPTION 3882 "Count of multicast addresses observed by the 3883 system." 3884 ::= { awcFtStatistics 1 } 3885 3886awcFtDsHost OBJECT-TYPE 3887 SYNTAX Integer32 3888 MAX-ACCESS read-only 3889 STATUS current 3890 DESCRIPTION 3891 "Count of DS (infrastructure) host addresses 3892 observed by the system over its own DS network 3893 interface (Ethernet)." 3894 ::= { awcFtStatistics 3 } 3895 3896awcFtBridgeHost OBJECT-TYPE 3897 SYNTAX Integer32 3898 MAX-ACCESS read-only 3899 STATUS current 3900 DESCRIPTION 3901 "Count of DS (infrastructure) host addresses 3902 observed by the system on the remote side of 3903 a bridge." 3904 ::= { awcFtStatistics 5 } 3905 3906awcFtClientSTA OBJECT-TYPE 3907 SYNTAX Integer32 3908 MAX-ACCESS read-only 3909 STATUS current 3910 DESCRIPTION 3911 "Count of Client Station addresses observed by 3912 the system." 3913 ::= { awcFtStatistics 7 } 3914 3915awcFtClientSTASelf OBJECT-TYPE 3916 SYNTAX Integer32 3917 MAX-ACCESS read-only 3918 STATUS current 3919 DESCRIPTION 3920 "Count of Client Stations which are Associated 3921 to the system." 3922 ::= { awcFtStatistics 8 } 3923 3924awcFtBridge OBJECT-TYPE 3925 SYNTAX Integer32 3926 MAX-ACCESS read-only 3927 STATUS current 3928 DESCRIPTION 3929 "Count of non-root Bridge addresses observed by 3930 the system." 3931 ::= { awcFtStatistics 9 } 3932 3933awcFtBridgeSelf OBJECT-TYPE 3934 SYNTAX Integer32 3935 MAX-ACCESS read-only 3936 STATUS current 3937 DESCRIPTION 3938 "Count of non-root Bridges which are Associated 3939 to the system." 3940 ::= { awcFtStatistics 10 } 3941 3942awcFtRepeater OBJECT-TYPE 3943 SYNTAX Integer32 3944 MAX-ACCESS read-only 3945 STATUS current 3946 DESCRIPTION 3947 "Count of Repeater addresses observed by the 3948 system." 3949 ::= { awcFtStatistics 11 } 3950 3951awcFtRepeaterSelf OBJECT-TYPE 3952 SYNTAX Integer32 3953 MAX-ACCESS read-only 3954 STATUS current 3955 DESCRIPTION 3956 "Count of Repeater devices which are Associated 3957 to the system." 3958 ::= { awcFtStatistics 12 } 3959 3960awcFtAccessPoint OBJECT-TYPE 3961 SYNTAX Integer32 3962 MAX-ACCESS read-only 3963 STATUS current 3964 DESCRIPTION 3965 "Count of Access Point addresses observed by 3966 the system." 3967 ::= { awcFtStatistics 13 } 3968 3969awcFtBridgeRoot OBJECT-TYPE 3970 SYNTAX Integer32 3971 MAX-ACCESS read-only 3972 STATUS current 3973 DESCRIPTION 3974 "Count of Root Bridge addresses observed by 3975 the system." 3976 ::= { awcFtStatistics 15 } 3977 3978 3979awcFtConfig OBJECT IDENTIFIER ::= {awcForwardTbl 2} 3980 3981awcFtMaxNumEntries OBJECT-TYPE 3982 SYNTAX Integer32 3983 MAX-ACCESS read-write 3984 STATUS current 3985 DESCRIPTION 3986 "The maximum number of entries in the 3987 forwarding table. Must be a power of 2 from 3988 1024 to 65536. The number of entries controls 3989 the size of the forwarding table and the hash 3990 algorithm used by the forwarding table. 3991 Changing the number of entries requires a 3992 system reboot." 3993 DEFVAL { 8192 } 3994 ::= { awcFtConfig 1 } 3995 3996awcFtTimeoutSecUnknown OBJECT-TYPE 3997 SYNTAX Unsigned32 3998 UNITS "seconds" 3999 MAX-ACCESS read-write 4000 STATUS current 4001 DESCRIPTION 4002 "The default number of seconds an Entry with 4003 awcTpFdbClassID=unknown will remain in the 4004 Forwarding Table before being staled-out." 4005 DEFVAL { 300 } 4006 ::= { awcFtConfig 2 } 4007 4008awcFtTimeoutSecMcastAddr OBJECT-TYPE 4009 SYNTAX Unsigned32 4010 UNITS "seconds" 4011 MAX-ACCESS read-write 4012 STATUS current 4013 DESCRIPTION 4014 "The default number of seconds an Entry with 4015 awcTpFdbClassID=multicast will remain in the 4016 Forwarding Table before being staled-out." 4017 DEFVAL { 28800 } 4018 ::= { awcFtConfig 3 } 4019 4020awcFtTimeoutSecDsHost OBJECT-TYPE 4021 SYNTAX Unsigned32 4022 UNITS "seconds" 4023 MAX-ACCESS read-write 4024 STATUS current 4025 DESCRIPTION 4026 "The default number of seconds an Entry with 4027 awcTpFdbClassID=dsHost will remain in the 4028 Forwarding Table before being staled-out." 4029 DEFVAL { 1800 } 4030 ::= { awcFtConfig 4 } 4031 4032awcFtTimeoutSecBridgeHost OBJECT-TYPE 4033 SYNTAX Unsigned32 4034 UNITS "seconds" 4035 MAX-ACCESS read-write 4036 STATUS current 4037 DESCRIPTION 4038 "The default number of seconds an Entry with 4039 awcTpFdbClassID=bridgeHost will remain in the 4040 Forwarding Table before being staled-out." 4041 DEFVAL { 1800 } 4042 ::= { awcFtConfig 5 } 4043 4044awcFtTimeoutSecClientSTA OBJECT-TYPE 4045 SYNTAX Unsigned32 4046 UNITS "seconds" 4047 MAX-ACCESS read-write 4048 STATUS current 4049 DESCRIPTION 4050 "The default number of seconds an Entry with 4051 awcTpFdbClassID=clientStation will remain in 4052 the Forwarding Table before being staled-out." 4053 DEFVAL { 1800 } 4054 ::= { awcFtConfig 6 } 4055 4056awcFtTimeoutSecBridge OBJECT-TYPE 4057 SYNTAX Unsigned32 4058 UNITS "seconds" 4059 MAX-ACCESS read-write 4060 STATUS current 4061 DESCRIPTION 4062 "The default number of seconds an Entry with 4063 awcTpFdbClassID=bridge will remain in the 4064 Forwarding Table before being staled-out." 4065 DEFVAL { 28800 } 4066 ::= { awcFtConfig 7 } 4067 4068awcFtTimeoutSecRepeater OBJECT-TYPE 4069 SYNTAX Unsigned32 4070 UNITS "seconds" 4071 MAX-ACCESS read-write 4072 STATUS current 4073 DESCRIPTION 4074 "The default number of seconds an Entry with 4075 awcTpFdbClassID=repeater will remain in the 4076 Forwarding Table before being staled-out." 4077 DEFVAL { 28800 } 4078 ::= { awcFtConfig 8 } 4079 4080awcFtTimeoutSecAccessPoint OBJECT-TYPE 4081 SYNTAX Unsigned32 4082 UNITS "seconds" 4083 MAX-ACCESS read-write 4084 STATUS current 4085 DESCRIPTION 4086 "The default number of seconds an Entry with 4087 awcTpFdbClassID=accessPoint will remain in the 4088 Forwarding Table before being staled-out." 4089 DEFVAL { 28800 } 4090 ::= { awcFtConfig 9 } 4091 4092awcFtTimeoutSecBridgeRoot OBJECT-TYPE 4093 SYNTAX Unsigned32 4094 UNITS "seconds" 4095 MAX-ACCESS read-write 4096 STATUS current 4097 DESCRIPTION 4098 "The default number of seconds an Entry with 4099 awcTpFdbClassID=bridgeRoot will remain in the 4100 Forwarding Table before being staled-out." 4101 DEFVAL { 28800 } 4102 ::= { awcFtConfig 10 } 4103 4104awcFtEnableAwcTpFdbTable OBJECT-TYPE 4105 SYNTAX TruthValue 4106 MAX-ACCESS read-write 4107 STATUS current 4108 DESCRIPTION 4109 "If true, the system will populate the 4110 awcTpFdbEntry MIB for all forwarding table 4111 entries. This improves management statistics. 4112 If false, the system will not populate the 4113 awcTpFdbEntry MIB for any forwarding table 4114 entries. This improves speed and memory 4115 utilization." 4116 DEFVAL { true } 4117 ::= { awcFtConfig 11 } 4118 4119awcFtEnableMacAuthServer OBJECT-TYPE 4120 SYNTAX TruthValue 4121 MAX-ACCESS read-write 4122 STATUS current 4123 DESCRIPTION 4124 "If true, the system will contact a AAA server 4125 for retrieving dot1dStaticTable information 4126 for new forwarding table entries if a 4127 dot1dStaticTable entry does not already exist 4128 for the host address." 4129 DEFVAL { false } 4130 ::= { awcFtConfig 12 } 4131 4132awcFtRogueApAlertTimeout OBJECT-TYPE 4133 SYNTAX INTEGER (0..1440) 4134 MAX-ACCESS read-write 4135 STATUS current 4136 DESCRIPTION 4137 "The minimum number of minutes after a Possible 4138 Rogue status is reported about a device before 4139 another Possible Rogue status report is 4140 issued by this system about the same device." 4141 DEFVAL { 30 } 4142 ::= { awcFtConfig 13 } 4143 4144awcFtEnableMacOrEapAuth OBJECT-TYPE 4145 SYNTAX TruthValue 4146 MAX-ACCESS read-write 4147 STATUS current 4148 DESCRIPTION 4149 "If true, the system grants full access to those 4150 clients which have successfully completed either 4151 MAC or EAP authentication." 4152 DEFVAL { false } 4153 ::= { awcFtConfig 14 } 4154 4155awcFtDot1dTpFdbTableEnable OBJECT-TYPE 4156 SYNTAX TruthValue 4157 MAX-ACCESS read-write 4158 STATUS current 4159 DESCRIPTION 4160 "If true, the system will populate the 4161 dot1dTpFdbEntry MIB for all forwarding table 4162 entries. This improves management statistics. 4163 If false, the system will not populate the 4164 dot1dTpFdbEntry MIB for any forwarding table 4165 entries. This improves speed and memory 4166 utilization." 4167 DEFVAL { true } 4168 ::= { awcFtConfig 15 } 4169 4170awcFtEnableMcastMapping OBJECT-TYPE 4171 SYNTAX TruthValue 4172 MAX-ACCESS read-write 4173 STATUS current 4174 DESCRIPTION 4175 "If true, the system will map multicast forwarding 4176 table entries to the broadcast entry. 4177 This improves speed and memory utilization. 4178 If false, the system will create an entry 4179 for each unique multicast address. This improves 4180 management statistics and allows filtering of 4181 specific multicast addresses." 4182 DEFVAL { false } 4183 ::= { awcFtConfig 16 } 4184 4185 4186AwcTpFdbClassID ::= TEXTUAL-CONVENTION 4187 STATUS current 4188 DESCRIPTION 4189 "Description of the general 802.11 classification of a host." 4190 SYNTAX INTEGER { unknown(1), multicast(2), dsHost(3), 4191 bridgeHost(4), clientStation(5), bridge(6), 4192 repeater(7), accessPoint(8), bridgeRoot(9) } 4193 4194awcTpFdbTable OBJECT-TYPE 4195 SYNTAX SEQUENCE OF AwcTpFdbEntry 4196 MAX-ACCESS not-accessible 4197 STATUS current 4198 DESCRIPTION 4199 "A table that contains information about 4200 entries for which the bridge has forwarding 4201 and/or filtering information. This information 4202 is used by the transparent bridging function 4203 for maintaining statistics about each entry." 4204 ::= { awcForwardTbl 3 } 4205 4206awcTpFdbEntry OBJECT-TYPE 4207 SYNTAX AwcTpFdbEntry 4208 MAX-ACCESS not-accessible 4209 STATUS current 4210 DESCRIPTION 4211 "Information about a specific MAC address 4212 for which the bridge has some forwarding and/or 4213 filtering information." 4214 INDEX { awcTpFdbAddress } 4215 ::= { awcTpFdbTable 1 } 4216 4217AwcTpFdbEntry ::= 4218 SEQUENCE { 4219 awcTpFdbAddress MacAddress, 4220 awcTpFdbClassID AwcTpFdbClassID, 4221 awcTpFdbSrcPktsImmed Counter32, 4222 awcTpFdbSrcOctetsImmed Counter32, 4223 awcTpFdbSrcErrorPktsImmed Counter32, 4224 awcTpFdbSrcErrorOctetsImmed Counter32, 4225 awcTpFdbDestPktsImmed Counter32, 4226 awcTpFdbDestOctetsImmed Counter32, 4227 awcTpFdbDestErrorPktsImmed Counter32, 4228 awcTpFdbDestErrorOctetsImmed Counter32, 4229 awcTpFdbDestMaxRetryErrorsImmed Counter32, 4230 awcTpFdbIPv4Addr IpAddress 4231 } 4232 4233awcTpFdbAddress OBJECT-TYPE 4234 SYNTAX MacAddress 4235 MAX-ACCESS read-only 4236 STATUS current 4237 DESCRIPTION 4238 "A MAC address for which the bridge has 4239 forwarding and/or filtering information." 4240 ::= { awcTpFdbEntry 1 } 4241 4242awcTpFdbClassID OBJECT-TYPE 4243 SYNTAX AwcTpFdbClassID 4244 MAX-ACCESS read-only 4245 STATUS current 4246 DESCRIPTION 4247 "Observed general 802.11 classification of the 4248 entry." 4249 ::= { awcTpFdbEntry 2 } 4250 4251awcTpFdbSrcPktsImmed OBJECT-TYPE 4252 SYNTAX Counter32 4253 MAX-ACCESS read-only 4254 STATUS current 4255 DESCRIPTION 4256 "Number of observed packets for which this entry was the 4257 source." 4258 ::= { awcTpFdbEntry 3 } 4259 4260awcTpFdbSrcOctetsImmed OBJECT-TYPE 4261 SYNTAX Counter32 4262 MAX-ACCESS read-only 4263 STATUS current 4264 DESCRIPTION 4265 "Number of observed octets for which this entry was the 4266 source." 4267 ::= { awcTpFdbEntry 4 } 4268 4269awcTpFdbSrcErrorPktsImmed OBJECT-TYPE 4270 SYNTAX Counter32 4271 MAX-ACCESS read-only 4272 STATUS current 4273 DESCRIPTION 4274 "Number of observed error packets for which this entry was 4275 the source." 4276 ::= { awcTpFdbEntry 5 } 4277 4278awcTpFdbSrcErrorOctetsImmed OBJECT-TYPE 4279 SYNTAX Counter32 4280 MAX-ACCESS read-only 4281 STATUS current 4282 DESCRIPTION 4283 "Number of observed error octets for which this entry was 4284 the source." 4285 ::= { awcTpFdbEntry 6 } 4286 4287awcTpFdbDestPktsImmed OBJECT-TYPE 4288 SYNTAX Counter32 4289 MAX-ACCESS read-only 4290 STATUS current 4291 DESCRIPTION 4292 "Number of observed packets for which this entry was the 4293 destination." 4294 ::= { awcTpFdbEntry 7 } 4295 4296awcTpFdbDestOctetsImmed OBJECT-TYPE 4297 SYNTAX Counter32 4298 MAX-ACCESS read-only 4299 STATUS current 4300 DESCRIPTION 4301 "Number of observed octets for which this entry was the 4302 destination." 4303 ::= { awcTpFdbEntry 8 } 4304 4305awcTpFdbDestErrorPktsImmed OBJECT-TYPE 4306 SYNTAX Counter32 4307 MAX-ACCESS read-only 4308 STATUS current 4309 DESCRIPTION 4310 "Number of observed error packets for which this entry was 4311 the destination. This count includes 4312 awcTpFdbDestMaxRetryErrorsImmed." 4313 ::= { awcTpFdbEntry 9 } 4314 4315awcTpFdbDestErrorOctetsImmed OBJECT-TYPE 4316 SYNTAX Counter32 4317 MAX-ACCESS read-only 4318 STATUS current 4319 DESCRIPTION 4320 "Number of observed error octets for which this entry was 4321 the destination." 4322 ::= { awcTpFdbEntry 10 } 4323 4324awcTpFdbDestMaxRetryErrorsImmed OBJECT-TYPE 4325 SYNTAX Counter32 4326 MAX-ACCESS read-only 4327 STATUS current 4328 DESCRIPTION 4329 "Number of observed max-retry error packets for which this 4330 entry was the destination." 4331 ::= { awcTpFdbEntry 11 } 4332 4333awcTpFdbIPv4Addr OBJECT-TYPE 4334 SYNTAX IpAddress 4335 MAX-ACCESS read-only 4336 STATUS current 4337 DESCRIPTION 4338 "Observed IPv4 network address of the entry." 4339 ::= { awcTpFdbEntry 16 } 4340 4341 4342AwcDdpProdDevID ::= TEXTUAL-CONVENTION 4343 STATUS current 4344 DESCRIPTION 4345 "Aironet DDP Product Device ID of a host." 4346 SYNTAX INTEGER { 4347 tokenRingAP(74), 4348 ethernetAP(76), 4349 ethernetBridge(77), 4350 tokenRingBridge(78), 4351 pc3000Client(84), 4352 serialUC(85), 4353 ethernetUC(86), 4354 pc3500Client(101), 4355 pc4500Client(102), 4356 generic80211Client(104), 4357 pc4800Client(109), 4358 pc3100Client(110), 4359 mc(111), 4360 ethernetClient(112), 4361 pc2500Client(113), 4362 pc4800bClient(117), 4363 euc(120), 4364 homeAP(121), 4365 eucNoDiversity(122), 4366 emcNoDiversity(123), 4367 emc(124), 4368 series350Client(127), 4369 series370Client(128), 4370 multicast(240), 4371 unknown(241), 4372 tokenRingHost(253), 4373 ethernetHost(255) 4374 } 4375 4376AwcDdpRadioDevID ::= TEXTUAL-CONVENTION 4377 STATUS current 4378 DESCRIPTION 4379 "Aironet DDP Radio Device ID of a host." 4380 SYNTAX INTEGER { 4381 unknown(0), 4382 tma900(1), 4383 tma2400(2), 4384 pc3500(3), 4385 pc3000(4), 4386 tma2040(5), 4387 pc4500(6), 4388 pc4800(12), 4389 pc3100(13), 4390 series350(34), 4391 series370(35) 4392 } 4393 4394awcTpFdbDdpTable OBJECT-TYPE 4395 SYNTAX SEQUENCE OF AwcTpFdbDdpEntry 4396 MAX-ACCESS not-accessible 4397 STATUS current 4398 DESCRIPTION 4399 "A table that contains information about 4400 entries for which the bridge has forwarding 4401 and/or filtering information. This table 4402 maintains only Aironet-specific information 4403 about each entry." 4404 ::= { awcForwardTbl 4 } 4405 4406awcTpFdbDdpEntry OBJECT-TYPE 4407 SYNTAX AwcTpFdbDdpEntry 4408 MAX-ACCESS not-accessible 4409 STATUS current 4410 DESCRIPTION 4411 "Information about a specific MAC address 4412 for which the bridge has some forwarding and/or 4413 filtering information." 4414 INDEX { awcTpFdbDdpAddress } 4415 ::= { awcTpFdbDdpTable 1 } 4416 4417AwcTpFdbDdpEntry ::= 4418 SEQUENCE { 4419 awcTpFdbDdpAddress MacAddress, 4420 awcTpFdbDdpSysName DisplayString, 4421 awcTpFdbDdpProdDevID AwcDdpProdDevID, 4422 awcTpFdbDdpRadioDevID AwcDdpRadioDevID, 4423 awcTpFdbDdpSwVerMajor INTEGER, 4424 awcTpFdbDdpSwVerMinor INTEGER, 4425 awcTpFdbDdpSwVerBeta INTEGER, 4426 awcTpFdbDdpUptime Unsigned32, 4427 awcTpFdbDdpNumAnnounceSent Unsigned32, 4428 awcTpFdbDdpNumAssociated INTEGER, 4429 awcTpFdbDdpLoad INTEGER, 4430 awcTpFdbDdpDistFromDS INTEGER 4431 } 4432 4433awcTpFdbDdpAddress OBJECT-TYPE 4434 SYNTAX MacAddress 4435 MAX-ACCESS read-only 4436 STATUS current 4437 DESCRIPTION 4438 "A MAC address for which the bridge has 4439 forwarding and/or filtering information." 