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DOCTYPE='BOOK' PUBLICID='' SYSTEMID='/dtd/docbook.dtd'AppleTalk ReferenceAppleTalk ReferenceNovell, Inc.DisclaimerNovell, Inc. makes no representations or warranties with
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and MicroLine are registered trademarks of Oki Electric Industry Co., Ltd.PageMaker is a registered trademark of Aldus Corporation.Panasonic is a registered trademark of Panasonic Office Automation.PowerPrint is a trademark of GDT Softworks, Inc.SQL Server is a trademark of Sybase, Inc.SprintTalk is a registered trademark of Digital Products.Ultra is a trademark of Hayes Microcomputer Products, Inc.Unicode is a registered trademark of Transoft Ltd.Word is a registered trademark of Microsoft Corporation.XT is a trademark of International Business Machines Corporation.Xerox is a registered trademark and XNS is a trademark of Xerox Corporation.cc:Mail is a trademark of cc:Mail, a Division of Lotus.All other trademarks, service marks, certification marks, and
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of the publisher.TYPE="VERT"Novell, Inc.122 East 1700 SouthProvo, UT 84606U.S.A.User Comment FormNovell encourages and welcomes your feedback and suggestions on ways we can improve our manuals. You can help us by sharing your comments and suggestions about how our manuals could be made more useful to you, and about any inaccuracies or information gaps they contain.Submit your comments by printing this User Comment form (click on the icon to display the form, then select "Print" from the "File" menu), filling it in, then faxing or mailing it to us.LABEL="0" FLOAT="0"User Comment FormFILEREF="ucomment.tif"PAGENUM=11 ID="BP1"ID="FM16903"About This ReferenceThis reference provides the information you need to understand the AppleTalk protocol stack for NetWare® software, and it describes configuration parameters. It does not provide software installation information or detailed configuration information. See BOOK="cfg1_enu" COLLECTION="nw41"NetWare 4.1 Basic Protocol Configuration Guide and BOOK="cfg2_enu" COLLECTION="nw41"NetWare 4.1 Advanced Protocol Configuration and Management Guide for details about these topics. This reference is written for network administrators responsible for setting up and maintaining NetWare servers running AppleTalk.RENDERAS="SECT1"Chapter SummariesThis section briefly summarizes each chapter in this reference. Use these summaries to help you locate specific topics, or to help you decide which portions of this reference contain new information.IDREF="FM79451"Chapter 1, "Introduction to AppleTalk for NetWare," provides general information about the product, including installed NLMTM (NetWare Loadable ModuleTM) files, and product features.IDREF="FM39283"Chapter 2, "AppleTalk Concepts," provides general information about AppleTalk, including terminology, protocols, addressing, zones, and packet frame types.IDREF="FM40778"Chapter 3, "AppleTalk Routing Concepts," provides general information about AppleTalk routing, including seeding state and transition mode routing.IDREF="FM98148"Chapter 4, "SNMP Support," describes how AppleTalk for NetWare supports the Simple Network Management Protocol (SNMP). PAGENUM=11 ID="BP2"PAGENUM=12IDREF="FM72667"Chapter 5, "Configuration Parameters," provides detailed descriptions of the parameters required to configure the different AppleTalk features, including protocol configuration, bindings configuration, tunneling configuration, and filter configuration. IDREF="FM75182"Chapter 6, "Network Configuration Examples," contains examples of AppleTalk for NetWare network configurations created with the Internetworking Configuration utility (INETCFG). Tables show sample INETCFG configuration settings for each example. RENDERAS="SECT1"Conventions Used in This ReferenceThe NetWare 4.1 AppleTalk Reference uses the documentation conventions described in this section. The following sections describe the conventions used:MARK=BULLETIDREF="FM24860""Parameter Paths" IDREF="FM41014""Terminology"IDREF="FM37686""New Terms and Important Information"IDREF="FM22083""System Messages" IDREF="FM31538""User Input"IDREF="FM13225""Special Characters"IDREF="FM26244""Graphic Symbols"PAGENUM=12 ID="BP3"PAGENUM=13RENDERAS="SECT2"ID="FM24860"Parameter PathsThis reference uses a special format to show the path to a parameter. For example, rather than specifying "Load INETCFG; from the CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu, select CLASS=MENUITEM MOREINFO="NONE"Protocols; from the CLASS=MENUITEM MOREINFO="NONE"Protocol Configuration menu, select CLASS=MENUITEM MOREINFO="NONE"AppleTalk; from the CLASS=MENUITEM MOREINFO="NONE"AppleTalk Configuration menu, select CLASS=MENUITEM MOREINFO="NONE"Static Routes Configuration (the CLASS=MENUITEM MOREINFO="NONE"Configured Static Routes for On-Demand Calls menu appears); then press MOREINFO="NONE"<Insert> (the CLASS=MENUITEM MOREINFO="NONE"Static Route Configuration menu appears)," the following format is used:Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Static Routes Configuration (CLASS=MENUITEM MOREINFO="NONE"Configured Static Routes for On-Demand Calls menu appears) > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Static Route Configuration menu appears)The name of the menu that appears after each selection is specified only if it is not obvious.RENDERAS="SECT2"ID="FM41014"TerminologyThe following terms summarize frequently performed actions:MARK=BULLET"Select" means to use the cursor keys to highlight an item and press MOREINFO="NONE"<Enter>. "Enter" means to type the indicated text and press MOREINFO="NONE"<Enter> (as one complete operation). It is shown in one of two ways; for example:FORMAT="LINESPECIFIC"MOREINFO="NONE"Enter MOREINFO="NONE"LOAD MOREINFO="NONE"INETCFG or 
   MOREINFO="NONE"LOAD INETCFG MOREINFO="NONE"<Enter>RENDERAS="SECT2"ID="FM37686"New Terms and Important InformationHighlighting emphasizes new terms and important information.PAGENUM=13 ID="BP4"PAGENUM=14RENDERAS="SECT2"ID="FM22083"System MessagesRegular (nonboldface, nonitalic) monospaced character strings represent system prompts or responses; for example:FORMAT="LINESPECIFIC"MOREINFO="NONE"message exampleRENDERAS="SECT2"ID="FM31538"User InputThis reference uses the following conventions to denote user input:MARK=BULLETMOREINFO="NONE"Highlighted monospaced character strings represent user input, which must be entered exactly as shown; for example:FORMAT="LINESPECIFIC"MOREINFO="NONE"MOREINFO="NONE"LOAD APPLETLK MOREINFO="NONE"<Enter> or 
   MOREINFO="NONE"Load appletlk MOREINFO="NONE"<Enter>Highlighted and lowercase character strings show descriptive names for items that you must replace with appropriate values. For example, in the following NetWare console command, you replace driver with the specific name of a driver:FORMAT="LINESPECIFIC"MOREINFO="NONE"UNBIND APPLETLK FROM driver MOREINFO="NONE"<Enter>RENDERAS="SECT2"ID="FM13225"Special CharactersThis reference uses special characters to denote the following:MARK=BULLETAsterisks * in text denote third-party trademarks.Angle brackets < >, brackets [ ], braces { }, vertical bar |, parenthesis ( ), and quotation marks " are used as metacharacters and, as such, you must not type these as part of user input.Angle brackets < > enclose a descriptive name for any value that is provided as output by a computer; for example:FORMAT="LINESPECIFIC"MOREINFO="NONE"Error: <IP address> is illegal.
    Must be class A, B, or C.PAGENUM=14 ID="BP5"PAGENUM=15Characters enclosed in angle brackets can also represent keys; for example:MARK=BULLET"Press <MOREINFO="NONE"Ins>" means you press the MOREINFO="NONE"<Insert> key on your keyboard. Keys joined by a plus sign are pressed in combination. "Press MOREINFO="NONE"<Ctrl>+<Alt>+<Delete>" means you press those keys simultaneously.Square brackets [ ] enclose an option item; for example:FORMAT="LINESPECIFIC"MOREINFO="NONE"BIND APPLETLK TO board_name 
   NET=5-5 MOREINFO="NONE"<Enter>If a command is too long to fit on one line, it wraps to the next line; such a command must be entered after the console prompt (:) but before the end-of-line (EOL) character.Braces { } enclose multiple items separated by the vertical bar | character. You must specify only one of the items; for example:FORMAT="LINESPECIFIC"MOREINFO="NONE"LOAD APPLETLK [ROUTE={YES|NO}]MOREINFO="NONE"<Enter>Vertical bars | separate items in a list of alternatives. If the list is enclosed in square brackets [ ], you can use any one or none of the items. If the list is enclosed in braces { }, you must use any one, but only one, of the items. RENDERAS="SECT2"ID="FM26244"Graphic SymbolsIn printed documentation, the following symbols appear in the left margin to identify different categories of information:This symbol indicates sidelights, discussions, and general points of interest related to the current subject.This symbol points out key concepts or facts about the product. This symbol alerts you to situations that can produce critical or irreversible errors if you do not follow instructions carefully.PAGENUM=16 ID="BP6"Online documentation omits these symbols, but either maintains the font change or labels the information for easy identification.RENDERAS="SECT1"Related Novell PublicationsSee the following Novell® publications for related information:MARK=BULLETBOOK="cfg1_enu" COLLECTION="nw41"NetWare 4.1 Basic Protocol Configuration GuideBOOK="cfg2_enu" COLLECTION="nw41"NetWare 4.1 Advanced Protocol Configuration and Management GuideBOOK="nwmfpenu" COLLECTION="nw41"NetWare for Macintosh File and Print ServicesBOOK="macclenu" COLLECTION="nw41"Using MacNDS Client for NetWare 4BOOK="sysmsenu" COLLECTION="nw41"NetWare 4.1 System MessagesBOOK="cncptenu" COLLECTION="nw41"NetWare 4.1 ConceptsBOOK="utlrfenu" COLLECTION="nw41"NetWare 4.1 Utilities Reference RENDERAS="SECT1"Additional ReadingThese publications provide detailed information about AppleTalk protocols, standards, and uses: MARK=BULLETAppleTalk Network System Overview, Addison-Wesley Publishing Company, Inc. This comprehensive introduction to AppleTalk is available at bookstores or from the publisher.Planning and Managing AppleTalk Networks, Addison-Wesley Publishing Company, Inc. This book provides a comprehensive introduction to administering an AppleTalk network. It is available at bookstores or from the publisher.The Design and Planning of Enterprise-Wide AppleTalk Internetworks, Apple Computer, Inc. This book provides a comprehensive introduction to administering a large AppleTalk Phase 2 environment internetwork. It is available from Apple Computer, Inc.PAGENUM=17 ID="BP7"PAGENUM=17PAGENUM=18Inside AppleTalk, Second Edition, Addison-Wesley Publishing Company, Inc. The book provides the complete AppleTalk Phase 2 network specification. The Routing Table Maintenance Protocol (RTMP) and Zone Information Protocol (ZIP) chapters provide detailed technical information about AppleTalk routers and different internetwork configurations. This book is available in bookstores or from the publisher.Inside Macintosh, Second Edition, Addison-Wesley Publishing Company, Inc. In Volume V, Chapter 28, "The AppleTalk Manager," provides background information about the AppleTalk architecture. All six volumes are available in bookstores or from the publisher.AppleTalk Management Information Base, Steven Waldbusser, editor (document RFC-1243). This document describes the AppleTalk MIB.TYPE="VERT"LABEL="1"PAGENUM=1 ID="BP8"ID="FM79451"Introduction to AppleTalk for NetWareThis chapter introduces the basic functions of the AppleTalk for NetWare® software. It presents system requirements and provides information to help you prepare for the installation procedure described in the BOOK="cfg1_enu" COLLECTION="nw41"NetWare 4.1 Basic Protocol Configuration Guide. Specifically, this chapter covers the following topics:MARK=BULLETIDREF="FM52826""NetWare Loadable Module Files" This section describes the functions provided by the different NetWare Loadable ModuleTM (NLMTM) files and how they relate to AppleTalk for NetWare.IDREF="FM40005""AppleTalk for NetWare Features"This section is an overview of the main AppleTalk for NetWare features.IDREF="FM45976""Configuring AppleTalk for NetWare"This section is a summary of AppleTalk for NetWare functionality.PAGENUM=1 ID="BP9"PAGENUM=2RENDERAS="SECT1"ID="FM52826"NetWare Loadable Module Files IDXID="w0"BOOK="_idx" COLLECTION="nw41" TIDREF="i2756"
The NLM
 files listed in IDREF="FM42367"Table 1-1 form the core of AppleTalk for NetWare. These NLM files are placed in the SYS:SYSTEM directory as part of the installation process. LABEL="1-1" PGWIDE=1 TOCENTRY="1"ID="FM42367"NLM FilesCOLS=2 CHAROFF="50" CHAR="" ALIGN="LEFT"COLNAME=1 COLWIDTH="9*"COLNAME=2 COLWIDTH="26*"VALIGN="BOTTOM"COLNAME=1 ROTATE="0" MOREROWS="0"NLMCOLNAME=2 ROTATE="0" MOREROWS="0"DescriptionVALIGN="TOP"COLNAME=1 ROTATE="0" MOREROWS="0"ADSP.NLMCOLNAME=2 ROTATE="0" MOREROWS="0"IDXID="w1"BOOK="_idx" COLLECTION="nw41" TIDREF="i195"
AppleTalk Data Stream Protocol. ADSP is a part of the AppleTalk protocol stack that was previously included in APPLETLK.NLM. This protocol provides reliable transport service for applications to communicate over AppleTalk networks. COLNAME=1 ROTATE="0" MOREROWS="0"APPLETLK.NLMCOLNAME=2 ROTATE="0" MOREROWS="0"AppleTalkIDXID="w2"BOOK="_idx" COLLECTION="nw41" TIDREF="i230"
 protocol stack and router. COLNAME=1 ROTATE="0" MOREROWS="0"ATCON.NLMIDXID="w3"BOOK="_idx" COLLECTION="nw41" TIDREF="i193"COLNAME=2 ROTATE="0" MOREROWS="0"AppleTalk for NetWare console utility. ATCON provides information about the AppleTalk IDXID="w4"BOOK="_idx" COLLECTION="nw41" TIDREF="i245"
stack and IDXID="w5"BOOK="_idx" COLLECTION="nw41" TIDREF="i237"
router, about any networks on each of the server's interfaces, and about other AppleTalk networks on the internetwork. COLNAME=1 ROTATE="0" MOREROWS="0"ATFLT.NLMCOLNAME=2 ROTATE="0" MOREROWS="0"IDXID="w6"BOOK="_idx" COLLECTION="nw41" TIDREF="i205"
AppleTalk filter support. COLNAME=1 ROTATE="0" MOREROWS="0"AURP.NLMCOLNAME=2 ROTATE="0" MOREROWS="0"IDXID="w7"BOOK="_idx" COLLECTION="nw41" TIDREF="i249"
AppleTalk Update-based Routing Protocol. AURP provides update-based IDXID="w8"BOOK="_idx" COLLECTION="nw41" TIDREF="i3897"
routing and AppleTalk tunneling through TCP/IP, discussed in IDREF="FM40778"Chapter 3, "AppleTalk Routing Concepts."COLNAME=1 ROTATE="0" MOREROWS="0"MACIPXGW.NLMCOLNAME=2 ROTATE="0" MOREROWS="0"IDXID="w9"BOOK="_idx" COLLECTION="nw41" TIDREF="i2276"
MacIPXTM Gateway protocol. MACIPGW enables IPX networks to exchange data with Macintosh* clients running MacIPX applications on AppleTalk networks.RENDERAS="SECT1"ID="FM40005"AppleTalk for NetWare Features IDXID="w10"BOOK="_idx" COLLECTION="nw41" TIDREF="i201"The AppleTalk protocols provide AppleTalk connectivity and routing to NetWare networks. These protocols work together with NetWare for Macintosh to provide AppleTalk print and file service features on a NetWare server, as well as the communication between network nodes.This section discusses the following AppleTalk for NetWare features:MARK=BULLETIDREF="FM73964""AppleTalk Routing"IDREF="FM56624""AppleTalk Application Support"PAGENUM=3 ID="BP10"IDREF="FM44693""Tunneling AppleTalk Through IP (AURP)"IDREF="FM23212""Filtering"IDREF="FM10682""SNMP Support"IDREF="FM58097""MacIPX Gateway"RENDERAS="SECT2"ID="FM73964"AppleTalk RoutingIDXID="w11"BOOK="_idx" COLLECTION="nw41" TIDREF="i187"AppleTalk provides complete native-mode AppleTalk connectivity with other AppleTalk nodes in the internetwork. When the packet forwarding functionality is enabled, the server routes AppleTalk data packets to and from any AppleTalk node in the internetwork, such as a Macintosh, a LaserWriter* or ImageWriter*, or a file server that supports AppleTalk protocols.RENDERAS="SECT2"ID="FM56624"AppleTalk Application SupportIDXID="w12"BOOK="_idx" COLLECTION="nw41" TIDREF="i187"AppleTalk provides support to services based on NetWare to extend the services to Macintosh clients. It also provides support for AppleTalk file and print services. AFP * and ATPS (available in NetWare for Macintosh) running on a NetWare server allow Macintosh and PC users to share files and printing services.RENDERAS="SECT2"ID="FM44693"Tunneling AppleTalk Through IP (AURP)IDXID="w13"BOOK="_idx" COLLECTION="nw41" TIDREF="i187"AURP provides a means of connecting isolated AppleTalk networks together through an IP internetwork. In AppleTalk for NetWare, tunneling is handled by the AppleTalk Update-based Routing Protocol (AURP). For details about AURP, see the BOOK="cfg2_enu" COLLECTION="nw41"NetWare 4.1 Advanced Protocol Configuration and Management Guide. PAGENUM=3 ID="BP11"PAGENUM=4RENDERAS="SECT2"ID="FM23212"Filtering IDXID="w14"BOOK="_idx" COLLECTION="nw41" TIDREF="i206"AppleTalk provides two types of filters: device hiding filters and route filters.Device hiding filters restrict service access by filtering out the name binding protocols (NBP) packets that advertise services. These filters do not prevent access to services, but they do keep applications from discovering the existence of services.Route filters restrict the exchange of routing information between routers. These filters increase security by limiting the visibility of selected networks, and reduce the