User`s guide
Table Of Contents
- Ascend Customer Service
- How to use this guide
- What you should know
- Documentation conventions
- How to use the on-board software
- Manual set
- Configuring WAN Connections
- Configuring IP Routing
- Introduction to IP routing on the Pipeline
- Managing the routing table
- Parameters that affect the routing table
- Static and dynamic routes
- Configuring static routes
- Specifying default routes on a per-user basis
- Enabling the Pipeline to use dynamic routing
- Route preferences
- Viewing the routing table
- Fields in the routing table
- Removing down routes to a host
- Identifying Temporary routes in the routing table
- Configuring IP routing connections
- Ascend Tunnel Management Protocol (ATMP)
- IP Address Management
- Connecting to a local IP network
- BOOTP Relay
- DHCP services
- Dial-in user DNS server assignments
- Local DNS host address table
- Network Address Translation (NAT) for a LAN
- Configuring IPX Routing
- How the Pipeline performs IPX routing
- Adding the Pipeline to the local IPX network
- Working with the RIP and SAP tables
- Configuring IPX routing connections
- Configuring the Pipeline as a Bridge
- Defining Filters and Firewalls
- Setting Up Pipeline Security
- Pipeline System Administration
- Pipeline 75 Voice Features
- IDSL Implementations
- APP Server utility
- About the APP Server utility
- APP Server installation and setup
- Configuring the Pipeline to use the APP server
- Using App Server with Axent SecureNet
- Creating banner text for the password prompt
- Installing and using the UNIX APP Server
- Installing and using the APP Server utility for DO...
- Installing and using the APP Server utility for Wi...
- Installing APP Server on a Macintosh
- Troubleshooting
- Upgrading system software
- What you need to upgrade system software
- Displaying the software load name
- The upgrade procedure
- Untitled
Defining Filters and Firewalls
Working with predefined call filters
6-24 Preliminary January 30, 1998 Pipeline User’s Guide
Out filter 08...Generic...Compare=Equals
Out filter 08...Generic...More=No
Out filter 09...Generic...Forward=No
Out filter 09...Generic...Offset=0
Out filter 09...Generic...Length=6
Out filter 09...Generic...Mask=ffffffffffff0000
Out filter 09...Generic...Value=ffffffffffff0000
Out filter 09...Generic...Compare=Equals
Out filter 09...Generic...More=Yes
Out filter 10...Generic...Forward=No
Out filter 10...Generic...Offset=27
Out filter 10...Generic...Length=8
Out filter 10...Generic...Mask=ffffffffffffffff
Out filter 10...Generic...Value=ffffffffffff0453
Out filter 10...Generic...Compare=Equals
Out filter 10...Generic...More=No
Out filter 11...Generic...Forward=Yes
Out filter 11...Generic...Offset=0
Out filter 11...Generic...Length=0
Out filter 11...Generic...Mask=0000000000000000
Out filter 11...Generic...Value=0000000000000000
Out filter 11...Generic...Compare=Equals
Out filter 11...Generic...More=No
Defining a SNEP data filter for Ethernet
NetWare’s copy-protection scheme makes use of Serialization Number Exchange
Protocol (SNEP) packets, which are sent and received by all servers on the
network. SNEP packets occur as request/response pairs between servers. When
NetWare servers are supported on both sides of the WAN, these packet exchanges
can keep an IPX connection active unnecessarily.