HP 200 Uživatelský manuál Strana 86
- Strana / 676
- Tabulka s obsahem
- KNIHY
Hodnocené. / 5. Na základě hodnocení zákazníků
As the algorithm operates, it eventually places all circuit groups in either a
forwarding (enabled) or blocking (disabled) state. Later, in response to network
topology changes, the algorithm can change the state of specific circuit groups.
In order to prevent network looping caused by sudden state changes, the
algorithm does not transition circuit groups directly from Blocking to
Forwarding. Rather, it places them in two intermediate states—the Listening and
Learning state.
While in the Listening (stand-by) state, the circuit group receives network-
generated BPDUs, but does not receive end-station-generated message traffic.
When the )Forward Delay timer expires, the circuit group is placed in the
Learning state. While in Learning state, the circuit group receives network-
generated BPDUs, and also receives end-station-generated traffic which is
subjected to the learning process but not relayed. When the Forward Delay timer
expires, the circuit group is placed in the Forwarding state.
Forwarding Table Size
Specifies the maximum size of the forwarding table.
The forwarding table contains the list of end-station addresses learned by the
bridge, plus all source-address filters and destination-address filters. The value
that you enter at Forwarding Table Size sets the maximum size of this table.
Default: 1024
Options
0, 64, 512, 1024, 2048, 4096, and 8192
For more discussion on Forwarding Table Size, refer to ‘‘Spanning Tree Enable’’
on page 6-19
Group LAN ID
Accepts the group LAN ID used by the bridge when transmitting SRFs
(Specifically Routed Frames) between HP bridges. Together with the other
routing designators, Group LAN ID helps intermediate bridges identify the
destination end station.The group ID must match the Group LAN ID assigned to
all HP bridges running software release 5.74. and differ from all Internal LAN ID
(Hex) values and external LAN ID values assigned to any bridges on the network.
Default: 1
Range: 1 to fff.
Header
Used to position the filtered bit pattern within the incoming frame when creating
a user-defined filter.
Default: MAC
MAC
Find and position the filtered bit patterns within the MAC-level header of the
incoming frame.
Data Link
Find the pattern within the data-link header of the incoming frame.
Bridge
Parameters
6
Bridge Parameters
Parameters and Options
6-11
- HP AdvanceStack Routers 1
- When To Use This Guide 4
- Audience 5
- Organization 5
- Other HP Router Manuals 6
- Contents 8
- 17 Event Log Messages 10
- A Parameter Finder 13
- Introduction 14
- Access to the 15
- Configuration 15
- Operator’s Reference 16
- Dictionary of Configuration 20
- Global and Session 26
- Software Parameters 32
- Lines Parameters 36
- Circuit Parameters 42
- Circuit Group Parameters 72
- Bridge Parameters 76
- Overview 101
- Internet Protocol 102
- (IP) Parameters 102
- Parameters and Options 105
- DECnet Parameters 130
- Parameters 132
- SNMP Agent Parameters 144
- SNMP Agent 148
- Xerox Network Systems (XNS) 150
- Router Parameters 150
- XNS Router 152
- IPX Protocol Parameters 164
- IPX Protocol 166
- AppleTalk Parameters 184
- AppleTalk 186
- X.25 Service Parameters 202
- X.25 Service 204
- V.25 bis Network Mapping 218
- General Operating Reference 222
- Using the Statistic Screens 224
- Bridge Statistics Screen 229
- Circuit Statistics Screen 233
- IPX Router Statistics Screen 239
- Per Second Statistics Screen 241
- XNS Router Statistics Screen 243
- Resources 247
- Commands 248
- Request Message 249
- Boot: Rebooting the Router 250
- Message Categories 256
- Event Log 258
- Page: Toggle Page Mode 259
- Quickr: Invoking Quick Remote 265
- NCL Command 267
- Continue/Exit prompt 271
- Connection 272
- Accessing the Management 275
- Information Base 275
- Managed Objects Table 277
- [identifier] 278
- List: Displaying the MIB 280
- Accessing the Internet 285
- Management Information Base 285
- Translation Table 286
- IP Address Net Mask Bcast IF 287
- Variable Class 288
- Variable 292
- Accessing a Remote Management 293
- Configuration Table 300
- Net.Node Phys Address IF 302
- 102.3 080009000411 3 302
- 160.147 0800098333ab 12 302
- Rgetb: Displaying the Bridge 304
- Forwarding/Filtering Table 304
- Routing Table 306
- Dst Next Hop Mtr T/P Age IF 308
- Dst Next Hop Hop T/P Age IF 314
- First Protocol 316
- Interfaces 318
- Database 320
- Neighbors 322
- Tree Explorer Frames 328
- V.25 bis 331
- Switched Virtual Circuits 332
- Code, Configuration, and NCL 337
- TFTP Security Features 338
- Using ZModem to Transfer 342
- Configuration and NCL Display 342
- Event Log Messages 348
- How To Use This Chapter 349
- AARP mapping table is full 351
