1HP-ICF-BASIC DEFINITIONS ::= BEGIN 2 3 IMPORTS 4 Integer32, IpAddress, OBJECT-TYPE, MODULE-IDENTITY, 5 NOTIFICATION-TYPE 6 FROM SNMPv2-SMI 7 MacAddress, TruthValue, RowStatus, DisplayString, 8 TDomain, TAddress, StorageType, TimeStamp 9 FROM SNMPv2-TC 10 MODULE-COMPLIANCE, OBJECT-GROUP, NOTIFICATION-GROUP 11 FROM SNMPv2-CONF 12 ifIndex 13 FROM IF-MIB 14 entLogicalIndex 15 FROM ENTITY-MIB 16 alarmEntry, eventEntry 17 FROM RMON-MIB 18 InetAddress, InetAddressType, InetAddressPrefixLength, 19 InetPortNumber 20 FROM INET-ADDRESS-MIB 21 hpicfObjectModules, hpicfCommon, hpicfCommonTrapsPrefix 22 FROM HP-ICF-OID 23 snmpTargetAddrEntry 24 FROM SNMP-TARGET-MIB; 25 26 hpicfBasicMib MODULE-IDENTITY 27 LAST-UPDATED "200706070000Z" -- June 7, 2007 28 ORGANIZATION "Hewlett Packard Company, 29 Network Infrastructure Solutions" 30 CONTACT-INFO "Hewlett Packard Company 31 8000 Foothills Blvd. 32 Roseville, CA 95747" 33 DESCRIPTION "This MIB module describes objects for basic 34 management of devices in the HP Integrated 35 Communication Facility product line." 36 37 REVISION "200709130000Z" -- Sept 13, 2007 38 DESCRIPTION "Limit the size to 1300 for the hpicfBannerMOTD." 39 40 REVISION "200706070000Z" -- June 7, 2007 41 DESCRIPTION "Added hpicfIpConfigLocalProxyArp object to the 42 the hpicfIpConfigEntry sequence." 43 44 REVISION "200705300954Z" -- May 30, 2007 45 DESCRIPTION "Added the hpicfTelnet6Enable object." 46 47 REVISION "200511170000Z" -- November 17, 2005 48 DESCRIPTION "Added hpicfBasicDNSConfig object group to 49 the HP ICF Basic Group. Updated conformance and 50 compliences objects." 51 52 REVISION "200301090108Z" -- January 9, 2003 53 DESCRIPTION "Changed the default value for 54 hpicfSnmpTargetAddrLogFilter to 1." 55 56 REVISION "200210100401Z" -- October 10, 2002 57 DESCRIPTION "Added hpicfSnmpTargetAddrLogFilter for to add 58 log filtering in snmpTargetAddrTable. Added 59 conformance group hpicfSnmpTargetAddrLogFilterGroup. 60 Deprecated hpicfTrapDestTable. Deprecated 61 hpicfBasicCompliance3 and replaced it 62 with hpicfBasicCompliance4." 63 64 REVISION "200011140401Z" -- November 14, 2000 65 DESCRIPTION "Added proxy ARP and secondary IP address 66 configuration objects." 67 68 REVISION "200011030511Z" -- November 3, 2000 69 DESCRIPTION "Deprecated per-entity announce object and 70 hpicfIfToEntity table and replaced with 71 hpicfAnnounceDiscoveryTable, indexed by 72 ifIndex. Replaced per-interface default 73 gateway with global default gateway." 74 75 REVISION "9710210300Z" -- October 21, 1997 76 DESCRIPTION "Added the hpicfWebAgentEnable object." 77 78 REVISION "9703060331Z" -- March 6, 1997 79 DESCRIPTION "Fixed some typos in compliances. Added 80 NOTIFICATION-GROUP information." 81 82 REVISION "9609100221Z" -- September 10, 1996 83 DESCRIPTION "Split this MIB module from the former monolithic 84 hp-icf MIB. Added the announce table. Added 85 per-interface IP and IPX config. Added trap 86 destination table and fixed trap table." 87 88 REVISION "9507130000Z" -- July 13, 1995 89 DESCRIPTION "Added the hpicfTelnetEnable object." 90 91 REVISION "9501180000Z" -- January 18, 1995 92 DESCRIPTION "Initial version of this MIB module. Consisted of 93 the hpicfReset and hpicfSelfTest objects." 94 95 REVISION "9501180000Z" -- April 12, 2004 96 DESCRIPTION "Added the hpicfIpZeroBroadcastEnable object." 97 98 ::= { hpicfObjectModules 5 } 99 100 101 -- The HP ICF Basic Group 102 103 104 hpicfBasic OBJECT IDENTIFIER ::= { hpicfCommon 4 } 105 106 hpicfReset OBJECT-TYPE 107 SYNTAX INTEGER { 108 noReset(1), 109 normalReset(2), 110 -- (3) is no longer used 111 agentReset(4) 112 } 113 MAX-ACCESS read-write 114 STATUS current 115 DESCRIPTION "When this object is set to to 'normalReset' it 116 results in a 'powerup' reset of the device. When 117 set to 'agentReset', it results in a reset of the 118 agent software, without resetting the device 119 hardware. When this object is set, the agent 120 replies, dallies a short time to allow the reply 121 to be emitted from the device, then performs the 122 reset. When read, this object always returns 123 'noReset'." 124 ::= { hpicfBasic 1 } 125 126 hpicfSelfTest OBJECT-TYPE 127 SYNTAX INTEGER { 128 stSuccess(1), 129 stExecute(2) 130 } 131 MAX-ACCESS read-write 132 STATUS current 133 DESCRIPTION "Self test is invoked by setting this flag to 134 'stExecute'. When the object changes to 'stSuccess', 135 the test has completed successfully." 136 ::= { hpicfBasic 2 } 137 138 hpicfTelnetEnable OBJECT-TYPE 139 SYNTAX INTEGER { 140 enabled(1), 141 disabled(2) 142 } 143 MAX-ACCESS read-write 144 STATUS current 145 DESCRIPTION "When the value of this object is 'enabled(1)', the 146 telnet server on this agent is running and allowed to 147 accept connections. When the value of this object is 148 'disabled(2)', no incoming telnet connections will be 149 accepted by this agent. Whether the telnet server 150 continues running when this object is set to 151 'disabled(2)' is implementation dependent." 152 ::= { hpicfBasic 3 } 153 154 hpicfConfigClear OBJECT-TYPE 155 SYNTAX INTEGER { 156 running(1), 157 configClear(2) 158 } 159 MAX-ACCESS read-write 160 STATUS current 161 DESCRIPTION "When this object is set to 'configClear', the agent 162 replies, dallies a short time to allow the reply to 163 be emitted from the device, clears all of its 164 nonvolitile parameters back to their factory 165 defaults then resets the device. Note that this 166 will result in all parameters being cleared, 167 including network configuration. This function 168 should be used with extreme caution. 169 170 When read, this object always returns 'running'." 171 ::= { hpicfBasic 4 } 172 173 hpicfSelfTestResult OBJECT IDENTIFIER ::= { hpicfBasic 5 } 174 175 hpicfSelfTestResultCode OBJECT-TYPE 176 SYNTAX INTEGER { 177 ok(1), 178 softFailure(2) 179 } 180 MAX-ACCESS read-only 181 STATUS current 182 DESCRIPTION "If the value of this object is 'softFailure', the 183 agent is up and running, but has detected a 184 non-critical failure. The value of the 185 hpicfSelfTestResultText will contain further 186 information about the type of failure that was 187 detected and may contain information about how to 188 remedy the situation." 189 ::= { hpicfSelfTestResult 1 } 190 191 hpicfSelfTestResultText OBJECT-TYPE 192 SYNTAX DisplayString (SIZE(0..255)) 193 MAX-ACCESS read-only 194 STATUS current 195 DESCRIPTION "If the value of the hpicfSelfTestResultCode object 196 is 'softFailure', this text string contains detailed 197 information about the most recently detected failure, 198 including information about the type of failure that 199 was detected, and possibly information about how to 200 remedy the situation. If the value of the 201 hpicfSelfTestResultCode object is 'ok', this object 202 will contain a zero-length octet string." 203 ::= { hpicfSelfTestResult 2 } 204 205 hpicfSelfTestResultTime OBJECT-TYPE 206 SYNTAX TimeStamp 207 MAX-ACCESS read-only 208 STATUS current 209 DESCRIPTION "This object contains the value of sysUpTime at the 210 time the agent detected the failure currently being 211 reported by hpicfSelfTestResultCode and 212 hpicfSelfTestResultText. If the value of the 213 hpicfSelfTestResultCode is 'ok', or if the current 214 failure was detected before the SNMP agent 215 initialized, this object will have the value 0." 216 ::= { hpicfSelfTestResult 3 } 217 218 hpicfWebAgentEnable OBJECT-TYPE 219 SYNTAX INTEGER { 220 enabled(1), 221 disabled(2) 222 } 223 MAX-ACCESS read-write 224 STATUS current 225 DESCRIPTION "When the value of this object is 'enabled(1)', the 226 ehttpd server on this agent is running and allowed to 227 accept connections. When the value of this object is 228 'disabled(2)', no incoming ehttpd connections will be 229 accepted by this agent. Whether the ehttpd server 230 continues running when this object is set to 231 'disabled(2)' is implementation dependent." 232 ::= { hpicfBasic 6 } 233 234 hpicfBasicDiscovery OBJECT IDENTIFIER ::= { hpicfBasic 7 } 235 236 hpicfAnnounceTable OBJECT-TYPE 237 SYNTAX SEQUENCE OF HpicfAnnounceEntry 238 MAX-ACCESS not-accessible 239 STATUS deprecated 240 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 241 242 A table of per-device network announcement 243 addresses. This table is used to cause the 244 transmission of announcement packets for a 245 particular logical device to a specified address. 