network bandwidth consumed by the periodic exchange of routing information between routers. Routing filters are of two types: outgoing filters and incoming filters. See BOOK="cfg2_enu" COLLECTION="nw41"NetWare 4.1 Advanced Protocol Configuration and Management Guide for more information. See the following sections in IDREF="FM72667"Chapter 5, "Configuration Parameters," for detailed information about filtering parameters:MARK=BULLETIDREF="FM19022""Device Hiding Filter Configuration Parameters"IDREF="FM25691""Outgoing Route Filters Configuration Parameters"IDREF="FM42452""Incoming Route Filters Configuration Parameters"Permanent multiaccess networks are supported only on X.25.RENDERAS="SECT2"ID="FM10682"SNMP Support IDXID="w15"BOOK="_idx" COLLECTION="nw41" TIDREF="i243"AppleTalk for NetWare provides network management capabilities through the Simple Network Management Protocol (SNMP). SNMP provides network management and monitoring capabilities that allow you to use either the Novell® AppleTalk console utility (ATCON) or a third-party network management console application. For information about using ATCON, see the consoles chapter in the BOOK="cfg2_enu" COLLECTION="nw41"NetWare 4.1 Advanced Protocol Configuration and Management Guide.PAGENUM=5 ID="BP12"For more information about using SNMP with AppleTalk for NetWare, see IDREF="FM98148"Chapter 4, "SNMP Support." For information about using ATCON, see the BOOK="cfg2_enu" COLLECTION="nw41"NetWare 4.1 Advanced Protocol Configuration and Management Guide.RENDERAS="SECT2"ID="FM58097"MacIPX Gateway IDXID="w16"BOOK="_idx" COLLECTION="nw41" TIDREF="i211"The MacIPXGW driver software from Novell enables a Macintosh workstation to use the Internetwork Packet ExchangeTM (IPXTM) transport protocols to send and receive data on any network cable. For more information about the MacIPX gateway, see the MacIPX Gateway chapter in BOOK="cfg2_enu" COLLECTION="nw41"NetWare 4.1 Advanced Protocol Configuration and Management Guide. RENDERAS="SECT1"ID="FM45976"ID="FM98201"Configuring AppleTalk for NetWare IDXID="w17"BOOK="_idx" COLLECTION="nw41" TIDREF="i237"The Internetworking Configuration utility (INETCFG) enables you to configure AppleTalk for NetWare through menu options and information entered in dialog boxes. INETCFG greatly simplifies the configuration of the AppleTalk stack and router. You can use it to perform the following tasks:MARK=BULLETConfigure network interface boardsConfigure protocol optionsBind the protocols to the interface boardsView configuration informationSee the BOOK="cfg1_enu" COLLECTION="nw41"NetWare 4.1 Basic Protocol Configuration Guide and the BOOK="cfg2_enu" COLLECTION="nw41"NetWare 4.1 Advanced Protocol Configuration and Management Guide for detailed configuration information.LABEL="2"PAGENUM=7 ID="BP13"ID="FM39283"AppleTalk ConceptsThis chapter presents the basic concepts you need to understand AppleTalk. Specifically, it covers the following topics: MARK=BULLETIDREF="FM51038""Definitions of Terms" This section defines a list of commonly used AppleTalk terms.IDREF="FM10546""Protocols"This section gives an overview of the AppleTalk protocols that AppleTalk for NetWare® software uses.IDREF="FM83091""Addressing"This section is an overview of addressing using AppleTalk for NetWare.IDREF="FM99937""Zones"This section is an overview of the use of AppleTalk zones with AppleTalk for NetWare.IDREF="FM19126""Internal Network"This section explains the concept of an internal network for AppleTalk for NetWare.IDREF="FM32350""Packet Frame Types"This section lists the packet frame types used with LAN configurations.PAGENUM=7 ID="BP14"PAGENUM=8RENDERAS="SECT1"ID="FM51038"Definitions of TermsIDXID="w18"BOOK="_idx" COLLECTION="nw41" TIDREF="i240"Before you begin configuring the AppleTalk for NetWare software, you should know the following terms:MARK=BULLETIDXID="w19"BOOK="_idx" COLLECTION="nw41" TIDREF="i187"AppleTalk is the Apple* Computer suite of protocols that enables the hardware and software on an AppleTalk internetwork to interact and to exchange data.An IDXID="w20"BOOK="_idx" COLLECTION="nw41" TIDREF="i214"AppleTalk network is a collection of connected, individually controlled computers, printers, and other devices, together with the hardware and AppleTalk software used to link them. All devices on a network have addresses within the range assigned for the network.An IDXID="w21"BOOK="_idx" COLLECTION="nw41" TIDREF="i209"AppleTalk
 internetwork is a group of AppleTalk networks connected by one or more AppleTalk routers. Network users on an internetwork can share information and network devices.AnIDXID="w22"BOOK="_idx" COLLECTION="nw41" TIDREF="i216" AppleTalk node is an addressable entity on a network. This term sometimes refers to a device itself. Some examples of nodes are Macintosh computers, printers, and file servers. An IDXID="w23"BOOK="_idx" COLLECTION="nw41" TIDREF="i219"AppleTalk packet is a group of bits transmitted as a unit of information. These bits include data and control elements. The control elements include the addresses of the packet's source and destination and, in some cases, error-control information.The IDXID="w24"BOOK="_idx" COLLECTION="nw41" TIDREF="i245"AppleTalk stack is the suite of AppleTalk protocols used to support AppleTalk applications such as file and print servers.AnIDXID="w25"BOOK="_idx" COLLECTION="nw41" TIDREF="i237" AppleTalk router connects AppleTalk networks into an internetwork so that all the nodes on each network can access services and nodes on any connected network. It receives and forwards AppleTalk packets on the networks to which it is directly connected.An IDXID="w26"BOOK="_idx" COLLECTION="nw41" TIDREF="i251"AppleTalk zone is a logical grouping of services, such as print queues, file servers, and calendar systems. By associating a zone with certain devices, you enable Macintosh users to locate the services they need more easily. For example, a Macintosh user who needs to locate a printer used for administrative purposes might look in the Administration zone.PAGENUM=9 ID="BP15"IDXID="w27"BOOK="_idx" COLLECTION="nw41" TIDREF="i221"AppleTalk Phase 2 is the latest version of the AppleTalk protocols. Apple introduced AppleTalk Phase 2 in 1989 to provide support for AppleTalk networks with thousands of nodes, for multiple AppleTalk zones on a network, and for token ring. It implements more efficient routing techniques that improve performance and use less bandwidth.An IDXID="w28"BOOK="_idx" COLLECTION="nw41" TIDREF="i199"extended AppleTalk network is an AppleTalk network that supports Phase 2 extensions such as zone lists and network ranges. (This reference often refers to an extended AppleTalk network as an "extended network.")A IDXID="w29"BOOK="_idx" COLLECTION="nw41" TIDREF="i217"IDXID="w30"BOOK="_idx" COLLECTION="nw41" TIDREF="i2961"nonextended AppleTalk network is an AppleTalk network that does not support Phase 2 extensions such as zone lists and network ranges. (This reference often refers to a nonextended AppleTalk network as a "nonextended network.")RENDERAS="SECT1"ID="FM10546"ProtocolsIDXID="w31"BOOK="_idx" COLLECTION="nw41" TIDREF="i230"IDXID="w32"BOOK="_idx" COLLECTION="nw41" TIDREF="i3588"The AppleTalk protocols provide connectivity and routing to NetWare networks. These protocols work together with NetWare for Macintosh to provide AppleTalk print and file service features on a NetWare server, as well as the communication between network nodes.IDREF="FM79626"Figure 2-1 represents the standard AppleTalk protocols and their ISO layers, as described in Inside AppleTalk, second edition.PAGENUM=10 ID="BP16"LABEL="2-1" FLOAT="0"IDXID="w33"BOOK="_idx" COLLECTION="nw41" TIDREF="i230"ID="FM79626"AppleTalk Protocol LayersFILEREF="protocol.tif"PAGENUM=10 ID="BP17"PAGENUM=11IDREF="FM23094"Table 2-1 lists the AppleTalk protocols used by AppleTalk for NetWare. The table also describes what each protocol does. For more detailed information about these protocols, refer to Inside AppleTalk, second edition. LABEL="2-1" PGWIDE=1 TOCENTRY="1"IDXID="w34"BOOK="_idx" COLLECTION="nw41" TIDREF="i3588"ID="FM23094"AppleTalk ProtocolsCOLS=2 CHAROFF="50" CHAR="" ALIGN="LEFT"COLNAME=1 COLWIDTH="9*"COLNAME=2 COLWIDTH="26*"VALIGN="BOTTOM"COLNAME=1 ROTATE="0" MOREROWS="0"ProtocolCOLNAME=2 ROTATE="0" MOREROWS="0"DescriptionVALIGN="TOP"COLNAME=1 ROTATE="0" MOREROWS="0"AARPCOLNAME=2 ROTATE="0" MOREROWS="0"IDXID="w35"BOOK="_idx" COLLECTION="nw41" TIDREF="i188"
AppleTalk Address Resolution Protocol. AARP maps AppleTalk addresses (network and node numbers) into LAN hardware addresses (for example, Ethernet or token ring addresses), and manages the process of each AppleTalk node acquiring its unique AppleTalk address on these media.COLNAME=1 ROTATE="0" MOREROWS="0"ADSPCOLNAME=2 ROTATE="0" MOREROWS="0"IDXID="w36"BOOK="_idx" COLLECTION="nw41" TIDREF="i195"
AppleTalk Data Stream Protocol. ADSP allows two programs to communicate through a full-duplex data stream connection in which either program can read or write data bytes with reliable delivery.COLNAME=1 ROTATE="0" MOREROWS="0"AEPCOLNAME=2 ROTATE="0" MOREROWS="0"IDXID="w37"BOOK="_idx" COLLECTION="nw41" TIDREF="i197"
AppleTalk Echo Protocol. AEP is a support protocol that provides a way for a node to "bounce" a packet off another node. In , both the router and the stack support the Echo protocol. COLNAME=1 ROTATE="0" MOREROWS="0"AFPCOLNAME=2 ROTATE="0" MOREROWS="0"IDXID="w38"BOOK="_idx" COLLECTION="nw41" TIDREF="i197"
AppleTalk Filing Protocol. AFP is an application-level support protocol that allows Macintosh users to share files. NetWare for Macintosh includes an AFP NLMTM file that provides AFP support on a NetWare server.COLNAME=1 ROTATE="0" MOREROWS="0"ASPCOLNAME=2 ROTATE="0" MOREROWS="0"IDXID="w39"BOOK="_idx" COLLECTION="nw41" TIDREF="i242"
AppleTalk Session Protocol. ASP works with and adds session functionality to ATP (described below) by allowing two processes to exchange a sequence of transactions reliably. COLNAME=1 ROTATE="0" MOREROWS="0"ATPCOLNAME=2 ROTATE="0" MOREROWS="0"IDXID="w40"BOOK="_idx" COLLECTION="nw41" TIDREF="i246"
AppleTalk Transaction Protocol. ATP provides reliable request and response transaction services. ATP detects errors and timeouts, providing reliable packet exchange.COLNAME=1 ROTATE="0" MOREROWS="0"AURPCOLNAME=2 ROTATE="0" MOREROWS="0"IDXID="w41"BOOK="_idx" COLLECTION="nw41" TIDREF="i249"
AppleTalk Update-based Routing Protocol. AURP provides two unique features: the exchange of routing information only when a change occurs on the internetwork (as opposed to exchanging the information on a set schedule) after the initial exchange of routing information, and IP tunneling. See IDREF="FM37043""AppleTalk Update-Based Routing Protocol" for more information.COLNAME=1 ROTATE="0" MOREROWS="0"DDPCOLNAME=2 ROTATE="0" MOREROWS="0"IDXID="w42"BOOK="_idx" COLLECTION="nw41" TIDREF="i930"
Datagram Delivery Protocol. DDP defines sockets on AppleTalk nodes and defines datagram (packet) delivery between sockets. It provides a mechanism to address any node on an AppleTalk internetwork uniquely.COLNAME=1 ROTATE="0" MOREROWS="0"LAPCOLNAME=2 ROTATE="0" MOREROWS="0"IDXID="w43"BOOK="_idx" COLLECTION="nw41" TIDREF="i2106"
Link Access Protocol. LAP includes data-link level protocols for Ethernet (ELAP), LocalTalk* (LLAP), and token ring (TLAP). LAP hides media-specific information from the other layers of AppleTalk and sends packets onto a specific hardware link. COLNAME=1 ROTATE="0" MOREROWS="0"NBPCOLNAME=2 ROTATE="0" MOREROWS="0"IDXID="w44"BOOK="_idx" COLLECTION="nw41" TIDREF="i2572"
Name Binding Protocol. NBP provides lists of service names to a user, and finds the network addresses of these names. When users request an AppleTalk service in the Macintosh Chooser application, NBP is responsible for broadcasting the request in the selected zone and displaying the names of responding services in the Chooser. See IDREF="FM31979""Name Binding Protocol" for more information about how NBP works.COLNAME=1 ROTATE="0" MOREROWS="0"PAPCOLNAME=2 ROTATE="0" MOREROWS="0"IDXID="w45"BOOK="_idx" COLLECTION="nw41" TIDREF="i3497"
Printer Access Protocol. PAP allows Macintosh users to access printers or print queues on the AppleTalk network.COLNAME=1 ROTATE="0" MOREROWS="0"RTMPCOLNAME=2 ROTATE="0" MOREROWS="0"IDXID="w46"BOOK="_idx" COLLECTION="nw41" TIDREF="i3911"
Routing Table Maintenance Protocol. Routers use RTMP to exchange information needed to build and maintain each router's routing table. This allows routers to discover each other and move packets from one point on an internetwork to another. AppleTalk routers on the internetwork that use RTMP continuously maintain their routing tables by exchanging RTMP packets. See IDREF="FM48500""Routing Table Maintenance Protocol" for more information.COLNAME=1 ROTATE="0" MOREROWS="0"ZIPCOLNAME=2 ROTATE="0" MOREROWS="0"IDXID="w47"BOOK="_idx" COLLECTION="nw41" TIDREF="i4873"
Zone Information Protocol. ZIP associates zone names with network numbers and uses queries to maintain this mapping when new zones are added to an internetwork. AppleTalk uses zones to subdivide the internetwork logically so services are easier for users to find. Routers use ZIP to request and provide zone information when a router comes up with a new network configuration. ZIP also allows nodes to look up and deal with the zones on an internetwork. See IDREF="FM66769""How Zone Information Is Maintained on an Internetwork" for more information.PAGENUM=12 ID="BP18"The following protocols are particularly important in AppleTalk routing: MARK=BULLETNBP, discussed in IDREF="FM31979""Name Binding Protocol"RTMP, discussed in IDREF="FM48500""Routing Table Maintenance Protocol"AURP, discussed in IDREF="FM37043""AppleTalk Update-Based Routing Protocol"PAGENUM=13 ID="BP19"For more information about application level protocols, such as the AppleTalk Filing Protocol (AFP) and the Printer Access Protocol (PAP), see the BOOK="nwmfpenu" COLLECTION="nw41"NetWare for Macintosh File and Print Services.RENDERAS="SECT1"ID="FM83091"AddressingIDXID="w48"BOOK="_idx" COLLECTION="nw41" TIDREF="i190"Addresses identify the exact locations of networks, nodes, and services. In AppleTalk, node addresses consist of a network number portion and a node number portion (in the format of network#.node#), where a network number is a two-byte (sixteen bit) value and a node number is a one-byte (eight bit) value. Each node acquires a unique 8-bit IDXID="w49"BOOK="_idx" COLLECTION="nw41" TIDREF="i216"IDXID="w50"BOOK="_idx" COLLECTION="nw41" TIDREF="i2952"
node number dynamically when it connects to the network. It tries to use that address and node number again when it connects to the network the next time. If the node finds that its previous number is already in use, it keeps trying until it finds a unique node address.The network portion of an AppleTalk address can be in one of two forms: Phase 1 or Phase 2.Phase 1 addressing is the address form used by original AppleTalk networks, that is, nonextended networks. AppleTalk Phase 2 introduced ranges into the network addressing scheme, thus significantly increasing the number of devices that could exist on a network. Networks that support Phase 2 addressing are called extended networks. AppleTalk Phase 2 supports both Phase 1 (nonextended) and Phase 2 (extended) addressing schemes.The following sections provide further information about addressing:MARK=BULLETIDREF="FM16677""Addressing for Extended Networks" IDREF="FM37198""Addressing for Nonextended Networks" IDREF="FM31979""Name Binding Protocol" PAGENUM=14 ID="BP20"RENDERAS="SECT2"ID="FM16677"Addressing for Extended NetworksIDXID="w51"BOOK="_idx" COLLECTION="nw41" TIDREF="i190"A network that can support Phase 2 network addressing is considered an extended network. AppleTalk networks that support extended Phase 2 network addressing include EtherTalk* 2.0 and TokenTalk*.On an extended Phase 2 network such as EtherTalk 2.0, you can assign to each network segment a contiguous range of unique 16-bit network numbers, such as the range 1-10. In addition, you can assign up to 255 zone names to each extended network. Each network number can support up to 253 nodes (The node numbers 0, 254, and 255 are reserved by AppleTalk.) Each node on an extended network uses the full 24-bit combination of network and node number as its unique identifier. This scheme increases the theoretical limit of the number of nodes per network to greater than 16 million. On extended networks, each node acquires a startup number by first choosing a network number from a reserved "startup range" (65,280 through 65,534), and then finding an unused node number on the network. With these startup numbers, the node can communicate with the router and can acquire a valid network number from the configured range for the network. As on nonextended networks, the node uses the same address when it reconnects to the network after being turned off, unless another node has obtained that address already.A nonextended network can communicate with an extended network through an AppleTalk router. Refer to IDREF="FM37198""Addressing for Nonextended Networks" for more information.Extended networks require a network range and a zones list. Detailed information about network ranges and zones lists follow:MARK=BULLETA network range is a contiguous range of valid network numbers. The size of the network range you assign determines the maximum number of AppleTalk devices on that network; for example, an extended network with the range 1-10 could support up to 10 x 253, or 2,530, nodes. There is no hard-coded limit to the size of a network range; however, for optimal performance, you should specify the smallest range that suits your needs. A wide range consumes network numbers. If there are Phase 1 routers present on the internetwork, a range of one (such as 10-10), is required.PAGENUM=15 ID="BP21"All AppleTalk routers connected to a network must use the same range for that network, and no other network can use that range or any number contained within it. A zones list contains up to 255 zone names; one zone is configured as the default zone. All AppleTalk routers on a network must agree about the zones list.RENDERAS="SECT2"ID="FM37198"Addressing for Nonextended NetworksIDXID="w52"BOOK="_idx" COLLECTION="nw41" TIDREF="i190"Some AppleTalk networks do not support, and cannot use, extended Phase 2 network addressing. These networks include LocalTalk, ARCNET*, and EtherTalk 1.0.On nonextended networks, you can assign each network exactly one unique 16-bit network number (an integer between 1 and 65,279) and exactly one zone name. Each AppleTalk node is identified by an 8-bit node number. This limits the total number of nodes per network to 254. (The highest number that can be represented in eight bits is 255, and the node numbers 0 and 255 are reserved by AppleTalk.)A node on a nonextended network can communicate with a node on an extended network, if the two networks are connected by a router.RENDERAS="SECT2"ID="FM31979"Name Binding ProtocolIDXID="w53"BOOK="_idx" COLLECTION="nw41" TIDREF="i2572"Nodes and applications use 