4440 ::= { awcTpFdbDdpEntry 1 } 4441 4442awcTpFdbDdpSysName OBJECT-TYPE 4443 SYNTAX DisplayString (SIZE (0..255)) 4444 MAX-ACCESS read-only 4445 STATUS current 4446 DESCRIPTION 4447 "The Aironet DDP System Name of the entry." 4448 ::= { awcTpFdbDdpEntry 2 } 4449 4450awcTpFdbDdpProdDevID OBJECT-TYPE 4451 SYNTAX AwcDdpProdDevID 4452 MAX-ACCESS read-only 4453 STATUS current 4454 DESCRIPTION 4455 "The Aironet DDP Product Device ID of the entry." 4456 ::= { awcTpFdbDdpEntry 3 } 4457 4458awcTpFdbDdpRadioDevID OBJECT-TYPE 4459 SYNTAX AwcDdpRadioDevID 4460 MAX-ACCESS read-only 4461 STATUS current 4462 DESCRIPTION 4463 "The Aironet DDP Radio Device ID of the entry." 4464 ::= { awcTpFdbDdpEntry 4 } 4465 4466awcTpFdbDdpSwVerMajor OBJECT-TYPE 4467 SYNTAX INTEGER (0..255) 4468 MAX-ACCESS read-only 4469 STATUS current 4470 DESCRIPTION 4471 "The Aironet DDP Major Software Version Number of 4472 the entry. If unknown, the value 0 is returned." 4473 ::= { awcTpFdbDdpEntry 5 } 4474 4475awcTpFdbDdpSwVerMinor OBJECT-TYPE 4476 SYNTAX INTEGER (0..255) 4477 MAX-ACCESS read-only 4478 STATUS current 4479 DESCRIPTION 4480 "The Aironet DDP Minor Software Version Number of 4481 the entry." 4482 ::= { awcTpFdbDdpEntry 6 } 4483 4484awcTpFdbDdpSwVerBeta OBJECT-TYPE 4485 SYNTAX INTEGER (0..255) 4486 MAX-ACCESS read-only 4487 STATUS current 4488 DESCRIPTION 4489 "The Aironet DDP Beta Software Version Number of 4490 the entry. This number is always 0 for 4491 officially-released software." 4492 ::= { awcTpFdbDdpEntry 7 } 4493 4494awcTpFdbDdpUptime OBJECT-TYPE 4495 SYNTAX Unsigned32 4496 UNITS "seconds" 4497 MAX-ACCESS read-only 4498 STATUS current 4499 DESCRIPTION 4500 "The time in seconds that the entry has been 4501 operational." 4502 ::= { awcTpFdbDdpEntry 8 } 4503 4504awcTpFdbDdpNumAnnounceSent OBJECT-TYPE 4505 SYNTAX Unsigned32 4506 MAX-ACCESS read-only 4507 STATUS current 4508 DESCRIPTION 4509 "The number of times the entry itself believes 4510 that it has issued some form of Aironet DDP 4511 Presense Announcement. If this field decreases, 4512 the entry has probably been reset." 4513 ::= { awcTpFdbDdpEntry 9 } 4514 4515awcTpFdbDdpNumAssociated OBJECT-TYPE 4516 SYNTAX INTEGER (0..2007) 4517 MAX-ACCESS read-only 4518 STATUS current 4519 DESCRIPTION 4520 "The number of Stations currently Associated 4521 with the entry." 4522 ::= { awcTpFdbDdpEntry 10 } 4523 4524awcTpFdbDdpLoad OBJECT-TYPE 4525 SYNTAX INTEGER (0..100) 4526 MAX-ACCESS read-only 4527 STATUS current 4528 DESCRIPTION 4529 "An approximation of the percentage of offered 4530 vs. theoretically-available load on the host's 4531 radio interface." 4532 ::= { awcTpFdbDdpEntry 11 } 4533 4534awcTpFdbDdpDistFromDS OBJECT-TYPE 4535 SYNTAX INTEGER (0..255) 4536 MAX-ACCESS read-only 4537 STATUS current 4538 DESCRIPTION 4539 "The Bridging Distance or Number of Hops between 4540 the entry and the backbone Distribution System 4541 (DS). If 0, the entry is directly connected to 4542 the DS." 4543 ::= { awcTpFdbDdpEntry 12 } 4544 4545 4546AwcDot11ClientState ::= TEXTUAL-CONVENTION 4547 STATUS current 4548 DESCRIPTION 4549 "IEEE 802.11 Station Service State. 4550 4551 state0 = 4552 Station not able to send any frames whatsoever. 4553 It is most likely not yet configured. 4554 state1 = 4555 Station can send Class 1 frames. It is 4556 Unauthenticated and Unassociated. 4557 state2 = 4558 Station can send Class 2 frames. It is 4559 Authenticated, but is as yet Unassociated. 4560 state3 = 4561 Station can send Class 3 frames. It is both 4562 Authenticated and Associated." 4563 SYNTAX INTEGER { 4564 state0(1), 4565 state1(2), 4566 state2(3), 4567 state3(4) 4568 } 4569 4570awcDot11TpFdbTable OBJECT-TYPE 4571 SYNTAX SEQUENCE OF AwcDot11TpFdbEntry 4572 MAX-ACCESS not-accessible 4573 STATUS current 4574 DESCRIPTION 4575 "A table that contains information about 4576 entries for which the bridge has forwarding 4577 and/or filtering information. This table 4578 maintains only 802.11-specific information 4579 about each entry." 4580 ::= { awcForwardTbl 5 } 4581 4582awcDot11TpFdbEntry OBJECT-TYPE 4583 SYNTAX AwcDot11TpFdbEntry 4584 MAX-ACCESS not-accessible 4585 STATUS current 4586 DESCRIPTION 4587 "Information about a specific MAC address 4588 for which the bridge has some forwarding and/or 4589 filtering information." 4590 INDEX { awcDot11TpFdbAddress } 4591 ::= { awcDot11TpFdbTable 1 } 4592 4593AwcDot11TpFdbEntry ::= 4594 SEQUENCE { 4595 awcDot11TpFdbAddress MacAddress, 4596 awcDot11TpFdbAID Unsigned32, 4597 awcDot11TpFdbClientState AwcDot11ClientState, 4598 awcDot11TpFdbTxShortRetries Counter32, 4599 awcDot11TpFdbTxLongRetries Counter32, 4600 awcDot11TpFdbLatestTxShortRetries Counter32, 4601 awcDot11TpFdbLatestTxLongRetries Counter32, 4602 awcDot11TpFdbRxWEPErrors Counter32, 4603 awcDot11TpFdbLatestRxSignalStrength Unsigned32, 4604 awcDot11TpFdbLatestRxSignalQuality Unsigned32, 4605 awcDot11TpFdbCapabilities Unsigned32, 4606 awcDot11TpFdbListenInterval Unsigned32, 4607 awcDot11TpFdbSupportedDataRates OCTET STRING, 4608 awcDot11TpFdbPreferredTxRate Unsigned32, 4609 awcDot11TpFdbCurrentBSS MacAddress, 4610 awcDot11TpFdbSSID INTEGER, 4611 awcDot11TpFdbVlanId AwcVlanId 4612 } 4613 4614awcDot11TpFdbAddress OBJECT-TYPE 4615 SYNTAX MacAddress 4616 MAX-ACCESS read-only 4617 STATUS current 4618 DESCRIPTION 4619 "A MAC address for which the bridge has 4620 forwarding and/or filtering information." 4621 ::= { awcDot11TpFdbEntry 1 } 4622 4623awcDot11TpFdbAID OBJECT-TYPE 4624 SYNTAX Unsigned32 4625 MAX-ACCESS read-only 4626 STATUS current 4627 DESCRIPTION 4628 "AID with which the Station is associated with this 4629 system, or 2008 if the 4630 Station is not currently known to be associated. If the 4631 entry is multicast, awcDot11TpFdbAID is 0. Note that 4632 the uplink from a Client or Repeater AP to its parent 4633 is always AID 1." 4634 ::= { awcDot11TpFdbEntry 2 } 4635 4636awcDot11TpFdbClientState OBJECT-TYPE 4637 SYNTAX AwcDot11ClientState 4638 MAX-ACCESS read-only 4639 STATUS current 4640 DESCRIPTION 4641 "802.11 Service State of the Station." 4642 ::= { awcDot11TpFdbEntry 3 } 4643 4644awcDot11TpFdbTxShortRetries OBJECT-TYPE 4645 SYNTAX Counter32 4646 MAX-ACCESS read-only 4647 STATUS current 4648 DESCRIPTION 4649 "The total number of 802.11 Short Retries incurred across 4650 all packet Transmission Attempts to this Station." 4651 ::= { awcDot11TpFdbEntry 4 } 4652 4653awcDot11TpFdbTxLongRetries OBJECT-TYPE 4654 SYNTAX Counter32 4655 MAX-ACCESS read-only 4656 STATUS current 4657 DESCRIPTION 4658 "The total number of 802.11 Long Retries incurred across 4659 all packet Transmission Attempts to this Station." 4660 ::= { awcDot11TpFdbEntry 5 } 4661 4662awcDot11TpFdbLatestTxShortRetries OBJECT-TYPE 4663 SYNTAX Counter32 4664 MAX-ACCESS read-only 4665 STATUS current 4666 DESCRIPTION 4667 "The number of 802.11 Short Retries incurred during the 4668 most recent packet Transmission Attempts to this Station." 4669 ::= { awcDot11TpFdbEntry 6 } 4670 4671awcDot11TpFdbLatestTxLongRetries OBJECT-TYPE 4672 SYNTAX Counter32 4673 MAX-ACCESS read-only 4674 STATUS current 4675 DESCRIPTION 4676 "The number of 802.11 Long Retries incurred during the 4677 most recent packet Transmission Attempts to this Station." 4678 ::= { awcDot11TpFdbEntry 7 } 4679 4680awcDot11TpFdbRxWEPErrors OBJECT-TYPE 4681 SYNTAX Counter32 4682 MAX-ACCESS read-only 4683 STATUS current 4684 DESCRIPTION 4685 "The total number of packets received from this Station 4686 which failed to be properly decrypted via the WEP security 4687 mechanism." 4688 ::= { awcDot11TpFdbEntry 8 } 4689 4690awcDot11TpFdbLatestRxSignalStrength OBJECT-TYPE 4691 SYNTAX Unsigned32 4692 MAX-ACCESS read-only 4693 STATUS current 4694 DESCRIPTION 4695 "A device-dependent measure of the signal strength of the 4696 most recently received packet from this Station. Might be 4697 normalized or unnormalized." 4698 ::= { awcDot11TpFdbEntry 9 } 4699 4700awcDot11TpFdbLatestRxSignalQuality OBJECT-TYPE 4701 SYNTAX Unsigned32 4702 MAX-ACCESS read-only 4703 STATUS current 4704 DESCRIPTION 4705 "A device-dependent measure of the signal quality of the 4706 most recently received packet from this Station." 4707 ::= { awcDot11TpFdbEntry 10 } 4708 4709awcDot11TpFdbCapabilities OBJECT-TYPE 4710 SYNTAX Unsigned32 4711 MAX-ACCESS read-only 4712 STATUS current 4713 DESCRIPTION 4714 "The possible 802.11 capabilities of the Station's radio." 4715 ::= { awcDot11TpFdbEntry 11 } 4716 4717awcDot11TpFdbListenInterval OBJECT-TYPE 4718 SYNTAX Unsigned32 4719 MAX-ACCESS read-only 4720 STATUS current 4721 DESCRIPTION 4722 "The number of beacon intervals across which a the Station 4723 will sleep in power-save mode, or 1 if the 4724 Station will never be in power-save mode." 4725 ::= { awcDot11TpFdbEntry 12 } 4726 4727awcDot11TpFdbSupportedDataRates OBJECT-TYPE 4728 SYNTAX OCTET STRING (SIZE(1..126)) 4729 MAX-ACCESS read-only 4730 STATUS current 4731 DESCRIPTION 4732 "This attribute shall specify the set of data rates 4733 at which the station may transmit data. Each octet 4734 contains a value representing a rate. Each rate 4735 shall be within the range from 2 to 255, the lower 4736 seven bits 0..6 of which corresponding to data rates 4737 in increments of 500 kb/s from 1 Mb/s to 63.5 Mb/s, 4738 and shall be supported (as indicated in the supported 4739 rates table) for receiving data. This value is 4740 reported in transmitted Beacon, Probe Request, Probe 4741 Response, Association Request, Association Response, 4742 Reassociation Request, and Reassociation Response 4743 frames, and is used to determine whether a BSS 4744 with which the station desires to synchronize is 4745 suitable. If set, Bit 7 of the rate specification 4746 indicates that rate is a member of the Basic Rate Set 4747 of the access point." 4748 ::= { awcDot11TpFdbEntry 13 } 4749 4750awcDot11TpFdbPreferredTxRate OBJECT-TYPE 4751 SYNTAX Unsigned32 4752 MAX-ACCESS read-only 4753 STATUS current 4754 DESCRIPTION 4755 "The transmission rate at which a packet should 4756 currently be transmitted from an AP to this Station. 4757 This rate does not carry information about whether or 4758 not the rate is in the Basic Rate Set (i.e. bit 0x80 4759 is never set)." 4760 ::= { awcDot11TpFdbEntry 14 } 4761 4762awcDot11TpFdbCurrentBSS OBJECT-TYPE 4763 SYNTAX MacAddress 4764 MAX-ACCESS read-only 4765 STATUS current 4766 DESCRIPTION 4767 "BSS to which the station is currently Associated, or 4768 00:00:00:00:00:00 if the station's current AP is 4769 unknown." 4770 ::= { awcDot11TpFdbEntry 15 } 4771 4772awcDot11TpFdbSSID OBJECT-TYPE 4773 SYNTAX INTEGER (-1..2007) 4774 MAX-ACCESS read-only 4775 STATUS current 4776 DESCRIPTION 4777 "If the Station is Associated to this AP, the SSID via 4778 which the Station Associated. If 0, the Station 4779 Associated via dot11DesiredSSID. If greater than 0, 4780 the Station Associated through the auxiliary SSID with 4781 awcDot11AuxSSIDIndex equal to awcDot11TpFdbSSID. 4782 If -1, the Station is not currently Associated to 4783 this AP." 4784 ::= { awcDot11TpFdbEntry 16 } 4785 4786awcDot11TpFdbVlanId OBJECT-TYPE 4787 SYNTAX AwcVlanId 4788 MAX-ACCESS read-only 4789 STATUS current 4790 DESCRIPTION 4791 "Numeric ID of the VLAN over which the Station is 4792 communicating. If 0, the Station is not known to be 4793 communicating over any specific VLAN." 4794 ::= { awcDot11TpFdbEntry 17 } 4795 4796 4797awcDot1dTpPortTable OBJECT-TYPE 4798 SYNTAX SEQUENCE OF AwcDot1dTpPortEntry 4799 MAX-ACCESS not-accessible 4800 STATUS current 4801 DESCRIPTION 4802 "A table that contains information about every 4803 port that is associated with this transparent 4804 bridge. This table contains information about 4805 host and protocol filtering for the port. 4806 Each entry represents a transparent bridge port 4807 on the device. 4808 Entries in this table cannot be created or 4809 deleted by the network management system. 4810 All entries are created or deleted by the 4811 agent." 4812 ::= { awcForwardTbl 6 } 4813 4814awcDot1dTpPortEntry OBJECT-TYPE 4815 SYNTAX AwcDot1dTpPortEntry 4816 MAX-ACCESS not-accessible 4817 STATUS current 4818 DESCRIPTION 4819 "A list of filtering information for each port of a 4820 transparent bridge. This information includes 4821 packet forwarding permission for unicast and 4822 non-unicast frames and filters ID used for 4823 the filtering." 4824 INDEX { dot1dTpPort } 4825 ::= { awcDot1dTpPortTable 1 } 4826 4827AwcDot1dTpPortEntry ::= 4828 SEQUENCE { 4829 awcDot1dTpPortDefaultUcastAllowedToGoTo OCTET STRING, 4830 awcDot1dTpPortDefaultNUcastAllowedToGoTo OCTET STRING, 4831 awcDot1dTpPortMaxNUcastPerSecond Unsigned32, 4832 awcDot1dTpPortDefaultInEthertypeFilterId Unsigned32, 4833 awcDot1dTpPortDefaultOutEthertypeFilterId Unsigned32, 4834 awcDot1dTpPortDefaultInIpProtoFilterId Unsigned32, 4835 awcDot1dTpPortDefaultOutIpProtoFilterId Unsigned32, 4836 awcDot1dTpPortDefaultInIpPortFilterId Unsigned32, 4837 awcDot1dTpPortDefaultOutIpPortFilterId Unsigned32 4838 } 4839 4840awcDot1dTpPortDefaultUcastAllowedToGoTo OBJECT-TYPE 4841 SYNTAX OCTET STRING 4842 MAX-ACCESS read-write 4843 STATUS current 4844 DESCRIPTION 4845 "The set of ports to which frames received from a 4846 specific port and destined for a unicast MAC address 4847 which is not already listed in dot1dStaticTable are 4848 allowed to be forwarded. Each octet 4849 within the value of this object specifies a set of 4850 eight ports, with the first octet specifying ports 4851 1 through 8, the second octet specifying ports 9 4852 through 16, etc. Within each octet, the most 4853 significant bit represents the lowest numbered 4854 port, and the least significant bit represents the 4855 highest numbered port. Thus, each port of the 4856 bridge is represented by a single bit within the 4857 value of this object. If that bit has a value of 4858 '1' then that port is included in the set of 4859 ports; the port is not included if its bit has a 4860 value of '0'. (Note that the setting of the bit 4861 corresponding to the port from which a frame is 4862 received is irrelevant.) The default value of 4863 this object is a string of ones of appropriate 4864 length." 4865 ::= { awcDot1dTpPortEntry 1 } 4866 4867awcDot1dTpPortDefaultNUcastAllowedToGoTo OBJECT-TYPE 4868 SYNTAX OCTET STRING 4869 MAX-ACCESS read-write 4870 STATUS current 4871 DESCRIPTION 4872 "The set of ports to which frames received from a 4873 specific port and destined for a multicast MAC address 4874 which is not already listed in dot1dStaticTable are 4875 allowed to be forwarded. Each octet 4876 within the value of this object specifies a set of 4877 eight ports, with the first octet specifying ports 4878 1 through 8, the second octet specifying ports 9 4879 through 16, etc. Within each octet, the most 4880 significant bit represents the lowest numbered 4881 port, and the least significant bit represents the 4882 highest numbered port. Thus, each port of the 4883 bridge is represented by a single bit within the 4884 value of this object. If that bit has a value of 4885 '1' then that port is included in the set of 4886 ports; the port is not included if its bit has a 4887 value of '0'. (Note that the setting of the bit 4888 corresponding to the port from which a frame is 4889 received is irrelevant.) The default value of 4890 this object is a string of ones of appropriate 4891 length." 