246 This is used as part of topology mapping to 247 determine the network connectivity of a device on 248 the network." 249 ::= { hpicfBasicDiscovery 1 } 250 251 hpicfAnnounceEntry OBJECT-TYPE 252 SYNTAX HpicfAnnounceEntry 253 MAX-ACCESS not-accessible 254 STATUS deprecated 255 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 256 257 A row in the table, containing the announcement 258 address for a single entity." 259 INDEX { entLogicalIndex } 260 ::= { hpicfAnnounceTable 1 } 261 262 HpicfAnnounceEntry ::= 263 SEQUENCE { 264 hpicfAnnounceAddress MacAddress 265 } 266 267 hpicfAnnounceAddress OBJECT-TYPE 268 SYNTAX MacAddress 269 MAX-ACCESS read-write 270 STATUS deprecated 271 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 272 273 Seting an instance of this object to any MAC 274 address will trigger the agent to transmit three 275 announcement packets on an interface associated 276 with the logical entity. These packets will use a 277 MAC source address set to the agent's MAC address 278 on that interface, a MAC destination address equal 279 to the value of the instance of this object, 280 a destination LSAP of 0xF8, and a destination HP 281 XSAP of 0x165d." 282 ::= { hpicfAnnounceEntry 1 } 283 284 hpicfIfToEntityTable OBJECT-TYPE 285 SYNTAX SEQUENCE OF HpicfIfToEntityEntry 286 MAX-ACCESS not-accessible 287 STATUS deprecated 288 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 289 290 This table is used to map an interface index to a 291 logical entity index. This table is mainly used 292 by autodiscovery to figure out which entLogicalIndex 293 corresponds to a particular network address. This 294 table is not intended as a general purpose mapping. 295 In particular, in some systems the same interface 296 can be in use by multiple logical entities. Also, 297 there is no requirement that ifIndex is unique 298 across all logical entities (such as the case where 299 multiple agents in the same chassis each assign 300 ifIndex without knowledge of how the other agents 301 are assigning ifIndex). Therefore, these mappings 302 are only defined to hold for the special purpose 303 of getting from the discovered transport address for 304 a logical device to the entLogicalIndex needed for 305 announce address and search address. Also, note 306 that this table will not contain entries for all 307 of the values of ifIndex. It will only contain 308 entries for interfaces that can be used for sending 309 announcement packets for some logical entity." 310 ::= { hpicfBasicDiscovery 2 } 311 312 hpicfIfToEntityEntry OBJECT-TYPE 313 SYNTAX HpicfIfToEntityEntry 314 MAX-ACCESS not-accessible 315 STATUS deprecated 316 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 317 318 A row in the table, containing the ifIndex to 319 entLogicalIndex mapping for a single interface." 320 INDEX { ifIndex } 321 ::= { hpicfIfToEntityTable 1 } 322 323 HpicfIfToEntityEntry ::= 324 SEQUENCE { 325 hpicfIfEntLogicalIndex Integer32 326 } 327 328 hpicfIfEntLogicalIndex OBJECT-TYPE 329 SYNTAX Integer32 (1..2147483647) 330 MAX-ACCESS read-only 331 STATUS deprecated 332 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 333 334 This object identifies the entLogicalIndex of a 335 device that can be mapped using this interface. An 336 entLogicalEntry identified by a value of an instance 337 of this object is the same entry identified by the 338 same value of an instance of entLogicalIndex." 339 ::= { hpicfIfToEntityEntry 1 } 340 341 342 hpicfAnnounceDiscoveryTable OBJECT-TYPE 343 SYNTAX SEQUENCE OF HpicfAnnounceDiscoveryEntry 344 MAX-ACCESS not-accessible 345 STATUS current 346 DESCRIPTION "A table of per-device network announcement 347 addresses. This table is used to cause the 348 transmission of announcement packets for a 349 particular logical device to a specified address. 350 This is used as part of topology mapping to 351 determine the network connectivity of a device on 352 the network." 353 ::= { hpicfBasicDiscovery 3 } 354 355 hpicfAnnounceDiscoveryEntry OBJECT-TYPE 356 SYNTAX HpicfAnnounceDiscoveryEntry 357 MAX-ACCESS not-accessible 358 STATUS current 359 DESCRIPTION "A row in the table, containing the announcement 360 address for a single entity." 361 INDEX { ifIndex } 362 ::= { hpicfAnnounceDiscoveryTable 1 } 363 364 HpicfAnnounceDiscoveryEntry ::= 365 SEQUENCE { 366 hpicfAnnounceDiscoveryAddress MacAddress 367 } 368 369 hpicfAnnounceDiscoveryAddress OBJECT-TYPE 370 SYNTAX MacAddress 371 MAX-ACCESS read-write 372 STATUS current 373 DESCRIPTION "Seting an instance of this object to any MAC 374 address will trigger the agent to transmit three 375 announcement packets on an interface associated 376 with the logical entity. These packets will use a 377 MAC source address set to the agent's MAC address 378 on that interface, a MAC destination address equal 379 to the value of the instance of this object, 380 a destination LSAP of 0xF8, and a destination HP 381 XSAP of 0x165d." 382 ::= { hpicfAnnounceDiscoveryEntry 1 } 383 384 385 hpicfBasicIpConfig OBJECT IDENTIFIER ::= { hpicfBasic 8 } 386 387 hpicfIpConfigTable OBJECT-TYPE 388 SYNTAX SEQUENCE OF HpicfIpConfigEntry 389 MAX-ACCESS not-accessible 390 STATUS deprecated 391 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 392 393 This table contains per-interface IP configuration 394 information." 395 ::= { hpicfBasicIpConfig 1 } 396 397 hpicfIpConfigEntry OBJECT-TYPE 398 SYNTAX HpicfIpConfigEntry 399 MAX-ACCESS not-accessible 400 STATUS deprecated 401 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 402 403 An entry in the hpicfIpConfigTable containing the IP 404 configuration information for a single interface." 405 INDEX { ifIndex } 406 ::= { hpicfIpConfigTable 1 } 407 408 HpicfIpConfigEntry ::= 409 SEQUENCE { 410 hpicfIpConfigAddress IpAddress, 411 hpicfIpConfigAddrMask IpAddress, 412 hpicfIpConfigDefaultRouter IpAddress, 413 hpicfIpConfigPingRouter TruthValue, 414 hpicfIpConfigMtu Integer32, 415 hpicfIpConfigAdminStatus INTEGER, 416 hpicfIpConfigProxyArp INTEGER, 417 hpicfIpConfigLocalProxyArp INTEGER 418 } 419 420 hpicfIpConfigAddress OBJECT-TYPE 421 SYNTAX IpAddress 422 MAX-ACCESS read-write 423 STATUS deprecated 424 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 425 426 This variable contains the IP address for this 427 interface." 428 ::= { hpicfIpConfigEntry 1 } 429 430 hpicfIpConfigAddrMask OBJECT-TYPE 431 SYNTAX IpAddress 432 MAX-ACCESS read-write 433 STATUS deprecated 434 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 435 436 This variable contains the IP subnet mask for 437 this interface." 438 ::= { hpicfIpConfigEntry 2 } 439 440 hpicfIpConfigDefaultRouter OBJECT-TYPE 441 SYNTAX IpAddress 442 MAX-ACCESS read-write 443 STATUS deprecated 444 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 445 446 This variable contains the IP address of the 447 default router for this interface. For SLIP 448 interfaces, this object contains the IP address 449 of the node at the other end of the serial 450 connection." 451 ::= { hpicfIpConfigEntry 3 } 452 453 hpicfIpConfigPingRouter OBJECT-TYPE 454 SYNTAX TruthValue 455 MAX-ACCESS read-write 456 STATUS deprecated 457 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 458 459 This object is used to configure whether this agent 460 will periodically send ICMP echo request packets to 461 the IP default router for this interface. Since a 462 networking device typically does not transmit unless 463 it receives a management request, and since some 464 autodiscovery applications work by scanning ARP 465 caches, this ICMP echo can be used to try to stay in 466 our default router's ARP cache so that we can be 467 discovered. This object allows the network manager 468 to enable or disable sending these ICMP echo 469 requests." 470 ::= { hpicfIpConfigEntry 4 } 471 472 hpicfIpConfigMtu OBJECT-TYPE 473 SYNTAX Integer32 (68..65535) 474 MAX-ACCESS read-write 475 STATUS deprecated 476 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 477 478 This object is used to configure the largest 479 datagram that IP will send on this interface. Note 480 that for some interface types, this value may not 481 be changeable, and this object will be implemented 482 as read-only on those interfaces. Also note that 483 most interfaces will not allow the full range of 484 values defined above, since the upper limit on the 485 MTU is constrained by the interface type." 486 ::= { hpicfIpConfigEntry 5 } 487 488 hpicfIpConfigAdminStatus OBJECT-TYPE 489 SYNTAX INTEGER { 490 disable(1), 491 useConfigured(2), 492 learn(3) 493 } 494 MAX-ACCESS read-write 495 STATUS deprecated 496 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 497 498 Setting this flag to 'learn' (the default) will 499 clear any existing IP address configuration for 500 this interface, and will cause the device to use a 501 dynamic method (e.g. BootP) to obtain its IP 502 configuration for this interface. This flag must be 503 set to 'useConfigured' in order to configure an IP 504 address for the interface. Setting this flag to 505 'disable' will disable the IP protocol stack on this 506 interface." 