NBP to discover the addresses of nodes and services such as file servers and printers. NBP maps network entity names to AppleTalk addresses. Because people usually find it easier to remember names than numerical addresses, it allows users to specify descriptive or symbolic names for entities that applications refer to by numerical addresses. One example of how AppleTalk uses NBP is the IDXID="w54"BOOK="_idx" COLLECTION="nw41" TIDREF="i2259"IDXID="w55"BOOK="_idx" COLLECTION="nw41" TIDREF="i630"
Chooser application. Users or applications form an NBP lookup by picking a zone and the type of device or service they are interested in. These two pieces of information form an NBP lookup equivalent to the following: "I want all devices of the chosen type (for example, a file server, a mail server, or a printer) in the chosen zone (service location) to respond to me (user location) with their network addresses." PAGENUM=16 ID="BP22"The lookup is then sent to the appropriate zone. All devices or services of the chosen type in the chosen zone respond with an NBP reply. An NBP reply, depending on the content of the lookup, contains the name, type, and network address (AppleTalk address) of the service provided by a node. Applications can then communicate with the device based on its address while users only have to relate to the service through its name. The NBP reply contains information equivalent to the following:"The names and types of services available at this network address and zone (service location) are sent back to the requesting station (the user location)." If filters have been configured for the receiving router, the router then uses the filters to determine whether each NBP reply should be dropped or forwarded.RENDERAS="SECT1"ID="FM99937"Zones IDXID="w56"BOOK="_idx" COLLECTION="nw41" TIDREF="i251"An AppleTalk zone is a logical grouping of devices that enables users to locate and access network services in the Chooser or other application. A zone name is a logical name associated with some or all of the services on a network or set of networks.When you configure AppleTalk zone names in the router, the zone names act as a top-level organizer in theIDXID="w57"BOOK="_idx" COLLECTION="nw41" TIDREF="i2259"IDXID="w58"BOOK="_idx" COLLECTION="nw41" TIDREF="i630"
 Chooser. A user selects the zone name that indicates where a service is located; for example, a zone named "Building 1" or "Accounting" could indicate where a server resides. The following events occur when you click a service icon (such as a printer icon) and select a zone name:NUMERATION=ARABIC CONTINUATION="RESTARTS" INHERITNUM="IGNORE"The Macintosh sends out NBP Broadcast Request packets.The router sends the NBP requests to the networks associated with the selected zone name, possibly forwarding them to other routers, as appropriate.The routers directly connected to the networks associated with the selected zone broadcast the NBP request to all nodes in the zone.AppleTalk services in the selected zone send NBP reply packets back to the Macintosh that originated the request, which displays the services' names in the Chooser.PAGENUM=17 ID="BP23"RENDERAS="SECT2"Multiple Zones on a NetworkIDXID="w59"BOOK="_idx" COLLECTION="nw41" TIDREF="i251"
Only one zone name is assigned to a IDXID="w60"BOOK="_idx" COLLECTION="nw41" TIDREF="i251"
nonextended network, so all nodes on that network belong to the same zone. On extended networks, each network range can be associated with up to 255 zones. When a network is associated with multiple zones, you configure the network with a zones list that contains the name of each zone. A node on an extended network can belong to only one zone in that list.Each zones list has a default zone. IDXID="w61"BOOK="_idx" COLLECTION="nw41" TIDREF="i251"
When a node first starts up, it resides in the IDXID="w62"BOOK="_idx" COLLECTION="nw41" TIDREF="i1396"
default zone. Each type of router can use its own method of defining which zone is the default zone, but the routers on an internetwork must agree on which zone name is the default zone, and on the names in the zones list associated with that physical wire. AppleTalk for NetWare uses the first zone in the list as the default zone. You can use INETCFG to change the default.Macintosh workstations belong to the default zone until the Macintosh user chooses another zone in the Network Control Panel. The zone in which a Macintosh workstation is registered is the zone in which its services (if any) are advertised. Using the default zone does not restrict the Macintosh user's ability to view and access network services in other AppleTalk zones by using the Chooser.RENDERAS="SECT2"ID="FM66769"How Zone IDXID="w63"BOOK="_idx" COLLECTION="nw41" TIDREF="i251"
Information IDXID="w64"BOOK="_idx" COLLECTION="nw41" TIDREF="i240"
Is Maintained on an InternetworkWhen you bring up an AppleTalk router on the network, it is initialized with its own zones and network numbers. It then begins to exchange routing information packets with every adjacent router on the internetwork.When other routers receive routing information packets informing them of a new network on the internetwork, those routers send a query to the router that represents the new network, asking for the zone name or zones list associated with it. The new router responds to this query with its zone information. Eventually, all routers on the internetwork have an updated global list of all zones and networks on the entire internetwork. This global list allows all Macintosh users on the internetwork to see services in all AppleTalk zones. PAGENUM=18 ID="BP24"RENDERAS="SECT2"Zone ListIDXID="w65"BOOK="_idx" COLLECTION="nw41" TIDREF="i240"
 Change on an InternetworkThe zones list associated with a network can only be changed by temporarily isolating that network from the internetwork. To accomplish this, all the routers directly connected to the network should be brought down and the zones list changed in each of the seed routers. The routers should then be brought back up, but not before the old zones list from that network has disappeared from all the Zone Information tables in the internetwork. Wait ten minutes (ZIP bringback time) for the internetwork environment to bring back routers with the changed zone names.RENDERAS="SECT1"ID="FM19126"Internal NetworkIDXID="w66"BOOK="_idx" COLLECTION="nw41" TIDREF="i208"IDXID="w67"BOOK="_idx" COLLECTION="nw41" TIDREF="i208"
The internal network, when configured for Phase 2 routing, allows you to advertise services in different zones on the server. Without the internal network, you must advertise all a server's print queues and other services in a single zone. With the internal network, you can advertise services on any internal network zone. The internal network also allows access to any of its services from any working network. You can bind and unbind interfaces---assign AppleTalk to specific interfaces---as often as necessary. As long as an interface is bound, the internal network and its services are accessible.The internal network always supports two IDXID="w68"BOOK="_idx" COLLECTION="nw41" TIDREF="i216"
nodes, the AppleTalk stack (node 1 on the internal network) and the AppleTalk router (node 2 on the internal network). Nodes on the internal network are connection points between the AppleTalk software and the internal network. They do not represent physical devices. The internal network is a virtual network with no physical components; it is entirely contained within the AppleTalk module. The internal network appears to the router as if it were just one of a number of networks to which the router is connected. You configure the internal network following the same configuration rules as when you configure an external, physical network.PAGENUM=18 ID="BP25"PAGENUM=19IDXID="w69"BOOK="_idx" COLLECTION="nw41" TIDREF="i199"The internal network is an extended network
. The rules for extended networks apply when you configure an internal network, with these conditions:MARK=BULLETA range of one is required. (User input is limited to a single number, which is then automatically translated into a range. For example: if you enter 12, it is translated automatically into a range of 12-12.)AppleTalk for NetWare allows a device to advertise in any zone on the internal network. This lets you advertise print queues in more than one zone.You IDXID="w70"BOOK="_idx" COLLECTION="nw41" TIDREF="i208"
cannot specify multiple zones for the internal network of a server that uses transition routing. (See IDREF="FM20553""Transition Mode Routing" for an explanation of transition routing.) The same is true of any extended network.AFP IDXID="w71"BOOK="_idx" COLLECTION="nw41" TIDREF="i1853"
file servicesIDXID="w72"BOOK="_idx" COLLECTION="nw41" TIDREF="i202"
 are always IDXID="w73"BOOK="_idx" COLLECTION="nw41" TIDREF="i208"
advertised in the default zone you enter when you configure the internal network zones. If you don't specify a default zone, the first zone is used as the default zone. You can use INETCFG to change this default zone at any time.When the router receives AppleTalk packets with a destination address for the server itself, the router forwards the packets internally to the AppleTalk protocol stack. For example, when a Macintosh user attempts to log in to the server, the router forwards the appropriate packets to the stack.RENDERAS="SECT2"Internal Network ParameterIDXID="w74"BOOK="_idx" COLLECTION="nw41" TIDREF="i208"
The internal network option is not required, but it can be configured if you plan to have multiple devices on the server that you want to assign to different zone names.The CLASS=MENUITEM MOREINFO="NONE"Internal Network parameter is available only if you select the CLASS=MENUITEM MOREINFO="NONE"Packet Forwarding parameter. The internal network is a virtual network within the AppleTalk module. Packets must be routed from an external NetWare interface to the internal network. Because it requires an address, it takes up a network number. If you configure AppleTalk without configuring an internal network, but want to run applications, you must home the AppleTalk stack on an external interface. To do this, set CLASS=MENUITEM MOREINFO="NONE"Provide Applications through this Interface parameter to CLASS=MENUITEM MOREINFO="NONE"Yes in the Bindings Configuration.PAGENUM=20 ID="BP26"RENDERAS="SECT1"ID="FM32350"Packet Frame TypesIDXID="w75"BOOK="_idx" COLLECTION="nw41" TIDREF="i219"The information governed by protocols is grouped into a series of bits that includes data and control elements, called a packet. The packet information is transmitted as a group within a packet frame. A LAN IDXID="w76"BOOK="_idx" COLLECTION="nw41" TIDREF="i210"driver renders IDXID="w77"BOOK="_idx" COLLECTION="nw41" TIDREF="i210"
the different types of IDXID="w78"BOOK="_idx" COLLECTION="nw41" TIDREF="i219"
packet frames used by each specific network type into a form that AppleTalk can process. For more information about packet frame types, refer to Inside AppleTalk, second edition. The following types of AppleTalk LAN packet frame types are supported by AppleTalk for NetWare:MARK=BULLETARCNET (actual frame type is NOVELL_RX_NET)Ethernet_SNAPEthernet II FDDI_SNAPLocalTalk Token_Ring_SNAPLABEL="3"PAGENUM=21 ID="BP27"ID="FM40778"AppleTalk Routing ConceptsThis chapter presents the basic concepts you need to understand AppleTalk routing. Specifically, it covers the following topics: MARK=BULLETIDREF="FM79899""Routing Protocols"This section is an overview of the AppleTalk for NetWare® routing protocols.IDREF="FM27928""Seeding State"This section is an overview of the AppleTalk for NetWare seeding states.IDREF="FM20553""Transition Mode Routing"This section is an overview of the AppleTalk for NetWare transition mode routing.The AppleTalk routerIDXID="w79"BOOK="_idx" COLLECTION="nw41" TIDREF="i239"IDXID="w80"BOOK="_idx" COLLECTION="nw41" TIDREF="i3897"
 connects AppleTalk networks to other AppleTalk networks, creating an internetwork. You can use an AppleTalk router toMARK=BULLETConnect different types of AppleTalk networks, such as LocalTalk, EtherTalk, TokenTalk, and ARCNETIsolate traffic on different parts of the internetworkExpand an internetworkWhen the AppleTalk router is connected to two or more network segments, it receives packets from a node on one network segment and forwards them to the destination node on another network segment.PAGENUM=21 ID="BP28"PAGENUM=22Each network on an internetwork is assigned a unique identifier, specifically an address made up of a number or range of numbers. Every AppleTalk packet sent out on the internetwork includes the network number of its destination. The router is a forwarding device; it receives packets on one of its networks, consults the destination network number, and forwards the packet to the proper network.An AppleTalk router forwards AppleTalk packets between the Macintosh computers and servers on the two networks, as shown in IDREF="FM26882"Figure 3-1.LABEL="3-1" FLOAT="0"ID="FM26882"Routing on an AppleTalk NetworkFILEREF="router.tif"RENDERAS="SECT1"ID="FM79899"Routing ProtocolsIDXID="w81"BOOK="_idx" COLLECTION="nw41" TIDREF="i239"AppleTalk for NetWare provides two routing protocols: IDXID="w82"BOOK="_idx" COLLECTION="nw41" TIDREF="i3906"
RTMP and IDXID="w83"BOOK="_idx" COLLECTION="nw41" TIDREF="i3906"
AURP. Routers use routing protocols to create and dynamically maintain a database of routing information called the Routing Information Table. This table contains information about all the networks on the AppleTalk internetwork. The router uses this information to forward packets to their destinations by the best possible route.AppleTalk routing tables contain an entry for every network in the internetwork. AppleTalk learns the network range/number of its directly connected interfaces through configuration. If the router is configured as a IDXID="w84"BOOK="_idx" COLLECTION="nw41" TIDREF="i2973"
non-seed router, the router listens to IDXID="w85"BOOK="_idx" COLLECTION="nw41" TIDREF="i4004"
seed routers on the network and learns IDXID="w86"BOOK="_idx" COLLECTION="nw41" TIDREF="i108"
addressing information about its directly connected interfaces. An AppleTalk router learns about networks not directly connected to it through the exchange of IDXID="w87"BOOK="_idx" COLLECTION="nw41" TIDREF="i3900"
routing information with each of its neighbors. PAGENUM=23 ID="BP29"A router's neighbor is a router that has at least one interface on the same network as this router. By learning its neighbor's routing information, the router acquires all the knowledge about the entire internetwork. The IDXID="w88"BOOK="_idx" COLLECTION="nw41" TIDREF="i3906"
RTMP and IDXID="w89"BOOK="_idx" COLLECTION="nw41" TIDREF="i3906"
AURP protocols are discussed in detail in the following sections.RENDERAS="SECT2"ID="FM48500"IDXID="w90"BOOK="_idx" COLLECTION="nw41" TIDREF="i3911"Routing Table Maintenance ProtocolIDXID="w91"BOOK="_idx" COLLECTION="nw41" TIDREF="i239"IDXID="w92"BOOK="_idx" COLLECTION="nw41" TIDREF="i3906"AppleTalk generally uses  RTMP to transmit routing information to neighboring routers. It broadcasts its routing information every 10 seconds to all directly connected networks. RTMP saves network bandwidth by providing distance vector, split-horizoned routing. In IDXID="w93"BOOK="_idx" COLLECTION="nw41" TIDREF="i4230"
split-horizoned routing, a router does not advertise routes it learns from an interface through the same interface, because neighboring routers reachable through that interface know the information already. RTMP has a maximum IDXID="w94"BOOK="_idx" COLLECTION="nw41" TIDREF="i1683"