4892 ::= { awcDot1dTpPortEntry 2 } 4893 4894awcDot1dTpPortMaxNUcastPerSecond OBJECT-TYPE 4895 SYNTAX Unsigned32 4896 MAX-ACCESS read-write 4897 STATUS current 4898 DESCRIPTION 4899 "The maximum number of multicast packets 4900 allowed to be forwarded over the port each 4901 second. If 0, the number of multicasts 4902 is unlimited." 4903 DEFVAL { 0 } 4904 ::= { awcDot1dTpPortEntry 3 } 4905 4906awcDot1dTpPortDefaultInEthertypeFilterId OBJECT-TYPE 4907 SYNTAX Unsigned32 4908 MAX-ACCESS read-write 4909 STATUS current 4910 DESCRIPTION 4911 "awcPfEtSetId of the Ethertype Filter Set to 4912 apply to packets received over this port. 4913 If 0, no filters are applied." 4914 DEFVAL { 0 } 4915 ::= { awcDot1dTpPortEntry 4 } 4916 4917awcDot1dTpPortDefaultOutEthertypeFilterId OBJECT-TYPE 4918 SYNTAX Unsigned32 4919 MAX-ACCESS read-write 4920 STATUS current 4921 DESCRIPTION 4922 "awcPfEtSetId of the Ethertype Filter Set to 4923 apply to packets transmitted over this port. 4924 If 0, no filters are applied." 4925 DEFVAL { 0 } 4926 ::= { awcDot1dTpPortEntry 5 } 4927 4928awcDot1dTpPortDefaultInIpProtoFilterId OBJECT-TYPE 4929 SYNTAX Unsigned32 4930 MAX-ACCESS read-write 4931 STATUS current 4932 DESCRIPTION 4933 "awcPfIppSetId of the IP Protocol Filter Set to 4934 apply to packets received over this port. 4935 If 0, no filters are applied." 4936 DEFVAL { 0 } 4937 ::= { awcDot1dTpPortEntry 6 } 4938 4939awcDot1dTpPortDefaultOutIpProtoFilterId OBJECT-TYPE 4940 SYNTAX Unsigned32 4941 MAX-ACCESS read-write 4942 STATUS current 4943 DESCRIPTION 4944 "awcPfIppSetId of the IP Protocol Filter Set to 4945 apply to packets transmitted over this port. 4946 If 0, no filters are applied." 4947 DEFVAL { 0 } 4948 ::= { awcDot1dTpPortEntry 7 } 4949 4950awcDot1dTpPortDefaultInIpPortFilterId OBJECT-TYPE 4951 SYNTAX Unsigned32 4952 MAX-ACCESS read-write 4953 STATUS current 4954 DESCRIPTION 4955 "awcPfIptSetId of the IP Port Filter Set to 4956 apply to packets received over this port. 4957 If 0, no filters are applied." 4958 DEFVAL { 0 } 4959 ::= { awcDot1dTpPortEntry 8 } 4960 4961awcDot1dTpPortDefaultOutIpPortFilterId OBJECT-TYPE 4962 SYNTAX Unsigned32 4963 MAX-ACCESS read-write 4964 STATUS current 4965 DESCRIPTION 4966 "awcPfIptSetId of the IP Port Filter Set to 4967 apply to packets transmitted over this port. 4968 If 0, no filters are applied." 4969 DEFVAL { 0 } 4970 ::= { awcDot1dTpPortEntry 9 } 4971 4972 4973awcTpFdbAlertTable OBJECT-TYPE 4974 SYNTAX SEQUENCE OF AwcTpFdbAlertEntry 4975 MAX-ACCESS not-accessible 4976 STATUS current 4977 DESCRIPTION 4978 "A table that contains information about 4979 entries for which the bridge has forwarding 4980 and/or filtering information. This table 4981 maintains only packet-trace alert statistics. 4982 Each entry is indexed by a MAC address 4983 in the packet forwarding. 4984 Entries in this table cannot be created or 4985 deleted by the network management system. 4986 All entries are created or deleted by the 4987 agent." 4988 ::= { awcForwardTbl 7 } 4989 4990awcTpFdbAlertEntry OBJECT-TYPE 4991 SYNTAX AwcTpFdbAlertEntry 4992 MAX-ACCESS not-accessible 4993 STATUS current 4994 DESCRIPTION 4995 "Information about a specific MAC address 4996 for which the bridge has some forwarding and/or 4997 filtering information." 4998 INDEX { awcTpFdbAlertAddress } 4999 ::= { awcTpFdbAlertTable 1 } 5000 5001AwcTpFdbAlertEntry ::= 5002 SEQUENCE { 5003 awcTpFdbAlertAddress MacAddress, 5004 awcTpFdbFromAlertSrcPktsImmed Counter32, 5005 awcTpFdbFromAlertSrcOctetsImmed Counter32, 5006 awcTpFdbToAlertDestPktsImmed Counter32, 5007 awcTpFdbToAlertDestOctetsImmed Counter32, 5008 awcTpFdbAlertSentAlertTypePktsImmed Counter32, 5009 awcTpFdbAlertSentAlertTypeOctetsImmed Counter32, 5010 awcTpFdbAlertRcvdAlertTypePktsImmed Counter32, 5011 awcTpFdbAlertRcvdAlertTypeOctetsImmed Counter32 5012 } 5013 5014awcTpFdbAlertAddress OBJECT-TYPE 5015 SYNTAX MacAddress 5016 MAX-ACCESS read-only 5017 STATUS current 5018 DESCRIPTION 5019 "A MAC address for which the bridge has 5020 forwarding and/or filtering information." 5021 ::= { awcTpFdbAlertEntry 1 } 5022 5023awcTpFdbFromAlertSrcPktsImmed OBJECT-TYPE 5024 SYNTAX Counter32 5025 MAX-ACCESS read-only 5026 STATUS current 5027 DESCRIPTION 5028 "The total number of packets directed to this entry, 5029 over any interface, from a source host 5030 designated Alert From in the forwarding table." 5031 ::= { awcTpFdbAlertEntry 2 } 5032 5033awcTpFdbFromAlertSrcOctetsImmed OBJECT-TYPE 5034 SYNTAX Counter32 5035 MAX-ACCESS read-only 5036 STATUS current 5037 DESCRIPTION 5038 "The total number of octets directed to this entry, 5039 over any interface, from a source host 5040 designated Alert From in the forwarding table." 5041 ::= { awcTpFdbAlertEntry 3 } 5042 5043awcTpFdbToAlertDestPktsImmed OBJECT-TYPE 5044 SYNTAX Counter32 5045 MAX-ACCESS read-only 5046 STATUS current 5047 DESCRIPTION 5048 "The total number of packets sent by this entry, 5049 over any interface, to a destination MAC address 5050 designated Alert To in the forwarding table." 5051 ::= { awcTpFdbAlertEntry 4 } 5052 5053awcTpFdbToAlertDestOctetsImmed OBJECT-TYPE 5054 SYNTAX Counter32 5055 MAX-ACCESS read-only 5056 STATUS current 5057 DESCRIPTION 5058 "The total number of packets sent by this entry, 5059 over any interface, to a destination MAC address 5060 designated Alert To in the forwarding table." 5061 ::= { awcTpFdbAlertEntry 5 } 5062 5063awcTpFdbAlertSentAlertTypePktsImmed OBJECT-TYPE 5064 SYNTAX Counter32 5065 MAX-ACCESS read-only 5066 STATUS current 5067 DESCRIPTION 5068 "The total number of packets sent by this entry, 5069 over any interface, with a packet type 5070 designated Alert in an applicable protocol filter." 5071 ::= { awcTpFdbAlertEntry 6 } 5072 5073awcTpFdbAlertSentAlertTypeOctetsImmed OBJECT-TYPE 5074 SYNTAX Counter32 5075 MAX-ACCESS read-only 5076 STATUS current 5077 DESCRIPTION 5078 "The total number of octets sent by this entry, 5079 over any interface, with a packet type 5080 designated Alert in an applicable protocol filter." 5081 ::= { awcTpFdbAlertEntry 7 } 5082 5083awcTpFdbAlertRcvdAlertTypePktsImmed OBJECT-TYPE 5084 SYNTAX Counter32 5085 MAX-ACCESS read-only 5086 STATUS current 5087 DESCRIPTION 5088 "The total number of packets directed to this entry, 5089 over any interface, with a packet type 5090 designated Alert in an applicable protocol filter." 5091 ::= { awcTpFdbAlertEntry 8 } 5092 5093awcTpFdbAlertRcvdAlertTypeOctetsImmed OBJECT-TYPE 5094 SYNTAX Counter32 5095 MAX-ACCESS read-only 5096 STATUS current 5097 DESCRIPTION 5098 "The total number of octets directed to this entry, 5099 over any interface, with a packet type 5100 designated Alert in an applicable protocol filter." 5101 ::= { awcTpFdbAlertEntry 9 } 5102 5103 5104-- ******************************************************************** 5105-- * End of awcForwardTbl parameters 5106-- ******************************************************************** 5107 5108-- ******************************************************************** 5109-- * awcEventLog parameters 5110-- ******************************************************************** 5111 5112AwcEventSeverity ::= TEXTUAL-CONVENTION 5113 STATUS current 5114 DESCRIPTION 5115 "Severity of an event handled within the system." 5116 SYNTAX INTEGER { systemFatal(2), 5117 protocolFatal(3), 5118 portFatal(4), 5119 systemAlert(5), 5120 protocolAlert(6), 5121 portAlert(7), 5122 externalAlert(8), 5123 systemWarning(9), 5124 protocolWarning(10), 5125 portWarning(11), 5126 externalWarning(12), 5127 systemInfo(13), 5128 protocolInfo(14), 5129 portInfo(15), 5130 externalInfo(16) 5131 } 5132 5133 5134 5135awcEventOffsetGMT OBJECT-TYPE 5136 SYNTAX Integer32 (-720..720) 5137 UNITS "minutes" 5138 MAX-ACCESS read-write 5139 STATUS current 5140 DESCRIPTION 5141 "The current offset from GMT in minutes." 5142 DEFVAL { -300 } 5143 ::= { awcEventLog 1 } 5144 5145awcEventUseDaylightSavingsTime OBJECT-TYPE 5146 SYNTAX TruthValue 5147 MAX-ACCESS read-write 5148 STATUS current 5149 DESCRIPTION 5150 "If true, daylight savings time is used." 5151 DEFVAL { true } 5152 ::= { awcEventLog 2 } 5153 5154awcEventTimestampGMT OBJECT-TYPE 5155 SYNTAX Integer32 5156 UNITS "seconds" 5157 MAX-ACCESS read-write 5158 STATUS current 5159 DESCRIPTION 5160 "GMT Time, in seconds since January 1, 1970, 5161 when the system wall-clock time was last set." 5162 DEFVAL { 0 } 5163 ::= { awcEventLog 3 } 5164 5165awcEventUptimeModifiedGMT OBJECT-TYPE 5166 SYNTAX Integer32 5167 UNITS "seconds" 5168 MAX-ACCESS read-only 5169 STATUS current 5170 DESCRIPTION 5171 "System uptime, in seconds, when the system 5172 wall-clock time was last set." 5173 ::= { awcEventLog 4 } 5174 5175awcEventDisplayWallClockTime OBJECT-TYPE 5176 SYNTAX TruthValue 5177 MAX-ACCESS read-write 5178 STATUS current 5179 DESCRIPTION 5180 "If true, time display on the system's web 5181 pages and console is in wall-clock time. 5182 If false, time display is in system uptime." 5183 DEFVAL { true } 5184 ::= { awcEventLog 5 } 5185 5186awcEventDisplayUptimeAscending OBJECT-TYPE 5187 SYNTAX TruthValue 5188 MAX-ACCESS read-write 5189 STATUS current 5190 DESCRIPTION 5191 "If true, time display in system uptime is 5192 measured from the time the system boots, 5193 forward. If false, time display in 5194 measured from the current time backwards." 5195 DEFVAL { true } 5196 ::= { awcEventLog 6 } 5197 5198awcEventDetailDefault OBJECT-TYPE 5199 SYNTAX Integer32 5200 MAX-ACCESS read-write 5201 STATUS current 5202 DESCRIPTION 5203 "Detail level at which, by default, events 5204 are displayed. General detail level 5205 classifications are: 5206 8 - no display at all 5207 16 - sparse detail 5208 24 - normal detail 5209 32 - verbose detail 5210 40 - exhaustive detail 5211 " 5212 DEFVAL { 24 } 5213 ::= { awcEventLog 7 } 5214 5215awcEventSeverityDispConsole OBJECT-TYPE 5216 SYNTAX AwcEventSeverity 5217 MAX-ACCESS read-write 5218 STATUS current 5219 DESCRIPTION 5220 "If an event has a severity level greater than 5221 or equal to awcEventSeverityDispConsole, it 5222 is displayed on the console shortly after it 5223 occurs." 5224 DEFVAL { externalInfo } 5225 ::= { awcEventLog 8 } 5226 5227awcEventSeverityDispHtmlGUI OBJECT-TYPE 5228 SYNTAX AwcEventSeverity 5229 MAX-ACCESS read-write 5230 STATUS current 5231 DESCRIPTION 5232 "If an event has a severity level greater than 5233 or equal to awcEventSeverityDispHtmlGUI, it 5234 is displayed on the the Event Log GUI web 5235 pages." 5236 DEFVAL { externalInfo } 5237 ::= { awcEventLog 9 } 5238 5239awcEventSeverityDispHtmlConsole OBJECT-TYPE 5240 SYNTAX AwcEventSeverity 5241 MAX-ACCESS read-write 5242 STATUS current 5243 DESCRIPTION 5244 "If an event has a severity level greater than 5245 or equal to awcEventSeverityDispHtmlConsole, 5246 it is displayed on the the Event Log console 5247 browser pages." 5248 DEFVAL { externalInfo } 5249 ::= { awcEventLog 10 } 5250 5251awcEventAlertSNMP OBJECT-TYPE 5252 SYNTAX TruthValue 5253 MAX-ACCESS read-write 5254 STATUS current 5255 DESCRIPTION 5256 "If true, events of a severity with Disposition 5257 set to notify will generate an SNMP trap." 5258 DEFVAL { true } 5259 ::= { awcEventLog 11 } 5260 5261awcEventAlertSyslog OBJECT-TYPE 5262 SYNTAX TruthValue 5263 MAX-ACCESS read-write 5264 STATUS current 5265 DESCRIPTION 5266 "If true, events of a severity with Disposition 5267 set to notify will generate a sysLog message." 5268 DEFVAL { true } 5269 ::= { awcEventLog 12 } 5270 5271awcEventStatistics OBJECT IDENTIFIER ::= {awcEventLog 14} 5272 5273awcEventCntSeverityNULL OBJECT-TYPE 5274 SYNTAX Counter32 5275 MAX-ACCESS read-only 5276 STATUS current 5277 DESCRIPTION 5278 "NULL message counter." 5279 ::= { awcEventStatistics 1 } 5280 5281awcEventCntSeveritySilent OBJECT-TYPE 5282 SYNTAX Counter32 5283 MAX-ACCESS read-only 5284 STATUS current 5285 DESCRIPTION 5286 "Silent message counter." 5287 ::= { awcEventStatistics 2 } 5288 5289awcEventCntSeveritySystemFatal OBJECT-TYPE 5290 SYNTAX Counter32 5291 MAX-ACCESS read-only 5292 STATUS current 5293 DESCRIPTION 5294 "Fatal system message counter." 5295 ::= { awcEventStatistics 3 } 5296 5297awcEventCntSeverityProtocolFatal OBJECT-TYPE 5298 SYNTAX Counter32 5299 MAX-ACCESS read-only 5300 STATUS current 5301 DESCRIPTION 5302 "Fatal Protocol message counter." 5303 ::= { awcEventStatistics 4 } 5304 5305awcEventCntSeverityPortFatal OBJECT-TYPE 5306 SYNTAX Counter32 5307 MAX-ACCESS read-only 5308 STATUS current 5309 DESCRIPTION 5310 "Fatal Port message counter." 5311 ::= { awcEventStatistics 5 } 5312 5313awcEventCntSeveritySystemAlert OBJECT-TYPE 5314 SYNTAX Counter32 5315 MAX-ACCESS read-only 5316 STATUS current 5317 DESCRIPTION 5318 "System Alert message counter." 5319 ::= { awcEventStatistics 6 } 5320 5321awcEventCntSeverityProtocolAlert OBJECT-TYPE 5322 SYNTAX Counter32 5323 MAX-ACCESS read-only 5324 STATUS current 5325 DESCRIPTION 5326 "Protocol Alert message counter." 5327 ::= { awcEventStatistics 7 } 5328 5329awcEventCntSeverityPortAlert OBJECT-TYPE 5330 SYNTAX Counter32 5331 MAX-ACCESS read-only 5332 STATUS current 5333 DESCRIPTION 5334 "Port Alert message counter." 5335 ::= { awcEventStatistics 8 } 5336 5337awcEventCntSeverityExternalAlert OBJECT-TYPE 5338 SYNTAX Counter32 5339 MAX-ACCESS read-only 5340 STATUS current 5341 DESCRIPTION 5342 "External Alert message counter." 5343 ::= { awcEventStatistics 9 } 5344 5345awcEventCntSeveritySystemWarning OBJECT-TYPE 5346 SYNTAX Counter32 5347 MAX-ACCESS read-only 5348 STATUS current 5349 DESCRIPTION 5350 "System Warning message counter." 5351 ::= { awcEventStatistics 10 } 5352 5353awcEventCntSeverityProtocolWarning OBJECT-TYPE 5354 SYNTAX Counter32 5355 MAX-ACCESS read-only 5356 STATUS current 5357 DESCRIPTION 5358 "Protocol Warning message counter." 5359 ::= { awcEventStatistics 11 } 5360 5361awcEventCntSeverityPortWarning OBJECT-TYPE 5362 SYNTAX Counter32 5363 MAX-ACCESS read-only 5364 STATUS current 5365 DESCRIPTION 5366 "Port Warning message counter." 5367 ::= { awcEventStatistics 12 } 5368 5369awcEventCntSeverityExternalWarning OBJECT-TYPE 5370 SYNTAX Counter32 5371 MAX-ACCESS read-only 5372 STATUS current 5373 DESCRIPTION 5374 "External Warning message counter." 5375 ::= { awcEventStatistics 13 } 5376 5377awcEventCntSeveritySystemInfo OBJECT-TYPE 5378 SYNTAX Counter32 5379 MAX-ACCESS read-only 5380 STATUS current 5381 DESCRIPTION 5382 "System Info message counter." 5383 ::= { awcEventStatistics 14 } 5384 5385awcEventCntSeverityProtocolInfo OBJECT-TYPE 5386 SYNTAX Counter32 5387 MAX-ACCESS read-only 5388 STATUS current 5389 DESCRIPTION 5390 "Protocol Info message counter." 5391 ::= { awcEventStatistics 15 } 5392 5393awcEventCntSeverityPortInfo OBJECT-TYPE 5394 SYNTAX Counter32 5395 MAX-ACCESS read-only 5396 STATUS current 5397 DESCRIPTION 5398 "Port Info message counter." 5399 ::= { awcEventStatistics 16 } 5400 5401awcEventCntSeverityExternalInfo OBJECT-TYPE 5402 SYNTAX Counter32 5403 MAX-ACCESS read-only 5404 STATUS current 5405 DESCRIPTION 5406 "External Info message counter." 5407 ::= { awcEventStatistics 17 } 5408 5409 5410awcEventDisposition OBJECT IDENTIFIER ::= {awcEventLog 15} 5411 5412awcEventDispSeverityNULL OBJECT-TYPE 5413 SYNTAX AwcEventDisposition 5414 MAX-ACCESS read-write 5415 STATUS current 5416 DESCRIPTION 5417 "NULL message disposition." 5418 ::= { awcEventDisposition 1 } 5419 5420awcEventDispSeveritySilent OBJECT-TYPE 5421 SYNTAX AwcEventDisposition 5422 MAX-ACCESS read-write 5423 STATUS current 5424 DESCRIPTION 5425 "Silent message disposition." 5426 ::= { awcEventDisposition 2 } 5427 5428awcEventDispSeveritySystemFatal OBJECT-TYPE 5429 SYNTAX AwcEventDisposition 5430 MAX-ACCESS read-write 5431 STATUS current 5432 DESCRIPTION 5433 "Fatal system message disposition." 