507 ::= { hpicfIpConfigEntry 6 } 508 509 hpicfIpConfigProxyArp OBJECT-TYPE 510 SYNTAX INTEGER { 511 enabled(1), 512 disabled(2) 513 } 514 MAX-ACCESS read-write 515 STATUS deprecated 516 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 517 518 Enables/disables ARP proxy on the interface. If set 519 to enabled(1), the switch will respond on ARP request 520 for IP addresses from other subnets." 521 ::= { hpicfIpConfigEntry 7 } 522 523 hpicfIpConfigLocalProxyArp OBJECT-TYPE 524 SYNTAX INTEGER { 525 enabled(1), 526 disabled(2) 527 } 528 MAX-ACCESS read-write 529 STATUS deprecated 530 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 531 532 Enables/disables local ARP proxy on the interface. If set 533 to enabled(1), the switch will respond on ARP request 534 for IP addresses from local subnets." 535 ::= { hpicfIpConfigEntry 8 } 536 537 538 -- IP secondary addresses 539 540 hpicfIpAddrTable OBJECT-TYPE 541 SYNTAX SEQUENCE OF HpicfIpAddrEntry 542 MAX-ACCESS not-accessible 543 STATUS deprecated 544 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 545 546 A table that contains the secondary addresses 547 configured for an interface." 548 ::= { hpicfBasicIpConfig 2 } 549 550 hpicfIpAddrEntry OBJECT-TYPE 551 SYNTAX HpicfIpAddrEntry 552 MAX-ACCESS not-accessible 553 STATUS deprecated 554 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 555 556 Information about a secondary IP address assigned 557 to an interface." 558 INDEX { ifIndex, 559 hpicfIpAddrAddr } 560 ::= { hpicfIpAddrTable 1 } 561 562 HpicfIpAddrEntry ::= 563 SEQUENCE { 564 hpicfIpAddrAddr IpAddress, 565 hpicfIpAddrMask IpAddress, 566 hpicfIpAddrStatus RowStatus 567 } 568 569 hpicfIpAddrAddr OBJECT-TYPE 570 SYNTAX IpAddress 571 MAX-ACCESS not-accessible 572 STATUS deprecated 573 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 574 575 The secondary IP address." 576 ::= { hpicfIpAddrEntry 1 } 577 578 hpicfIpAddrMask OBJECT-TYPE 579 SYNTAX IpAddress 580 MAX-ACCESS read-create 581 STATUS deprecated 582 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 583 584 The subnet mask for the address. If not specified 585 at the time of row creation, defaults to the 586 class-based netmask for the address." 587 ::= { hpicfIpAddrEntry 2 } 588 589 hpicfIpAddrStatus OBJECT-TYPE 590 SYNTAX RowStatus 591 MAX-ACCESS read-create 592 STATUS deprecated 593 DESCRIPTION "********* THIS OBJECT IS DEPRECATED ********* 594 595 The status of an IP Address entry." 596 ::= { hpicfIpAddrEntry 3 } 597 598 599 -- Global default gateway config objects 600 601 hpicfIpGlobalDefaultRouter OBJECT-TYPE 602 SYNTAX IpAddress 603 MAX-ACCESS read-write 604 STATUS current 605 DESCRIPTION "This variable contains the IP address of the 606 default router for this system. The value of 607 this object is ignored when ipForwarding is 608 equal to 'forwarding'. This object is only used 609 when hpicfIpGlobalDefaultRouterSource is 'manual'. 610 Note that a configured static route to address 611 0.0.0.0 takes precedence over the value of this 612 object." 613 ::= { hpicfBasicIpConfig 3 } 614 615 hpicfIpGlobalPingRouter OBJECT-TYPE 616 SYNTAX TruthValue 617 MAX-ACCESS read-write 618 STATUS current 619 DESCRIPTION "This object is used to configure whether this 620 device will periodically send ICMP echo request 621 packets to its IP default router. Since a 622 networking device typically does not transmit 623 unless it receives a management request, and since 624 some autodiscovery applications work by scanning 625 ARP caches, this ICMP echo can be used to try to 626 stay in our default router's ARP cache so that we 627 can be discovered. This object allows the network 628 manager to enable or disable sending these ICMP echo 629 requests. The value of this object is ignored when 630 ipForwarding is equal to 'forwarding'." 631 ::= { hpicfBasicIpConfig 4 } 632 633 hpicfIpZeroBroadcastEnable OBJECT-TYPE 634 SYNTAX TruthValue 635 MAX-ACCESS read-write 636 STATUS current 637 DESCRIPTION "This object is used to configure whether switch 638 should silently discard on receipt any packet 639 addressed to 0.0.0.0 or {<Network>, 0}.If these 640 packets are not silently discarded, they must be 641 treated as IP broadcasts.This object is by default 642 configured to discard zero broadcast packet" 643 ::= { hpicfBasicIpConfig 5 } 644 645 646 hpicfBasicIpxConfig OBJECT IDENTIFIER ::= { hpicfBasic 9 } 647 648 hpicfIpxConfigTable OBJECT-TYPE 649 SYNTAX SEQUENCE OF HpicfIpxConfigEntry 650 MAX-ACCESS not-accessible 651 STATUS current 652 DESCRIPTION "This table contains IPX per-interface configuration 653 information that will take effect after the next 654 reset of the device." 655 ::= { hpicfBasicIpxConfig 1 } 656 657 hpicfIpxConfigEntry OBJECT-TYPE 658 SYNTAX HpicfIpxConfigEntry 659 MAX-ACCESS not-accessible 660 STATUS current 661 DESCRIPTION "An entry in the hpicfIpxConfigTable containing the 662 IPX configuration information for a single 663 interface." 664 INDEX { ifIndex } 665 ::= { hpicfIpxConfigTable 1 } 666 667 HpicfIpxConfigEntry ::= 668 SEQUENCE { 669 hpicfIpxConfigNodeAddress MacAddress, 670 hpicfIpxConfigDefaultRouter MacAddress, 671 hpicfIpxConfigRouterEncaps INTEGER, 672 hpicfIpxConfigAdminStatus INTEGER 673 } 674 675 hpicfIpxConfigNodeAddress OBJECT-TYPE 676 SYNTAX MacAddress 677 MAX-ACCESS read-only 678 STATUS current 679 DESCRIPTION "The IPX node address that the agent will use for 680 this interface. Note that in many, but not all, 681 cases, this object duplicates the value of 682 ifPhysAddress." 683 ::= { hpicfIpxConfigEntry 1 } 684 685 hpicfIpxConfigDefaultRouter OBJECT-TYPE 686 SYNTAX MacAddress 687 MAX-ACCESS read-write 688 STATUS current 689 DESCRIPTION "The IPX node address of the default router for 690 this interface." 691 ::= { hpicfIpxConfigEntry 2 } 692 693 hpicfIpxConfigRouterEncaps OBJECT-TYPE 694 SYNTAX INTEGER { 695 ethernetII(1), 696 ieee8022(2), 697 snap(3), 698 ieee8023Raw(4), 699 noGateway(5), 700 learn(6) 701 } 702 MAX-ACCESS read-write 703 STATUS current 704 DESCRIPTION "The type of encapsulation to for packets sent to 705 the default router on this interface. Note that 706 some of the enumerations for this object may not 707 be appropriate for some interface types." 708 ::= { hpicfIpxConfigEntry 3 } 709 710 hpicfIpxConfigAdminStatus OBJECT-TYPE 711 SYNTAX INTEGER { 712 enable(1), 713 disable(2) 714 } 715 MAX-ACCESS read-write 716 STATUS current 717 DESCRIPTION "Setting this flag to 'enable' (the default) will 718 enable the IPX protocol stack on this interface. 719 Setting this flag to 'disable' will disable the IPX 720 protocol stack on this interface." 721 ::= { hpicfIpxConfigEntry 4 } 722 723 hpicfIpxNetTable OBJECT-TYPE 724 SYNTAX SEQUENCE OF HpicfIpxNetEntry 725 MAX-ACCESS not-accessible 726 STATUS current 727 DESCRIPTION "This table contains the IPX network number in use 728 for each encapsulation type on the agent's 729 interfaces. This information is learned dynamically 730 by the agent. An entry will only exist in this table 731 for a particular encapsulation type on a particular 732 interface if we have discovered a network number for 733 that encapsulation type on that interface." 734 ::= { hpicfBasicIpxConfig 2 } 735 736 hpicfIpxNetEntry OBJECT-TYPE 737 SYNTAX HpicfIpxNetEntry 738 MAX-ACCESS not-accessible 739 STATUS current 740 DESCRIPTION "An entry in the table, containing the IPX network 741 number for a single encapsulation type on one of the 742 agent's interfaces." 743 INDEX { ifIndex, hpicfIpxNetEncaps } 744 ::= { hpicfIpxNetTable 1 } 745 746 HpicfIpxNetEntry ::= 747 SEQUENCE { 748 hpicfIpxNetEncaps INTEGER, 749 hpicfIpxNetNumber OCTET STRING 750 } 751 752 hpicfIpxNetEncaps OBJECT-TYPE 753 SYNTAX INTEGER { 754 ethernetII(1), 755 ieee8022(2), 756 snap(3), 757 ieee8023Raw(4) 758 } 759 MAX-ACCESS not-accessible 760 STATUS current 761 DESCRIPTION "The encapsulation type for this entry." 