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Configuring IPX Routing
How the Pipeline performs IPX routing
Pipeline User’s Guide Preliminary January 30, 1998 4-3
IPX Routing Information Protocol (RIP) tables
IPX RIP is similar to the routing information protocol in the TCP/IP protocol
suite, but it is a different protocol. In this chapter, RIP always refers to IPX RIP.
The Pipeline follows standard IPX RIP behavior for routers when connecting to
other-vendor units. However, when it connects to another Pipeline configured for
IPX routing, both ends of the connection immediately exchange their entire RIP
tables. In addition, the Pipeline maintains those RIP entries as static until the unit
is reset or power-cycled.
The destination of an IPX route is the internal network of a server. For example,
NetWare file servers are assigned an internal IPX network number by the
network administrator and typically use the default node address of
000000000001. This is the destination network address for file read/write
requests. (If you are not familiar with internal network numbers, see your
NetWare documentation for more information.)
IPX routers broadcast RIP updates periodically and whenever a WAN connection
is established. The Pipeline receives RIP broadcasts from a remote device, adds 1
to the hop count of each advertised route, updates its own RIP table, and
broadcasts updated RIP packets on connected networks in a split-horizon fashion.
The Pipeline recognizes network number –2 (FFFFFFFE hex) as the IPX RIP
default route, and forwards any packet with an unrecognized address to the IPX
router advertising that default route.For example, if the Pipeline receives an IPX
packet destined for network 77777777 and it does not have a RIP table entry for
that destination, the Pipeline forwards the packet towards network number
FFFFFFFE, if available, instead of simply dropping the packet. If more than one
IPX router is advertising the default route, the Pipeline bases its routing decision
on Hop and Tick count.
Extensions to standard IPX
NetWare uses dynamic routing and service location to let clients locate a server
dynamically, regardless of where it is physically located. This scheme is designed
for LAN environments. For WAN functionality, the Pipeline provides the
following extensions to standard IPX:
• Virtual IPX network defined for dial-in clients
- Pipeline User’s Guide 1
- Ascend Customer Service 3
- Contents 5
- About This Guide 16
- Documentation conventions 17
- Manual set 19
- Configuring WAN Connections 20
- Link encapsulation 21
- Nailed groups 22
- How calls are initiated 23
- How calls are answered 24
- Data compression options 25
- The Answer profile 26
- Connection profiles 28
- Session options 30
- Telco options 31
- Encapsulation options 32
- MP, MPP, and MP+ connections 34
- Monitoring DBA 37
- Example MP+ configuration 38
- BACP connections 40
- Nailed MPP connections 42
- Inverse ARP for Frame Relay 49
- Configuring IP Routing 51
- Host-to-router connections 52
- Router-to-router connections 53
- Subnet mask notation 54
- RIP-v2 and RIP-v1 routing 59
- Interface-based routing 60
- Managing the routing table 64
- Static and dynamic routes 66
- Configuring static routes 66
- Configuring the default route 69
- If you are using RIP-v1 71
- Route preferences 74
- Viewing the routing table 75
- Fields in the routing table 77
- 10.8.9.10 82
- 10.2.3.1 82
- Host with ISDN 82
- Example router connection 83
- Foreign and home agents 87
- IP Address Management 90
- IP Adrs=10.2.3.1 92
- Gateway=10.0.0.17 93
- Active=Yes 93
- Dest=0.0.0.0/0 93
- Metric=1 93
- Private=Yes 93
- Enabling DNS on the Pipeline 96
- Generating UDP checksums 96
- BOOTP Relay 98
- Configuring DHCP services 100
- DHCP services 101
- Setting up a DHCP server 103
- Setting up DHCP spoofing 103
- Local DNS host address table 106
- Creating the local DNS table 108
- Editing the local DNS table 109
- Translation table size 113
- Multiple-address NAT 114
- NAT for Frame Relay 117
- Well-known ports 121
- Configuring IPX Routing 122
- Extensions to standard IPX 124
- Required settings 126
- IPX Route profiles 127
- IPX SAP filters 128
- Dial Query 129
- Watchdog spoofing 130
- Automatic SPX spoofing 130
- IPX in the Answer profile 132
- IPX SAP proxy servers 135
- Managing IPX SAP filters 142
- Applying an IPX SAP filter 144
- Ethernet 146
- About IPX bridging 156
- Enabling bridging 158
- Managing the bridge table 159
- Static bridge-table entries 160
- 10.2.3.4/24 168
- 10.2.3.75/24 168
- 10.2.3.8/24 168
- 10.2.3.100/24 168
- Introduction to filters 170
- Predefined call filters 174
- Overview of Filter profiles 175
- Defining IP filter conditions 179
- Example filters 181
- NetWare Call filter 190
- IP Call filter 195
- AppleTalk Call filter 195
- When packets are not captured 197
- Displaying packets 198
- Example 2 199
- Example 3 200
- Example 4 201
- Example 5 202
- Secure Access Firewalls 203
- Filter persistence 205
- Setting Up Pipeline Security 207
- Recommended security measures 208
- Assigning a Telnet password 211
- Pipeline Security profiles 213
- Default security level 214
- Security profile passwords 214
- Security privileges 214
- Using the Full Access profile 215
- Connection security 217
- Authentication protocols 218
- Callback security 221
- Expect callback support 222
- Using security cards 223
- Requesting PAP-TOKEN mode 225
- Requesting CACHE-TOKEN 226
- Setting system values 233
- Syslog messages 236
- Using DO commands 239
- Resetting the Pipeline 244
- Terminal server commands 246
- IpAddress: ttt.ttt.ttt.ttt 250
- Pipeline 75 Voice Features 251
- Ordering voice features 253
- Caller ID supported 256
- Using Call Waiting 256
- Using Call Hold 257
- Call conferencing 258
- EAZ Terminal ID for Germany 260
- IDSL Implementations 261
- Making voice calls over IDSL 264
- APP Server utility 265
- C:\NOVELL\LSL.COM 273
- C:\NOVELL\XXXODI.COM 273
- C:\ASCEND\APPSRVDS.EXE 273
- C:\ASCEND\ 274
- Troubleshooting 278
- General problems 279
- 100 terminal 281
- ISDN BRI interface problems 284
- Bridge/router problems 286
- Check the installation 287
- Configuration problems 288
- Upgrading system software 291
- Network Interfaces 292
- The upgrade procedure 293
- Activating a Security Profile 294
- Before you begin 296
- Glossary 304
- Broadcast packets 305
- VT-100 terminal emulation 307
Haier HWM80-0626S manuals
Owner’s manuals and user’s guides for Washers Haier HWM80-0626S.
We providing 1 pdf manuals Haier HWM80-0626S for download free by document types: User Manual
Table of contents
Contents
2
entrance
7
Figure 3
10
Calefaction
11
Spinning
14
Figure 1
17
Figure 2
17
Packing list
19
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