5434 ::= { awcEventDisposition 3 } 5435 5436awcEventDispSeverityProtocolFatal OBJECT-TYPE 5437 SYNTAX AwcEventDisposition 5438 MAX-ACCESS read-write 5439 STATUS current 5440 DESCRIPTION 5441 "Fatal Protocol message disposition." 5442 ::= { awcEventDisposition 4 } 5443 5444awcEventDispSeverityPortFatal OBJECT-TYPE 5445 SYNTAX AwcEventDisposition 5446 MAX-ACCESS read-write 5447 STATUS current 5448 DESCRIPTION 5449 "Fatal Port message disposition." 5450 ::= { awcEventDisposition 5 } 5451 5452awcEventDispSeveritySystemAlert OBJECT-TYPE 5453 SYNTAX AwcEventDisposition 5454 MAX-ACCESS read-write 5455 STATUS current 5456 DESCRIPTION 5457 "System Alert message disposition." 5458 ::= { awcEventDisposition 6 } 5459 5460awcEventDispSeverityProtocolAlert OBJECT-TYPE 5461 SYNTAX AwcEventDisposition 5462 MAX-ACCESS read-write 5463 STATUS current 5464 DESCRIPTION 5465 "Protocol Alert message disposition." 5466 ::= { awcEventDisposition 7 } 5467 5468awcEventDispSeverityPortAlert OBJECT-TYPE 5469 SYNTAX AwcEventDisposition 5470 MAX-ACCESS read-write 5471 STATUS current 5472 DESCRIPTION 5473 "Port Alert message disposition." 5474 ::= { awcEventDisposition 8 } 5475 5476awcEventDispSeverityExternalAlert OBJECT-TYPE 5477 SYNTAX AwcEventDisposition 5478 MAX-ACCESS read-write 5479 STATUS current 5480 DESCRIPTION 5481 "External Alert message disposition." 5482 ::= { awcEventDisposition 9 } 5483 5484awcEventDispSeveritySystemWarning OBJECT-TYPE 5485 SYNTAX AwcEventDisposition 5486 MAX-ACCESS read-write 5487 STATUS current 5488 DESCRIPTION 5489 "System Warning message disposition." 5490 ::= { awcEventDisposition 10 } 5491 5492awcEventDispSeverityProtocolWarning OBJECT-TYPE 5493 SYNTAX AwcEventDisposition 5494 MAX-ACCESS read-write 5495 STATUS current 5496 DESCRIPTION 5497 "Protocol Warning message disposition." 5498 ::= { awcEventDisposition 11 } 5499 5500awcEventDispSeverityPortWarning OBJECT-TYPE 5501 SYNTAX AwcEventDisposition 5502 MAX-ACCESS read-write 5503 STATUS current 5504 DESCRIPTION 5505 "Port Warning message disposition." 5506 ::= { awcEventDisposition 12 } 5507 5508awcEventDispSeverityExternalWarning OBJECT-TYPE 5509 SYNTAX AwcEventDisposition 5510 MAX-ACCESS read-write 5511 STATUS current 5512 DESCRIPTION 5513 "External Warning message disposition." 5514 ::= { awcEventDisposition 13 } 5515 5516awcEventDispSeveritySystemInfo OBJECT-TYPE 5517 SYNTAX AwcEventDisposition 5518 MAX-ACCESS read-write 5519 STATUS current 5520 DESCRIPTION 5521 "System Info message disposition." 5522 ::= { awcEventDisposition 14 } 5523 5524awcEventDispSeverityProtocolInfo OBJECT-TYPE 5525 SYNTAX AwcEventDisposition 5526 MAX-ACCESS read-write 5527 STATUS current 5528 DESCRIPTION 5529 "Protocol Info message disposition." 5530 ::= { awcEventDisposition 15 } 5531 5532awcEventDispSeverityPortInfo OBJECT-TYPE 5533 SYNTAX AwcEventDisposition 5534 MAX-ACCESS read-write 5535 STATUS current 5536 DESCRIPTION 5537 "Port Info message disposition." 5538 ::= { awcEventDisposition 16 } 5539 5540awcEventDispSeverityExternalInfo OBJECT-TYPE 5541 SYNTAX AwcEventDisposition 5542 MAX-ACCESS read-write 5543 STATUS current 5544 DESCRIPTION 5545 "External Info message disposition." 5546 ::= { awcEventDisposition 17 } 5547 5548awcEventSyslogAddr OBJECT-TYPE 5549 SYNTAX DisplayString (SIZE(0..128)) 5550 MAX-ACCESS read-write 5551 STATUS current 5552 DESCRIPTION 5553 "The destination of a sysLog message. 5554 This address must be numeric or DNS 5555 resolvable. Max. string length is 5556 128 octets." 5557 DEFVAL { "" } 5558 ::= { awcEventLog 16 } 5559 5560awcEventSyslogFacility OBJECT-TYPE 5561 SYNTAX INTEGER (0..8191) 5562 MAX-ACCESS read-write 5563 STATUS current 5564 DESCRIPTION 5565 "The facility number encoded within a sysLog 5566 message." 5567 DEFVAL { 16 } 5568 ::= { awcEventLog 17 } 5569 5570awcEventTraceStationSeverity OBJECT-TYPE 5571 SYNTAX AwcEventSeverity 5572 MAX-ACCESS read-write 5573 STATUS current 5574 DESCRIPTION 5575 "Severity at which all Detailed Packet Trace events 5576 shall be handled." 5577 DEFVAL { externalInfo } 5578 ::= { awcEventLog 20 } 5579 5580awcEventTraceLogSize OBJECT-TYPE 5581 SYNTAX Unsigned32 (0..8388608) 5582 MAX-ACCESS read-write 5583 STATUS current 5584 DESCRIPTION 5585 "Size in octets of the system Detailed Event Trace 5586 Buffer. Note that this buffer is statically 5587 allocated at system initialization time. Changing 5588 the size of the buffer requires a system reboot." 5589 DEFVAL { 0 } 5590 ::= { awcEventLog 21 } 5591 5592awcEventTracePacketLen OBJECT-TYPE 5593 SYNTAX Unsigned32 (0..2312) 5594 MAX-ACCESS read-write 5595 STATUS current 5596 DESCRIPTION 5597 "Maximum size in octets of each Packet Trace Event 5598 recorded in the Detailed Event Trace Buffer." 5599 DEFVAL { 0 } 5600 ::= { awcEventLog 22 } 5601 5602awcEventTable OBJECT-TYPE 5603 SYNTAX SEQUENCE OF AwcEventEntry 5604 MAX-ACCESS not-accessible 5605 STATUS current 5606 DESCRIPTION 5607 "SNMP access to Event Log table." 5608 ::= { awcEventLog 23 } 5609 5610awcEventEntry OBJECT-TYPE 5611 SYNTAX AwcEventEntry 5612 MAX-ACCESS not-accessible 5613 STATUS current 5614 DESCRIPTION 5615 "An entry in awcEventTable." 5616 INDEX { awcEventID } 5617 ::= { awcEventTable 1 } 5618 5619AwcEventEntry ::= 5620 SEQUENCE { 5621 awcEventID Unsigned32, 5622 awcEventTime DisplayString, 5623 awcEventSeverity AwcEventSeverity, 5624 awcEventDescription DisplayString, 5625 awcEventType DisplayString } 5626 5627awcEventID OBJECT-TYPE 5628 SYNTAX Unsigned32 5629 MAX-ACCESS read-only 5630 STATUS current 5631 DESCRIPTION 5632 "System-unique identifier of the event." 5633 ::= { awcEventEntry 1 } 5634 5635awcEventTime OBJECT-TYPE 5636 SYNTAX DisplayString 5637 MAX-ACCESS read-only 5638 STATUS current 5639 DESCRIPTION 5640 "System time at which the event occurred." 5641 ::= { awcEventEntry 2 } 5642 5643awcEventSeverity OBJECT-TYPE 5644 SYNTAX AwcEventSeverity 5645 MAX-ACCESS read-only 5646 STATUS current 5647 DESCRIPTION 5648 "Severity of the event." 5649 ::= { awcEventEntry 3 } 5650 5651awcEventDescription OBJECT-TYPE 5652 SYNTAX DisplayString 5653 MAX-ACCESS read-only 5654 STATUS current 5655 DESCRIPTION 5656 "Detailed description of the event." 5657 ::= { awcEventEntry 4 } 5658 5659awcEventType OBJECT-TYPE 5660 SYNTAX DisplayString 5661 MAX-ACCESS read-only 5662 STATUS current 5663 DESCRIPTION 5664 "Specific type of the event. The type is unique for 5665 each test condition which can result in event 5666 generation." 5667 ::= { awcEventEntry 5 } 5668 5669 5670awcEventUseCiscoFormat OBJECT-TYPE 5671 SYNTAX TruthValue 5672 MAX-ACCESS read-write 5673 STATUS current 5674 DESCRIPTION 5675 "If true, the system will generate 5676 syslog messages using Cisco standard EMBLEM- 5677 compliant format. If false, syslog will use 5678 legacy Aironet format." 5679 DEFVAL { false } 5680 ::= { awcEventLog 25 } 5681 5682 5683awcDot11AuthenticateFailDisposition OBJECT-TYPE 5684 SYNTAX AwcDot11EventDisposition 5685 MAX-ACCESS read-write 5686 STATUS current 5687 DESCRIPTION 5688 "Specifies how standard IEEE trap dot11AuthenticateFail 5689 is handled on the system." 5690 DEFVAL { eventLogAndIeeeTrap} 5691 ::= { awcEventLog 26 } 5692 5693 5694awcDot11DeauthenticateDisposition OBJECT-TYPE 5695 SYNTAX AwcDot11EventDisposition 5696 MAX-ACCESS read-write 5697 STATUS current 5698 DESCRIPTION 5699 "Specifies how standard IEEE 802.11 trap dot11Deauthenticate 5700 is handled on the system." 5701 DEFVAL { eventLogAndIeeeTrap} 5702 ::= { awcEventLog 27 } 5703 5704 5705awcDot11DisassociateDisposition OBJECT-TYPE 5706 SYNTAX AwcDot11EventDisposition 5707 MAX-ACCESS read-write 5708 STATUS current 5709 DESCRIPTION 5710 "Specifies how standard IEEE 802.11 trap dot11Disassociate 5711 is handled on the system." 5712 DEFVAL { eventLogAndIeeeTrap} 5713 ::= { awcEventLog 28 } 5714 5715 5716-- ******************************************************************** 5717-- * awcEtherMIB parameters 5718-- ******************************************************************** 5719awcEtherIfSpeedSelect OBJECT-TYPE 5720 SYNTAX INTEGER { tenBaseT(3), 5721 oneHundredBaseT(5), 5722 tenBaseTfull(6), 5723 oneHundredBaseTfull(7), 5724 autoDetect(8) } 5725 MAX-ACCESS read-write 5726 STATUS current 5727 DESCRIPTION 5728 "Requested Ethernet interface speed and 5729 duplex." 5730 DEFVAL { autoDetect } 5731 ::= { awcEtherMIB 1 } 5732 5733awcEtherDuplex OBJECT-TYPE 5734 SYNTAX INTEGER { half(1), full(2) } 5735 MAX-ACCESS read-only 5736 STATUS current 5737 DESCRIPTION 5738 "Actual Ethernet interface duplex, after any 5739 line negotiation has taken place." 5740 ::= { awcEtherMIB 5 } 5741 5742awcEtherCamSize OBJECT-TYPE 5743 SYNTAX Unsigned32 5744 MAX-ACCESS read-only 5745 STATUS current 5746 DESCRIPTION 5747 "Number of entries in the hardware Content Addressible 5748 Memory MAC address filter available to the Ethernet 5749 controller." 5750 ::= { awcEtherMIB 7 } 5751 5752awcEtherEnableSwCam OBJECT-TYPE 5753 SYNTAX TruthValue 5754 MAX-ACCESS read-write 5755 STATUS current 5756 DESCRIPTION 5757 "If true, the Ethernet driver makes use of a Software 5758 Content Addressible Memory when making packet-forwarding 5759 decisions. When true, forwarding decisions are much 5760 faster, but network statistics collection is much 5761 coarser. If false, all packet-forwarding decisions are 5762 made by the higher-level packet-bridging logic." 5763 DEFVAL { false } 5764 ::= { awcEtherMIB 8 } 5765 5766awcEtherForcePortUnblock OBJECT-TYPE 5767 SYNTAX TruthValue 5768 MAX-ACCESS read-write 5769 STATUS current 5770 DESCRIPTION 5771 "If true, the Ethernet port has dot1dStpPortState forced 5772 to forwarding even when the Spanning Tree Protocol is 5773 not enabled. This provides rapid port re-establishment 5774 at the potential cost of not detecting network topology 5775 loops involving the Ethernet and other network interfaces 5776 such as the radio. If false, the Ethernet port is blocked 5777 whenever there exists the potential for a network topology 5778 loop and the Spanning Tree Protocol is not enabled to guard 5779 against such loops." 5780 DEFVAL { false } 5781 ::= { awcEtherMIB 9 } 5782 5783awcEtherLostEthernetSeconds OBJECT-TYPE 5784 SYNTAX INTEGER (1..10000) 5785 MAX-ACCESS read-write 5786 STATUS current 5787 DESCRIPTION 5788 "Number of seconds the system must detect loss of backbone 5789 connectivity (i.e. loss of Ethernet link and no active 5790 trunks available on any of the radios) before taking the 5791 action specified by awcEtherLostEthernetAction." 5792 DEFVAL { 2 } 5793 ::= { awcEtherMIB 10 } 5794 5795awcEtherLostEthernetAction OBJECT-TYPE 5796 SYNTAX INTEGER { noAction(1), switchRepeater(2), radioOff(3), 5797 restrictSSID(4) } 5798 MAX-ACCESS read-write 5799 STATUS current 5800 DESCRIPTION 5801 "Action taken by the system when a loss of backbone 5802 connectivity condition occurs for a period of time 5803 longer than awcEtherLostEthernetSeconds." 5804 DEFVAL { switchRepeater } 5805 ::= { awcEtherMIB 11 } 5806 5807awcEtherLostEthernetSSID OBJECT-TYPE 5808 SYNTAX Unsigned32 5809 MAX-ACCESS read-write 5810 STATUS current 5811 DESCRIPTION 5812 "The single SSID index required by the system if 5813 awcEtherLostEthernetAction is restrictSSID and backbone 5814 connectivity is lost for a period of time longer than 5815 awcEtherLostEthernetSeconds. If 0, only Association to 5816 dot11DesiredSSID is allowed. If non-0, only 5817 Association to the auxiliary SSID with the corresponding 5818 awcDot11AuxSSIDIndex is allowed." 5819 DEFVAL { 0 } 5820 ::= { awcEtherMIB 12 } 5821 5822 5823-- ******************************************************************** 5824-- * awcPolicyGroups parameters 5825-- ******************************************************************** 5826 5827awcPolGrpTable OBJECT-TYPE 5828 SYNTAX SEQUENCE OF AwcPolGrpEntry 5829 MAX-ACCESS not-accessible 5830 STATUS current 5831 DESCRIPTION 5832 "Table of named groups of related protocol filters" 5833 ::= { awcPolicyGroups 1 } 5834 5835awcPolGrpEntry OBJECT-TYPE 5836 SYNTAX AwcPolGrpEntry 5837 MAX-ACCESS not-accessible 5838 STATUS current 5839 DESCRIPTION 5840 "An entry in awcPolGrpTable." 5841 INDEX {awcPolGrpId} 5842 ::= { awcPolGrpTable 1 } 5843 5844AwcPolGrpEntry ::= 5845 SEQUENCE { 5846 awcPolGrpId Unsigned32, 5847 awcPolGrpName DisplayString, 5848 awcPolGrpStatus RowStatus, 5849 awcPolGrpInEthertypeFilterId Unsigned32, 5850 awcPolGrpOutEthertypeFilterId Unsigned32, 5851 awcPolGrpInIpProtoFilterId Unsigned32, 5852 awcPolGrpOutIpProtoFilterId Unsigned32, 5853 awcPolGrpInIpPortFilterId Unsigned32, 5854 awcPolGrpOutIpPortFilterId Unsigned32 5855 } 5856 5857awcPolGrpId OBJECT-TYPE 5858 SYNTAX Unsigned32 (1..1023) 5859 MAX-ACCESS not-accessible 5860 STATUS current 5861 DESCRIPTION 5862 "Numeric identifier of the Policy Group." 5863 ::= { awcPolGrpEntry 1 } 5864 5865awcPolGrpName OBJECT-TYPE 5866 SYNTAX DisplayString (SIZE(0..64)) 5867 MAX-ACCESS read-create 5868 STATUS current 5869 DESCRIPTION 5870 "Descriptive name of the Policy Group. 5871 Max. string length is 64 octets." 5872 ::= { awcPolGrpEntry 2 } 5873 5874awcPolGrpStatus OBJECT-TYPE 5875 SYNTAX RowStatus 5876 MAX-ACCESS read-create 5877 STATUS current 5878 DESCRIPTION 5879 "Row status of the entire Policy Group." 5880 ::= { awcPolGrpEntry 3 } 5881 5882awcPolGrpInEthertypeFilterId OBJECT-TYPE 5883 SYNTAX Unsigned32 5884 MAX-ACCESS read-create 5885 STATUS current 5886 DESCRIPTION 5887 "awcPfEtSetId of the Ethertype Filter Set to 5888 apply to packets received subject to this policy. 5889 If 0, no filters are applied." 5890 DEFVAL { 0 } 5891 ::= { awcPolGrpEntry 4 } 5892 5893awcPolGrpOutEthertypeFilterId OBJECT-TYPE 5894 SYNTAX Unsigned32 5895 MAX-ACCESS read-create 5896 STATUS current 5897 DESCRIPTION 5898 "awcPfEtSetId of the Ethertype Filter Set to 5899 apply to packets transmitted subject to this policy. 5900 If 0, no filters are applied." 5901 DEFVAL { 0 } 5902 ::= { awcPolGrpEntry 5 } 5903 5904awcPolGrpInIpProtoFilterId OBJECT-TYPE 5905 SYNTAX Unsigned32 5906 MAX-ACCESS read-create 5907 STATUS current 5908 DESCRIPTION 5909 "awcPfIppSetId of the IP Protocol Filter Set to 5910 apply to packets received subject to this policy. 5911 If 0, no filters are applied." 5912 DEFVAL { 0 } 5913 ::= { awcPolGrpEntry 6 } 5914 5915awcPolGrpOutIpProtoFilterId OBJECT-TYPE 5916 SYNTAX Unsigned32 5917 MAX-ACCESS read-create 5918 STATUS current 5919 DESCRIPTION 5920 "awcPfIppSetId of the IP Protocol Filter Set to 5921 apply to packets transmitted subject to this policy. 5922 If 0, no filters are applied." 5923 DEFVAL { 0 } 5924 ::= { awcPolGrpEntry 7 } 5925 5926awcPolGrpInIpPortFilterId OBJECT-TYPE 5927 SYNTAX Unsigned32 5928 MAX-ACCESS read-create 5929 STATUS current 5930 DESCRIPTION 5931 "awcPfIptSetId of the IP Port Filter Set to 5932 apply to packets received subject to this policy. 5933 If 0, no filters are applied." 5934 DEFVAL { 0 } 5935 ::= { awcPolGrpEntry 8 } 5936 5937awcPolGrpOutIpPortFilterId OBJECT-TYPE 5938 SYNTAX Unsigned32 5939 MAX-ACCESS read-create 5940 STATUS current 5941 DESCRIPTION 5942 "awcPfIptSetId of the IP Port Filter Set to 5943 apply to packets transmitted subject to this policy. 5944 If 0, no filters are applied." 5945 DEFVAL { 0 } 5946 ::= { awcPolGrpEntry 9 } 5947 5948 5949-- ******************************************************************** 5950-- * awcDscpToCosMap parameters 5951-- ******************************************************************** 5952 5953awcDscpToCosMapEnable OBJECT-TYPE 5954 SYNTAX TruthValue 5955 MAX-ACCESS read-write 5956 STATUS current 5957 DESCRIPTION 5958 "If true, IP packets which are not already 5959 classified with a non-default Class of Service 5960 (CoS) can be classified by reference to their 5961 Differentiated Services Code-Point (DSCP) value. 