762 ::= { hpicfIpxNetEntry 1 } 763 764 hpicfIpxNetNumber OBJECT-TYPE 765 SYNTAX OCTET STRING (SIZE(4)) 766 MAX-ACCESS read-only 767 STATUS current 768 DESCRIPTION "The IPX network number for this encapsulation on 769 this interface, in network byte order." 770 ::= { hpicfIpxNetEntry 2 } 771 772 hpicfBasicTraps OBJECT IDENTIFIER ::= { hpicfBasic 10 } 773 774 -- The HP ICF Fixed Trap Table 775 776 hpicfFixedTrapTable OBJECT-TYPE 777 SYNTAX SEQUENCE OF HpicfFixedTrapEntry 778 MAX-ACCESS not-accessible 779 STATUS current 780 DESCRIPTION "A table of mappings from notification ids to RMON 781 events. 782 783 This table contains one row for each notification 784 type supported by the agent. It provides a way of 785 configuring an RMON eventTable entry to be triggered 786 whenever this notification occurs. This way, each 787 notification can be configured to use a particular 788 community name (which selects a set of entries in 789 the trap destination table to send the notification 790 to), and provides a common point for configuring the 791 action to take when the notification condition 792 occurs." 793 ::= { hpicfBasicTraps 1 } 794 795 hpicfFixedTrapEntry OBJECT-TYPE 796 SYNTAX HpicfFixedTrapEntry 797 MAX-ACCESS not-accessible 798 STATUS current 799 DESCRIPTION "An entry in the table, describing the mapping for 800 a single notification id." 801 INDEX { hpicfFixedTrapID } 802 ::= { hpicfFixedTrapTable 1 } 803 804 HpicfFixedTrapEntry ::= 805 SEQUENCE { 806 hpicfFixedTrapID OBJECT IDENTIFIER, 807 hpicfFixedTrapEventIndex Integer32 808 } 809 810 hpicfFixedTrapID OBJECT-TYPE 811 SYNTAX OBJECT IDENTIFIER 812 MAX-ACCESS not-accessible 813 STATUS current 814 DESCRIPTION "The object identifier of the notification this entry 815 provides mapping information for. 816 817 For notifications that are defined using the SNMPv2 818 NOTIFICATION-TYPE macro, the OID value assigned by 819 the macro is used directly as the hpicfFixedTrapID. 820 For traps defined using the SNMpv1 TRAP-TYPE macro, 821 the value of hpicfFixedTrapID is formed by adding 822 two subids to the trap enterprise. The first added 823 subid is 0, and the second is the specific trap 824 value assigned by the macro to the trap. Note: this 825 is the method specified in RFC 1908, 'Coexistence 826 between Version 1 and Version 2 of the 827 Internet-standard Network Management Framework' for 828 converting the enterprise and specific-trap fields 829 of a received Trap-PDU into a value of snmpTrapOID 830 for use in building an SNMPv2-Trap-PDU in a proxy 831 agent." 832 ::= { hpicfFixedTrapEntry 1 } 833 834 hpicfFixedTrapEventIndex OBJECT-TYPE 835 SYNTAX Integer32 (0..65535) 836 MAX-ACCESS read-write 837 STATUS current 838 DESCRIPTION "The index of the eventEntry in the RMON MIB that 839 will be triggered when a condition exists for which 840 this notification is supposed to be sent. The 841 eventEntry identified by a particular value of this 842 index is the same as indentified by the same value 843 of the eventIndex object. If there is no 844 corresponding entry in the eventTable, then no 845 association exists. In particular, if this value is 846 zero, no associated event will be generated, as zero 847 is not a valid event index. 848 849 Note that some agents may implement this object 850 read-only. In this case, it will indicate a 851 permanent entry in the eventTable for each 852 notification." 853 ::= { hpicfFixedTrapEntry 2 } 854 855 hpicfTrapDestTable OBJECT-TYPE 856 SYNTAX SEQUENCE OF HpicfTrapDestEntry 857 MAX-ACCESS not-accessible 858 STATUS deprecated 859 DESCRIPTION "*************THIS OBJECT IS DEPRECATED ********** 860 A table of trap destinations." 861 ::= { hpicfBasicTraps 2 } 862 863 hpicfTrapDestEntry OBJECT-TYPE 864 SYNTAX HpicfTrapDestEntry 865 MAX-ACCESS not-accessible 866 STATUS current 867 DESCRIPTION "An entry in the table, containing information about 868 a single trap destination." 869 INDEX { hpicfTrapDestIndex } 870 ::= { hpicfTrapDestTable 1 } 871 872 HpicfTrapDestEntry ::= 873 SEQUENCE { 874 hpicfTrapDestIndex Integer32, 875 hpicfTrapDestVersion INTEGER, 876 hpicfTrapDestCommunity OCTET STRING, 877 hpicfTrapDestTDomain TDomain, 878 hpicfTrapDestTAddress TAddress, 879 hpicfTrapDestFilter Integer32, 880 hpicfTrapDestStatus RowStatus, 881 hpicfTrapDestNotifyType INTEGER, 882 hpicfTrapDestRetries Interger32, 883 hpicfTrapDestTimeout TimeInterval 884 } 885 886 hpicfTrapDestIndex OBJECT-TYPE 887 SYNTAX Integer32 (1..65535) 888 MAX-ACCESS not-accessible 889 STATUS deprecated 890 DESCRIPTION "*************THIS OBJECT IS DEPRECATED ********** 891 A value that uniquely identifies this 892 hpicfTrapDestEntry." 893 ::= { hpicfTrapDestEntry 1 } 894 895 hpicfTrapDestVersion OBJECT-TYPE 896 SYNTAX INTEGER { 897 snmpv1(1), 898 snmpv2c(2) 899 } 900 MAX-ACCESS read-create 901 STATUS deprecated 902 DESCRIPTION "*************THIS OBJECT IS DEPRECATED ********** 903 This object is used to indicate what version of 904 SNMP should be used to send the trap to this 905 destination. When the value of this object is 906 'snmpv1', the trap will be sent to this destination 907 as a Trap-PDU using an SNMPv1 message wrapper, as 908 specified in RFC 1157. When the value of this 909 object is 'snmpv2c', the trap will be sent to this 910 destination as a SNMPv2-Trap-PDU using the 911 Community-based SNMPv2 framework as specified in 912 RFC 1901. 913 914 An agent should reject an attempt to set an instance 915 of this object to a value representing a version of 916 the SNMP framework that is not supported by that 917 agent." 918 DEFVAL { snmpv1 } 919 ::= { hpicfTrapDestEntry 2 } 920 921 hpicfTrapDestCommunity OBJECT-TYPE 922 SYNTAX OCTET STRING (SIZE(1..32)) 923 MAX-ACCESS read-create 924 STATUS deprecated 925 DESCRIPTION "*************THIS OBJECT IS DEPRECATED ********** 926 A community to which this destination address 927 belongs. 928 929 This entry is associated with any entry in the RMON 930 MIB's eventTable whose value of eventCommunity is 931 equal to the value of this object. Every time an 932 associated event entry sends a trap due to an event, 933 that trap will be sent to each address in the 934 hpicfTrapDestTable with a hpicfTrapDestCommunity 935 equal to eventCommunity. 936 937 This object may not be modified if the associated 938 hpicfTrapDestStatus object is equal to active(1)." 939 DEFVAL { '7075626C6963'h } -- public 940 ::= { hpicfTrapDestEntry 3 } 941 942 hpicfTrapDestTDomain OBJECT-TYPE 943 SYNTAX TDomain 944 MAX-ACCESS read-create 945 STATUS deprecated 946 DESCRIPTION "*************THIS OBJECT IS DEPRECATED ********** 947 The transport domain to use to send this trap. 948 949 This object may not be modified if the associated 950 hpicfTrapDestStatus object is equal to active(1)." 951 ::= { hpicfTrapDestEntry 4 } 952 953 hpicfTrapDestTAddress OBJECT-TYPE 954 SYNTAX TAddress 955 MAX-ACCESS read-create 956 STATUS deprecated 957 DESCRIPTION "*************THIS OBJECT IS DEPRECATED ********** 958 The address to send traps to on behalf of this 959 entry, formatted according to the value of the 960 corresponding instance of the hpicfTrapDestTDomain 961 object. 962 963 This object may not be modified if the associated 964 hpicfTrapDestStatus object is equal to active(1)." 965 ::= { hpicfTrapDestEntry 5 } 966 967 hpicfTrapDestFilter OBJECT-TYPE 968 SYNTAX Integer32 (0..31) 969 MAX-ACCESS read-create 970 STATUS deprecated 971 DESCRIPTION "*************THIS OBJECT IS DEPRECATED ********** 972 The type of events that will be sent to this trap 973 receiver. This filter is mainly used for limiting 974 'system event' traps that will be sent to a specific 975 receiver. 976 977 This filter is specified as a sum of values, where 978 each value specifies a classification of traps that 979 will be sent to this trap receiver. The value for a 980 particular trap class C is computed as 2 raised to 981 a value representing C. The trap classes are 982 defined as follows: 983 984 C (bit#) Trap class 985 ----------------------------------------------- 986 0 SNMP traps 987 1 informational events 988 2 warning events 989 3 critical events 990 4 debug events (HP internal use only) 991 992 For example, to specify that this trap receiver 993 should recieve SNMP traps and critical event traps, 994 this object should be set to a value of 9 (2^0 + 995 2^3). 