hop count of 15. (Hop count is the number of routers, or hops, that must be traversed to reach the destination network.) If nodes on an AppleTalk internetwork are separated by more than 15 routers, they cannot communicate.RENDERAS="SECT2"ID="FM37043"AppleTalk Update-Based Routing ProtocolIDXID="w95"BOOK="_idx" COLLECTION="nw41" TIDREF="i239"IDXID="w96"BOOK="_idx" COLLECTION="nw41" TIDREF="i3906"
 The AppleTalk Update-Based Routing protocol (AURP) is an enhancement of RTMP and new to AppleTalk for NetWare. AURP provides the added feature of AppleTalk tunneling in TCP/IP. This feature allows two isolated AppleTalk networks to be connected by way of a TCP/IP network. AURP provides update-based routing and reliable delivery of routing information. Update-based routing reduces the amount of bandwidth by sending updates to peer routers only when network routing information changes, rather than sending periodic broadcasts of the routing table. Like RTMP, AURP also provides distance vector, split-horizoned routing. It has a maximum hop count of 15; a tunnel counts as one hop. AppleTalk for NetWare supports the minimal set of AURP features defined in RFC 1504. PAGENUM=24 ID="BP30"RENDERAS="SECT3"Benefits of AURPAURPIDXID="w97"BOOK="_idx" COLLECTION="nw41" TIDREF="i349"IDXID="w98"BOOK="_idx" COLLECTION="nw41" TIDREF="i187"
 is useful in the following scenarios:MARK=BULLETYou want to connect isolated AppleTalk networks by way of an existing TCP/IP internetwork. This is referred to as tunneling.You prefer to use only IP through your backbone network, but you have isolated AppleTalk networks that you want to connect. On a stable network, AppleTalk routers using RTMP broadcast the same information to each other continuously. Because most networks are stable after initial setup, these frequent broadcasts unnecessarily consume bandwidth that could be used to transport more user data. Unlike RTMP, AppleTalk routers using the AURP protocol only exchange routing information when a change occurs in the internetwork. Routing information exchanged using AURP must be communicated reliably. Because only changes are communicated among AURP routers, and because this change information is not sent periodically (that is, on a set schedule) to peer routers, this increases the possibility of lost information. Therefore, AURP includes a transport protocol that provides reliable delivery by requiring the receiving router to acknowledge the receipt of the updates. The AURP transport only ensures reliable delivery of routing packets. AppleTalk protocols, such as ATP, ASP, PAP, and ADSP, ensure reliable delivery of AppleTalk data packets.For information about tunneling AppleTalk through IP using the AURP protocol, including configuration information, see the BOOK="cfg2_enu" COLLECTION="nw41"NetWare 4.1 Advanced Protocol Configuration and Management Guide. RENDERAS="SECT1"ID="FM27928"IDXID="w99"BOOK="_idx" COLLECTION="nw41" TIDREF="i4007"Seeding StateIDXID="w100"BOOK="_idx" COLLECTION="nw41" TIDREF="i1790"IDXID="w101"BOOK="_idx" COLLECTION="nw41" TIDREF="i4008"IDXID="w102"BOOK="_idx" COLLECTION="nw41" TIDREF="i4009"SeedingIDXID="w103"BOOK="_idx" COLLECTION="nw41" TIDREF="i241"
refers to an AppleTalk router's ability to teach other routers on a connected network about the network and zone configuration. AIDXID="w104"BOOK="_idx" COLLECTION="nw41" TIDREF="i239"IDXID="w105"BOOK="_idx" COLLECTION="nw41" TIDREF="i239"
IDXID="w106"BOOK="_idx" COLLECTION="nw41" TIDREF="i241" non-seed router (often called a learning router) learns its configuration information from a seed router (often called a IDXID="w107"BOOK="_idx" COLLECTION="nw41" TIDREF="i239"IDXID="w108"BOOK="_idx" COLLECTION="nw41" TIDREF="i3894"IDXID="w109"BOOK="_idx" COLLECTION="nw41" TIDREF="i3894"IDXID="w110"BOOK="_idx" COLLECTION="nw41" TIDREF="i3894"IDXID="w111"BOOK="_idx" COLLECTION="nw41" TIDREF="i239"IDXID="w112"BOOK="_idx" COLLECTION="nw41" TIDREF="i241"configured router). The Network Range and Zone configuration option (found in the AppleTalk Bindings configuration in INETCFG) allows you to choose whether to configure the router as a seed router or a non-seed router. PAGENUM=25 ID="BP31"At least one router on the network must be a seed router. If the network is an extended network, a seed router is configured with a network range and a zones list for the network. If the network is a nonextended network, a seed router is configured with a network number and a zone name for the network. Non-seed routers on the network learn this network and zone information dynamically from the seed router.The seeding state option applies to each interface individually. One interface can be specified as learning while another is specified as configured. If you configure an AppleTalk router interface as a learning interface and there is no seed router on that cable, the AppleTalk router remains inactive on that interface until it receives configuration information from a seed router on the network.RENDERAS="SECT2"Benefits of the Seeding State OptionThe seeding state option provides IDXID="w113"BOOK="_idx" COLLECTION="nw41" TIDREF="i241"
these benefits:MARK=BULLETWhen you specify the non-seed option for an interface, the router obtains a network configuration consistent with other routers connected to that network.If you use one seed router and have learning interfaces in all other AppleTalk routers connected to the network, you can later change the network or zone configuration much more easily. Instead of reconfiguring all routers on a network, you can bring down all routers and reconfigure only the seed router. After the old network and zone lists are aged out from the internetwork, restart the reconfigured routers. The seed router updates the other routers with the new information.RENDERAS="SECT2"How the Seeding Feature WorksAppleTalkIDXID="w114"BOOK="_idx" COLLECTION="nw41" TIDREF="i241" routers use IDXID="w115"BOOK="_idx" COLLECTION="nw41" TIDREF="i3911"RTMP to distribute network configuration information. Every ten seconds, each AppleTalk router broadcasts RTMP packets containing information about networks, including the directly connected ones. Other AppleTalk routers receive the RTMP packets and use the information to build and maintain a complete view of the AppleTalk internetwork.PAGENUM=25 ID="BP32"PAGENUM=26When you configure the AppleTalk router with one or more IDXID="w116"BOOK="_idx" COLLECTION="nw41" TIDREF="i239"
learning interfaces, it uses information received in the RTMP packets to acquire the network number on a learning interface. It then sends a request to learn the zone information for that network. If you configure the network and zone information in AppleTalk for NetWare, it tries to validate the configured information against advertised information from any other routers on the network. If there is a conflict, the router does not bind to the LAN card and an error message appears, indicating whether the conflict is in the network number, the default zone, or the zones list. This error message also displays the address of the router from which it received conflicting information. If such a conflict occurs, determine what the correct network and zone information should be; then, use INETCFG to reconfigure the router.RENDERAS="SECT1"ID="FM20553"IDXID="w117"BOOK="_idx" COLLECTION="nw41" TIDREF="i247"Transition Mode RoutingIDXID="w118"BOOK="_idx" COLLECTION="nw41" TIDREF="i239"Transition mode is a way of configuring Phase 2 routers that enables them to operate with Phase 1 routers on an internetwork. This section describes how to configure AppleTalk for Netware on an internetwork that includes one or more IDXID="w119"BOOK="_idx" COLLECTION="nw41" TIDREF="i239"
AppleTalk Phase 1 routers.RENDERAS="SECT2"IDXID="w120"BOOK="_idx" COLLECTION="nw41" TIDREF="i247"What the Router Does in TransitionIDXID="w121"BOOK="_idx" COLLECTION="nw41" TIDREF="i239"
ModeIDXID="w122"BOOK="_idx" COLLECTION="nw41" TIDREF="i3911"
When you configure a router in transition mode, that router is prepared to send out Phase 1-compatible RTMP and IDXID="w123"BOOK="_idx" COLLECTION="nw41" TIDREF="i2572"NBPIDXID="w124"BOOK="_idx" COLLECTION="nw41" TIDREF="i247" packets on its nonextended interfaces.RTMP packets contain information about networks known to the router. AppleTalk routers pass this information among themselves every ten seconds, updating and maintaining their view of the internetwork. NBP packets are used to look up devices on the internetwork.When the Phase 2 router is not in transition mode, it always sends out Phase 2 RTMP and NBP packets. Phase 2 RTMP packets can contain information about extended networks. A Phase 1 router cannot read the Phase 2 packets and cannot incorporate the Phase 2 information into its routing tables.PAGENUM=27 ID="BP33"Further, to find an entity on the internetwork under Phase 2, a node sends an NBP Broadcast Request packet to the closest router. If the requested entity resides on the network directly connected to that router, the NBP Broadcast Request packet is converted into a Lookup packet. If the requested entity resides on a remote network, the router converts the NBP IDXID="w125"BOOK="_idx" COLLECTION="nw41" TIDREF="i247"
Broadcast IDXID="w126"BOOK="_idx" COLLECTION="nw41" TIDREF="i524"
Request IDXID="w127"BOOK="_idx" COLLECTION="nw41" TIDREF="i1559"
packet into a IDXID="w128"BOOK="_idx" COLLECTION="nw41" TIDREF="i247"
Forward Request packet for each network containing nodes in the zone specified in the NBP Broadcast Request packet. The NBP Forward Request packet is then transmitted to a router directly connected to the network on which the entity resides. When this router receives the NBP Forward Request packet, it converts it to a IDXID="w129"BOOK="_idx" COLLECTION="nw41" TIDREF="i2236"
Lookup IDXID="w130"BOOK="_idx" COLLECTION="nw41" TIDREF="i247"
packet and broadcasts it to all nodes in the proper zone on the local network.When the IDXID="w131"BOOK="_idx" COLLECTION="nw41" TIDREF="i247"
Phase IDXID="w132"BOOK="_idx" COLLECTION="nw41" TIDREF="i3911"
2 router is in transition mode and it receives a Phase 1 RTMP packet on one of its nonextended interfaces, it sends out Phase 1-compatible RTMP packets on that network. In addition, a Phase 2 router in transition mode does not convert Broadcast IDXID="w133"BOOK="_idx" COLLECTION="nw41" TIDREF="i524"
Request packets into Forward Request packets. Rather, it sends Broadcast Request packets to a router directly connected to the network on which the requested entity resides, whether that network is local or remote.In transition mode, all Phase 2 routers must observe these addressing constraints to avoid extended ranges and zones lists incomprehensible to a Phase 1 router:MARK=BULLETOn extended networks, the first number in the IDXID="w134"BOOK="_idx" COLLECTION="nw41" TIDREF="i214"
network IDXID="w135"BOOK="_idx" COLLECTION="nw41" TIDREF="i199"
range must be equal to the last number in the range, as in 10-10.On extended networks, the zones list IDXID="w136"BOOK="_idx" COLLECTION="nw41" TIDREF="i199"
must have IDXID="w137"BOOK="_idx" COLLECTION="nw41" TIDREF="i251"
only one zone.RENDERAS="SECT2"How Transition Mode Affects Extended NetworksThe IDXID="w138"BOOK="_idx" COLLECTION="nw41" TIDREF="i247"addressing IDXID="w139"BOOK="_idx" COLLECTION="nw41" TIDREF="i199"constraints in IDXID="w140"BOOK="_idx" COLLECTION="nw41" TIDREF="i1357"transition mode limit extended networks to 253 devices. If you must support more devices, you cannot use transition mode. Your alternative is to upgrade the Phase 1 routers to AppleTalk Phase 2.A Phase 1 nonextended network and a Phase 2 extended network support 254 and 253 devices, respectively. PAGENUM=28 ID="BP34"RENDERAS="SECT2"Rules for Setting Up a Transition Mode ConfigurationIDXID="w141"BOOK="_idx" COLLECTION="nw41" TIDREF="i247"When you configure AppleTalk for NetWare in IDXID="w142"BOOK="_idx" COLLECTION="nw41" TIDREF="i247"transition mode for extended networks, the following conditions must be in effect: MARK=BULLETPhase 1 routers typically predate the introduction of AppleTalk IDXID="w143"BOOK="_idx" COLLECTION="nw41" TIDREF="i239"
Phase 2 and have not been upgraded to support Phase 2. You can connect Phase 1 routers only to IDXID="w144"BOOK="_idx" COLLECTION="nw41" TIDREF="i239"
nonextended networks (EtherTalk 1.0, ARCNET, or LocalTalk), because Phase 1 does not support extended networks (EtherTalk 2.0 and TokenTalk). However, having nonextended networks on an internetwork does not necessarily mean that a Phase 1 router is present.If the internetwork has Phase 1 routers and you want to keep them installed and configured as Phase 1 routers (rather than upgrade them to Phase 2), you configure all Phase 2 routers on the internetwork in transition mode. When you configure an AppleTalk router in transition mode, the Phase 2 router modifies its behavior to operate with a Phase 1 router.The CLASS=MENUITEM MOREINFO="NONE"Type of Packet Forwarding option must be set to CLASS=MENUITEM MOREINFO="NONE"Transition (Phase 1 and 2) from the CLASS=MENUITEM MOREINFO="NONE"AppleTalk Configuration window.On extended networks, the first number in the network range must be equal to the last number in the range, as in 10-10. On extended networks, the zones list must have only one zone.Nonextended networks should be configured as usual.As usual, the network IDXID="w145"BOOK="_idx" COLLECTION="nw41" TIDREF="i214"IDXID="w146"BOOK="_idx" COLLECTION="nw41" TIDREF="i2870"
number or range you assign to an interface must be unique on the internetwork and consistent for all routers on that network segment. The zone name you assign to an interface must also be consistent for all routers on that network segment.LABEL="4"PAGENUM=29 ID="BP35"ID="FM98148"SNMP Support IDXID="w147"BOOK="_idx" COLLECTION="nw41" TIDREF="i4189"IDXID="w148"BOOK="_idx" COLLECTION="nw41" TIDREF="i243"The AppleTalk for NetWare® software supports network management capabilities through SNMP (IDXID="w149"BOOK="_idx" COLLECTION="nw41" TIDREF="i4158"
Simple Network Management Protocol). This SNMP support provides access to configuration and status information, including zone lists, routing tables, and lookups of network nodes.This chapter covers the following topics:MARK=BULLETIDREF="FM86131""SNMP.NLM" This section is an overview of SNMP.NLM, including other protocols with which it interacts.IDREF="FM92730""Enabling SNMP Support on the AppleTalk Network"This section has information about accessing SNMP information and references to other guides that have detailed information about SNMP.IDREF="FM67635""SNMP Operations on the AppleTalk Network"This section is an overview of the protocols that applications can access through SNMP.RENDERAS="SECT1"ID="FM86131"SNMP
.NLMIDXID="w150"BOOK="_idx" COLLECTION="nw41" TIDREF="i4194"An IDXID="w151"BOOK="_idx" COLLECTION="nw41" TIDREF="i4185"
SNMP Agent is software that acts as an intermediary to receive SNMP requests and distribute them to the protocol stack. An SNMP Agent also relays replies from the protocol stack to a console utility. Novell's SNMP Agent, SNMP.NLM, provides information about the AppleTalk network by communicating with the AppleTalk stack and router, contained in IDXID="w152"BOOK="_idx" COLLECTION="nw41" TIDREF="i258"
APPLETLK.NLM.PAGENUM=29 ID="BP36"PAGENUM=30For remote access to network management information, SNMP.NLM uses either the Datagram DeliIDXID="w153"BOOK="_idx" COLLECTION="nw41" TIDREF="i930"
very Protocol (
DDP), the IPXTM protocol, or the IDXID="w154"BOOK="_idx" COLLECTION="nw41" TIDREF="i4561"
TCP/IP
 protocol stack as a transport protocol. DDP is native to AppleTalk and is supported by APPLETLK.NLM. IPX is the primary protocol used by the NetWare IPX RouterTM software and is supported by NetWare. TCP/IP support is provided with IDXID="w155"BOOK="_idx" COLLECTION="nw41" TIDREF="i2756"
TCPIP.NLM and is included with NetWare.You need an IDXID="w156"BOOK="_idx" COLLECTION="nw41" TIDREF="i4158"
SNMP management consoleIDXID="w157"BOOK="_idx" COLLECTION="nw41" TIDREF="i4188"