5962 If false, unclassified IP packets are not subject 5963 to DSCP classification." 5964 DEFVAL { false } 5965 ::= { awcPolicyGroups 2 } 5966 5967awcDscpToCosMapTable OBJECT-TYPE 5968 SYNTAX SEQUENCE OF AwcDscpToCosMapEntry 5969 MAX-ACCESS not-accessible 5970 STATUS current 5971 DESCRIPTION 5972 "This (conceptual) table to statically map 5973 Differentiated Services Code-Point (DSCP) 5974 values to corresponding Class of Service (CoS) 5975 values." 5976 ::= { awcPolicyGroups 3 } 5977 5978awcDscpToCosMapEntry OBJECT-TYPE 5979 SYNTAX AwcDscpToCosMapEntry 5980 MAX-ACCESS not-accessible 5981 STATUS current 5982 DESCRIPTION 5983 "An Entry (conceptual row) in the Aironet DSCP To CoS 5984 mapping table to statically map a Differentiated 5985 Services Code-Point (DSCP) value to corresponding 5986 Class of Service (CoS) value." 5987 5988 INDEX { awcDscpToCosMapDscp } 5989 5990 ::= { awcDscpToCosMapTable 1 } 5991 5992 5993AwcDscpToCosMapEntry ::= SEQUENCE { 5994 awcDscpToCosMapDscp INTEGER, 5995 awcDscpToCosMapCos INTEGER 5996 } 5997 5998awcDscpToCosMapDscp OBJECT-TYPE 5999 SYNTAX INTEGER (1..64) 6000 MAX-ACCESS not-accessible 6001 STATUS current 6002 DESCRIPTION 6003 "The auxiliary variable used to identify instances 6004 of the columnar objects in the Aironet Differentiated 6005 Services Code-Point (DSCP) to Class of Service (CoS) 6006 Mapping Table. This variable directly corresponds to 6007 a Differentiated Services Code-Point, plus 1. The 6008 value may be used for marking a traffic stream." 6009 ::= { awcDscpToCosMapEntry 1 } 6010 6011awcDscpToCosMapCos OBJECT-TYPE 6012 SYNTAX INTEGER (0..8) 6013 MAX-ACCESS read-write 6014 STATUS current 6015 DESCRIPTION 6016 "A value of Class of Service (CoS) mapped to 6017 the DSCP value awcDscpToCosMapDscp. This object 6018 corresponds directly to the 802.1D traffic category 6019 ID, plus 1. The matching values are therefore in the 6020 range 1 through 8. The value 0 indicates that no 6021 matching CoS is configured for the corresponding 6022 awcDscpToCosMapDscp." 6023 ::= { awcDscpToCosMapEntry 2 } 6024 6025 6026-- ******************************************************************** 6027-- * awcDdpIAPP parameters 6028-- ******************************************************************** 6029awcIappMcastIpAddr OBJECT-TYPE 6030 SYNTAX IpAddress 6031 MAX-ACCESS read-write 6032 STATUS current 6033 DESCRIPTION 6034 "Multicast IP network address over which 6035 applicable packets of the DDP and IAPP 6036 protocols are exchanged between stations. 6037 Default 224.0.1.40." 6038 DEFVAL { 'E0000128'H } 6039 ::= { awcDdpIAPP 1 } 6040 6041awcIappPort OBJECT-TYPE 6042 SYNTAX INTEGER (1..65535) 6043 MAX-ACCESS read-write 6044 STATUS current 6045 DESCRIPTION 6046 "IP port identifier through which applicable 6047 packets of the DDP and IAPP protocols are 6048 exchanged between stations. 6049 Default 2887." 6050 DEFVAL { 2887 } 6051 ::= { awcDdpIAPP 2 } 6052 6053awcP802dot1XVersion OBJECT-TYPE 6054 SYNTAX INTEGER { d7(7), d8(8), d10(10) } 6055 MAX-ACCESS read-write 6056 STATUS current 6057 DESCRIPTION 6058 "Version of the 802.1X Protocol specification which 6059 the AP will apply for incoming and outgoing EAPOL 6060 traffic. Versions with 'd' designators are draft 6061 specifications. The 802.1x-2001 standard is the 6062 same as draft 10." 6063 DEFVAL { d10 } 6064 ::= { awcDdpIAPP 100 } 6065 6066 6067-- ******************************************************************** 6068-- * awcHotStandby parameters 6069-- ******************************************************************** 6070 6071awcHotStandbyMACAddr OBJECT-TYPE 6072 SYNTAX MacAddress 6073 MAX-ACCESS read-write 6074 STATUS current 6075 DESCRIPTION 6076 "The MAC address of the target unit which is 6077 being monitored." 6078 DEFVAL { '000000000000'H } 6079 ::= { awcHotStandby 1 } 6080 6081awcHotStandbyPollingFrequency OBJECT-TYPE 6082 SYNTAX INTEGER (1..30) 6083 UNITS "seconds" 6084 MAX-ACCESS read-write 6085 STATUS current 6086 DESCRIPTION 6087 "The frequency (in seconds) that the monitored 6088 target unit is being polled for testing its 6089 health." 6090 DEFVAL { 1 } 6091 ::= { awcHotStandby 2 } 6092 6093awcHotStandbyPollingTimeOut OBJECT-TYPE 6094 SYNTAX INTEGER (1..600) 6095 UNITS "seconds" 6096 MAX-ACCESS read-write 6097 STATUS current 6098 DESCRIPTION 6099 "The total time (in seconds) that the monitoring 6100 unit can tolerate the failure at polling the 6101 monitored target unit. After this duration, one 6102 more failure of the polling will trigger the 6103 standby unit to take the role of monitored unit." 6104 DEFVAL { 5 } 6105 ::= { awcHotStandby 3 } 6106 6107awcHotStandbyInHotStandby OBJECT-TYPE 6108 SYNTAX TruthValue 6109 MAX-ACCESS read-write 6110 STATUS current 6111 DESCRIPTION 6112 "If true, the current unit is in its monitoring 6113 mode, i.e., if the unit is or will be a hot 6114 standby device." 6115 DEFVAL { false } 6116 ::= { awcHotStandby 4 } 6117 6118AwcHotStandbyState ::= TEXTUAL-CONVENTION 6119 STATUS current 6120 DESCRIPTION 6121 "Hot standby state." 6122 SYNTAX INTEGER { 6123 running(0), 6124 initializing(1), 6125 stopped(2), 6126 notRunning(3) 6127 } 6128 6129awcHotStandbyState OBJECT-TYPE 6130 SYNTAX AwcHotStandbyState 6131 MAX-ACCESS read-only 6132 STATUS current 6133 DESCRIPTION 6134 "The current state, e.g., running, stopped, ... of the hotstandby." 6135 ::= { awcHotStandby 5 } 6136 6137awcHotStandbyStatus OBJECT-TYPE 6138 SYNTAX AwcHotStandbyStatus 6139 MAX-ACCESS read-only 6140 STATUS current 6141 DESCRIPTION 6142 "The current stateus, e.g., error, OK, ... of the hotstandby." 6143 ::= { awcHotStandby 6 } 6144 6145 6146-- ********************************************************************** 6147-- * awcAaa parameters 6148-- ********************************************************************** 6149 6150awcAaaServerTable OBJECT-TYPE 6151 SYNTAX SEQUENCE OF AwcAaaServerEntry 6152 MAX-ACCESS not-accessible 6153 STATUS current 6154 DESCRIPTION 6155 "This table provides information of AAA servers 6156 currently available to this access point and 6157 the parameters used to connect to the servers. 6158 Each entry corresponds to an AAA server and is 6159 indexed by the priority in which the server 6160 should be used. AAA server of lowest priority 6161 value should be used first. Entries in this 6162 table cannot be created or deleted by the 6163 network management system. All entries are 6164 created or deleted by the agent." 6165 ::= { awcAaa 1 } 6166 6167awcAaaServerEntry OBJECT-TYPE 6168 SYNTAX AwcAaaServerEntry 6169 MAX-ACCESS not-accessible 6170 STATUS current 6171 DESCRIPTION 6172 "An entry provide the AAA server usage priority, 6173 protocol, name, IP port, request timeout, and 6174 authentication mechanisms supported." 6175 INDEX {awcAaaServerPriority} 6176 ::= { awcAaaServerTable 1 } 6177 6178AwcAaaServerEntry ::= 6179 SEQUENCE { 6180 awcAaaServerPriority INTEGER, 6181 awcAaaServerProtocol INTEGER, 6182 awcAaaServerName DisplayString, 6183 awcAaaServerPort Unsigned32, 6184 awcAaaServerTimeout Unsigned32, 6185 awcAaaClientName DisplayString, 6186 awcAaaServerSharedSecret DisplayString, 6187 awcAaaServer8021xCapabilityEnabled TruthValue, 6188 awcAaaServerMacAddrAuthEnabled TruthValue, 6189 awcAaaServerAdminAuthEnabled TruthValue, 6190 awcAaaServerMipAuthEnabled TruthValue, 6191 awcAaaServerMaxRetransmission Unsigned32 } 6192 6193awcAaaServerPriority OBJECT-TYPE 6194 SYNTAX INTEGER (1..4) 6195 MAX-ACCESS read-only 6196 STATUS current 6197 DESCRIPTION 6198 "The priority of the server for when multiple servers 6199 are configured for the same service. Lower priority 6200 servers are used, in sequence, as backups." 6201 ::= { awcAaaServerEntry 1 } 6202 6203awcAaaServerProtocol OBJECT-TYPE 6204 SYNTAX INTEGER {radius(1), tacacsPlus(2)} 6205 MAX-ACCESS read-write 6206 STATUS current 6207 DESCRIPTION 6208 "The protocol used to communicate with the AAA server." 6209 ::= { awcAaaServerEntry 2 } 6210 6211awcAaaServerName OBJECT-TYPE 6212 SYNTAX DisplayString 6213 MAX-ACCESS read-write 6214 STATUS current 6215 DESCRIPTION 6216 "The DNS-resolvable name or numeric IP address of the 6217 AAA server." 6218 ::= { awcAaaServerEntry 3 } 6219 6220awcAaaServerPort OBJECT-TYPE 6221 SYNTAX Unsigned32 6222 MAX-ACCESS read-write 6223 STATUS current 6224 DESCRIPTION 6225 "The IP port number of the AAA server." 6226 ::= { awcAaaServerEntry 4 } 6227 6228awcAaaServerTimeout OBJECT-TYPE 6229 SYNTAX Unsigned32 6230 MAX-ACCESS read-write 6231 STATUS current 6232 DESCRIPTION 6233 "The amount of time (in seconds) that an Access Point 6234 should wait for a response from the AAA server 6235 before retransmitting the request. If the Access Point 6236 does not receive a response within the timeout 6237 period, it retransmits the request. If no response is 6238 received for a maximum of awcAaaServerMaxRetransmission 6239 retransmissions, the server is considered not reachable 6240 and a secondary server (if any) will be chosen. 6241 If the AP and the AAA server are connected through a 6242 low-speed network and the awcAaaServerTimeout value is set 6243 to too low, the network may become congested, as the AP 6244 retransmits unacknowledged requests that have not yet 6245 reached the server" 6246 ::= { awcAaaServerEntry 5 } 6247 6248awcAaaClientName OBJECT-TYPE 6249 SYNTAX DisplayString 6250 MAX-ACCESS read-write 6251 STATUS current 6252 DESCRIPTION 6253 "The name the Access Point uses to identify itself when 6254 acting as the supplicant." 6255 ::= { awcAaaServerEntry 6 } 6256 6257awcAaaServerSharedSecret OBJECT-TYPE 6258 SYNTAX DisplayString 6259 MAX-ACCESS read-write 6260 STATUS current 6261 DESCRIPTION 6262 "The textual string shared between the AAA server and 6263 the access point, used to authenticate the messages 6264 delivered between them." 6265 ::= { awcAaaServerEntry 7 } 6266 6267awcAaaServer8021xCapabilityEnabled OBJECT-TYPE 6268 SYNTAX TruthValue 6269 MAX-ACCESS read-write 6270 STATUS current 6271 DESCRIPTION 6272 "Is this server to be used for 802.1X authentication?" 6273 ::= { awcAaaServerEntry 8 } 6274 6275awcAaaServerMacAddrAuthEnabled OBJECT-TYPE 6276 SYNTAX TruthValue 6277 MAX-ACCESS read-write 6278 STATUS current 6279 DESCRIPTION 6280 "Is this server to be used for MAC-address 6281 authentication?" 6282 ::= { awcAaaServerEntry 9 } 6283 6284awcAaaServerAdminAuthEnabled OBJECT-TYPE 6285 SYNTAX TruthValue 6286 MAX-ACCESS read-write 6287 STATUS current 6288 DESCRIPTION 6289 "Is this server to be used for AP Admin 6290 authentication?" 6291 ::= { awcAaaServerEntry 10 } 6292 6293awcAaaServerMipAuthEnabled OBJECT-TYPE 6294 SYNTAX TruthValue 6295 MAX-ACCESS read-write 6296 STATUS current 6297 DESCRIPTION 6298 "Is this server to be used for Proxy Mobile IP 6299 authentication?" 6300 ::= { awcAaaServerEntry 11 } 6301 6302awcAaaServerMaxRetransmission OBJECT-TYPE 6303 SYNTAX Unsigned32 6304 MAX-ACCESS read-write 6305 STATUS current 6306 DESCRIPTION 6307 "The maximum number of retransmission of a request. 6308 If an Access Point does not receive a response within 6309 awcAaaServerTimeout, it retransmits the request. If no 6310 response is received for a maximum number of 6311 retransmissions, the server is considered not reachable 6312 and a secondary server (if any) will be chosen 6313 temporarily." 6314 ::= { awcAaaServerEntry 12 } 6315 6316 6317awcAcctServerTable OBJECT-TYPE 6318 SYNTAX SEQUENCE OF AwcAcctServerEntry 6319 MAX-ACCESS not-accessible 6320 STATUS current 6321 DESCRIPTION 6322 "This table provides information of AAA 6323 accounting servers currently available to 6324 this access point and the parameters used to 6325 connect to the servers. 6326 Each entry corresponds to an AAA server and is 6327 indexed by the priority in which the server 6328 should be used. AAA server of lowest priority 6329 value should be used first. Entries in this 6330 table cannot be created or deleted by the 6331 network management system. All entries are 6332 created or deleted by the agent." 6333 ::= { awcAaa 2 } 6334 6335awcAcctServerEntry OBJECT-TYPE 6336 SYNTAX AwcAcctServerEntry 6337 MAX-ACCESS not-accessible 6338 STATUS current 6339 DESCRIPTION 6340 "An entry provide the AAA server usage priority, 6341 protocol, name, IP port, request timeout, and 6342 security mechanisms supported." 6343 INDEX {awcAcctServerPriority} 6344 ::= { awcAcctServerTable 1 } 6345 6346AwcAcctServerEntry ::= 6347 SEQUENCE { 6348 awcAcctServerPriority INTEGER, 6349 awcAcctServerProtocol INTEGER, 6350 awcAcctServerName DisplayString, 6351 awcAcctServerPort Unsigned32, 6352 awcAcctServerTimeout Unsigned32, 6353 awcAcctServerUpdateEnable TruthValue, 6354 awcAcctServerUpdateDelay Unsigned32, 6355 awcAcctClientName DisplayString, 6356 awcAcctSecureEnabled TruthValue, 6357 awcAcctGeneralEnabled TruthValue, 6358 awcAcctServerSharedSecret DisplayString, 6359 awcAcctServerMaxRetransmission Unsigned32 } 6360 6361awcAcctServerPriority OBJECT-TYPE 6362 SYNTAX INTEGER (1..4) 6363 MAX-ACCESS read-only 6364 STATUS current 6365 DESCRIPTION 6366 "The priority of the server for when multiple servers 6367 are configured for the same service. Lower priority 6368 servers are used, in sequence, as backups." 6369 ::= { awcAcctServerEntry 1 } 6370 6371awcAcctServerProtocol OBJECT-TYPE 6372 SYNTAX INTEGER {radius(1), tacacsPlus(2)} 6373 MAX-ACCESS read-write 6374 STATUS current 6375 DESCRIPTION 6376 "The protocol used to communicate with the AAA server." 6377 ::= { awcAcctServerEntry 2 } 6378 6379awcAcctServerName OBJECT-TYPE 6380 SYNTAX DisplayString 6381 MAX-ACCESS read-write 6382 STATUS current 6383 DESCRIPTION 6384 "The DNS-resolvable name or numeric IP address of the 6385 AAA server." 6386 ::= { awcAcctServerEntry 3 } 6387 6388awcAcctServerPort OBJECT-TYPE 6389 SYNTAX Unsigned32 6390 MAX-ACCESS read-write 6391 STATUS current 6392 DESCRIPTION 6393 "The IP port number of the AAA server." 6394 ::= { awcAcctServerEntry 4 } 6395 6396awcAcctServerTimeout OBJECT-TYPE 6397 SYNTAX Unsigned32 6398 MAX-ACCESS read-write 6399 STATUS current 6400 DESCRIPTION 6401 "The amount of time (in seconds) that an Access Point 6402 should wait for a response from the Accounting server 6403 before retransmitting the request. If the Access Point 6404 does not receive a response within the timeout 6405 period, it retransmits the request. If no response is 6406 received for a maximum of awcAcctServerMaxRetransmission 6407 retransmissions, the server is considered not reachable 6408 and a secondary server (if any) will be chosen. 6409 If the AP and the Accounting server are connected through a 6410 low-speed network and the awcAcctServerTimeout value is set 6411 to too low, the network may become congested, as the AP 6412 retransmits unacknowledged accounting requests that have 6413 not yet reached the server" 6414 ::= { awcAcctServerEntry 5 } 6415 6416awcAcctServerUpdateEnable OBJECT-TYPE 6417 SYNTAX TruthValue 6418 MAX-ACCESS read-write 6419 STATUS current 6420 DESCRIPTION 6421 "Is the Acct update to this server enabled?." 6422 ::= { awcAcctServerEntry 6 } 6423 6424awcAcctServerUpdateDelay OBJECT-TYPE 6425 SYNTAX Unsigned32 (60..2592000) 6426 MAX-ACCESS read-write 6427 STATUS current 6428 DESCRIPTION 6429 "The amount of time (in seconds) that the Access Point 6430 should send to the AAA server an update of accounting information." 