996 997 Note that some agents may not support 998 trap filtering. Those agents may either implement 999 this object as read-only, or with a restricted 1000 write syntax." 1001 DEFVAL { 1 } -- SNMP traps only 1002 ::= { hpicfTrapDestEntry 6 } 1003 1004 hpicfTrapDestStatus OBJECT-TYPE 1005 SYNTAX RowStatus 1006 MAX-ACCESS read-create 1007 STATUS deprecated 1008 DESCRIPTION "*************THIS OBJECT IS DEPRECATED ********** 1009 The status of this trap destination entry. 1010 1011 An entry may not exist in the active state unless 1012 all of the objects in the entry are consistent. In 1013 particular, the value of hpicfTrapDestAddress must 1014 have a legal length and value for the protocol 1015 specified by hpicfTrapDestProtocol." 1016 ::= { hpicfTrapDestEntry 7 } 1017 1018 hpicfTrapDestNotifyType OBJECT-TYPE 1019 SYNTAX INTEGER { 1020 trap(1), 1021 inform(2) 1022 } 1023 MAX-ACCESS read-create 1024 STATUS deprecated 1025 DESCRIPTION "*************THIS OBJECT IS DEPRECATED ********** 1026 This object is used to indicate what type of 1027 SNMP trap/informs should be used. 1028 When the value of this object is 'trap', 1029 notifications will be sent. When the value of this 1030 object is 'inform', informs will be sent." 1031 1032 DEFVAL { trap } 1033 ::= { hpicfTrapDestEntry 8 } 1034 1035 hpicfTrapDestRetries OBJECT-TYPE 1036 SYNTAX Integer32 (0..255) 1037 MAX-ACCESS read-create 1038 STATUS deprecated 1039 DESCRIPTION "*************THIS OBJECT IS DEPRECATED ********** 1040 This object is used to indicate what number of 1041 retries to be attempted when a response is not 1042 received for a generated message." 1043 1044 DEFVAL { 3 } 1045 ::= { hpicfTrapDestEntry 9 } 1046 1047 hpicfTrapDestTimeout OBJECT-TYPE 1048 SYNTAX TimeInterval 1049 MAX-ACCESS read-create 1050 STATUS deprecated 1051 DESCRIPTION "*************THIS OBJECT IS DEPRECATED ********** 1052 This object is used to indicate what number of 1053 seconds between retries to be attempted when a 1054 response is not received for a generated message." 1055 1056 DEFVAL { 1500 } 1057 ::= { hpicfTrapDestEntry 10 } 1058 1059 -- HP Basic extensions to the Remote Monitoring MIB. 1060 1061 hpicfBasicRmon OBJECT IDENTIFIER ::= { hpicfBasic 11 } 1062 1063 hpicfBasicAlarm OBJECT IDENTIFIER ::= { hpicfBasicRmon 3 } 1064 1065 hpicfBasicAlarmNVCapacity OBJECT-TYPE 1066 SYNTAX Integer32 1067 MAX-ACCESS read-only 1068 STATUS current 1069 DESCRIPTION "The maximum number of alarmTable entries this 1070 agent is capable of saving in nonvolatile storage." 1071 ::= { hpicfBasicAlarm 1 } 1072 1073 hpicfBasicAlarmTable OBJECT-TYPE 1074 SYNTAX SEQUENCE OF HpicfBasicAlarmEntry 1075 MAX-ACCESS not-accessible 1076 STATUS current 1077 DESCRIPTION "HP ICF specific extension to the RMON alarm table." 1078 ::= { hpicfBasicAlarm 2 } 1079 1080 hpicfBasicAlarmEntry OBJECT-TYPE 1081 SYNTAX HpicfBasicAlarmEntry 1082 MAX-ACCESS not-accessible 1083 STATUS current 1084 DESCRIPTION "Extensions for a single row in the RMON alarm 1085 table." 1086 AUGMENTS { alarmEntry } 1087 ::= { hpicfBasicAlarmTable 1 } 1088 1089 HpicfBasicAlarmEntry ::= 1090 SEQUENCE { 1091 hpicfBasicAlarmStorageType StorageType 1092 } 1093 1094 hpicfBasicAlarmStorageType OBJECT-TYPE 1095 SYNTAX StorageType 1096 MAX-ACCESS read-create 1097 STATUS current 1098 DESCRIPTION "The storage type for this alarm entry." 1099 DEFVAL { volatile } 1100 ::= { hpicfBasicAlarmEntry 1 } 1101 1102 hpicfBasicEvent OBJECT IDENTIFIER ::= { hpicfBasicRmon 9 } 1103 1104 hpicfBasicEventNVCapacity OBJECT-TYPE 1105 SYNTAX Integer32 1106 MAX-ACCESS read-only 1107 STATUS current 1108 DESCRIPTION "The maximum number of eventTable entries this 1109 agent is capable of saving in nonvolatile storage." 1110 ::= { hpicfBasicEvent 1 } 1111 1112 hpicfBasicEventTable OBJECT-TYPE 1113 SYNTAX SEQUENCE OF HpicfBasicEventEntry 1114 MAX-ACCESS not-accessible 1115 STATUS current 1116 DESCRIPTION "HP ICF specific extension to the RMON event table." 1117 ::= { hpicfBasicEvent 2 } 1118 1119 hpicfBasicEventEntry OBJECT-TYPE 1120 SYNTAX HpicfBasicEventEntry 1121 MAX-ACCESS not-accessible 1122 STATUS current 1123 DESCRIPTION "Extensions for a single row in the RMON event 1124 table." 1125 AUGMENTS { eventEntry } 1126 ::= { hpicfBasicEventTable 1 } 1127 1128 HpicfBasicEventEntry ::= 1129 SEQUENCE { 1130 hpicfBasicEventStorageType StorageType 1131 } 1132 1133 hpicfBasicEventStorageType OBJECT-TYPE 1134 SYNTAX StorageType 1135 MAX-ACCESS read-create 1136 STATUS current 1137 DESCRIPTION "The storage type for this event entry. 1138 1139 Rows having the value 'permanent' allow write access 1140 to the associated instances of eventCommunity and 1141 eventType." 1142 DEFVAL { volatile } 1143 ::= { hpicfBasicEventEntry 1 } 1144 1145 1146 -- HP ICF Basic Traps 1147 1148 hpicfSelfTestTrap NOTIFICATION-TYPE 1149 OBJECTS { hpicfSelfTestResultText } 1150 STATUS current 1151 DESCRIPTION "An hpicfSelfTestTrap indicates that the agent has 1152 detected a non-critical failure. The value of the 1153 hpicfSelfTestResultText object describing the failure 1154 is sent in the trap. Note that this trap is sent 1155 whenever a new failure is detected. 1156 1157 An agent should throttle the generation of 1158 consecutive hpicfSelfTestTraps so that there is at 1159 least a five-second gap between traps of this type. 1160 When traps are throttled, the are dropped, not 1161 queued for sending at a future time. (Note that 1162 'generating' a trap means sending to all configured 1163 recipients.)." 1164 ::= { hpicfCommonTrapsPrefix 4 } 1165 1166 1167 -- HP ICF BASIC snmpTargetAddrLog Filter 1168 1169 hpicfBasicSnmpTargetAddrLogFilter OBJECT IDENTIFIER ::= { hpicfBasic 12} 1170 1171 hpicfSnmpTargetAddrLogFilterTable OBJECT-TYPE 1172 SYNTAX SEQUENCE OF HpicfSnmpTargetAddrLogFilterEntry 1173 MAX-ACCESS not-accessible 1174 STATUS current 1175 DESCRIPTION "Adds an HpicfSnmpTargetAddrLogFilterEntry to 1176 snmpTargetAddrTable." 1177 ::= { hpicfBasicSnmpTargetAddrLogFilter 1} 1178 1179 hpicfSnmpTargetAddrLogFilterEntry OBJECT-TYPE 1180 SYNTAX HpicfSnmpTargetAddrLogFilterEntry 1181 MAX-ACCESS not-accessible 1182 STATUS current 1183 DESCRIPTION "Adds an HpicfSnmpTargetAddrLogFilterEntry to snmpTargetAddrTable." 1184 AUGMENTS { snmpTargetAddrEntry } 1185 ::= { hpicfSnmpTargetAddrLogFilterTable 1 } 1186 1187 HpicfSnmpTargetAddrLogFilterEntry ::= SEQUENCE { 1188 hpicfSnmpTargetAddrLogFilter Integer32 (0..31) 1189 } 1190 1191 hpicfSnmpTargetAddrLogFilter OBJECT-TYPE 1192 SYNTAX Integer32 (0..31) 1193 MAX-ACCESS read-create 1194 STATUS current 1195 DESCRIPTION "The type of events that will be sent to this trap 1196 receiver. This filter is mainly used for limiting 1197 'system event' traps that will be sent to a specific 1198 receiver. 1199 1200 This filter is specified as a sum of values, where 1201 each value specifies a classification of traps that 1202 will be sent to this trap receiver. The value for a 1203 particular trap class C is computed as 2 raised to 1204 a value representing C. The trap classes are 1205 defined as follows: 1206 1207 C (bit#) Trap class 1208 ----------------------------------------------- 1209 0 SNMP traps 1210 1 informational events 1211 2 warning events 1212 3 critical events 1213 4 debug events (HP internal use only) 1214 1215 For example, to specify that this trap receiver 1216 should recieve SNMP traps and critical event traps, 1217 this object should be set to a value of 9 (2^0 + 1218 2^3). 1219 1220 Note that some agents may not support 1221 trap filtering. Those agents may either implement 1222 this object as read-only, or with a restricted 1223 write syntax." 1224 DEFVAL { 1 } -- SNMP traps only 1225 ::= { hpicfSnmpTargetAddrLogFilterEntry 1 } 1226 1227 -- HP ICF BASIC Domain Name Services Objects 1228 1229 hpicfBasicDNSConfig OBJECT IDENTIFIER ::= { hpicfBasic 15} 1230 1231 hpicfDNSDefaultDomainSuffix OBJECT-TYPE 1232 SYNTAX DisplayString (SIZE (0..255)) 1233 MAX-ACCESS read-write 1234 STATUS current 1235 DESCRIPTION "The default domain name (A unique designator on the 1236 network composed of symbols separated by dots) to 1237 which resolver appends host names before sending the 1238 queries to name servers. An example of a valid 1239 default domain suffix is 'hp.com'. The resolver 1240 will not use a default domain suffix if this object 1241 is set to empty-string (which is the default value.)" 