- AARP PROBE/RSP: node address 351
- AARP probing terminated for 351
- AARP REQ/RSP: node address 351
- AARP address mapping table 352
- AARP Mapping Table parameters 352
- Cfg: illegal zone name 353
- Cfg: No config summary record 355
- Cfg: No BOOTLOAD record 355
- Cfg: No circuits configured 355
- Cfg: No entity records 355
- enabled with network range 357
- enabled with node address 357
- Forcing AARP probing for cg 357
- aa bb cc dd 358
- Invalid AARP event 359
- , AARP state 359
- for cg 359
- Zone name table full 361
- System went down: 362
- Event Messages 363
- Adapter error = 366
- Bad full polling; reset to 6 367
- BUD Failed, SIFSTS = XXXX 369
- Circuit reset complete 370
- Connection established 371
- Connection inactivity timeout 371
- Connection retry in progress 371
- CTS has come up 372
- CTS has gone down 372
- DATA Available 372
- DCE set DSR while sending CFI 373
- Y. Y.Y. Y 376
- Invalid Configuration 379
- Invalid message type XXX 379
- Invalid MFS, dflt=2 380
- Invalid N2, dflt=16 380
- Invalid QOS. Setting to LLC1 380
- Invalid shift parameter 380
- Memory error (MERR) detected 383
- QOS = quality of service 390
- Server’s login attempt failed 396
- SQE absent (non 802.3 XCVR) 396
- SR Rif_table out of space 398
- SR Sr_es_table out of space 398
- Transceiver signal loss 401
- Transmit underflow detected 401
- TR Open Failed 402
- XNSCP is down 406
- XNSCP is up 406
- Bad module ID 407
- Bad board id 407
- IDs are listed 409
- Internal clock set to 411
- Messages 416
- DECnet routing service 421
- DECnet router 422
- DECnet record 424
- Routing Pkt CG 425
- , Highest= 425
- Invalid number of neighbors 429
- IP entity not available 429
- ip address 434
- IP network interface 436
- SR out of buffers 446
- SR possible ARE loop 446
- SR sr_is_table out of space 447
- SR sr_ring full 447
- SR TF forward_ring full 447
- SRT out of buffers 447
- V35 circuit record missing 449
- V35 line record missing 449
- No memory for session startup 451
- No memory for temp session 451
- Out of message buffers 451
- DD: Extern option mismatch 452
- DD: Nbr’s rtr = my rtrid 452
- DD: Nbr state low 452
- DD: Unknown nbr 452
- Hello: Extern option mismatch 452
- OSPF: TRANS [IF/NBR] ID = 458
- Event: 458
- States: 458
- is down 464
- SMDS Event Messages 469
- Madr_table is full 470
- Smds_bridge_table is full 470
- IP_address 476
- X.25 Event Messages 482
- IP address ip-address on 483
- DDN or PDN circuit and # 483
- (Continued) 490
- : New Rt to 494
- Missing local file name 496
- Terminal connection broken 499
- Too many bytes before SOF 499
- Transfer terminated by remote 499
- Unable to connect to remote 500
- Variables 502
- AARP mapping table 505
- AppleTalk Echo Protocol (AEP) 506
- Name Binding Protocol (NBP) 507
- WAN Circuits 515
- FDDI Circuit 520
- Ethernet/802.3 531
- Protocol) Circuits 536
- Token Ring Circuits 538
- FC) field is equal to 1 543
- Slot_Table 545
- Entity_Table 545
- Slotmap_Table 546
- Sensor_Table 546
- Circuit Table 550
- Circuit Group Table 550
- Bridge Table 550
- AppleTalk Table 551
- DECnet Table 551
- IP Table 551
- XNS Table 551
- IPX Table 552
- Interface Specific 555
- Aggregate Rejection 560
- V.25 bis Adapter 571
- IP Mapping 573
- Interface 602
- Protocol 603
- Circuit Frame Level 607
- Circuit Packet Level 610
- DATA packets received by X.25 611
- RESTART CONFIRMATION packet 611
- Virtual Circuits 613
- Parameter Finder 616
- Example used in illustration 617
- (User, Telnet) 618
- 1. System 619
- 2. Software 620
- 3. Lines 620
- 4. Circuits 621
- Parameter 622
- A: Parameter Finder 622
- 5. Circuit Groups 627
- 6. Bridge 628
- 7. DoD Internet Router 631
- 8. DECNET IV Routing Service 638
- 9. SNMP Sessions 640
- 10. Xerox Routing Service 641
- 11. IPX Routing Service 643
- 12. AppleTalk Router 646
- 13. X.25 Network Service 648
- 14. V.25 bis Network Mapping 650
- ©Copyright 1994 676
- Hewlett-Packard Company 676
- Printed in Singapore 7/94 676
- Manual Part Number 676
- 5962-8305 676
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AEG AGN81800C0 manuels
Manuels d'utilisation et guides de l'utilisateur pour Congélateurs AEG AGN81800C0.
Nous fournissons des manuels en pdf 2 AEG AGN81800C0 à télécharger gratuitement par type de document : Manuel de l'utilisateur
Aeg AGN81800C0 Manuel de l'utilisateur (20 pages)
marque: Aeg | Catégorie: Freezers | Taille: 0.42 MB |
Table des matières
Aeg AGN81800C0 Manuel de l'utilisateur (32 pages)
marque: Aeg | Catégorie: Freezers | Taille: 0.62 MB |
Table des matières
CONTENTS
2
ENGLISH 11
11
9. NOISES
13
ENGLISH 15
15
FRANÇAIS
17
2.3 Usage
19
5. CONSEILS
23
FRANÇAIS 25
25
9. BRUITS
28
FRANÇAIS 29
29
FRANÇAIS 31
31
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