6431 ::= { awcAcctServerEntry 7 } 6432 6433awcAcctClientName OBJECT-TYPE 6434 SYNTAX DisplayString 6435 MAX-ACCESS read-write 6436 STATUS current 6437 DESCRIPTION 6438 "The name the Access Point uses to identify itself when 6439 acting as the supplicant." 6440 ::= { awcAcctServerEntry 8 } 6441 6442awcAcctSecureEnabled OBJECT-TYPE 6443 SYNTAX TruthValue 6444 MAX-ACCESS read-write 6445 STATUS current 6446 DESCRIPTION 6447 "Is this server to be used for accounting with security AUTH?" 6448 ::= { awcAcctServerEntry 9 } 6449 6450awcAcctGeneralEnabled OBJECT-TYPE 6451 SYNTAX TruthValue 6452 MAX-ACCESS read-write 6453 STATUS current 6454 DESCRIPTION 6455 "Is this server to be used for accounting without security AUTH?" 6456 ::= { awcAcctServerEntry 10 } 6457 6458awcAcctServerSharedSecret OBJECT-TYPE 6459 SYNTAX DisplayString 6460 MAX-ACCESS read-write 6461 STATUS current 6462 DESCRIPTION 6463 "The textual string shared between the ACCT server and 6464 the access point, used to authenticate the messages 6465 delivered between them." 6466 ::= { awcAcctServerEntry 11 } 6467 6468awcAcctServerMaxRetransmission OBJECT-TYPE 6469 SYNTAX Unsigned32 6470 MAX-ACCESS read-write 6471 STATUS current 6472 DESCRIPTION 6473 "The maximum number of retransmissions of an accounting 6474 request. If an Access Point does not receive a response 6475 within awcAcctServerTimeout, it retransmits the request. 6476 If no response is received for a maximum number of 6477 retransmissions, the server is considered not reachable 6478 and a secondary server (if any) will be chosen." 6479 ::= { awcAcctServerEntry 12 } 6480 6481 6482awcAcctEnable OBJECT-TYPE 6483 SYNTAX TruthValue 6484 MAX-ACCESS read-write 6485 STATUS current 6486 DESCRIPTION 6487 "The boolean indicating if the accounting is enabled." 6488 DEFVAL { false } 6489 ::= { awcAcctConfig 1 } 6490 6491awcAcctStopDelayEnable OBJECT-TYPE 6492 SYNTAX TruthValue 6493 MAX-ACCESS read-write 6494 STATUS current 6495 DESCRIPTION 6496 "The boolean indicating if the accounting stop request 6497 should be delayed before sent." 6498 DEFVAL { true } 6499 ::= { awcAcctConfig 2 } 6500 6501awcAcctStopDelayTime OBJECT-TYPE 6502 SYNTAX Unsigned32 6503 MAX-ACCESS read-write 6504 STATUS current 6505 DESCRIPTION 6506 "The duration for the AP to delay sending the STOP message if any." 6507 DEFVAL { 2 } 6508 ::= { awcAcctConfig 3 } 6509 6510 6511-- ********************************************************************** 6512-- * awcAaaAuthConfig parameters - Common to all Authentication servers 6513-- ********************************************************************** 6514 6515awcAaaAuthConfig OBJECT IDENTIFIER ::= { awcAaa 4 } 6516 6517awcAaaServerPrimaryReattemptPeriod OBJECT-TYPE 6518 SYNTAX Unsigned32 6519 MAX-ACCESS read-write 6520 STATUS current 6521 DESCRIPTION 6522 "While the primary authentication server serving a given 6523 authentication function is not reachable, the duration, 6524 in minutes, at which the AP should reattempt to return 6525 to its primary server serving that authentication function. 6526 A value of zero indicates that primary authentication server 6527 reattempt is disabled." 6528 ::= { awcAaaAuthConfig 1 } 6529 6530awcAaaServerDot1xAuthCurrent OBJECT-TYPE 6531 SYNTAX INTEGER (0..4) 6532 MAX-ACCESS read-only 6533 STATUS current 6534 DESCRIPTION 6535 "The index of the currently selected AAA server for 802.1X user 6536 authentication. A value of zero indicates that no authentication 6537 server is available to service 802.1X authentication function to 6538 this AP. The value of 1 to 4 indicates the corresponding server 6539 for 802.1X authentication." 6540 ::= { awcAaaAuthConfig 2 } 6541 6542 6543awcAaaServerMacAddrAuthCurrent OBJECT-TYPE 6544 SYNTAX INTEGER (0..4) 6545 MAX-ACCESS read-only 6546 STATUS current 6547 DESCRIPTION 6548 "The index of the currently selected AAA server for MAC address 6549 authentication. A value of zero indicates that no authentication 6550 server is available to service MAC address authentication 6551 function to this AP. The value of 1 to 4 indicates the 6552 corresponding server in use for MAC address authentication 6553 function." 6554 ::= { awcAaaAuthConfig 3 } 6555 6556awcAaaServerAdminAuthCurrent OBJECT-TYPE 6557 SYNTAX INTEGER (0..4) 6558 MAX-ACCESS read-only 6559 STATUS current 6560 DESCRIPTION 6561 "The index of the currently selected AAA server for the Access 6562 Point administrator authentication function. A value of zero 6563 indicates that no authentication server is available to service 6564 admin login authentication function to this AP. The value of 1 6565 to 4 indicates the corresponding server in use for the AP admin 6566 authentication function." 6567 6568 ::= { awcAaaAuthConfig 4 } 6569 6570awcAaaServerMipAuthCurrent OBJECT-TYPE 6571 SYNTAX INTEGER (0..4) 6572 MAX-ACCESS read-only 6573 STATUS current 6574 DESCRIPTION 6575 "The index of the currently selected AAA server used to retrieve 6576 authentication data requied for Proxy Mobile registration and 6577 authentication function. A value of zero indicates that no 6578 authentication server is available for this function. The value of 1 6579 to 4 indicates the corresponding server in use for proxy mobile IP 6580 related authentication function." 6581 6582 ::= { awcAaaAuthConfig 5 } 6583 6584 6585-- ******************************************************************** 6586-- * awcProtocolFilters parameters 6587-- ******************************************************************** 6588 6589AwcPfDisposition ::= TEXTUAL-CONVENTION 6590 STATUS current 6591 DESCRIPTION 6592 "Designate whether a protocol should be forwarded or blocked, 6593 or should behave in the default manner of the associated 6594 network interface." 6595 SYNTAX INTEGER { forward(1), block(2), default(3) } 6596 6597AwcPfPriority ::= TEXTUAL-CONVENTION 6598 STATUS current 6599 DESCRIPTION 6600 "Designate the 802.1P priority with which a protocol should 6601 be queued." 6602 SYNTAX INTEGER { default(1), background(2), spare(3), 6603 excellentEffort(4), controlledLoad(5), 6604 interactiveVideo(6), interactiveVoice(7), 6605 networkControl(8) } 6606 6607awcPrFltEthertypeSetTable OBJECT-TYPE 6608 SYNTAX SEQUENCE OF AwcPrFltEthertypeSetEntry 6609 MAX-ACCESS not-accessible 6610 STATUS current 6611 DESCRIPTION 6612 "Table of static Ethertype Filters" 6613 ::= { awcProtocolFilters 1 } 6614 6615awcPrFltEthertypeSetEntry OBJECT-TYPE 6616 SYNTAX AwcPrFltEthertypeSetEntry 6617 MAX-ACCESS not-accessible 6618 STATUS current 6619 DESCRIPTION 6620 "An entry in awcPrFltEthertypeTable." 6621 INDEX {awcPfEtSetId} 6622 ::= { awcPrFltEthertypeSetTable 1 } 6623 6624AwcPrFltEthertypeSetEntry ::= 6625 SEQUENCE { 6626 awcPfEtSetId Unsigned32, 6627 awcPfEtSetName DisplayString, 6628 awcPfEtDefaultDisposition AwcPfDisposition, 6629 awcPfEtDefaultUcastTimeToLive Unsigned32, 6630 awcPfEtDefaultNUcastTimeToLive Unsigned32, 6631 awcPfEtSetStatus RowStatus } 6632 6633awcPfEtSetId OBJECT-TYPE 6634 SYNTAX Unsigned32 6635 MAX-ACCESS read-only 6636 STATUS current 6637 DESCRIPTION 6638 "Numeric identifier of the static Ethertype 6639 filters set." 6640 ::= { awcPrFltEthertypeSetEntry 1 } 6641 6642awcPfEtSetName OBJECT-TYPE 6643 SYNTAX DisplayString (SIZE(0..64)) 6644 MAX-ACCESS read-create 6645 STATUS current 6646 DESCRIPTION 6647 "Descriptive name of the static Ethertype 6648 filters set. Max. string length is 64 octets." 6649 ::= { awcPrFltEthertypeSetEntry 2 } 6650 6651awcPfEtDefaultDisposition OBJECT-TYPE 6652 SYNTAX AwcPfDisposition 6653 MAX-ACCESS read-create 6654 STATUS current 6655 DESCRIPTION 6656 "Default packet disposition of the static Ethertype 6657 filters set." 6658 DEFVAL { forward } 6659 ::= { awcPrFltEthertypeSetEntry 3 } 6660 6661awcPfEtDefaultUcastTimeToLive OBJECT-TYPE 6662 SYNTAX Unsigned32 6663 MAX-ACCESS read-create 6664 STATUS current 6665 DESCRIPTION 6666 "Default time-to-live for unicast (directed) packets. 6667 A value of 0 means to use the system defaults." 6668 DEFVAL { 0 } 6669 ::= { awcPrFltEthertypeSetEntry 4 } 6670 6671awcPfEtDefaultNUcastTimeToLive OBJECT-TYPE 6672 SYNTAX Unsigned32 6673 MAX-ACCESS read-create 6674 STATUS current 6675 DESCRIPTION 6676 "Default time-to-live for non-unicast (multicast) 6677 packets. A value of 0 means to use the system 6678 defaults." 6679 DEFVAL { 0 } 6680 ::= { awcPrFltEthertypeSetEntry 5 } 6681 6682awcPfEtSetStatus OBJECT-TYPE 6683 SYNTAX RowStatus 6684 MAX-ACCESS read-create 6685 STATUS current 6686 DESCRIPTION 6687 "Row status of the entire static Ethertype filters 6688 set." 6689 ::= { awcPrFltEthertypeSetEntry 6 } 6690 6691awcPrFltEthertypeTable OBJECT-TYPE 6692 SYNTAX SEQUENCE OF AwcPrFltEthertypeEntry 6693 MAX-ACCESS not-accessible 6694 STATUS current 6695 DESCRIPTION 6696 "Table of individual static Ethertype filters." 6697 ::= { awcProtocolFilters 2 } 6698 6699awcPrFltEthertypeEntry OBJECT-TYPE 6700 SYNTAX AwcPrFltEthertypeEntry 6701 MAX-ACCESS not-accessible 6702 STATUS current 6703 DESCRIPTION 6704 "An entry in the individual static Ethertype 6705 filter table." 6706 INDEX {awcPfEtSetId, awcPfEtEthertype} 6707 ::= { awcPrFltEthertypeTable 1 } 6708 6709AwcPrFltEthertypeEntry ::= 6710 SEQUENCE { 6711 awcPfEtEthertype INTEGER, 6712 awcPfEtDisposition AwcPfDisposition, 6713 awcPfEtUserPriority AwcPfPriority, 6714 awcPfEtUcastTimeToLive Unsigned32, 6715 awcPfEtNUcastTimeToLive Unsigned32, 6716 awcPfEtAlert TruthValue, 6717 awcPfEtStatus RowStatus 6718 } 6719 6720awcPfEtEthertype OBJECT-TYPE 6721 SYNTAX INTEGER (1..255|1501..65535) 6722 MAX-ACCESS read-only 6723 STATUS current 6724 DESCRIPTION 6725 "Ethertype (protocol) to which this individual 6726 static filter applies" 6727 ::= { awcPrFltEthertypeEntry 1 } 6728 6729awcPfEtDisposition OBJECT-TYPE 6730 SYNTAX AwcPfDisposition 6731 MAX-ACCESS read-create 6732 STATUS current 6733 DESCRIPTION 6734 "Designation of how the protocol should be 6735 handled." 6736 DEFVAL { default } 6737 ::= { awcPrFltEthertypeEntry 2 } 6738 6739awcPfEtUserPriority OBJECT-TYPE 6740 SYNTAX AwcPfPriority 6741 MAX-ACCESS read-create 6742 STATUS current 6743 DESCRIPTION 6744 "Designation of the priority assigned to 6745 packets of the Ethertype." 6746 DEFVAL { default } 6747 ::= { awcPrFltEthertypeEntry 3 } 6748 6749awcPfEtUcastTimeToLive OBJECT-TYPE 6750 SYNTAX Unsigned32 6751 MAX-ACCESS read-create 6752 STATUS current 6753 DESCRIPTION 6754 "Time-to-live for unicast (directed) packets. A 6755 value of 0 means to use the Filter Set defaults." 6756 DEFVAL { 0 } 6757 ::= { awcPrFltEthertypeEntry 4 } 6758 6759awcPfEtNUcastTimeToLive OBJECT-TYPE 6760 SYNTAX Unsigned32 6761 MAX-ACCESS read-create 6762 STATUS current 6763 DESCRIPTION 6764 "Time-to-live for non-unicast (multicast) packets. A 6765 value of 0 means to use the Filter Set defaults." 6766 DEFVAL { 0 } 6767 ::= { awcPrFltEthertypeEntry 5 } 6768 6769awcPfEtAlert OBJECT-TYPE 6770 SYNTAX TruthValue 6771 MAX-ACCESS read-create 6772 STATUS current 6773 DESCRIPTION 6774 "Should an alert be registered when a packet of 6775 this Ethertype is observed?" 6776 DEFVAL { false } 6777 ::= { awcPrFltEthertypeEntry 6 } 6778 6779awcPfEtStatus OBJECT-TYPE 6780 SYNTAX RowStatus 6781 MAX-ACCESS read-create 6782 STATUS current 6783 DESCRIPTION 6784 "Row status of the individual static Ethertype 6785 filters." 6786 ::= { awcPrFltEthertypeEntry 7 } 6787 6788 6789 6790awcPrFltIpProtocolSetTable OBJECT-TYPE 6791 SYNTAX SEQUENCE OF AwcPrFltIpProtocolSetEntry 6792 MAX-ACCESS not-accessible 6793 STATUS current 6794 DESCRIPTION 6795 "Table of static IP Protocol Filters" 6796 ::= { awcProtocolFilters 3 } 6797 6798awcPrFltIpProtocolSetEntry OBJECT-TYPE 6799 SYNTAX AwcPrFltIpProtocolSetEntry 6800 MAX-ACCESS not-accessible 6801 STATUS current 6802 DESCRIPTION 6803 "An entry in awcPrFltIpProtocolTable." 6804 INDEX {awcPfIppSetId} 6805 ::= { awcPrFltIpProtocolSetTable 1 } 6806 6807AwcPrFltIpProtocolSetEntry ::= 6808 SEQUENCE { 6809 awcPfIppSetId Unsigned32, 6810 awcPfIppSetName DisplayString, 6811 awcPfIppDefaultDisposition AwcPfDisposition, 6812 awcPfIppDefaultUcastTimeToLive Unsigned32, 6813 awcPfIppDefaultNUcastTimeToLive Unsigned32, 6814 awcPfIppSetStatus RowStatus } 6815 6816awcPfIppSetId OBJECT-TYPE 6817 SYNTAX Unsigned32 6818 MAX-ACCESS read-only 6819 STATUS current 6820 DESCRIPTION 6821 "Numeric identifier of the static IP Protocol 6822 filters set." 6823 ::= { awcPrFltIpProtocolSetEntry 1 } 6824 6825awcPfIppSetName OBJECT-TYPE 6826 SYNTAX DisplayString (SIZE(0..64)) 6827 MAX-ACCESS read-create 6828 STATUS current 6829 DESCRIPTION 6830 "Descriptive name of the static IP Protocol 6831 filters set. Max. string length is 64 octets." 6832 ::= { awcPrFltIpProtocolSetEntry 2 } 6833 6834awcPfIppDefaultDisposition OBJECT-TYPE 6835 SYNTAX AwcPfDisposition 6836 MAX-ACCESS read-create 6837 STATUS current 6838 DESCRIPTION 6839 "Default packet disposition of the static IP Protocol 6840 filters set." 6841 DEFVAL { forward } 6842 ::= { awcPrFltIpProtocolSetEntry 3 } 6843 6844awcPfIppDefaultUcastTimeToLive OBJECT-TYPE 6845 SYNTAX Unsigned32 6846 MAX-ACCESS read-create 6847 STATUS current 6848 DESCRIPTION 6849 "Default time-to-live for unicast (directed) packets. 6850 A value of 0 means to use the system defaults." 6851 DEFVAL { 0 } 6852 ::= { awcPrFltIpProtocolSetEntry 4 } 6853 6854awcPfIppDefaultNUcastTimeToLive OBJECT-TYPE 6855 SYNTAX Unsigned32 6856 MAX-ACCESS read-create 6857 STATUS current 6858 DESCRIPTION 6859 "Default time-to-live for non-unicast (multicast) 6860 packets. A value of 0 means to use the system 6861 defaults." 6862 DEFVAL { 0 } 6863 ::= { awcPrFltIpProtocolSetEntry 5 } 6864 6865awcPfIppSetStatus OBJECT-TYPE 6866 SYNTAX RowStatus 6867 MAX-ACCESS read-create 6868 STATUS current 6869 DESCRIPTION 6870 "Row status of the entire static IP Protocol filters 6871 set." 6872 ::= { awcPrFltIpProtocolSetEntry 6 } 6873 6874awcPrFltIpProtocolTable OBJECT-TYPE 6875 SYNTAX SEQUENCE OF AwcPrFltIpProtocolEntry 6876 MAX-ACCESS not-accessible 6877 STATUS current 6878 DESCRIPTION 6879 "Table of individual static IP Protocol 6880 filters." 6881 ::= { awcProtocolFilters 4 } 6882 6883awcPrFltIpProtocolEntry OBJECT-TYPE 6884 SYNTAX AwcPrFltIpProtocolEntry 6885 MAX-ACCESS not-accessible 6886 STATUS current 6887 DESCRIPTION 6888 "An entry in the individual static IP Protocol 6889 filter table." 6890 INDEX {awcPfIppSetId, awcPfIppIpProtocol} 6891 ::= { awcPrFltIpProtocolTable 1 } 6892 6893AwcPrFltIpProtocolEntry ::= 6894 SEQUENCE { 6895 awcPfIppIpProtocol INTEGER, 6896 awcPfIppDisposition AwcPfDisposition, 6897 awcPfIppUserPriority AwcPfPriority, 6898 awcPfIppUcastTimeToLive Unsigned32, 6899 awcPfIppNUcastTimeToLive Unsigned32, 6900 awcPfIppAlert TruthValue, 6901 awcPfIppStatus RowStatus 6902 } 6903 6904awcPfIppIpProtocol OBJECT-TYPE 6905 SYNTAX INTEGER (0..255) 6906 MAX-ACCESS read-only 6907 STATUS current 6908 DESCRIPTION 6909 "IP Protocol to which this individual static 6910 filter applies" 6911 ::= { awcPrFltIpProtocolEntry 1 } 6912 6913awcPfIppDisposition OBJECT-TYPE 6914 SYNTAX AwcPfDisposition 6915 MAX-ACCESS read-create 6916 STATUS current 6917 DESCRIPTION 6918 "Designation of how the protocol should be 6919 handled." 6920 DEFVAL { default } 6921 ::= { awcPrFltIpProtocolEntry 2 } 6922 6923awcPfIppUserPriority OBJECT-TYPE 6924 SYNTAX AwcPfPriority 6925 MAX-ACCESS read-create 6926 STATUS current 6927 DESCRIPTION 6928 "Designation of the priority assigned to 6929 packets of the IP Protocol." 6930 DEFVAL { default } 6931 ::= { awcPrFltIpProtocolEntry 3 } 6932 6933awcPfIppUcastTimeToLive OBJECT-TYPE 6934 SYNTAX Unsigned32 6935 MAX-ACCESS read-create 6936 STATUS current 6937 DESCRIPTION 6938 "Time-to-live for unicast (directed) packets. A 6939 value of 0 means to use the Filter Set defaults." 