1242 ::= { hpicfBasicDNSConfig 1 } 1243 1244 hpicfDNSNameServerTable OBJECT-TYPE 1245 SYNTAX SEQUENCE OF HpicfDNSNameServerEntry 1246 MAX-ACCESS not-accessible 1247 STATUS deprecated 1248 DESCRIPTION "#### Deprecated #### A table that contains information about the 1249 (DNS) Name Server configuration in this 1250 device." 1251 ::= { hpicfBasicDNSConfig 2 } 1252 1253 hpicfDNSNameServerEntry OBJECT-TYPE 1254 SYNTAX HpicfDNSNameServerEntry 1255 MAX-ACCESS not-accessible 1256 STATUS deprecated 1257 DESCRIPTION "### deprecated ###Information about name server configuration entry 1258 on this resolver device. " 1259 INDEX { hpicfDNSNameServerAddress } 1260 ::= { hpicfDNSNameServerTable 1 } 1261 1262 HpicfDNSNameServerEntry ::= 1263 SEQUENCE { 1264 hpicfDNSNameServerAddress IpAddress, 1265 hpicfDNSNameServerEntryStatus RowStatus 1266 } 1267 1268 hpicfDNSNameServerAddress OBJECT-TYPE 1269 SYNTAX IpAddress 1270 MAX-ACCESS not-accessible 1271 STATUS deprecated 1272 DESCRIPTION "### Deprecated ###IPv4 address of the given name server." 1273 ::= { hpicfDNSNameServerEntry 1 } 1274 1275 hpicfDNSNameServerEntryStatus OBJECT-TYPE 1276 SYNTAX RowStatus 1277 MAX-ACCESS read-create 1278 STATUS deprecated 1279 DESCRIPTION "### Deprecated ###The row status of a given name server entry." 1280 ::= { hpicfDNSNameServerEntry 2 } 1281 1282 hpicfInetDNSNameServerTable OBJECT-TYPE 1283 SYNTAX SEQUENCE OF HpicfInetDNSNameServerEntry 1284 MAX-ACCESS not-accessible 1285 STATUS current 1286 DESCRIPTION "A table that contains information about the 1287 (DNS) Name Server configuration in this 1288 device.This table has 3 index's PRIORITY ADDRTYPE 1289 ADDR,for each pririoty only one address can be configured." 1290 1291 ::= { hpicfBasicDNSConfig 3 } 1292 1293 hpicfInetDNSNameServerEntry OBJECT-TYPE 1294 SYNTAX HpicfInetDNSNameServerEntry 1295 MAX-ACCESS not-accessible 1296 STATUS current 1297 DESCRIPTION "An entry in hpicfInetDNSNameServerEntry contains single 1298 manually configured DNS Address 1299 on this resolver device. " 1300 INDEX { hpicfInetDNSNameServerAddrIndex, 1301 hpicfInetDNSNameServerAddrType, 1302 hpicfInetDNSNameServerAddress } 1303 ::= { hpicfInetDNSNameServerTable 1 } 1304 1305 HpicfInetDNSNameServerEntry ::= 1306 SEQUENCE { 1307 hpicfInetDNSNameServerAddrIndex INTEGER, 1308 hpicfInetDNSNameServerAddrType InetAddressType, 1309 hpicfInetDNSNameServerAddress InetAddress, 1310 hpicfInetDNSNameServerEntryStatus RowStatus 1311 } 1312 1313 hpicfInetDNSNameServerAddrIndex OBJECT-TYPE 1314 SYNTAX INTEGER(0..255) 1315 MAX-ACCESS not-accessible 1316 STATUS current 1317 DESCRIPTION "Index(which is also treated as priority) of DNS server address 1318 configured." 1319 ::= { hpicfInetDNSNameServerEntry 1 } 1320 1321 hpicfInetDNSNameServerAddrType OBJECT-TYPE 1322 SYNTAX InetAddressType 1323 MAX-ACCESS not-accessible 1324 STATUS current 1325 DESCRIPTION "Address Type of the DNS Name server stored in hpicfInetDNSNameServer 1326 Address." 1327 ::= { hpicfInetDNSNameServerEntry 2 } 1328 1329 hpicfInetDNSNameServerAddress OBJECT-TYPE 1330 SYNTAX InetAddress 1331 MAX-ACCESS not-accessible 1332 STATUS current 1333 DESCRIPTION "Address of DNS and type of address stored is 1334 is mentioned in hpicfInetDNSNameServerAddType 1335 This field needs to be used in conjuction with 1336 hpicfInetDNSNameServerAddrType." 1337 ::= { hpicfInetDNSNameServerEntry 3 } 1338 1339 hpicfInetDNSNameServerEntryStatus OBJECT-TYPE 1340 SYNTAX RowStatus 1341 MAX-ACCESS read-create 1342 STATUS current 1343 DESCRIPTION "The row status of a given name server entry." 1344 ::= { hpicfInetDNSNameServerEntry 4 } 1345 -- HP ICF BASIC Banner 1346 1347 hpicfBannerStatus OBJECT-TYPE 1348 SYNTAX INTEGER { 1349 enabled(1), 1350 disabled(2) 1351 } 1352 MAX-ACCESS read-write 1353 STATUS current 1354 DESCRIPTION "When the value of this object is 'enabled(1)', it means 1355 that the banner has been configured and will be displayed 1356 at console or web-ui login. When the value of this object 1357 is disabled(2), it means the banner has been unconfigured." 1358 DEFVAL { 1 } 1359 1360 ::= { hpicfBasic 13 } 1361 1362 hpicfBanner OBJECT IDENTIFIER ::= { hpicfBasic 14} 1363 1364 hpicfBannerMOTD OBJECT-TYPE 1365 SYNTAX OCTET STRING (SIZE(1..1300)) 1366 MAX-ACCESS read-write 1367 STATUS current 1368 DESCRIPTION "An administratively configured message that is displayed 1369 to the user when logged in to the device through 1370 either the console or web-ui" 1371 ::= { hpicfBanner 1 } 1372 1373 1374 hpicfResetDefault OBJECT-TYPE 1375 SYNTAX INTEGER { 1376 primary(1), 1377 secondary(2) 1378 } 1379 MAX-ACCESS read-write 1380 STATUS current 1381 DESCRIPTION "The switch boots from 'primary image' or 'secondary image' 1382 based on this object." 1383 ::= { hpicfBasic 16 } 1384 1385 1386 hpicfTelnet6Enable OBJECT-TYPE 1387 SYNTAX INTEGER { 1388 enabled(1), 1389 disabled(2) 1390 } 1391 MAX-ACCESS read-write 1392 STATUS current 1393 DESCRIPTION "When the value of this object is 'enabled(1)', the 1394 telnet6 server on this agent is running and allowed to 1395 accept connections. When the value of this object is 1396 'disabled(2)', no incoming telnet6 connections will be 1397 accepted by this agent." 1398 ::= { hpicfBasic 17 } 1399 1400 1401 -- Conformance information 1402 1403 hpicfBasicConformance OBJECT IDENTIFIER ::= { hpicfBasicMib 1 } 1404 1405 hpicfBasicCompliances OBJECT IDENTIFIER ::= { hpicfBasicConformance 1 } 1406 hpicfBasicGroups OBJECT IDENTIFIER ::= { hpicfBasicConformance 2 } 1407 1408 -- compliance statements 1409 1410 1411 hpicfBasicCompliance MODULE-COMPLIANCE 1412 STATUS deprecated 1413 DESCRIPTION "********* THIS COMPLIANCE IS DEPRECATED ********* 1414 1415 A compliance statement basic management and 1416 configuration of HP ICF hubs." 1417 MODULE 1418 MANDATORY-GROUPS { hpicfBasicGroup } 1419 1420 GROUP hpicfTelnetGroup 1421 DESCRIPTION "This group is required for devices that 1422 support telnet access." 1423 1424 ::= { hpicfBasicCompliances 1 } 1425 1426 1427 hpicfNewBasicCompliance MODULE-COMPLIANCE 1428 STATUS deprecated 1429 DESCRIPTION "********* THIS COMPLIANCE IS DEPRECATED ********* 1430 1431 A new compliance statement for this module." 1432 MODULE 1433 MANDATORY-GROUPS { hpicfNewBasicGroup, 1434 hpicfBasicIpConfigGroup, 1435 hpicfBasicIpxConfigGroup, 1436 hpicfBasicFixedTrapGroup, 1437 hpicfBasicTrapDestGroup, 1438 hpicfBasicRmonNVGroup, 1439 hpicfBasicSelfTestNotifyGroup } 1440 1441 GROUP hpicfDiscoverGroup 1442 DESCRIPTION "This group is required for devices that use 1443 the mapping announcement feature for topology. 1444 This method is generally only used in devices 1445 that would ordinarily not be originating traffic 1446 other than responses to network management 1447 requests (e.g. repeaters and switches)." 1448 1449-- GROUP hpicfBasicSnmpNotifyLogFilterTable 1450-- DESCRIPTION "This group is required for devices that support 1451-- SNMPv3." 1452 1453 OBJECT hpicfIpConfigPingRouter 1454 MIN-ACCESS read-only 1455 DESCRIPTION "Write access to this object is only required 1456 in devices that would ordinarily not be 1457 originating traffic other than responses to 1458 network management requests (e.g. repeaters and 1459 switches)." 1460 1461 OBJECT hpicfIpConfigMtu 1462 MIN-ACCESS read-only 1463 DESCRIPTION "Write access to this object is not required." 1464 1465 OBJECT hpicfFixedTrapEventIndex 1466 MIN-ACCESS read-only 1467 DESCRIPTION "Write access to this object is not required. 1468 This would allow configuration of the 1469 community name and action to be taken for each 1470 fixed trap, but would not allow changing the 1471 eventIndex that the trap points to." 1472 1473 OBJECT hpicfTrapDestFilter 1474 MIN-ACCESS read-only 1475 DESCRIPTION "Write access to this object is not required." 1476 1477 OBJECT hpicfTrapDestVersion 1478 SYNTAX INTEGER { snmpv1(1) } 1479 DESCRIPTION "Support for the 'snmpv2c' enumeration should 1480 only be implemented if the agent supports the 1481 Community-based SNMPv2 framework." 1482 1483 ::= { hpicfBasicCompliances 2 } 1484 1485 hpicfBasicCompliance3 MODULE-COMPLIANCE 1486 STATUS deprecated 1487 DESCRIPTION "********* THIS COMPLIANCE IS DEPRECATED *********" 1488 1489 MODULE 1490 MANDATORY-GROUPS { hpicfNewBasicGroup, 1491 hpicfBasicIpConfigGroup2, 1492 hpicfBasicFixedTrapGroup, 1493 hpicfBasicTrapDestGroup, 1494 hpicfBasicSelfTestNotifyGroup } 1495 1496 GROUP hpicfBasicIpxConfigGroup 1497 DESCRIPTION "This group is only required for devices that 1498 support management access over an IPX 1499 protocol stack." 