6940 DEFVAL { 0 } 6941 ::= { awcPrFltIpProtocolEntry 4 } 6942 6943awcPfIppNUcastTimeToLive OBJECT-TYPE 6944 SYNTAX Unsigned32 6945 MAX-ACCESS read-create 6946 STATUS current 6947 DESCRIPTION 6948 "Time-to-live for non-unicast (multicast) packets. A 6949 value of 0 means to use the Filter Set defaults." 6950 DEFVAL { 0 } 6951 ::= { awcPrFltIpProtocolEntry 5 } 6952 6953awcPfIppAlert OBJECT-TYPE 6954 SYNTAX TruthValue 6955 MAX-ACCESS read-create 6956 STATUS current 6957 DESCRIPTION 6958 "Should an alert be registered when a packet 6959 of this IP Protocol is observed?" 6960 DEFVAL { false } 6961 ::= { awcPrFltIpProtocolEntry 6 } 6962 6963awcPfIppStatus OBJECT-TYPE 6964 SYNTAX RowStatus 6965 MAX-ACCESS read-create 6966 STATUS current 6967 DESCRIPTION 6968 "Row status of the individual static IP Protocol 6969 filters." 6970 ::= { awcPrFltIpProtocolEntry 7 } 6971 6972 6973 6974awcPrFltIpPortSetTable OBJECT-TYPE 6975 SYNTAX SEQUENCE OF AwcPrFltIpPortSetEntry 6976 MAX-ACCESS not-accessible 6977 STATUS current 6978 DESCRIPTION 6979 "Table of static IP Port Filters" 6980 ::= { awcProtocolFilters 5 } 6981 6982awcPrFltIpPortSetEntry OBJECT-TYPE 6983 SYNTAX AwcPrFltIpPortSetEntry 6984 MAX-ACCESS not-accessible 6985 STATUS current 6986 DESCRIPTION 6987 "An entry in awcPrFltIpPortTable." 6988 INDEX {awcPfIptSetId} 6989 ::= { awcPrFltIpPortSetTable 1 } 6990 6991AwcPrFltIpPortSetEntry ::= 6992 SEQUENCE { 6993 awcPfIptSetId Unsigned32, 6994 awcPfIptSetName DisplayString, 6995 awcPfIptDefaultDisposition AwcPfDisposition, 6996 awcPfIptDefaultUcastTimeToLive Unsigned32, 6997 awcPfIptDefaultNUcastTimeToLive Unsigned32, 6998 awcPfIptSetStatus RowStatus } 6999 7000awcPfIptSetId OBJECT-TYPE 7001 SYNTAX Unsigned32 7002 MAX-ACCESS read-only 7003 STATUS current 7004 DESCRIPTION 7005 "Numeric identifier of the static IP Port 7006 filters set." 7007 ::= { awcPrFltIpPortSetEntry 1 } 7008 7009awcPfIptSetName OBJECT-TYPE 7010 SYNTAX DisplayString (SIZE(0..64)) 7011 MAX-ACCESS read-create 7012 STATUS current 7013 DESCRIPTION 7014 "Descriptive name of the static IP Port filters 7015 set. Max. string length is 64 octets." 7016 ::= { awcPrFltIpPortSetEntry 2 } 7017 7018awcPfIptDefaultDisposition OBJECT-TYPE 7019 SYNTAX AwcPfDisposition 7020 MAX-ACCESS read-create 7021 STATUS current 7022 DESCRIPTION 7023 "Default packet disposition of the static IP Port 7024 filters set." 7025 DEFVAL { forward } 7026 ::= { awcPrFltIpPortSetEntry 3 } 7027 7028awcPfIptDefaultUcastTimeToLive OBJECT-TYPE 7029 SYNTAX Unsigned32 7030 MAX-ACCESS read-create 7031 STATUS current 7032 DESCRIPTION 7033 "Default time-to-live for unicast (directed) packets. 7034 A value of 0 means to use the system defaults." 7035 DEFVAL { 0 } 7036 ::= { awcPrFltIpPortSetEntry 4 } 7037 7038awcPfIptDefaultNUcastTimeToLive OBJECT-TYPE 7039 SYNTAX Unsigned32 7040 MAX-ACCESS read-create 7041 STATUS current 7042 DESCRIPTION 7043 "Default time-to-live for non-unicast (multicast) 7044 packets. A value of 0 means to use the system 7045 defaults." 7046 DEFVAL { 0 } 7047 ::= { awcPrFltIpPortSetEntry 5 } 7048 7049awcPfIptSetStatus OBJECT-TYPE 7050 SYNTAX RowStatus 7051 MAX-ACCESS read-create 7052 STATUS current 7053 DESCRIPTION 7054 "Row status of the entire static IP Port filters set." 7055 ::= { awcPrFltIpPortSetEntry 6 } 7056 7057awcPrFltIpPortTable OBJECT-TYPE 7058 SYNTAX SEQUENCE OF AwcPrFltIpPortEntry 7059 MAX-ACCESS not-accessible 7060 STATUS current 7061 DESCRIPTION 7062 "Table of individual static IP Port filters." 7063 ::= { awcProtocolFilters 6 } 7064 7065awcPrFltIpPortEntry OBJECT-TYPE 7066 SYNTAX AwcPrFltIpPortEntry 7067 MAX-ACCESS not-accessible 7068 STATUS current 7069 DESCRIPTION 7070 "An entry in the individual static IP Port 7071 filter table." 7072 INDEX {awcPfIptSetId, awcPfIptIpPort} 7073 ::= { awcPrFltIpPortTable 1 } 7074 7075AwcPrFltIpPortEntry ::= 7076 SEQUENCE { 7077 awcPfIptIpPort INTEGER, 7078 awcPfIptDisposition AwcPfDisposition, 7079 awcPfIptUserPriority AwcPfPriority, 7080 awcPfIptUcastTimeToLive Unsigned32, 7081 awcPfIptNUcastTimeToLive Unsigned32, 7082 awcPfIptAlert TruthValue, 7083 awcPfIptStatus RowStatus 7084 } 7085 7086awcPfIptIpPort OBJECT-TYPE 7087 SYNTAX INTEGER (1..65535) 7088 MAX-ACCESS read-only 7089 STATUS current 7090 DESCRIPTION 7091 "IP Port to which this individual static filter 7092 applies" 7093 ::= { awcPrFltIpPortEntry 1 } 7094 7095awcPfIptDisposition OBJECT-TYPE 7096 SYNTAX AwcPfDisposition 7097 MAX-ACCESS read-create 7098 STATUS current 7099 DESCRIPTION 7100 "Designation of how the Port should be 7101 handled." 7102 DEFVAL { default } 7103 ::= { awcPrFltIpPortEntry 2 } 7104 7105awcPfIptUserPriority OBJECT-TYPE 7106 SYNTAX AwcPfPriority 7107 MAX-ACCESS read-create 7108 STATUS current 7109 DESCRIPTION 7110 "Designation of the priority assigned to 7111 packets of the IP Port." 7112 DEFVAL { default } 7113 ::= { awcPrFltIpPortEntry 3 } 7114 7115awcPfIptUcastTimeToLive OBJECT-TYPE 7116 SYNTAX Unsigned32 7117 MAX-ACCESS read-create 7118 STATUS current 7119 DESCRIPTION 7120 "Time-to-live for unicast (directed) packets. A 7121 value of 0 means to use the Filter Set defaults." 7122 DEFVAL { 0 } 7123 ::= { awcPrFltIpPortEntry 4 } 7124 7125awcPfIptNUcastTimeToLive OBJECT-TYPE 7126 SYNTAX Unsigned32 7127 MAX-ACCESS read-create 7128 STATUS current 7129 DESCRIPTION 7130 "Time-to-live for non-unicast (multicast) packets. A 7131 value of 0 means to use the Filter Set defaults." 7132 DEFVAL { 0 } 7133 ::= { awcPrFltIpPortEntry 5 } 7134 7135awcPfIptAlert OBJECT-TYPE 7136 SYNTAX TruthValue 7137 MAX-ACCESS read-create 7138 STATUS current 7139 DESCRIPTION 7140 "Should an alert be registered when a packet of 7141 this IP Port is observed?" 7142 DEFVAL { false } 7143 ::= { awcPrFltIpPortEntry 6 } 7144 7145awcPfIptStatus OBJECT-TYPE 7146 SYNTAX RowStatus 7147 MAX-ACCESS read-create 7148 STATUS current 7149 DESCRIPTION 7150 "Row status of the individual static IP Port filters." 7151 ::= { awcPrFltIpPortEntry 7 } 7152 7153 7154-- ******************************************************************** 7155-- * awcMobileIP parameters 7156-- ******************************************************************** 7157 7158enableMobileIP OBJECT-TYPE 7159 SYNTAX TruthValue 7160 MAX-ACCESS read-write 7161 STATUS current 7162 DESCRIPTION 7163 "If true, the Access Point's proxy mobile IP 7164 service is enabled. If false, proxy mobile 7165 IP service is disabled." 7166 DEFVAL { true } 7167 ::= { awcMobileIP 1 } 7168 7169awcprimAAP OBJECT-TYPE 7170 SYNTAX DisplayString (SIZE(0..128)) 7171 MAX-ACCESS read-write 7172 STATUS current 7173 DESCRIPTION 7174 "The first AAP hostname or IP address from a 7175 list of 3 AAPs." 7176 ::= { awcMobileIP 2 } 7177 7178awcsec1AAP OBJECT-TYPE 7179 SYNTAX DisplayString (SIZE(0..128)) 7180 MAX-ACCESS read-write 7181 STATUS current 7182 DESCRIPTION 7183 "The second AAP hostname or IP address from a 7184 list of 3 AAPs." 7185 ::= { awcMobileIP 3 } 7186 7187awcsec2AAP OBJECT-TYPE 7188 SYNTAX DisplayString (SIZE(0..128)) 7189 MAX-ACCESS read-write 7190 STATUS current 7191 DESCRIPTION 7192 "The third AAP hostname or IP address from a 7193 list of 3 AAPs." 7194 ::= { awcMobileIP 4 } 7195 7196-- mipSATable 7197 7198mipSATable OBJECT-TYPE 7199 SYNTAX SEQUENCE OF MipSAEntry 7200 MAX-ACCESS not-accessible 7201 STATUS current 7202 DESCRIPTION 7203 "This entity's Mobile IP Local SA Bindings table." 7204 ::= { awcMobileIP 5} 7205 7206mipSAEntry OBJECT-TYPE 7207 SYNTAX MipSAEntry 7208 MAX-ACCESS not-accessible 7209 STATUS current 7210 DESCRIPTION 7211 "An entry of SA bindings for a range of IP Addresses." 7212 INDEX { mipSAIpStart } 7213 ::= { mipSATable 1 } 7214 7215MipSAEntry ::= SEQUENCE { 7216 mipSAIpStart IpAddress, 7217 mipSAIpEnd IpAddress, 7218 mipSAGroupSPI DisplayString, 7219 mipSAGroupKey DisplayString, 7220 mipSAStatus RowStatus 7221 } 7222 7223mipSAIpStart OBJECT-TYPE 7224 SYNTAX IpAddress 7225 MAX-ACCESS not-accessible 7226 STATUS current 7227 DESCRIPTION 7228 "Starting IP Address of a range for the SA binding." 7229 ::= { mipSAEntry 1 } 7230 7231mipSAIpEnd OBJECT-TYPE 7232 SYNTAX IpAddress 7233 MAX-ACCESS read-create 7234 STATUS current 7235 DESCRIPTION 7236 "Ending IP Address of the range for the SA binding." 7237 ::= { mipSAEntry 2 } 7238 7239mipSAGroupSPI OBJECT-TYPE 7240 SYNTAX DisplayString (SIZE(0..128)) 7241 MAX-ACCESS read-create 7242 STATUS current 7243 DESCRIPTION 7244 "Group SPI for the range of IP Address in the Local 7245 SA binding" 7246 ::= { mipSAEntry 3 } 7247 7248mipSAGroupKey OBJECT-TYPE 7249 SYNTAX DisplayString (SIZE(0..128)) 7250 MAX-ACCESS read-create 7251 STATUS current 7252 DESCRIPTION 7253 "Group Key for the range of IP Address in the Local 7254 SA binding" 7255 ::= { mipSAEntry 4 } 7256 7257mipSAStatus OBJECT-TYPE 7258 SYNTAX RowStatus 7259 MAX-ACCESS read-create 7260 STATUS current 7261 DESCRIPTION 7262 "Row status of the pMIP SA. Allows deletion via SNMP." 7263 ::= { mipSAEntry 5 } 7264 7265awcmipDebug OBJECT-TYPE 7266 SYNTAX TruthValue 7267 MAX-ACCESS read-write 7268 STATUS current 7269 DESCRIPTION 7270 "If true, the Access Point's proxy mobile IP 7271 debug information is printed on the console. 7272 If false, debug messages are not printed." 7273 DEFVAL { true } 7274 ::= { awcMobileIP 6 } 7275 7276 7277-- ******************************************************************** 7278-- * awcEventLog Traps 7279-- ******************************************************************** 7280 7281 awcTrapLog NOTIFICATION-TYPE 7282 OBJECTS { awcEventTime, awcEventSeverity, awcEventDescription, 7283 awcEventType } 7284 STATUS current 7285 DESCRIPTION 7286 "SNMP trap corresponding to an event with a Severity 7287 Level requiring Notify Disposition while 7288 awcEventAlertSNMP is true." 7289 ::= { aironet 4 } 7290 7291 7292 7293-- ******************************************************************** 7294-- * End of awcEventLog parameters 7295-- ******************************************************************** 7296 7297-- ******************************************************************** 7298-- * awcExperimental parameters 7299-- ******************************************************************** 7300 7301-- ******************************************************************** 7302-- * End of awcExperimental parameters 7303-- ******************************************************************** 7304 7305-- ******************************************************************** 7306-- * Conformance information 7307-- ******************************************************************** 7308 7309awcVxConformance 7310 OBJECT IDENTIFIER ::= { awcVx 100 } 7311awcVxCompliances 7312 OBJECT IDENTIFIER ::= { awcVxConformance 1 } 7313awcVxGroups 7314 OBJECT IDENTIFIER ::= { awcVxConformance 2 } 7315 7316 7317-- ******************************************************************** 7318-- * Compliance statements 7319-- ******************************************************************** 7320 7321awcVxCompliance MODULE-COMPLIANCE 7322 STATUS current 7323 DESCRIPTION 7324 "The compliance statement for the awcVx group." 7325 MODULE -- this module 7326 MANDATORY-GROUPS { 7327 awcSystemGroup, 7328 bootconfigVxGroup, 7329 awcSerialDevGroup, 7330 awcFtpGroup, 7331 awcIfTableGroup, 7332 awc802dot11Group, 7333 awcUserMgrGroup, 7334 awcHttpdGroup, 7335 awcDnsResGroup, 7336 awcSnmpGroup, 7337 awcSntpGroup, 7338 awcForwardTblGroup, 7339-- awcRipConfigGroup, 7340 awcEventLogGroup, 7341 awcEtherMIBGroup, 7342 awcDdpIAPPGroup, 7343 awcHotStandbyGroup, 7344 awcAaaGroup, 7345 awcProtocolFiltersGroup, 7346 awcMobileIpGroup 7347 } 7348 7349 ::= { awcVxCompliances 1 } 7350 7351-- ******************************************************************** 7352-- * Units of conformance 7353-- ******************************************************************** 7354 7355awcSystemGroup OBJECT-GROUP 7356 OBJECTS { 7357 vxWorksVersion, 7358 creationDate, 7359 awcVxVersion, 7360 sysFlags, 7361 languageCode, 7362 awcDevID, 7363 awcDevIDtxt, 7364 enableHTTP, 7365 enableTelnet, 7366 enableSNMP, 7367 enableDnsResolver, 7368 enableSNTP, 7369 enableWDB, 7370 pingTxLen, 7371 awcFirstBoot, 7372 awcOemOUI, 7373 awcOemName, 7374 awcOemNameShort, 7375 awcOemHomeURL, 7376 enablePSPF, 7377 sysExceptionReboot, 7378 bootblockVersion, 7379 motherboardRevision, 7380 enableSTP, 7381 enableRebootKey, 7382 awcLocateUnit 7383 } 7384 STATUS current 7385 DESCRIPTION 7386 "Standard information to support operation of an Aironet Access 7387 Point such as versions, system flags, and what features are 7388 enabled." 7389 ::= { awcVxGroups 1 } 7390 7391bootconfigVxGroup OBJECT-GROUP 7392 OBJECTS { 7393 bootconfigBootProtocol, 7394 bootconfigReadINI, 7395 bootconfigServerConfigTimeout, 7396 bootconfigMultOfferTimeout, 7397 bootconfigReqLeaseDuration, 7398 bootconfigMinLeaseDuration, 7399 bootconfigDev, 7400 bootconfigClientAddr, 7401 bootconfigHostAddr, 7402 bootconfigBootFile, 7403 bootconfigSubnetMask, 7404 bootconfigGateway, 7405 bootconfigHostName, 7406 bootconfigClientName, 7407 bootconfigNameServerPriority, 7408 bootconfigNameServer, 7409 bootconfigDomainName, 7410 bootconfigSntpServer, 7411 bootconfigSaveServerResponse, 7412 bootconfigCmdInvokeIniLoad, 7413 bootconfigCmdStatusIniLoad, 7414 bootconfigDhcpClassID, 7415 bootconfigFileServerAddr, 7416 bootconfigLogServerAddr, 7417 bootconfigBootCount, 7418 bootconfigDhcpClientIdType, 7419 bootconfigDhcpClientIdValue 7420 } 7421 STATUS current 7422 DESCRIPTION 7423 "Standard information to support operation of the boot server." 7424 ::= { awcVxGroups 2 } 7425 7426awcSerialDevGroup OBJECT-GROUP 7427 OBJECTS { 7428 serialDevIndex, 7429 serialAdminStatus, 7430 serialOperStatus, 7431 serialBaud, 7432 serialParity, 7433 serialDataBits, 7434 serialStopBits, 7435 serialFlowControl, 7436 serialTerminalType, 7437 serialTerminalLines, 7438 serialTerminalColumns, 7439 serialDevFd 7440 } 7441 STATUS current 7442 DESCRIPTION 7443 "Standard information to support configuration of serial ports." 7444 ::= { awcVxGroups 3 } 7445 7446awcFtpGroup OBJECT-GROUP 7447 OBJECTS { 7448 defaultFileServer, 7449 awcFileXferProtocol, 7450 awcFileXferUser, 7451 awcFileXferPassword, 7452 awcFileXferCmdInvokeFileLoad, 7453 awcFileXferCmdStatusFileLoad, 7454 awcFileXferCmdInvokeFileSave, 7455 awcFileXferCmdStatusFileSave, 7456 awcFileXferFileFirmwareSystem, 7457 awcFileXferFileFirmwareRadio0, 7458 awcFileXferFileWebUI, 7459 awcFileXferFileFpgaPcmcia, 7460 awcFileXferTftpPort, 7461 awcFileXferFtpDirectory, 7462 awcFileXferFilesFLASH, 7463 awcFileXferFileFirmwareRadio1 7464 } 7465 STATUS current 7466 DESCRIPTION 7467 "Standard information to support configuration of the FTP 7468 protocol." 7469 ::= { awcVxGroups 4 } 7470 7471awcIfTableGroup OBJECT-GROUP 7472 OBJECTS { 7473 awcIfDefaultPhysAddress, 7474 awcIfPhysAddress, 7475 awcIfAdoptPrimaryIdentity, 7476 awcIfDefaultIpAddress, 7477 awcIfDefaultIpNetMask, 7478 awcIfIpAddress, 7479 awcIfIpNetMask, 7480 awcIfMSDUMaxLength, 7481 awcIfOutDiscardsCoS0, 7482 awcIfOutDiscardsCoS1, 7483 awcIfOutDiscardsCoS2, 7484 awcIfOutDiscardsCoS3, 7485 awcIfOutDiscardsCoS4, 7486 awcIfOutDiscardsCoS5, 7487 awcIfOutDiscardsCoS6, 7488 awcIfOutDiscardsCoS7 7489 } 7490 STATUS current 7491 DESCRIPTION 7492 "Standard information to support configuration of network 7493 interfaces." 7494 ::= { awcVxGroups 5 } 7495 7496awc802dot11Group OBJECT-GROUP 7497 OBJECTS { 7498 awcDot11StationRole, 7499 awcDot11PowerManagementSubMode, 7500 awcDot11UseAWCExtensions, 7501 awcDot11AllowAssocBroadcastSSID, 7502 awcDot11PrivacyOptionImplementedMaxRate, 7503 awcDot11DesiredBSSLength, 7504 awcDot11EnetEncapsulationDefault, 7505 awcDot11ForceReqFirmwareVersion, 7506 awcDot11BridgeSpacing, 7507 awcDot11DesiredSSIDMaxAssociatedSTA, 7508 awcDot11DesiredSSIDNumAssociatedSTA, 7509 awcDot11AuxiliarySSIDLength, 7510 awcDot11MultipleSSIDPerBSSImplemented, 7511 awcDot11SymbolExtensionsImplemented, 7512 awcDot11SymbolExtensionsEnabled, 7513 awcDot11DesiredSSIDMicAlgorithm, 7514 awcDot11DesiredSSIDWEPKeyPermuteAlgorithm, 7515 awcDot11DesiredSSIDInfrastructureWGB, 7516 awcDot11DesiredSSIDDefaultPolId, 7517 awcDot11DesiredSSIDDefaultVlanId, 7518 awcDot11DesiredSSIDEnableProxyMobileIP, 7519 awcDot11InfrastructureSSID, 7520 awcDot11QBSSElementImplemented, 7521 awcDot11QBSSElementEnabled, 7522 awcDot11InfrastructureSSIDExclusive, 7523 awcDot11SendIGMPGeneralQuery, 7524 awcDot11AuthenticationRequireEAP, 7525 awcDot11AuthenticationDefaultUcastAllowedToGoTo, 7526 awcDot11WEPDefaultKeyIndex, 7527 awcDot11WEPDefaultKeyLen, 7528 awcDot11WEPDefaultKeyValue, 7529 awcDot11WEPDefaultKeyMaxIndex, 7530 awcDot11AllowEncrypted, 7531 awcDot11WEPKeyMaxLen, 7532 awcDot11LEAPUserName, 7533 awcDot11LEAPPassword, 7534 awcDot11DesiredBSSIndex, 7535 awcDot11DesiredBSS, 7536 awcDot11AuxSSIDIndex, 7537 awcDot11AuxSSID, 7538 awcDot11AuxSSIDMaxAssociatedSTA, 7539 awcDot11AuxSSIDNumAssociatedSTA, 7540 awcDot11AuxSSIDDefaultPolId, 7541 awcDot11AuxSSIDDefaultVlanId, 7542 awcDot11AuxSSIDEnableProxyMobileIP, 7543 awcDot11AuxSSIDAuthAlgEnable, 7544 awcDot11AuxSSIDAuthAlgRequireEAP, 7545 awcDot11AuxSSIDAuthAlgDefaultUcastAllowedToGoTo, 7546 awcDot11AssignedAID, 7547 awcDot11AssignedSTA, 7548 awcDot11FirmwareBootstrapVersion, 7549 awcDot11CurrentCarrierSet, 7550 awcDot11ModulationType, 7551 awcDot11PreambleType, 7552 awcDot11PHYType, 7553 awcDot11Compatible3100, 7554 awcDot11Compatible4500, 7555 awcDot11ChannelAutoImplemented, 7556 awcDot11ChannelAutoEnabled, 7557 awcDot11CurrentChannel, 7558 awcDot11SupportedDataRatesPrivacyIndex, 7559 awcDot11SupportedDataRatesPrivacyValue, 7560 awcDot11SupportedDataRatesPrivacyImplemented, 7561 awcDot11ChanSelectChannel, 7562 awcDot11ChanSelectEnable, 7563 awcDot11AssociatedStationCount, 7564 awcDot11AuthenticatedStationCount, 7565 awcDot11ReassociatedStationCount, 7566 awcDot11RoamedStationCount, 7567 awcDot11DeauthenticateCount, 7568 awcDot11DisassociateCount, 7569 awcDot11EncapPktsMMH, 7570 awcDot11DecapPktsMMH, 7571 awcDot11EncapErrorsMMH, 7572 awcDot11DecapErrorsMMH, 7573 awcDot11DecapExistsMMH, 7574 awcDot11DecapAccessMMH, 7575 awcDot11TxDeferEnergyCount, 7576 awcDot11RxMacCrcErrorCount, 7577 awcDot11SsidMismatchCount, 7578 awcDot11QoSCWmin, 7579 awcDot11QoSCWmax 7580 } 7581 STATUS current 7582 DESCRIPTION 7583 "Standard information to support configuration of the 802.11 7584 protocol." 7585 ::= { awcVxGroups 6 } 7586 7587awcUserMgrGroup OBJECT-GROUP 7588 OBJECTS { 7589 userMgrUserIndex, 7590 userMgrUserName, 7591 userMgrPassword, 7592 userMgrCapabilities, 7593 userMgrStatus, 7594 enableUserMgr, 7595 allowBrowseWithoutLogin, 7596 protectLegalPage 7597 } 7598 STATUS current 7599 DESCRIPTION 7600 "Standard information to support configuration of the User 7601 Manager." 7602 ::= { awcVxGroups 7 } 7603 7604awcHttpdGroup OBJECT-GROUP 7605 OBJECTS { 7606 defaultWebRoot, 7607 defaultHelpRoot, 7608 getWebUI, 7609 cmdInvokeGetWebUI, 7610 cmdStatusGetWebUI, 7611 awcHttpdPort, 7612 awcConsoleAutoApply 7613 } 7614 STATUS current 7615 DESCRIPTION 7616 "Standard information to support configuration of the Web 7617 Server." 7618 ::= { awcVxGroups 8 } 7619 7620awcDnsResGroup OBJECT-GROUP 7621 OBJECTS { 7622 resolverDomain, 7623 resolverDomainSuffix, 7624 resolverDomainServerPriority, 7625 resolverDomainServer, 7626 defaultResolverDomain, 7627 defaultResolverDomainServerPriority, 7628 defaultResolverDomainServer 7629 } 7630 STATUS current 7631 DESCRIPTION 7632 "Standard information to support configuration of the DNS 7633 Resolver." 7634 ::= { awcVxGroups 9 } 7635 7636awcSnmpGroup OBJECT-GROUP 7637 OBJECTS { 7638 snmpTrapDest, 7639 snmpTrapCommunity 7640 } 7641 STATUS current 7642 DESCRIPTION 7643 "Standard information to support configuration of the SNMP 7644 protocol." 7645 ::= { awcVxGroups 10 } 7646 7647awcSntpGroup OBJECT-GROUP 7648 OBJECTS { 7649 defaultSntpServer, 7650 sntpServer 7651 } 7652 STATUS current 7653 DESCRIPTION 7654 "Standard information to support configuration of the SNTP 7655 protocol." 7656 ::= { awcVxGroups 11 } 7657 7658awcForwardTblGroup OBJECT-GROUP 7659 OBJECTS { 7660 awcFtMcastAddr, 7661 awcFtDsHost, 7662 awcFtBridgeHost, 7663 awcFtClientSTA, 7664 awcFtClientSTASelf, 7665 awcFtBridge, 7666 awcFtBridgeSelf, 7667 awcFtRepeater, 7668 awcFtRepeaterSelf, 7669 awcFtAccessPoint, 7670 awcFtBridgeRoot, 7671 awcFtMaxNumEntries, 7672 awcFtTimeoutSecUnknown, 7673 awcFtTimeoutSecMcastAddr, 7674 awcFtTimeoutSecDsHost, 7675 awcFtTimeoutSecBridgeHost, 7676 awcFtTimeoutSecClientSTA, 7677 awcFtTimeoutSecBridge, 7678 awcFtTimeoutSecRepeater, 7679 awcFtTimeoutSecAccessPoint, 7680 awcFtTimeoutSecBridgeRoot, 7681 awcFtEnableAwcTpFdbTable, 7682 awcFtEnableMacAuthServer, 7683 awcFtRogueApAlertTimeout, 7684 awcFtEnableMacOrEapAuth, 7685 awcFtDot1dTpFdbTableEnable, 7686 awcTpFdbAddress, 7687 awcTpFdbClassID, 7688 awcTpFdbSrcPktsImmed, 7689 awcTpFdbSrcOctetsImmed, 7690 awcTpFdbSrcErrorPktsImmed, 7691 awcTpFdbSrcErrorOctetsImmed, 7692 awcTpFdbDestPktsImmed, 7693 awcTpFdbDestOctetsImmed, 7694 awcTpFdbDestErrorPktsImmed, 7695 awcTpFdbDestErrorOctetsImmed, 7696 awcTpFdbDestMaxRetryErrorsImmed, 7697 awcTpFdbIPv4Addr, 7698 awcTpFdbDdpAddress, 7699 awcTpFdbDdpSysName, 7700 awcTpFdbDdpProdDevID, 7701 awcTpFdbDdpRadioDevID, 7702 awcTpFdbDdpSwVerMajor, 7703 awcTpFdbDdpSwVerMinor, 7704 awcTpFdbDdpSwVerBeta, 7705 awcTpFdbDdpUptime, 7706 awcTpFdbDdpNumAnnounceSent, 7707 awcTpFdbDdpNumAssociated, 7708 awcTpFdbDdpLoad, 7709 awcTpFdbDdpDistFromDS, 7710 awcDot11TpFdbAddress, 7711 awcDot11TpFdbAID, 7712 awcDot11TpFdbClientState, 7713 awcDot11TpFdbTxShortRetries, 7714 awcDot11TpFdbTxLongRetries, 7715 awcDot11TpFdbLatestTxShortRetries, 7716 awcDot11TpFdbLatestTxLongRetries, 7717 awcDot11TpFdbRxWEPErrors, 7718 awcDot11TpFdbLatestRxSignalStrength, 7719 awcDot11TpFdbLatestRxSignalQuality, 7720 awcDot11TpFdbCapabilities, 7721 awcDot11TpFdbListenInterval, 7722 awcDot11TpFdbSupportedDataRates, 7723 awcDot11TpFdbPreferredTxRate, 7724 awcDot11TpFdbCurrentBSS, 7725 awcDot11TpFdbSSID, 7726 awcDot11TpFdbVlanId, 7727 awcDot1dTpPortDefaultUcastAllowedToGoTo, 7728 awcDot1dTpPortDefaultNUcastAllowedToGoTo, 7729 awcDot1dTpPortMaxNUcastPerSecond, 7730 awcDot1dTpPortDefaultInEthertypeFilterId, 7731 awcDot1dTpPortDefaultOutEthertypeFilterId, 7732 awcDot1dTpPortDefaultInIpProtoFilterId, 7733 awcDot1dTpPortDefaultOutIpProtoFilterId, 7734 awcDot1dTpPortDefaultInIpPortFilterId, 7735 awcDot1dTpPortDefaultOutIpPortFilterId, 7736 awcTpFdbAlertAddress, 7737 awcTpFdbFromAlertSrcPktsImmed, 7738 awcTpFdbFromAlertSrcOctetsImmed, 7739 awcTpFdbToAlertDestPktsImmed, 7740 awcTpFdbToAlertDestOctetsImmed, 7741 awcTpFdbAlertSentAlertTypePktsImmed, 7742 awcTpFdbAlertSentAlertTypeOctetsImmed, 7743 awcTpFdbAlertRcvdAlertTypePktsImmed, 7744 awcTpFdbAlertRcvdAlertTypeOctetsImmed 7745 } 7746 STATUS current 7747 DESCRIPTION 7748 "Standard information to support configuration of the Forwarding 7749 Table." 7750 ::= { awcVxGroups 12 } 7751 7752-- awcRipConfigGroup OBJECT-GROUP 7753-- OBJECTS { 7754-- } 7755-- STATUS current 7756-- DESCRIPTION 7757-- "Standard information to support configuration of the RIP 7758-- Protocol." 7759-- ::= { awcVxGroups 13 } 7760 7761awcEventLogGroup OBJECT-GROUP 7762 OBJECTS { 7763 awcEventOffsetGMT, 7764 awcEventUseDaylightSavingsTime, 7765 awcEventTimestampGMT, 7766 awcEventUptimeModifiedGMT, 7767 awcEventDisplayWallClockTime, 7768 awcEventDisplayUptimeAscending, 7769 awcEventDetailDefault, 7770 awcEventSeverityDispConsole, 7771 awcEventSeverityDispHtmlGUI, 7772 awcEventSeverityDispHtmlConsole, 7773 awcEventAlertSNMP, 7774 awcEventAlertSyslog, 7775 awcEventCntSeverityNULL, 7776 awcEventCntSeveritySilent, 7777 awcEventCntSeveritySystemFatal, 7778 awcEventCntSeverityProtocolFatal, 7779 awcEventCntSeverityPortFatal, 7780 awcEventCntSeveritySystemAlert, 7781 awcEventCntSeverityProtocolAlert, 7782 awcEventCntSeverityPortAlert, 7783 awcEventCntSeverityExternalAlert, 7784 awcEventCntSeveritySystemWarning, 7785 awcEventCntSeverityProtocolWarning, 7786 awcEventCntSeverityPortWarning, 7787 awcEventCntSeverityExternalWarning, 7788 awcEventCntSeveritySystemInfo, 7789 awcEventCntSeverityProtocolInfo, 7790 awcEventCntSeverityPortInfo, 7791 awcEventCntSeverityExternalInfo, 7792 awcEventDispSeverityNULL, 7793 awcEventDispSeveritySilent, 7794 awcEventDispSeveritySystemFatal, 7795 awcEventDispSeverityProtocolFatal, 7796 awcEventDispSeverityPortFatal, 7797 awcEventDispSeveritySystemAlert, 7798 awcEventDispSeverityProtocolAlert, 7799 awcEventDispSeverityPortAlert, 7800 awcEventDispSeverityExternalAlert, 7801 awcEventDispSeveritySystemWarning, 7802 awcEventDispSeverityProtocolWarning, 7803 awcEventDispSeverityPortWarning, 7804 awcEventDispSeverityExternalWarning, 7805 awcEventDispSeveritySystemInfo, 7806 awcEventDispSeverityProtocolInfo, 7807 awcEventDispSeverityPortInfo, 7808 awcEventDispSeverityExternalInfo, 7809 awcEventSyslogAddr, 7810 awcEventSyslogFacility, 7811 awcEventTraceStationSeverity, 7812 awcEventTraceLogSize, 7813 awcEventTracePacketLen, 7814 awcEventID, 7815 awcEventTime, 7816 awcEventSeverity, 7817 awcEventDescription, 7818 awcEventType, 7819 awcEventUseCiscoFormat, 7820 awcDot11AuthenticateFailDisposition, 7821 awcDot11DeauthenticateDisposition, 7822 awcDot11DisassociateDisposition 7823 } 7824 STATUS current 7825 DESCRIPTION 7826 "Standard information to support operation of the Event Log." 7827 ::= { awcVxGroups 14 } 7828 7829awcEtherMIBGroup OBJECT-GROUP 7830 OBJECTS { 7831 awcEtherIfSpeedSelect, 7832 awcEtherDuplex, 7833 awcEtherCamSize, 7834 awcEtherEnableSwCam, 7835 awcEtherForcePortUnblock 7836 } 7837 STATUS current 7838 DESCRIPTION 7839 "Standard information to support operation of the Ethernet 7840 Controller." 7841 ::= { awcVxGroups 15 } 7842 7843awcPolicyGroupsGroup OBJECT-GROUP 7844 OBJECTS { 7845 awcPolGrpName, 7846 awcPolGrpStatus, 7847 awcPolGrpInEthertypeFilterId, 7848 awcPolGrpOutEthertypeFilterId, 7849 awcPolGrpInIpProtoFilterId, 7850 awcPolGrpOutIpProtoFilterId, 7851 awcPolGrpInIpPortFilterId, 7852 awcPolGrpOutIpPortFilterId, 7853 awcDscpToCosMapEnable, 7854-- awcDscpToCosMapDscp, 7855 awcDscpToCosMapCos 7856 } 7857 STATUS current 7858 DESCRIPTION 7859 "Standard information to support operation of Policy Groups." 7860 ::= { awcVxGroups 16 } 7861 7862awcDdpIAPPGroup OBJECT-GROUP 7863 OBJECTS { 7864 awcIappMcastIpAddr, 7865 awcIappPort, 7866 awcP802dot1XVersion 7867 } 7868 STATUS current 7869 DESCRIPTION 7870 "Standard information to support operation of the DDP and IAPP 7871 protocols." 7872 ::= { awcVxGroups 17 } 7873 7874 awcHotStandbyGroup OBJECT-GROUP 7875 OBJECTS { 7876 awcHotStandbyMACAddr, 7877 awcHotStandbyPollingFrequency, 7878 awcHotStandbyPollingTimeOut, 7879 awcHotStandbyInHotStandby, 7880 awcHotStandbyState, 7881 awcHotStandbyStatus 7882 } 7883 STATUS current 7884 DESCRIPTION 7885 "Standard information to support operation of an AP in the 7886 Hot Standby mode." 7887 ::= { awcVxGroups 18 } 7888 7889awcAaaGroup OBJECT-GROUP 7890 OBJECTS { 7891 awcAaaServerPriority, 7892 awcAaaServerProtocol, 7893 awcAaaServerName, 7894 awcAaaServerPort, 7895 awcAaaServerTimeout, 7896 awcAaaClientName, 7897 awcAaaServerSharedSecret, 7898 awcAaaServer8021xCapabilityEnabled, 7899 awcAaaServerMacAddrAuthEnabled, 7900 awcAaaServerAdminAuthEnabled, 7901 awcAaaServerMipAuthEnabled, 7902 awcAaaServerMaxRetransmission, 7903 awcAcctServerPriority, 7904 awcAcctServerProtocol, 7905 awcAcctServerName, 7906 awcAcctServerPort, 7907 awcAcctServerTimeout, 7908 awcAcctServerUpdateEnable, 7909 awcAcctServerUpdateDelay, 7910 awcAcctClientName, 7911 awcAcctSecureEnabled, 7912 awcAcctGeneralEnabled, 7913 awcAcctServerSharedSecret, 7914 awcAcctServerMaxRetransmission, 7915 awcAcctEnable, 7916 awcAcctStopDelayEnable, 7917 awcAcctStopDelayTime, 7918 awcAaaServerPrimaryReattemptPeriod, 7919 awcAaaServerDot1xAuthCurrent, 7920 awcAaaServerMacAddrAuthCurrent, 7921 awcAaaServerAdminAuthCurrent, 7922 awcAaaServerMipAuthCurrent 7923 } 7924 STATUS current 7925 DESCRIPTION 7926 "Standard information to support configuration of RADIUS 7927 and TACACS+ client operation." 7928 ::= { awcVxGroups 19 } 7929 7930awcProtocolFiltersGroup OBJECT-GROUP 7931 OBJECTS { 7932 awcPfEtSetId, 7933 awcPfEtSetName, 7934 awcPfEtDefaultDisposition, 7935 awcPfEtDefaultUcastTimeToLive, 7936 awcPfEtDefaultNUcastTimeToLive, 7937 awcPfEtSetStatus, 7938 awcPfEtEthertype, 7939 awcPfEtDisposition, 7940 awcPfEtUserPriority, 7941 awcPfEtUcastTimeToLive, 7942 awcPfEtNUcastTimeToLive, 7943 awcPfEtAlert, 7944 awcPfEtStatus, 7945 awcPfIppSetId, 7946 awcPfIppSetName, 7947 awcPfIppDefaultDisposition, 7948 awcPfIppDefaultUcastTimeToLive, 7949 awcPfIppDefaultNUcastTimeToLive, 7950 awcPfIppSetStatus, 7951 awcPfIppIpProtocol, 7952 awcPfIppDisposition, 7953 awcPfIppUserPriority, 7954 awcPfIppUcastTimeToLive, 7955 awcPfIppNUcastTimeToLive, 7956 awcPfIppAlert, 7957 awcPfIppStatus, 7958 awcPfIptSetId, 7959 awcPfIptSetName, 7960 awcPfIptDefaultDisposition, 7961 awcPfIptDefaultUcastTimeToLive, 7962 awcPfIptDefaultNUcastTimeToLive, 7963 awcPfIptSetStatus, 7964 awcPfIptIpPort, 7965 awcPfIptDisposition, 7966 awcPfIptUserPriority, 7967 awcPfIptUcastTimeToLive, 7968 awcPfIptNUcastTimeToLive, 7969 awcPfIptAlert, 7970 awcPfIptStatus 7971 } 7972 STATUS current 7973 DESCRIPTION 7974 "Standard information to support configuration of static protocol 7975 filters on the AP." 7976 ::= { awcVxGroups 20 } 7977 7978awcMobileIpGroup OBJECT-GROUP 7979 OBJECTS { 7980 enableMobileIP, 7981 mipSAIpEnd, 7982 mipSAGroupSPI, 7983 mipSAGroupKey, 7984 mipSAStatus, 7985 awcmipDebug, 7986 awcprimAAP, 7987 awcsec1AAP, 7988 awcsec2AAP 7989 } 7990 STATUS current 7991 DESCRIPTION 7992 "Information to support configuration of proxy mobile IP on the AP." 7993 ::= { awcVxGroups 21 } 7994 7995awcEthernetLostGroup OBJECT-GROUP 7996 OBJECTS { 7997 awcEtherLostEthernetSeconds, 7998 awcEtherLostEthernetAction, 7999 awcEtherLostEthernetSSID 8000 } 8001 STATUS current 8002 DESCRIPTION 8003 "Information to support AP in case Ethernet connection is lost." 8004 ::= { awcVxGroups 22 } 8005 8006awc802dot11GroupExt1 OBJECT-GROUP 8007 OBJECTS { 8008 awcDot11NonRootMobility 8009 } 8010 STATUS current 8011 DESCRIPTION 8012 "Configuration information for IEEE 802.11 radio driver 8013 and firmware." 8014 ::= { awcVxGroups 23 } 8015 8016awcForwardTblGroupExt1 OBJECT-GROUP 8017 OBJECTS { 8018 awcFtEnableMcastMapping 8019 } 8020 STATUS current 8021 DESCRIPTION 8022 "Information to support configuration of the Forwarding 8023 Table." 8024 ::= { awcVxGroups 24 } 8025 8026awcTrapLogGroup NOTIFICATION-GROUP 8027 NOTIFICATIONS { awcTrapLog 8028 } 8029 STATUS current 8030 DESCRIPTION 8031 "SNMP trap corresponding to an event with a Severity Level 8032 requiring Notify Disposition while awcEventAlertSNMP is 8033 true." 8034 ::= { awcVxGroups 100 } 8035 8036-- ******************************************************************** 8037-- * End of units of conformance 8038-- ******************************************************************** 8039 8040-- ******************************************************************** 8041-- * End of awcVx MIB 8042-- ******************************************************************** 8043END 8044 8045 8046