1500 1501 GROUP hpicfAnnounceDiscoveryGroup 1502 DESCRIPTION "This group is required for devices that use 1503 the mapping announcement feature for topology. 1504 This method is generally only used in devices 1505 that would ordinarily not be originating traffic 1506 other than responses to network management 1507 requests (e.g. repeaters and switches)." 1508 1509 GROUP hpicfBasicRmonNVGroup 1510 DESCRIPTION "This group is only required for devices that 1511 allow management stations to selectively store 1512 RMON alarms and events in non-volatile memory." 1513 1514 OBJECT hpicfIpGlobalPingRouter 1515 MIN-ACCESS read-only 1516 DESCRIPTION "Write access to this object is only required 1517 in devices that would ordinarily not be 1518 originating traffic other than responses to 1519 network management requests (e.g. repeaters and 1520 switches)." 1521 1522 OBJECT hpicfIpConfigMtu 1523 MIN-ACCESS read-only 1524 DESCRIPTION "Write access to this object is not required." 1525 1526 OBJECT hpicfFixedTrapEventIndex 1527 MIN-ACCESS read-only 1528 DESCRIPTION "Write access to this object is not required. 1529 This would allow configuration of the 1530 community name and action to be taken for each 1531 fixed trap, but would not allow changing the 1532 eventIndex that the trap points to." 1533 1534 OBJECT hpicfTrapDestFilter 1535 MIN-ACCESS read-only 1536 DESCRIPTION "Write access to this object is not required." 1537 1538 OBJECT hpicfTrapDestVersion 1539 SYNTAX INTEGER { snmpv1(1) } 1540 DESCRIPTION "Support for the 'snmpv2c' enumeration should 1541 only be implemented if the agent supports the 1542 Community-based SNMPv2 framework." 1543 1544 ::= { hpicfBasicCompliances 3 } 1545 1546 1547 hpicfBasicCompliance4 MODULE-COMPLIANCE 1548 STATUS deprecated 1549 DESCRIPTION "********* THIS COMPLIANCE IS DEPRECATED *********" 1550 MODULE 1551 MANDATORY-GROUPS { hpicfNewBasicGroup, 1552 hpicfBasicIpConfigGroup2, 1553 hpicfBasicFixedTrapGroup, 1554 hpicfBasicSelfTestNotifyGroup } 1555 1556 GROUP hpicfBasicIpxConfigGroup 1557 DESCRIPTION "This group is only required for devices that 1558 support management access over an IPX 1559 protocol stack." 1560 1561 GROUP hpicfAnnounceDiscoveryGroup 1562 DESCRIPTION "This group is required for devices that use 1563 the mapping announcement feature for topology. 1564 This method is generally only used in devices 1565 that would ordinarily not be originating traffic 1566 other than responses to network management 1567 requests (e.g. repeaters and switches)." 1568 1569 GROUP hpicfBasicRmonNVGroup 1570 DESCRIPTION "This group is only required for devices that 1571 allow management stations to selectively store 1572 RMON alarms and events in non-volatile memory." 1573 1574 GROUP hpicfSnmpTargetAddrLogFilterGroup 1575 DESCRIPTION "This group is required for devices that supports 1576 SNMPv3 and log filtering." 1577 1578 OBJECT hpicfIpGlobalPingRouter 1579 MIN-ACCESS read-only 1580 DESCRIPTION "Write access to this object is only required 1581 in devices that would ordinarily not be 1582 originating traffic other than responses to 1583 network management requests (e.g. repeaters and 1584 switches)." 1585 1586 OBJECT hpicfIpConfigMtu 1587 MIN-ACCESS read-only 1588 DESCRIPTION "Write access to this object is not required." 1589 1590 OBJECT hpicfFixedTrapEventIndex 1591 MIN-ACCESS read-only 1592 DESCRIPTION "Write access to this object is not required. 1593 This would allow configuration of the 1594 community name and action to be taken for each 1595 fixed trap, but would not allow changing the 1596 eventIndex that the trap points to." 1597 1598 ::= { hpicfBasicCompliances 4 } 1599 1600 hpicfBasicCompliance5 MODULE-COMPLIANCE 1601 STATUS deprecated 1602 DESCRIPTION "********* THIS COMPLIANCE IS DEPRECATED *********" 1603 MODULE 1604 MANDATORY-GROUPS { hpicfNewBasicGroup, 1605 hpicfBasicIpConfigGroup3, 1606 hpicfBasicFixedTrapGroup, 1607 hpicfBasicSelfTestNotifyGroup, 1608 hpicfBasicBannerGroup } 1609 1610 GROUP hpicfBasicIpxConfigGroup 1611 DESCRIPTION "This group is only required for devices that 1612 support management access over an IPX 1613 protocol stack." 1614 1615 GROUP hpicfAnnounceDiscoveryGroup 1616 DESCRIPTION "This group is required for devices that use 1617 the mapping announcement feature for topology. 1618 This method is generally only used in devices 1619 that would ordinarily not be originating traffic 1620 other than responses to network management 1621 requests (e.g. repeaters and switches)." 1622 1623 GROUP hpicfBasicRmonNVGroup 1624 DESCRIPTION "This group is only required for devices that 1625 allow management stations to selectively store 1626 RMON alarms and events in non-volatile memory." 1627 1628 GROUP hpicfSnmpTargetAddrLogFilterGroup 1629 DESCRIPTION "This group is required for devices that supports 1630 SNMPv3 and log filtering." 1631 1632 OBJECT hpicfIpGlobalPingRouter 1633 MIN-ACCESS read-only 1634 DESCRIPTION "Write access to this object is only required 1635 in devices that would ordinarily not be 1636 originating traffic other than responses to 1637 network management requests (e.g. repeaters and 1638 switches)." 1639 1640 OBJECT hpicfIpConfigMtu 1641 MIN-ACCESS read-only 1642 DESCRIPTION "Write access to this object is not required." 1643 1644 OBJECT hpicfFixedTrapEventIndex 1645 MIN-ACCESS read-only 1646 DESCRIPTION "Write access to this object is not required. 1647 This would allow configuration of the 1648 community name and action to be taken for each 1649 fixed trap, but would not allow changing the 1650 eventIndex that the trap points to." 1651 1652 ::= { hpicfBasicCompliances 5 } 1653 1654 hpicfBasicCompliance6 MODULE-COMPLIANCE 1655 STATUS deprecated 1656 DESCRIPTION "********* THIS COMPLIANCE IS DEPRECATED *********" 1657 MODULE 1658 MANDATORY-GROUPS { hpicfNewBasicGroup, 1659 hpicfBasicIpConfigGroup3, 1660 hpicfBasicFixedTrapGroup, 1661 hpicfBasicSelfTestNotifyGroup 1662 } 1663 1664 GROUP hpicfBasicIpxConfigGroup 1665 DESCRIPTION "This group is only required for devices that 1666 support management access over an IPX 1667 protocol stack." 1668 1669 GROUP hpicfAnnounceDiscoveryGroup 1670 DESCRIPTION "This group is required for devices that use 1671 the mapping announcement feature for topology. 1672 This method is generally only used in devices 1673 that would ordinarily not be originating traffic 1674 other than responses to network management 1675 requests (e.g. repeaters and switches)." 1676 1677 GROUP hpicfBasicRmonNVGroup 1678 DESCRIPTION "This group is only required for devices that 1679 allow management stations to selectively store 1680 RMON alarms and events in non-volatile memory." 1681 1682 GROUP hpicfSnmpTargetAddrLogFilterGroup 1683 DESCRIPTION "This group is required for devices that supports 1684 SNMPv3 and log filtering." 1685 1686 OBJECT hpicfIpGlobalPingRouter 1687 MIN-ACCESS read-only 1688 DESCRIPTION "Write access to this object is only required 1689 in devices that would ordinarily not be 1690 originating traffic other than responses to 1691 network management requests (e.g. repeaters and 1692 switches)." 1693 1694 OBJECT hpicfIpConfigMtu 1695 MIN-ACCESS read-only 1696 DESCRIPTION "Write access to this object is not required." 1697 1698 OBJECT hpicfFixedTrapEventIndex 1699 MIN-ACCESS read-only 1700 DESCRIPTION "Write access to this object is not required. 1701 This would allow configuration of the 1702 community name and action to be taken for each 1703 fixed trap, but would not allow changing the 1704 eventIndex that the trap points to." 1705 1706 GROUP hpicfBasicDNSConfigGroup 1707 DESCRIPTION "This group is only required for devices that 1708 support DNS resolver capability." 1709 1710 ::= { hpicfBasicCompliances 6 } 1711 1712 hpicfBasicCompliance7 MODULE-COMPLIANCE 1713 STATUS current 1714 DESCRIPTION "An updated compliance statement for this module." 1715 MODULE 1716 MANDATORY-GROUPS { hpicfBasicGroup1, 1717 hpicfBasicIpConfigGroup3, 1718 hpicfBasicFixedTrapGroup, 1719 hpicfBasicSelfTestNotifyGroup 1720 } 1721 1722 GROUP hpicfBasicIpxConfigGroup 1723 DESCRIPTION "This group is only required for devices that 1724 support management access over an IPX 1725 protocol stack." 1726 1727 GROUP hpicfAnnounceDiscoveryGroup 1728 DESCRIPTION "This group is required for devices that use 1729 the mapping announcement feature for topology. 1730 This method is generally only used in devices 1731 that would ordinarily not be originating traffic 1732 other than responses to network management 1733 requests (e.g. repeaters and switches)." 1734 1735 GROUP hpicfBasicRmonNVGroup 1736 DESCRIPTION "This group is only required for devices that 1737 allow management stations to selectively store 1738 RMON alarms and events in non-volatile memory." 1739 1740 GROUP hpicfSnmpTargetAddrLogFilterGroup 1741 DESCRIPTION "This group is required for devices that supports 1742 SNMPv3 and log filtering." 1743 1744 OBJECT hpicfIpGlobalPingRouter 1745 MIN-ACCESS read-only 1746 DESCRIPTION "Write access to this object is only required 1747 in devices that would ordinarily not be 1748 originating traffic other than responses to 1749 network management requests (e.g. repeaters and 1750 switches)." 1751 1752 OBJECT hpicfIpConfigMtu 1753 MIN-ACCESS read-only 1754 DESCRIPTION "Write access to this object is not required." 1755 1756 OBJECT hpicfFixedTrapEventIndex 1757 MIN-ACCESS read-only 1758 DESCRIPTION "Write access to this object is not required. 1759 This would allow configuration of the 1760 community name and action to be taken for each 1761 fixed trap, but would not allow changing the 1762 eventIndex that the trap points to." 1763 1764 GROUP hpicfBasicDNSConfigGroup 1765 DESCRIPTION "This group is only required for devices that 1766 support DNS resolver capability." 1767 1768 ::= { hpicfBasicCompliances 7 } 1769 1770 1771 1772 -- units of conformance 1773 1774 hpicfBasicGroup OBJECT-GROUP 1775 OBJECTS { hpicfReset, 1776 hpicfSelfTest 1777 } 1778 STATUS deprecated 1779 DESCRIPTION "********* THIS GROUP IS DEPRECATED ********* 1780 1781 A collection of objects for basic reset/selftest 1782 control on ICF devices." 1783 ::= { hpicfBasicGroups 1 } 1784 1785 hpicfTelnetGroup OBJECT-GROUP 1786 OBJECTS { hpicfTelnetEnable } 1787 STATUS deprecated 1788 DESCRIPTION "********* THIS GROUP IS DEPRECATED ********* 1789 1790 A collection of objects for managing the telnet 1791 server on ICF devices." 1792 ::= { hpicfBasicGroups 2 } 1793 1794 hpicfNewBasicGroup OBJECT-GROUP 1795 OBJECTS { hpicfReset, 1796 hpicfSelfTest, 1797 hpicfTelnetEnable, 1798 hpicfConfigClear, 1799 hpicfSelfTestResultCode, 1800 hpicfSelfTestResultText, 1801 hpicfSelfTestResultTime, 1802 hpicfBannerStatus } 1803 STATUS deprecated 1804 DESCRIPTION "********* THIS GROUP IS DEPRECATED ********* 1805 1806 A collection of objects for basic management of 1807 ICF devices." 1808 ::= { hpicfBasicGroups 3 } 1809 1810 hpicfDiscoverGroup OBJECT-GROUP 1811 OBJECTS { hpicfAnnounceAddress, 1812 hpicfIfEntLogicalIndex } 1813 STATUS deprecated 1814 DESCRIPTION "********* THIS GROUP IS DEPRECATED ********* 1815 1816 A collection of objects to assist in discovering 1817 and mapping ICF devices." 1818 ::= { hpicfBasicGroups 4 } 1819 1820 hpicfBasicIpConfigGroup OBJECT-GROUP 1821 OBJECTS { hpicfIpConfigAddress, 1822 hpicfIpConfigAddrMask, 1823 hpicfIpConfigDefaultRouter, 1824 hpicfIpConfigPingRouter, 1825 hpicfIpConfigMtu, 1826 hpicfIpConfigAdminStatus 1827 } 1828 STATUS deprecated 1829 DESCRIPTION "********* THIS GROUP IS DEPRECATED ********* 1830 1831 A collection of objects for configuring the IP 1832 protocol stack in ICF agents." 1833 ::= { hpicfBasicGroups 5 } 1834 1835 hpicfBasicIpxConfigGroup OBJECT-GROUP 1836 OBJECTS { hpicfIpxConfigNodeAddress, 1837 hpicfIpxConfigDefaultRouter, 1838 hpicfIpxConfigRouterEncaps, 1839 hpicfIpxConfigAdminStatus, 1840 hpicfIpxNetNumber 1841 } 1842 STATUS current 1843 DESCRIPTION "A collection of objects for configuring the IPX 1844 protocol stack in ICF agents." 1845 ::= { hpicfBasicGroups 6 } 1846 1847 hpicfBasicFixedTrapGroup OBJECT-GROUP 1848 OBJECTS { hpicfFixedTrapEventIndex } 1849 STATUS current 1850 DESCRIPTION "A collection of objects for managing fixed 1851 (i.e. non-threshold) traps on ICF devices. 1852 Implementation of this group requires 1853 implementation of the RMON event group." 1854 ::= { hpicfBasicGroups 7 } 1855 1856 hpicfBasicTrapDestGroup OBJECT-GROUP 1857 OBJECTS { hpicfTrapDestVersion, 1858 hpicfTrapDestCommunity, 1859 hpicfTrapDestTDomain, 1860 hpicfTrapDestTAddress, 1861 hpicfTrapDestFilter, 1862 hpicfTrapDestStatus 1863 } 1864 STATUS deprecated 1865 DESCRIPTION "*************THIS OBJECT IS DEPRECATED ********** 1866 A collection of objects for configuring trap 1867 destinations on ICF devices. Implementation of this 1868 group requires implementation of the RMON event 1869 group." 1870 ::= { hpicfBasicGroups 8 } 1871 1872 hpicfBasicRmonNVGroup OBJECT-GROUP 1873 OBJECTS { hpicfBasicAlarmNVCapacity, 1874 hpicfBasicAlarmStorageType, 1875 hpicfBasicEventNVCapacity, 1876 hpicfBasicEventStorageType 1877 } 1878 STATUS current 1879 DESCRIPTION "A collection of objects for controlling which 1880 RMON alarm and event table entries are saved in 1881 non-volatile storage." 1882 ::= { hpicfBasicGroups 9 } 1883 1884 hpicfBasicSelfTestNotifyGroup NOTIFICATION-GROUP 1885 NOTIFICATIONS { hpicfSelfTestTrap } 1886 STATUS current 1887 DESCRIPTION "A collection of notifications used to indicate 1888 changes in selfTest status" 1889 ::= { hpicfBasicGroups 10 } 1890 1891 hpicfBasicWebAgentGroup OBJECT-GROUP 1892 OBJECTS { hpicfWebAgentEnable } 1893 STATUS current 1894 DESCRIPTION "A collection of objects for managing the EHTTPD 1895 server in ICF devices." 1896 ::= { hpicfBasicGroups 11 } 1897 1898 hpicfAnnounceDiscoveryGroup OBJECT-GROUP 1899 OBJECTS { hpicfAnnounceDiscoveryAddress } 1900 STATUS current 1901 DESCRIPTION "A collection of objects to assist in discovering 1902 and mapping ICF devices." 1903 ::= { hpicfBasicGroups 12 } 1904 1905 hpicfBasicIpConfigGroup2 OBJECT-GROUP 1906 OBJECTS { hpicfIpConfigAddress, 1907 hpicfIpConfigAddrMask, 1908 hpicfIpConfigMtu, 1909 hpicfIpConfigAdminStatus, 1910 hpicfIpGlobalDefaultRouter, 1911 hpicfIpGlobalPingRouter 1912 } 1913 STATUS current 1914 DESCRIPTION "A collection of objects for configuring the IP 1915 protocol stack in agents that support only a 1916 single global default router." 1917 ::= { hpicfBasicGroups 13 } 1918 1919 hpicfBasicProxyArpGroup OBJECT-GROUP 1920 OBJECTS { hpicfIpConfigProxyArp } 1921 STATUS current 1922 DESCRIPTION "A group of objects for configuring proxy ARP 1923 on devices that support IP forwarding." 1924 ::= { hpicfBasicGroups 14 } 1925 1926 hpicfBasicIpSecondaryGroup OBJECT-GROUP 1927 OBJECTS { hpicfIpAddrMask, 1928 hpicfIpAddrStatus 1929 } 1930 STATUS current 1931 DESCRIPTION "A group of objects for configuring secondary IP 1932 addresses on devices that support more than one 1933 IP address on an interface." 1934 ::= { hpicfBasicGroups 15 } 1935 1936 hpicfSnmpTargetAddrLogFilterGroup OBJECT-GROUP 1937 OBJECTS { hpicfSnmpTargetAddrLogFilter } 1938 STATUS current 1939 DESCRIPTION "A group of objects to add an HpicfSnmpTargetAddrLogFilterEntry 1940 to snmpTargetAddrTable." 1941 ::= { hpicfBasicGroups 16 } 1942 1943 hpicfBasicIpConfigGroup3 OBJECT-GROUP 1944 OBJECTS { hpicfIpConfigAddress, 1945 hpicfIpConfigAddrMask, 1946 hpicfIpConfigMtu, 1947 hpicfIpConfigAdminStatus, 1948 hpicfIpGlobalDefaultRouter, 1949 hpicfIpGlobalPingRouter, 1950 hpicfIpZeroBroadcastEnable 1951 } 1952 STATUS current 1953 DESCRIPTION "A collection of objects for configuring the IP 1954 protocol stack in agents that support only a 1955 single global default router." 1956 ::= { hpicfBasicGroups 17 } 1957 1958 hpicfBasicBannerGroup OBJECT-GROUP 1959 OBJECTS { hpicfBannerMOTD } 1960 STATUS current 1961 DESCRIPTION "A group of objects for configuring banners for 1962 display on console and web-ui at login" 1963 ::= { hpicfBasicGroups 18 } 1964 1965 hpicfBasicDNSConfigGroup OBJECT-GROUP 1966 OBJECTS { hpicfDNSDefaultDomainSuffix, 1967 hpicfDNSNameServerEntryStatus 1968 } 1969 STATUS current 1970 DESCRIPTION "A collection of objects for configuring the DNS 1971 resolver facility in agents that are capable of 1972 resolving host names to IP addresses." 1973 ::= { hpicfBasicGroups 19 } 1974 1975 hpicfBasicGroup1 OBJECT-GROUP 1976 OBJECTS { hpicfReset, 1977 hpicfSelfTest, 1978 hpicfTelnetEnable, 1979 hpicfConfigClear, 1980 hpicfSelfTestResultCode, 1981 hpicfSelfTestResultText, 1982 hpicfSelfTestResultTime, 1983 hpicfBannerStatus, 1984 hpicfResetDefault } 1985 STATUS current 1986 DESCRIPTION "A collection of objects for basic management of 1987 ICF devices." 1988 ::= { hpicfBasicGroups 20 } 1989 1990END 1991 1992