 application to retrieve AppleTalk data. Most third-party applications use TCP/IP to retrieve network management data from routers and servers on the network. However, APPLETLK.NLM allows an SNMP console to communicate with SNMP.NLM using DDP as the basic transport. AppleTalk for NetWare can also support SNMP over TCP/IP, but this scenario requires that TCPIP.NLM also be loaded on the NetWare server. RENDERAS="SECT1"ID="FM92730"Enabling SNMP Support on the AppleTalk NetworkYou need not enable SNMP; it is loaded and enabled along with the AppleTalk software. To access SNMP information on the local MultiProtocol Router, load ATCON.For more information about SNMP support and ATCON, see the BOOK="cfg2_enu" COLLECTION="nw41"NetWare 4.1 Advanced Protocol Configuration and Management Guide. RENDERAS="SECT1"ID="FM67635"SNMP Operations on the AppleTalk NetworkSNMP support in AppleTalk for NetWare is compliant with the AppleTalk MIB-II specification (described in the Internet document RFC 1243). A MIB (Management Information Base) is a collection of objects an application can access through SNMP. The AppleTalk MIB-I specification describes the following groups of objects: MARK=BULLETIDXID="w158"BOOK="_idx" COLLECTION="nw41" TIDREF="i2174"LocalTalk IDXID="w159"BOOK="_idx" COLLECTION="nw41" TIDREF="i4193"Link Access Protocol (LLAP): This group provides information about all LocalTalk interfaces on the server. Only the objects llapInPkts and llapOutPkts are supported.IDXID="w160"BOOK="_idx" COLLECTION="nw41" TIDREF="i188"AppleTalk Address Resolution Protocol (AARP): This group maps AppleTalk node addresses and the addresses of the underlying Data-Link layer for data links other than LocalTalk. This group provides a view of the AARP Address Mapping table.PAGENUM=31 ID="BP37"IDXID="w161"BOOK="_idx" COLLECTION="nw41" TIDREF="i223"AppleTalk Port (ATPort): An AppleTalk port is a logical connection to a network over which AppleTalk packets can be transmitted. This group of objects provides information about the configuration of each AppleTalk port.IDXID="w162"BOOK="_idx" COLLECTION="nw41" TIDREF="i930"Datagram Delivery Protocol (DDP): This group provides statistical counters on the operation of DDP.IDXID="w163"BOOK="_idx" COLLECTION="nw41" TIDREF="i3911"Routing Table Maintenance Protocol (RTMP): This group shows the table that the AppleTalk router uses to forward datagrams on the AppleTalk internetwork.IDXID="w164"BOOK="_idx" COLLECTION="nw41" TIDREF="i2024"Kinetics Internet Protocol (KIP): This version of APPLETLK.NLM does not support this group. In other implementations of AppleTalk, this group provides status and routing information in a tunneling environment. IDXID="w165"BOOK="_idx" COLLECTION="nw41" TIDREF="i4873"Zone Information Protocol (ZIP): This group shows the mapping of networks and zone names of which the AppleTalk router is aware.IDXID="w166"BOOK="_idx" COLLECTION="nw41" TIDREF="i2572"Name Binding Protocol (NBP): This group provides information about the NBP table containing services registered with NBP, and statistics about NBP operation in the server.IDXID="w167"BOOK="_idx" COLLECTION="nw41" TIDREF="i197"AppleTalk Echo Protocol (AEP): AEP is a Transport-level protocol that can verify the status of nodes on the internetwork. This group provides statistics about the operation of AEP.APPLETLK.NLM supports the Get and GetNext SNMP operations. It does not support the Set SNMP operation or SNMP Traps.LABEL="5"PAGENUM=33 ID="BP38"ID="FM72667"Configuration ParametersAppleTalk for NetWare® software is configured using the Internetworking Configuration utility (INETCFG) and the Filter Configuration utility (FILTCFG). INETCFG provides protocol and routing configuration. FILTCFG provides filter configuration on a per-protocol basis. See BOOK="cfg2_enu" COLLECTION="nw41"NetWare 4.1 Advanced Protocol Configuration and Management Guide for more details about INETCFG and FILTCFG. This chapter provides descriptions of the parameters required to configure AppleTalk for NetWare using INETCFG and FILTCFG. This chapter has the following sections:MARK=BULLETIDREF="FM87965""Protocol Configuration Parameters" This section has detailed information about all the AppleTalk for NetWare protocol configuration parameters.IDREF="FM13717""Bindings Configuration Parameters"This section has detailed information about all the AppleTalk for NetWare binding configuration parameters.IDREF="FM19022""Device Hiding Filter Configuration Parameters"This section has detailed information about all the AppleTalk for NetWare device hiding filter configuration parameters.PAGENUM=33 ID="BP39"PAGENUM=34IDREF="FM25691""Outgoing Route Filters Configuration Parameters"This section has detailed information about all the AppleTalk for NetWare outgoing route filter configuration parameters.IDREF="FM42452""Incoming Route Filters Configuration Parameters"This section has detailed information about all the AppleTalk for NetWare incoming route filter configuration parameters.The INETCFG and FILTCFG interfaces consist of multiple levels of windows, menus, and dialog boxes. This chapter provides parameter information for INETCFG and FILTCFG, organized according to the menu hierarchy. Looking at the actual interface of the two utilities while reading the documentation will help you to understand their organization.Additionally, help information is available for each menu option and parameter in the interface. To get help information on a parameter or menu option, select the item and press the MOREINFO="NONE"<F1> key.Device names and device types that were defined on a Macintosh and use extended ASCII characters in the name or type, might not map correctly to AppleTalk FILTCFG Device Name and Device Type fields. Novell recommends that you do not use extended ASCII characters for device names or types. Refer to Inside Macintosh for information about character mapping. Character mapping works correctly with AppleTalk INETCFG.RENDERAS="SECT1"ID="FM87965"IDXID="w168"BOOK="_idx" COLLECTION="nw41" TIDREF="i230"Protocol Configuration ParametersIDXID="w169"BOOK="_idx" COLLECTION="nw41" TIDREF="i3589"IDXID="w170"BOOK="_idx" COLLECTION="nw41" TIDREF="i3588"Protocol configuration is done using the CLASS=MENUITEM MOREINFO="NONE"AppleTalk Configuration window in INETCFG. To access the CLASS=MENUITEM MOREINFO="NONE"AppleTalk Configuration window, load INETCFG, select CLASS=MENUITEM MOREINFO="NONE"Protocols from the CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu, then select CLASS=MENUITEM MOREINFO="NONE"AppleTalk from the CLASS=MENUITEM MOREINFO="NONE"Protocol Configuration menu. These parameters are described in the following sections:MARK=BULLETIDREF="FM10890""AppleTalk Status" IDREF="FM11350""Packet Forwarding Parameters"IDREF="FM35881""AURP Parameters" PAGENUM=34 ID="BP40"PAGENUM=35IDREF="FM38283""Filtering Support"IDREF="FM27507""Internal Network Parameters" For detailed information about protocol configuration, refer to the BOOK="cfg2_enu" COLLECTION="nw41"NetWare 4.1 Advanced Protocol Configuration and Management Guide. RENDERAS="SECT2"ID="FM10890"AppleTalk StatusSelect this option to enable or disable AppleTalk in the NetWare MultiProtocol RouterTM. If set to CLASS=MENUITEM MOREINFO="NONE"Disabled, AppleTalk will not be loaded.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk Options: Enabled, DisabledDefault: DisabledRENDERAS="SECT2"ID="FM11350"Packet Forwarding Parameters The packet forwarding configuration consists of the parameters discussed in the following sections.RENDERAS="SECT3"Packet Forwarding Select this option to enable or disable the forwarding of incoming AppleTalk packets.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Packet Forwarding Options: Enabled ("Route"), Disabled ("End Node")Default: DisabledUse this parameter carefully. Disabling packet forwarding disables all AppleTalk routing on the router. Without packet forwarding enabled, the server can only function as an end node.PAGENUM=36 ID="BP41"RENDERAS="SECT3"Type of Packet Forwarding Select this option to specify the type of routing for your configuration. AppleTalk Phase 2 routing is the type of routing implemented to provide support for AppleTalk networks with thousands of nodes, for multiple AppleTalk zones on a network, and for token ring. AppleTalk Phase 2 to routing also provides cabling for more efficient routing techniques that improve performance in multiprotocol environments. Phase 2 routing is used by AppleTalk extended networks. Transition routing provides backward compatibility between Phase 1 and Phase 2 routing; Phase 1 routing and Phase 2 routing can be combined. Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Type of Packet Forwarding Options: Phase 2, Transition (Phase 1 and 2)Default: Phase 2RENDERAS="SECT3"DDP ChecksumSelect this option to specify whether to use the DDP Checksum to detect errors in packets. This option is intended primarily for use with existing AppleTalk networks in which DDP checksums are already in use by nodes and routers.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"DDP Checksum Options: Enabled, DisabledDefault: DisabledPAGENUM=36 ID="BP42"PAGENUM=37RENDERAS="SECT2"ID="FM35881"AURP Parameters The AURP-related parameters allow you to configure the router to use AURP for tunneling AppleTalk through IP. These parameters are discussed in the sections that follow. RENDERAS="SECT3"Tunnel AppleTalk through IP (AURP)Select this parameter to enable or disable AURP. Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Tunnel AppleTalk through IP (AURP) Options: Disabled, EnabledDefault: DisabledRENDERAS="SECT3"AURP ConfigurationSelect this option to display the CLASS=MENUITEM MOREINFO="NONE"AURP Configuration window where you configure AURP. This option is not selectable, unless the CLASS=MENUITEM MOREINFO="NONE"Tunnel AppleTalk through IP (AURP) parameter is set to CLASS=MENUITEM MOREINFO="NONE"Enabled. Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AURP Configuration AURP Configuration parameters are as follows:RENDERAS="SECT4"UDP PortDisplays the UDP port number. This field is read-only. AURP uses the well-known UDP port of 387 to communicate with other AURP peers.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AURP Configuration PAGENUM=38 ID="BP43"RENDERAS="SECT4"UDP ChecksumDisplays the UDP checksum as CLASS=MENUITEM MOREINFO="NONE"Enabled. This field is read-only.The UDP checksum is always enabled for AURP connections. AURP routers always generate and verify checksums on all packets. Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AURP Configuration Default: EnabledRENDERAS="SECT4"Local IP AddressSelect this option to specify the local IP address. The local IP address identifies this AURP router to its remote peer routers. You must select from the list of IP addresses already configured through the TCP/IP binding windows.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AURP Configuration RENDERAS="SECT4"AURP Remote Peers Select this option to view or modify the list of this router's remote peer routers. When AURP starts, it sends connection requests to this list of peers. From the CLASS=MENUITEM MOREINFO="NONE"AURP Configuration window, press MOREINFO="NONE"<Insert> to configure a new remote peer. The CLASS=MENUITEM MOREINFO="NONE"Configure Remote Peer for AURP parameters are discussed in the following sections.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AURP Configuration > Select CLASS=MENUITEM MOREINFO="NONE"Remote Peers List MARK=BULLETRemote IP Address. Displays the IP address of one AURP peer router. Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)PAGENUM=39 ID="BP44"Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AURP Configuration > Select CLASS=MENUITEM MOREINFO="NONE"Remote Peers List > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Configure Remote Peer for AURP window appears)Expert Options. Select to view or configure the expert options. The CLASS=MENUITEM MOREINFO="NONE"Expert Option parameters are discussed in the following sections.Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AURP Configuration > Select CLASS=MENUITEM MOREINFO="NONE"Remote Peers List > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Configure Remote Peer for AURP window appears)For most configurations, you do not need to set expert parameters. The defaults provide the correct values in most circumstances.MARK=BULLETTransmit Timeout. The interval AURP waits for an acknowledgment of a transmitted routing information packet before retransmitting the packet. Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AURP Configuration > Select CLASS=MENUITEM MOREINFO="NONE"Remote Peers List > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Configure Remote Peer for AURP window appears) > Select CLASS=MENUITEM MOREINFO="NONE"Expert Options Minimum: 3 seconds Maximum: 15 seconds Default: 10 seconds Maximum Transmit Retries. The number of times an AURP packet is retransmitted if the router receives no acknowledgment the packet was received. (Only applies to routing information packets, not application data packets.) Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AURP Configuration > Select CLASS=MENUITEM MOREINFO="NONE"Remote Peers List > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Configure Remote Peer for AURP window appears) > Select CLASS=MENUITEM MOREINFO="NONE"Expert Options Minimum: 3 Maximum: 10 Default: 3 PAGENUM=40 ID="BP45"Last Heard From Timeout Interval. The frequency of keep-alive packets that are sent when no routing information has been exchanged in the specified interval.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AURP Configuration > Select CLASS=MENUITEM MOREINFO="NONE"Remote Peers List > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Configure Remote Peer for AURP window appears) > Select CLASS=MENUITEM MOREINFO="NONE"Expert Options Minimum: 30 seconds Maximum: 65,000 secondsDefault: 90 secondsRENDERAS="SECT4"AURP Expert OptionsAllow you to view or configure the AURP expert options. For most configurations, you do not need to set AURP expert parameters. The defaults provide the correct values in most circumstances.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AURP Configuration > Select CLASS=MENUITEM MOREINFO="NONE"Expert Options AURP Expert Option parameters are discussed in the following sections.MARK=BULLETConnections From Unconfigured Peers. Select this option to specify whether the AURP router accepts connection requests from peers not configured in the remote peer list. If set to CLASS=MENUITEM MOREINFO="NONE"Accept, the router accepts the connections. If set to CLASS=MENUITEM MOREINFO="NONE"Deny, the router does not accept the connections.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AURP Configuration > Select CLASS=MENUITEM MOREINFO="NONE"Expert Options Options: Accept, DenyDefault: DenyPAGENUM=41 ID="BP46"Last Heard From Timeout Interval. If the CLASS=MENUITEM MOREINFO="NONE"Connections from Unconfigured Peers parameter is set to CLASS=MENUITEM MOREINFO="NONE"Accept, this option is configurable. If it is set toCLASS=MENUITEM MOREINFO="NONE" Deny, the CLASS=MENUITEM MOREINFO="NONE"Last Heard From Timeout Interval parameter is not configurable. This parameter specifies the frequency with which keep-alive packets are sent to unconfigured peers. That is, if no network topology changes occur to cause AURP routers to exchange routing information for the specified length of time, each router sends out keep-alive packets and waits for its peer routers to acknowledge the receipt of the packets. Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AURP Configuration > Select CLASS=MENUITEM MOREINFO="NONE"Expert Options Minimum: 30 seconds Maximum: 65,000 seconds Default: 90 secondsRouting Update Interval. Select this parameter to specify the frequency with which changes in network topology can trigger the exchange in routing information. AURP does not send updates more frequently than the number specified in this parameter. Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AURP Configuration > Select CLASS=MENUITEM MOREINFO="NONE"Expert Options Minimum: 10 seconds Maximum: 60 seconds Default: 30 secondsPAGENUM=41 ID="BP47"PAGENUM=42RENDERAS="SECT2"ID="FM38283"Filtering SupportSelect this option to enable or disable AppleTalk filtering support. Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk Options: Disabled, EnabledDefault: DisabledFilters cannot be configured through AppleTalk INETCFG. Use FILTCFG to configure filters for AppleTalk and other protocols. See BOOK="cfg2_enu" COLLECTION="nw41"NetWare 4.1 Advanced Protocol Configuration and Management Guide  for details about FILTCFG. See the following sections of this chapter for information about filter configuration parameters:MARK=BULLETIDREF="FM19022""Device Hiding Filter Configuration Parameters"IDREF="FM25691""Outgoing Route Filters Configuration Parameters"IDREF="FM42452""Incoming Route Filters Configuration Parameters"RENDERAS="SECT2"ID="FM27507"Internal Network ParametersThe CLASS=MENUITEM MOREINFO="NONE"Internal Network parameters allow you to configure an internal network on the router. These parameters are discussed in the following sections.RENDERAS="SECT3"Internal NetworkSelect this option to enable or disable the internal network.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk Options: Disabled, EnabledDefault: DisabledPAGENUM=43 ID="BP48"RENDERAS="SECT3"Network NumberIf the CLASS=MENUITEM MOREINFO="NONE"Internal Network parameter is set to CLASS=MENUITEM MOREINFO="NONE"Enabled, select this parameter to assign a network number to the internal network. Valid network numbers are 1 through 65,279.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk RENDERAS="SECT3"Network Zone(s) ListIf the CLASS=MENUITEM MOREINFO="NONE"Internal Network parameter is set to CLASS=MENUITEM MOREINFO="NONE"Enabled, select this parameter to display the network zones list. From the CLASS=MENUITEM MOREINFO="NONE"Zones for network number/range window, press MOREINFO="NONE"<Insert> and enter a zone name, to add a new zone to the list.Enter a list of up to 255 zone names for this network. Zone names can have up to 32 characters and can include embedded spaces. All characters must be legal printing characters. Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Protocols > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Network Zone(s) ListIDXID="w171"BOOK="_idx" COLLECTION="nw41" TIDREF="i3589" RENDERAS="SECT1"ID="FM13717"IDXID="w172"BOOK="_idx" COLLECTION="nw41" TIDREF="i191"Bindings Configuration ParametersIDXID="w173"BOOK="_idx" COLLECTION="nw41" TIDREF="i469"IDXID="w174"BOOK="_idx" COLLECTION="nw41" TIDREF="i468"Bindings configuration is done using the AppleTalk for NetWare CLASS=MENUITEM MOREINFO="NONE"Bindings options in INETCFG. To access the AppleTalk for NetWareCLASS=MENUITEM MOREINFO="NONE" Bindings options, load INETCFG, then select CLASS=MENUITEM MOREINFO="NONE"Bindings from the CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu. For detailed information about bindings configuration, refer to the BOOK="cfg2_enu" COLLECTION="nw41"NetWare 4.1 Advanced Protocol Configuration and Management Guide. These parameters are described in the following sections.PAGENUM=43 ID="BP49"PAGENUM=44RENDERAS="SECT2"Configured Protocol To Network Interface BindingsIf any protocol-to-network bindings exist, this window displays a list of them. There might be a variety of bindings in addition to AppleTalk bindings. The bindings you are concerned with are listed under the CLASS=MENUITEM MOREINFO="NONE"Protocol column of this window as CLASS=MENUITEM MOREINFO="NONE"AppleTalk. You can use this window for the following tasks:MARK=BULLETCreate a new AppleTalk binding and add it to the list of existing interface bindings.View or modify an existing AppleTalk binding.Remove an existing binding from the list.To create a new AppleTalk binding, press MOREINFO="NONE"<Insert> to display the CLASS=MENUITEM MOREINFO="NONE"Select from the list of configured protocols menu, then select CLASS=MENUITEM MOREINFO="NONE"AppleTalk.To view or modify an existing AppleTalk binding, select an existing binding from the list to display the CLASS=MENUITEM MOREINFO="NONE"Binding NetWare AppleTalk to a LAN Interface window. For detailed information about this window, refer to IDREF="FM37761""Binding NetWare AppleTalk to a LAN Interface." To remove a binding from the list, highlight it, then press MOREINFO="NONE"<Delete>.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Bindings RENDERAS="SECT3"Select from the list of configured protocolsSelect CLASS=MENUITEM MOREINFO="NONE"AppleTalk from the list to use that protocol for your interface binding, and to display the CLASS=MENUITEM MOREINFO="NONE"Select from the list of configured network interfaces window, where you select the LAN interface you want to bind to AppleTalk.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Bindings > Press MOREINFO="NONE"<Insert>PAGENUM=45 ID="BP50"RENDERAS="SECT4"Select from the list of configured network interfacesSelect a configured LAN interface from the list to use for your interface binding and to display the CLASS=MENUITEM MOREINFO="NONE"Types of AppleTalk Networks menu. Common examples of LAN media that AppleTalk for NetWare supports include Ethernet, token ring, ARCNET, and FDDI. It might help you select the appropriate configured network interface for your LAN binding if you look for these media types under the CLASS=MENUITEM MOREINFO="NONE"Media column of this window.You cannot modify this part of a binding once it has been defined. To use another network interface, you need to create a new binding. If an existing binding is no longer useful for your network configuration, select that binding from the CLASS=MENUITEM MOREINFO="NONE"Configured Protocol To Network Interface Bindings window, then press MOREINFO="NONE"<Delete> to remove it from the list.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Bindings > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Select from the list of configured protocols menu appears) > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalkTypes of AppleTalk Networks. Select a type of AppleTalk network for your configuration. After you select a type of AppleTalk network, the CLASS=MENUITEM MOREINFO="NONE"Binding AppleTalk for NetWare to a LAN Interface window appears.You cannot modify this part of a binding once it has been defined. To use another type of AppleTalk network, you need to delete the current binding and create a new one. To delete a binding, highlight that binding from the CLASS=MENUITEM MOREINFO="NONE"Configured Protocol To Network Interface Bindings window, then press MOREINFO="NONE"<Delete>.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"Bindings > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Select from the list of configured protocols menu appears) > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk (with a LAN interface)Options: Extended Network, Non-Extended NetworkPAGENUM=46 ID="BP51"RENDERAS="SECT3"ID="FM37761"Binding NetWare AppleTalk to a LAN InterfaceIf you are creating a new binding, complete the options in this window. Once the new binding is saved, it appears in the list of the CLASS=MENUITEM MOREINFO="NONE"Configured Protocol To Network Interface Bindings window. If you want to view or modify the definition of an existing binding, select it from the list of the CLASS=MENUITEM MOREINFO="NONE"Configured Protocol To Network Interface Bindings window; the CLASS=MENUITEM MOREINFO="NONE"Binding NetWare AppleTalk to a LAN Interface window appears, where you can modify the binding's definition.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)There are two different parameter paths to the CLASS=MENUITEM MOREINFO="NONE"Binding NetWare AppleTalk to a LAN Interface window and to the subsequent options, depending on whether you are creating a new binding or looking at the definition of an existing binding. Both parameter paths are shown in the following sections.Parameter Path (when creating a new binding definition): Select CLASS=MENUITEM MOREINFO="NONE"Bindings > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Select from the list of configured protocols menu appears) > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk (with a LAN interface) > Select a type of AppleTalk networkParameter Path (when viewing or modifying an existing binding's definition): Select CLASS=MENUITEM MOREINFO="NONE"Bindings > Select the binding whose definition you want to view or modifyThe CLASS=MENUITEM MOREINFO="NONE"Binding NetWare AppleTalk to a LAN Interface options are discussed in the following sections.RENDERAS="SECT4"Network InterfaceDisplays the network interface you selected from the CLASS=MENUITEM MOREINFO="NONE"Configured Protocol To Network Interface Bindings window. This parameter is not selectable in the current window. Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path (when creating a new binding definition): Select CLASS=MENUITEM MOREINFO="NONE"Bindings > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Select from the list of configured protocols menu appears) > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk (with a LAN interface) > Select a type of AppleTalk networkPAGENUM=47 ID="BP52"Parameter Path (when viewing or modifying an existing binding's definition): Select CLASS=MENUITEM MOREINFO="NONE"Bindings > Select the binding whose definition you want to view or modifyRENDERAS="SECT4"Network Range and Zone configurationSelect this option to specify whether the router acts as a configured (seed) router for the network connected to this interface. A seed router is responsible for informing all the other routers on the directly connected network about the network number or network range and zones. At least one seed router must be configured on each network.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path (when creating a new binding definition): Select CLASS=MENUITEM MOREINFO="NONE"Bindings > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Select from the list of configured protocols menu appears) > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk (with a LAN interface) > Select a type of AppleTalk networkParameter Path (when viewing or modifying an existing binding's definition): Select CLASS=MENUITEM MOREINFO="NONE"Bindings > Select the binding whose definition you want to view or modifyOptions: Learn from network (Non-Seed), Define here (Seed)Default: Learn from network (Non-seed)RENDERAS="SECT4"Network Range/NumberThis option is only selectable if the CLASS=MENUITEM MOREINFO="NONE"Network Range and Zone configuration option is set to CLASS=MENUITEM MOREINFO="NONE"Define here (Seed). Enter the network number or range of numbers assigned to this network, as follows:MARK=BULLETIf you have a nonextended network, enter one unique number between 1 and 65,279.If you have an extended network, enter a unique range of numbers between 1 and 65,279. Although there is no limit to the size of an extended network's range, you should specify the smallest range that suits your needs.Each extended and nonextended network can support 253 and 254 nodes, respectively. PAGENUM=48 ID="BP53"Parameter Path (when creating a new binding definition): Select CLASS=MENUITEM MOREINFO="NONE"Bindings > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Select from the list of configured protocols menu appears) > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk (with a LAN interface) > Select a type of AppleTalk networkParameter Path (when viewing or modifying an existing binding's definition): Select CLASS=MENUITEM MOREINFO="NONE"Bindings > Select the binding whose definition you want to view or modifyRENDERAS="SECT4"Zone(s) ListThis option is only selectable if the CLASS=MENUITEM MOREINFO="NONE"Network Range and Zone configuration option is set to CLASS=MENUITEM MOREINFO="NONE"Define here (Seed), and you have entered a number or range for the CLASS=MENUITEM MOREINFO="NONE"Network Range/Number parameter. Select this option to display the CLASS=MENUITEM MOREINFO="NONE"Zones for network number/range window, where you can add a zone and assign a default zone.Zones for network number/range. Select the appropriate zone name for your configuration to assign it as the default zone, or press MOREINFO="NONE"<Insert> to create a new one, following these guidelines:MARK=BULLETFor a nonextended network, enter one zone name. For an extended network, enter up to 255 unique zone names.A zone name can have up to 32 characters, and can include embedded spaces. All characters must be valid printing characters.To assign a zone name as the default zone name, select it and press MOREINFO="NONE"<Enter>. A dialog box is displayed, prompting you to define the zone as the default zone or not. If you choose CLASS=MENUITEM MOREINFO="NONE"Yes, the zone you choose is the default zone. If no zone name is selected as the default zone name, the first zone name in the list becomes the default zone.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path (when creating a new binding definition): Select CLASS=MENUITEM MOREINFO="NONE"Bindings > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Select from the list of configured protocols menu appears) > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk (with a LAN interface) > Select a type of AppleTalk networkPAGENUM=49 ID="BP54"Parameter Path (when viewing or modifying an existing binding's definition): Select CLASS=MENUITEM MOREINFO="NONE"Bindings > Select the binding whose definition you want to view or modifyRENDERAS="SECT4"Provide Application Through This InterfaceSelect this parameter to specify whether to support applications through this interface.This parameter is selectable only if the CLASS=MENUITEM MOREINFO="NONE"Internal Network parameter is set to CLASS=MENUITEM MOREINFO="NONE"Disabled from the CLASS=MENUITEM MOREINFO="NONE"AppleTalk Configuration menu. When this is the case, AppleTalk for NetWare can use one of the external interface addresses to support applications. Packets meant for the application are received by the router and delivered to the application. If the CLASS=MENUITEM MOREINFO="NONE"Internal Network parameter is set to CLASS=MENUITEM MOREINFO="NONE"Enabled, this parameter is not selectable. In this case, applications automatically "home" on the CLASS=MENUITEM MOREINFO="NONE"Internal Network.If the CLASS=MENUITEM MOREINFO="NONE"Internal Network parameter is set to CLASS=MENUITEM MOREINFO="NONE"Disabled and no interface is selected as the application home interface, AppleTalk cannot support applications on this node.Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path (when creating a new binding definition): Select CLASS=MENUITEM MOREINFO="NONE"Bindings > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Select from the list of configured protocols menu appears) > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk (with a LAN interface) > Select a type of AppleTalk networkParameter Path (when viewing or modifying an existing binding's definition): Select CLASS=MENUITEM MOREINFO="NONE"Bindings > Select the binding whose definition you want to view or modifyOptions: Yes, NoDefault: NoThe option CLASS=MENUITEM MOREINFO="NONE"Yes can only be assigned to one interface.PAGENUM=50 ID="BP55"RENDERAS="SECT4"Applications Zone NameEnter a zone name if you want applications to show up in zones other than the default zone. This option is selectable only if the CLASS=MENUITEM MOREINFO="NONE"Internal Network parameter is set to CLASS=MENUITEM MOREINFO="NONE"Disabled. If this field is blank and this interface has been chosen to be the home of applications, all AppleTalk applications are placed in the default zone configured for this network.If this is a seed interface, select it from the list of zones configured for this interface.If this is a non-seed interface, press MOREINFO="NONE"<Enter> to display the CLASS=MENUITEM MOREINFO="NONE"Home Zone of AppleTalk Applications dialog box, then enter an appropriate zone name. If you use the default value of CLASS=MENUITEM MOREINFO="NONE"None Specified, AppleTalk for NetWare uses the default zone, once it is "learned."Utility: Load INETCFG (CLASS=MENUITEM MOREINFO="NONE"Internetworking Configuration menu appears)Parameter Path (when creating a new binding definition): Select CLASS=MENUITEM MOREINFO="NONE"Bindings > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Select from the list of configured protocols menu appears) > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk (with a LAN interface) > Select a type of AppleTalk networkParameter Path (when viewing or modifying an existing binding's definition): Select CLASS=MENUITEM MOREINFO="NONE"Bindings > Select the binding whose definition you want to view or modifyDefault: (None Specified)IDXID="w175"BOOK="_idx" COLLECTION="nw41" TIDREF="i469"RENDERAS="SECT1"ID="FM19022"Device Hiding Filter Configuration ParametersIDXID="w176"BOOK="_idx" COLLECTION="nw41" TIDREF="i1025"IDXID="w177"BOOK="_idx" COLLECTION="nw41" TIDREF="i1023"IDXID="w178"BOOK="_idx" COLLECTION="nw41" TIDREF="i196"
Device hiding filter configuration provides basic security to service providers by limiting knowledge of their presence on an internetwork. Device hiding filter configuration is done by setting the CLASS=MENUITEM MOREINFO="NONE"AppleTalk Device Hiding Filters parameters in FILTCFG. To access the CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters windows, load FILTCFG, select CLASS=MENUITEM MOREINFO="NONE"AppleTalk from the CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu, then select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters. These parameters are described in the sections that follow.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk PAGENUM=51 ID="BP56"RENDERAS="SECT2"StatusSelect this parameter to enable or disable the filters in the filter lists. Changes to the setting of this parameter take affect on the network immediately.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters Options: Disabled, EnabledDefault: DisabledRENDERAS="SECT2"ActionSelect this parameter to show or hide devices in the filter list. If you choose CLASS=MENUITEM MOREINFO="NONE"Hide Devices in Filter List, the AppleTalk router discards all AppleTalk device replies matching the description of any filters in the filter list. AppleTalk device replies that do not match any of the filter descriptions in the filter list are forwarded. If you choose CLASS=MENUITEM MOREINFO="NONE"Show Devices in the Filter List, the AppleTalk router forwards only AppleTalk device replies that match the description of any filter in the filter list, and discards all other AppleTalk device replies.The action taken by the filters in the exception list is the opposite of that in the filter list. If an AppleTalk device reply matches entries in both the exception and filter lists, the exception list takes precedence. Changes to the setting of this parameter take affect on the network immediately. Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters Options: Hide Devices in Filter List, Show Devices in Filter ListDefault: Hide Devices in Filter ListPAGENUM=52 ID="BP57"RENDERAS="SECT2"FiltersIf you select this option and the CLASS=MENUITEM MOREINFO="NONE"Action parameter is set to CLASS=MENUITEM MOREINFO="NONE"Show Devices in Filter List, the CLASS=MENUITEM MOREINFO="NONE"Devices Shown window is displayed. If you select this option, and the CLASS=MENUITEM MOREINFO="NONE"Action parameter is set to CLASS=MENUITEM MOREINFO="NONE"Devices Hidden in Filter List, the CLASS=MENUITEM MOREINFO="NONE"Devices Hidden window is displayed. Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters RENDERAS="SECT3"Devices Shown and Devices HiddenThese two windows display the lists of filters that either hide or show devices, depending on whether you set the Action parameter to CLASS=MENUITEM MOREINFO="NONE"Hide Devices in Filter List or CLASS=MENUITEM MOREINFO="NONE"Show Devices in the Filter List.Select a filter in the list to display the CLASS=MENUITEM MOREINFO="NONE"Define Filter window with the selected filter's parameters. To define a new filter, press MOREINFO="NONE"<Insert>, then fill in the CLASS=MENUITEM MOREINFO="NONE"Define Filter options. To remove a filter from the list of shown or hidden devices, select the device, then press MOREINFO="NONE"<Delete>.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters RENDERAS="SECT3"Define FilterThis window allows you to view or modify the parameters of a defined filter, or to define a new filter. Fill in the fields of this window to define a new filter. Changes made to a filter's definition take effect dynamically on the network. These parameters are discussed in the following sections.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears)PAGENUM=53 ID="BP58"RENDERAS="SECT4"Device NameDisplays the selected device's AppleTalk device name. If you are defining a new device, select this option and enter a device name. An AppleTalk device advertises itself on the network based on the CLASS=MENUITEM MOREINFO="NONE"Device Name and CLASS=MENUITEM MOREINFO="NONE"Device Type values.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears)Default: = (for All Devices)RENDERAS="SECT4"Device TypeDisplays the selected device's AppleTalk device type. If you are defining a new device, select this option to display the CLASS=MENUITEM MOREINFO="NONE"Defined AppleTalk Device Types window with a list of defined AppleTalk device types. An AppleTalk device advertises itself on the network based on the CLASS=MENUITEM MOREINFO="NONE"Device Name and CLASS=MENUITEM MOREINFO="NONE"Device Type values.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears)Values: A text string of up to 32 characters in length.Default: = (for All Types)MARK=BULLETDefined AppleTalk Device Types. Select a defined AppleTalk device type from the list to be used for the CLASS=MENUITEM MOREINFO="NONE"Device Type parameter of the CLASS=MENUITEM MOREINFO="NONE"Define Filter window. Press MOREINFO="NONE"<Insert> to display the CLASS=MENUITEM MOREINFO="NONE"AppleTalk Device Type window where you define a new AppleTalk device type. If you are not sure about the AppleTalk device type of the device you want to filter, tools such as InterPoll can discover all the AppleTalk device types active on a network.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)PAGENUM=54 ID="BP59"Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears) > Select CLASS=MENUITEM MOREINFO="NONE"Device Type MARK=BULLETAppleTalk Device Type. Fill in the fields of this window to define a new device type. These parameters are discussed in the following sections.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears) > Select CLASS=MENUITEM MOREINFO="NONE"Device Type Device Type. Enter a meaningful name representing a device type.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears) > Select CLASS=MENUITEM MOREINFO="NONE"Device Type > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"AppleTalk Device Type window appears)Values: A text string of up to 32 characters in length.Default: UnspecifiedComment. Enter an optional short description.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears) > Select CLASS=MENUITEM MOREINFO="NONE"Device Type > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"AppleTalk Device Type window appears)Device Location Type. Select this option to display a list of device location types, then select a device location type. A device location specifies where the filtered device is located. If you do not know the device location, or if the location doesn't matter, use the default value of CLASS=MENUITEM MOREINFO="NONE"<ANY>. Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)PAGENUM=55 ID="BP60"Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears)Options: <ANY>, Interface, Non-extended Network, Extended Network, Zone, AURP TunnelDefault: <ANY>Device Location. This option is not selectable if the CLASS=MENUITEM MOREINFO="NONE"Device Location Type parameter is set to CLASS=MENUITEM MOREINFO="NONE"<ANY> or CLASS=MENUITEM MOREINFO="NONE"AURP Tunnel. If you set the CLASS=MENUITEM MOREINFO="NONE"Device Location Type parameter to any of the other choices and select this option, a dialog box corresponding to the device location type you chose is displayed. A device location specifies where the filtered device is located. If you use the default setting CLASS=MENUITEM MOREINFO="NONE"<ANY>, the device will be filtered wherever it might be located. These parameters are discussed in the following sections.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears)MARK=BULLETNetwork Interfaces. Select this option to display a list of network interfaces, then select a network interface from the list.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears) > Set CLASS=MENUITEM MOREINFO="NONE"Device Location Type parameter to CLASS=MENUITEM MOREINFO="NONE"Interface > Select CLASS=MENUITEM MOREINFO="NONE"Device Location Network Number. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"Device Location Type parameter is set to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network. Enter the network number of the nonextended network where the filtered device is located.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears) > Set CLASS=MENUITEM MOREINFO="NONE"Device Location Type parameter to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network > Select CLASS=MENUITEM MOREINFO="NONE"Device Location Values: 1 through 65279 (decimal)PAGENUM=56 ID="BP61"Network Range. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"Device Location Type parameter is set to CLASS=MENUITEM MOREINFO="NONE"Extended Network. Enter the start and end network numbers for the extended network where the filtered device is located. The CLASS=MENUITEM MOREINFO="NONE"Start of Network Range value must be a positive number. The CLASS=MENUITEM MOREINFO="NONE"End of Network Range value must be greater than or equal to the CLASS=MENUITEM MOREINFO="NONE"Start of Network Range value.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears) > Set CLASS=MENUITEM MOREINFO="NONE"Device Location Type parameter to CLASS=MENUITEM MOREINFO="NONE"Extended Network > Select CLASS=MENUITEM MOREINFO="NONE"Device Location Values: 1 through 65279 (decimal)Zone Name. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"Device Location Type parameter is set to CLASS=MENUITEM MOREINFO="NONE"Zone. Enter the name of the AppleTalk zone where the filtered device is located.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears) > Set CLASS=MENUITEM MOREINFO="NONE"Device Location Type parameter to CLASS=MENUITEM MOREINFO="NONE"Zone > Select CLASS=MENUITEM MOREINFO="NONE"Device Location Values: Up to 32 printable characters. Embedded spaces are also allowed.Default: UnspecifiedUser Location Type. Select this option to display the list of user location types, then select a user location type. If you do not know the user location, or the location doesn't matter, use the default value of CLASS=MENUITEM MOREINFO="NONE"<ANY>.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears)Options: <ANY>, Interface, Non-extended Network, Extended Network, Zone, AURP TunnelDefault: <ANY>PAGENUM=57 ID="BP62"User Location. This parameter is not selectable if the CLASS=MENUITEM MOREINFO="NONE"User Location Type parameter is set to CLASS=MENUITEM MOREINFO="NONE"<ANY> or CLASS=MENUITEM MOREINFO="NONE"AURP Tunnel. If you set the CLASS=MENUITEM MOREINFO="NONE"User Location Type parameter to any of the other choices and select this option, a dialog box corresponding to the user location type you chose is displayed. A user location indicates the location of the users whose access to the devices needs to be controlled. These parameters are discussed in the following sections.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears)MARK=BULLETNetwork Interfaces. Select this option to display the CLASS=MENUITEM MOREINFO="NONE"Network Interfaces window with a list of network interfaces, then select a network interface from the list.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears), Set CLASS=MENUITEM MOREINFO="NONE"User Location Type parameter to CLASS=MENUITEM MOREINFO="NONE"Interface > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Network Interfaces window appears)Network Number. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"User Location Type parameter is set to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network. Enter the network number of the nonextended network where the filtered device is located.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears) > (Set CLASS=MENUITEM MOREINFO="NONE"User Location Type parameter to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Network Interfaces window appears)Values: 1 through 65279 (decimal)Network Range. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"User Location Type parameter is set to CLASS=MENUITEM MOREINFO="NONE"Extended Network. Enter the start and end network numbers for the extended network where the filtered device is located. The CLASS=MENUITEM MOREINFO="NONE"Start of Network Range value must be a positive number. The CLASS=MENUITEM MOREINFO="NONE"End of Network Range value must be greater than or equal to the CLASS=MENUITEM MOREINFO="NONE"Start of Network Range value.PAGENUM=58 ID="BP63"Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears) > Set CLASS=MENUITEM MOREINFO="NONE"User Location Type parameter to CLASS=MENUITEM MOREINFO="NONE"Extended Network > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Network Interfaces window appears)Values: 1 through 65279 (decimal)Zone Name. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"User Location Type parameter is set to CLASS=MENUITEM MOREINFO="NONE"Zone. Enter the name of the AppleTalk zone where the filtered device is located. Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears) > Set CLASS=MENUITEM MOREINFO="NONE"User Location Type parameter to CLASS=MENUITEM MOREINFO="NONE"Zone > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Network Interfaces window appears)Values: Up to 32 printable characters. Embedded spaces are also allowed.Default: UnspecifiedComment. Enter an optional short description.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears)RENDERAS="SECT2"ExceptionsIf you select this option and the CLASS=MENUITEM MOREINFO="NONE"Action parameter is set to CLASS=MENUITEM MOREINFO="NONE"Show Devices in Filter List, the CLASS=MENUITEM MOREINFO="NONE"Exceptions: Devices Always Hidden window is displayed. If you select this option and the CLASS=MENUITEM MOREINFO="NONE"Action parameter is set to CLASS=MENUITEM MOREINFO="NONE"Devices Hidden in Filter List, the CLASS=MENUITEM MOREINFO="NONE"Exceptions: Devices Always Shown window is displayed. Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters PAGENUM=59 ID="BP64"RENDERAS="SECT3"Exceptions: Devices Always Hidden and Devices Always ShownThese two windows display a list of shown or hidden devices that you have defined by setting the CLASS=MENUITEM MOREINFO="NONE"Define Exception options. Setting these options allows you to define a set of exceptions (or overrides) in the filter list. AppleTalk examines the exceptions list before the filter list when filtering. If there is a conflict between the two lists, the filter in the exceptions lists are used. The action taken on the exceptions list is always the opposite of the action taken on the filters list.Select an exception filter in the list to display the CLASS=MENUITEM MOREINFO="NONE"Define Exception window with the selected exception filter's parameters. To define a new exception filter, press MOREINFO="NONE"<Insert>, then fill in the CLASS=MENUITEM MOREINFO="NONE"Define Exception options. To remove an exception filter from the list of shown or hidden devices, select the exception, then press MOREINFO="NONE"<Delete>.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions RENDERAS="SECT3"Define ExceptionThis window allows you to view or modify the parameters of a defined exception filter, or to define a new exception filter. Fill in the fields of this window to define a new exception. Changes made to an exception's definition take effect dynamically on the network. These parameters are discussed in the following sections.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears)RENDERAS="SECT4"Device Name Displays the selected device's AppleTalk device name. If you are defining a new device, select this option and enter a device name. An AppleTalk device advertises itself on the network based on the CLASS=MENUITEM MOREINFO="NONE"Device Name and CLASS=MENUITEM MOREINFO="NONE"Device Type values.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)PAGENUM=60 ID="BP65"Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears)Default: = (for All Devices)RENDERAS="SECT4"Device TypeSelect this option to display the CLASS=MENUITEM MOREINFO="NONE"Defined AppleTalk Device Types window with a list of defined AppleTalk device types. Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears)Default: = (for All Types)MARK=BULLETDefined AppleTalk Device Types. Select a defined AppleTalk device type device from the list to assign the device to the CLASS=MENUITEM MOREINFO="NONE"Device Type parameter of the CLASS=MENUITEM MOREINFO="NONE"Define Exception window. Press MOREINFO="NONE"<Insert> to display the CLASS=MENUITEM MOREINFO="NONE"AppleTalk Device Type window where you define a new AppleTalk device type.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears) > Select CLASS=MENUITEM MOREINFO="NONE"Device Type MARK=BULLETAppleTalk Device Type. Fill in the fields in this window to define a new AppleTalk device type. These parameters are discussed in the following sections.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears) > Select CLASS=MENUITEM MOREINFO="NONE"Device Type > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Defined AppleTalk Device Types window appears)PAGENUM=60 ID="BP66"PAGENUM=61Device Type. Enter a meaningful name representing a device type.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears) > Select CLASS=MENUITEM MOREINFO="NONE"Device Type > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Defined AppleTalk Device Types window appears) > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"AppleTalk Device Type window appears)Values: A text string of up to 32 characters in length.Default: UnspecifiedComment. Enter an optional short description.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears) > Select CLASS=MENUITEM MOREINFO="NONE"Device Type > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"Defined AppleTalk Device Types window appears) > Press MOREINFO="NONE"<Insert> (CLASS=MENUITEM MOREINFO="NONE"AppleTalk Device Type window appears)Device Location Type. Select this option to display a list of device location types, then select a device location type. A device location specifies where the filtered device is located. If you do not know the device location, or the location doesn't matter, use the default value of CLASS=MENUITEM MOREINFO="NONE"<ANY>. Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears)Options: <ANY>, Interface, Non-extended Network, Extended Network, Zone, AURP TunnelDefault: <ANY>PAGENUM=61 ID="BP67"PAGENUM=62Device Location. This parameter is not selectable if the CLASS=MENUITEM MOREINFO="NONE"Device Location Type parameter is set to CLASS=MENUITEM MOREINFO="NONE"<ANY> or CLASS=MENUITEM MOREINFO="NONE"AURP Tunnel. If you set the CLASS=MENUITEM MOREINFO="NONE"Device Location Type parameter to any of the other choices and select this option, a dialog box corresponding to the device location type you chose is displayed. A device location indicates the location of devices in which access needs to be controlled. These parameters are discussed in the following sections.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears)MARK=BULLETNetwork Interfaces. Select this option to display the CLASS=MENUITEM MOREINFO="NONE"Network Interfaces menu with a list of network interfaces, then select a network interface from the list.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears) > Set the CLASS=MENUITEM MOREINFO="NONE"Device Location Type parameter to CLASS=MENUITEM MOREINFO="NONE"Interface) > Select CLASS=MENUITEM MOREINFO="NONE"Device Location Options: <ANY>, Interface, Non-extended Network, Extended Network, Zone, AURP TunnelDefault: <ANY>Network Number. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"Device Location Type parameter is set to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network. Enter the network number of the nonextended network where the filtered device is located.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears) > Set CLASS=MENUITEM MOREINFO="NONE"Device Location Type parameter to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network > Select CLASS=MENUITEM MOREINFO="NONE"Device Location Values: 1 through 65279 (decimal)PAGENUM=62 ID="BP68"PAGENUM=63Network Range. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"Device Location Type parameter is set to CLASS=MENUITEM MOREINFO="NONE"Extended Network. Enter the start and end network numbers for the extended network where the filtered device is located. The CLASS=MENUITEM MOREINFO="NONE"Start of Network Range value must be a positive number. The CLASS=MENUITEM MOREINFO="NONE"End of Network Range value must be greater than or equal to the CLASS=MENUITEM MOREINFO="NONE"Start of Network Range value. Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears) > Set CLASS=MENUITEM MOREINFO="NONE"Device Location Type to parameter CLASS=MENUITEM MOREINFO="NONE"Extended Network > Select CLASS=MENUITEM MOREINFO="NONE"Device Location Values: 1 through 65279 (decimal)Zone Name. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"Device Location Type parameter is set to CLASS=MENUITEM MOREINFO="NONE"Zone. Enter the name of the AppleTalk zone where the filtered device is located.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears) > Set CLASS=MENUITEM MOREINFO="NONE"Device Location Type parameter to CLASS=MENUITEM MOREINFO="NONE"Zone > Select CLASS=MENUITEM MOREINFO="NONE"Device Location Values: Up to 32 printable characters. Embedded spaces are also allowed.Default: UnspecifiedUser Location Type. Select this option to display a list of user location types, then select a user location type. If you do not know the user location, or the location doesn't matter, use the default value of CLASS=MENUITEM MOREINFO="NONE"<ANY>.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears)Options: <ANY>, Interface, Non-extended Network, Extended Network, Zone, AURP TunnelPAGENUM=64 ID="BP69"User Location. This parameter is not selectable if the CLASS=MENUITEM MOREINFO="NONE"User Location Type parameter is set to CLASS=MENUITEM MOREINFO="NONE"<ANY> or CLASS=MENUITEM MOREINFO="NONE"AURP Tunnel. If you set the CLASS=MENUITEM MOREINFO="NONE"User Location Type parameter to any of the other choices and select this option, a dialog box corresponding to the device location type you chose is displayed. A user location indicates the location of the users whose access to the devices needs to be controlled. These parameters are discussed in the following sections.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears)MARK=BULLETNetwork Interfaces. Select this option to display the CLASS=MENUITEM MOREINFO="NONE"Network Interfaces menu with a list of network interfaces, then select a network interface from the list.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears) > Set the CLASS=MENUITEM MOREINFO="NONE"User Location Type parameter to CLASS=MENUITEM MOREINFO="NONE"Interface > Select CLASS=MENUITEM MOREINFO="NONE"User Location Options: <ANY>, Interface, Non-extended Network, Extended Network, Zone, AURP TunnelDefault: <ANY>Network Number. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"User Location Type parameter is set to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network. Enter the network number of the nonextended network where the filtered device is located.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears) > Set CLASS=MENUITEM MOREINFO="NONE"User Location Type parameter to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network > Select CLASS=MENUITEM MOREINFO="NONE"User Location Values: 1 through 65279 (decimal)PAGENUM=64 ID="BP70"PAGENUM=65Network Range. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"User Location Type parameter is set to CLASS=MENUITEM MOREINFO="NONE"Extended Network. Enter the start and end network numbers for the extended network where the filtered device is located. The CLASS=MENUITEM MOREINFO="NONE"Start of Network Range value must be a positive number. The CLASS=MENUITEM MOREINFO="NONE"End of Network Range value must be greater than or equal to the Start of Network Range value. Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears) > Set CLASS=MENUITEM MOREINFO="NONE"User Location Type parameter to CLASS=MENUITEM MOREINFO="NONE"Extended Network > Select CLASS=MENUITEM MOREINFO="NONE"User Location Values: 1 through 65279 (decimal)Zone Name. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"User Location Type parameter is set to CLASS=MENUITEM MOREINFO="NONE"Zone. Enter the name of the AppleTalk zone where the filtered device is located.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears) > Set CLASS=MENUITEM MOREINFO="NONE"User Location Type parameter to CLASS=MENUITEM MOREINFO="NONE"Zone > Select CLASS=MENUITEM MOREINFO="NONE"User Location Values: Up to 32 printable characters. Embedded spaces are also allowed.Default: UnspecifiedComment. Enter an optional short description.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Device Hiding Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears)IDXID="w179"BOOK="_idx" COLLECTION="nw41" TIDREF="i1025"PAGENUM=65 ID="BP71"PAGENUM=66RENDERAS="SECT1"ID="FM25691"Outgoing Route Filters Configuration ParametersIDXID="w180"BOOK="_idx" COLLECTION="nw41" TIDREF="i3154"IDXID="w181"BOOK="_idx" COLLECTION="nw41" TIDREF="i3153"IDXID="w182"BOOK="_idx" COLLECTION="nw41" TIDREF="i218"
Outgoing route filter configuration restricts the propagation of network and zone information. Because an AppleTalk router learns about remote networks and zones through neighboring routers, you can use the CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters parameters to hide specific networks from another part of the internetwork by filtering out the advertisements of those networks. Outgoing route filter configuration is done by setting the AppleTalk CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters parameters in FILTCFG. To access the CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters windows, load FILTCFG, select CLASS=MENUITEM MOREINFO="NONE"AppleTalk from the CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu, then select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters. These parameters are described in the following sections. Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk RENDERAS="SECT2"StatusSelect this parameter to enable or disable the route advertisement filters. Changes to the setting of this parameter take effect on the network immediately.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters Options: Disabled, EnabledDefault: DisabledRENDERAS="SECT2"ActionSelect this parameter to permit or deny routes specified in the filters list. If you choose CLASS=MENUITEM MOREINFO="NONE"Deny Routes in Filters List, the AppleTalk router does not advertise specific routes to specific networks in the filter list, but does advertise all the other entries in the routing table. If you choose CLASS=MENUITEM MOREINFO="NONE"Permit Routes in Filter List, the AppleTalk router advertises only the routes to the networks in the filter list. PAGENUM=66 ID="BP72"PAGENUM=67The action taken by the filters in the exception list is the opposite of that in the filter list. If a route matches entries in both the exception and filter lists, the exception list takes precedence. Changes to the setting of this parameter take effect on the network immediately.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters Options: Deny Routes in Filter List, Permit Routes in Filter ListDefault: Deny Routes in Filter ListRENDERAS="SECT2"FiltersIf you select this option and the CLASS=MENUITEM MOREINFO="NONE"Action parameter is set to CLASS=MENUITEM MOREINFO="NONE"Deny Routes in Filter List, the CLASS=MENUITEM MOREINFO="NONE"Routes Denied window is displayed. If you select this option and the CLASS=MENUITEM MOREINFO="NONE"Action parameter is set to CLASS=MENUITEM MOREINFO="NONE"Permit Routes in Filter List, the CLASS=MENUITEM MOREINFO="NONE"Routes Permitted window is displayed. Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters RENDERAS="SECT3"Routes Denied and Routes PermittedThese two windows display a list of denied or permitted routes that you have defined by setting the CLASS=MENUITEM MOREINFO="NONE"Define Filter options.Select a filter in the list to display the CLASS=MENUITEM MOREINFO="NONE"Define Filter window with the selected filter's parameters. To define a new filter, press MOREINFO="NONE"<Insert> then fill in the CLASS=MENUITEM MOREINFO="NONE"Define Filter options. To remove a filter from the list of denied or permitted routes, select the filter then press MOREINFO="NONE"<Delete>.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters PAGENUM=68 ID="BP73"RENDERAS="SECT3"Define FilterThe CLASS=MENUITEM MOREINFO="NONE"Define Filter window allows you to view or modify the parameters of a defined filter, or to define a new filter. Fill in the fields of this window to define a new filter. Changes made to a filter's definition take effect dynamically on the network. These parameters are discussed in the following sections.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears)RENDERAS="SECT4"(Filtered Route) Route to Network or ZoneSelect this parameter to display a list of the types of routes that can be filtered. Choose the appropriate option for your configuration.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears)Options: All Routes, Non-extended Network, Extended Network, ZoneDefault: All RoutesRENDERAS="SECT4"(Filtered Route) Network Number/RangeThis option is not selectable if the CLASS=MENUITEM MOREINFO="NONE"Route to Network or Zone parameter is set to CLASS=MENUITEM MOREINFO="NONE"All Routes or CLASS=MENUITEM MOREINFO="NONE"Zone. If you set the CLASS=MENUITEM MOREINFO="NONE"Route to Network or Zone parameter to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network or CLASS=MENUITEM MOREINFO="NONE"Extended Network and select this option, the dialog box corresponding to the CLASS=MENUITEM MOREINFO="NONE"Route to Network or Zone option is displayed. These parameters are discussed in the following sections.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)PAGENUM=69 ID="BP74"Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears)MARK=BULLETNetwork Number. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Route to Network or Zone parameter is set to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network. Enter the network number of the nonextended network to be the filtered.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears) > Set CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Route to Network or Zone to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network > Select CLASS=MENUITEM MOREINFO="NONE"Network Number/Range Values: 1 through 65279 (decimal)Network Range. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Route to Network or Zone parameter is set to CLASS=MENUITEM MOREINFO="NONE"Extended Network. Enter the start and end network numbers for the extended network to be filtered. The CLASS=MENUITEM MOREINFO="NONE"Start of Network Range value must be a positive number. The CLASS=MENUITEM MOREINFO="NONE"End of Network Range value must be greater than or equal to the CLASS=MENUITEM MOREINFO="NONE"Start of Network Range value.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears) > Set CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Route to Network or Zone to CLASS=MENUITEM MOREINFO="NONE"Extended Network > Select CLASS=MENUITEM MOREINFO="NONE"Network Number/Range Values: 1 through 65279 (decimal)PAGENUM=69 ID="BP75"PAGENUM=70RENDERAS="SECT4"(Filtered Route) Zone NameThis dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Route to Network or Zone parameter is set to CLASS=MENUITEM MOREINFO="NONE"Zone. Enter the name of the AppleTalk zone to be filtered.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears) > Set CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Route to Network or Zone to CLASS=MENUITEM MOREINFO="NONE"Zone Values: Up to 32 printable characters. Spaces are also allowed.RENDERAS="SECT4"(Send Route To or Do Not Send Route To) InterfaceSelect this option to display the CLASS=MENUITEM MOREINFO="NONE"Network Interfaces window with a list of network interfaces, then select a network interface from the list.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears)Default: All InterfacesRENDERAS="SECT4"CommentEnter an optional short description. Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears)PAGENUM=70 ID="BP76"PAGENUM=71RENDERAS="SECT2"ExceptionsIf you select this option and the CLASS=MENUITEM MOREINFO="NONE"Action parameter is set to CLASS=MENUITEM MOREINFO="NONE"Deny Routes in Filter List, the CLASS=MENUITEM MOREINFO="NONE"Exceptions: Routes Always Permitted window is displayed. If you select this option and the CLASS=MENUITEM MOREINFO="NONE"Action parameter is set to CLASS=MENUITEM MOREINFO="NONE"Permit Routes in Filter List, the CLASS=MENUITEM MOREINFO="NONE"Exceptions: Routes Always Denied window is displayed. Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters RENDERAS="SECT3"Exceptions: Routes Always Permitted and Routes Always DeniedThese two windows display a list of denied or permitted routes that you have defined by setting the CLASS=MENUITEM MOREINFO="NONE"Define Exceptions options. Setting these options allows you to define a set of exceptions (or overrides) in the filter list. AppleTalk examines the exceptions list before the filter list when filtering. If there is a conflict between the two lists, the filter in the exceptions lists are used. The action taken on the exceptions list is always the opposite of the action taken on the filters list.Select an exception filter in the list to display the CLASS=MENUITEM MOREINFO="NONE"Define Exception window with the selected exception's parameters. To define a new exception filter, press MOREINFO="NONE"<Insert> then fill in the CLASS=MENUITEM MOREINFO="NONE"Define Exception options. To remove an exception filter from the list of permitted or denied routes, select the exception then press MOREINFO="NONE"<Delete>.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions RENDERAS="SECT3"Define ExceptionThis window allows you to view or modify the parameters of a defined exception filter, or to define a new exception filter. Fill in the fields of this window to define a new exception. Changes made to an exception's definition take effect dynamically on the network. These parameters are discussed in the following sections.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)PAGENUM=72 ID="BP77"Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears)RENDERAS="SECT4"(Filtered Route) Route to Network or ZoneSelect this option to display a list of the types of routes that can be filtered. Choose the appropriate option for your configuration.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears)Options: All Routes, Non-extended Network, Extended Network, ZoneDefault: All RoutesRENDERAS="SECT4"(Filtered Route) Network Number/RangeThis option is not selectable if the CLASS=MENUITEM MOREINFO="NONE"Route to Network or Zone parameter is set to CLASS=MENUITEM MOREINFO="NONE"All Routes or CLASS=MENUITEM MOREINFO="NONE"Zone. If you set the CLASS=MENUITEM MOREINFO="NONE"Device Route to Network or Zone parameter to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network or CLASS=MENUITEM MOREINFO="NONE"Extended Network, then select this option, the dialog box corresponding to the CLASS=MENUITEM MOREINFO="NONE"Route to Network or Zone option you chose is displayed. These parameters are discussed in the following sections.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears)MARK=BULLETNetwork Number. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Route to Network or Zone parameter is set to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network. Enter the network number of the nonextended network to be filtered.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)PAGENUM=72 ID="BP78"PAGENUM=73Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears) > Set CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Route to Network or Zone to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network > Select CLASS=MENUITEM MOREINFO="NONE"Network Number/Range Values: 1 through 65279 (decimal)Network Range. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Route to Network or Zone parameter is set to CLASS=MENUITEM MOREINFO="NONE"Extended Network. Enter the start and end network numbers for the extended network to be filtered. The CLASS=MENUITEM MOREINFO="NONE"Start of Network Range value must be a positive number. The CLASS=MENUITEM MOREINFO="NONE"End of Network Range value must be greater than or equal to the CLASS=MENUITEM MOREINFO="NONE"Start of Network Range value.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears) > Set CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Route to Network or Zone to CLASS=MENUITEM MOREINFO="NONE"Extended Network > Select CLASS=MENUITEM MOREINFO="NONE"Network Number/Range Values: 1 through 65279 (decimal)RENDERAS="SECT4"(Filtered Route) Zone NameThis dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Route to Network or Zone parameter is set to CLASS=MENUITEM MOREINFO="NONE"Zone. Enter the name of the AppleTalk zone to be filtered.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears) > Set CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Route to Network or Zone to CLASS=MENUITEM MOREINFO="NONE"Zone Values: Up to 32 printable characters. Spaces are also allowed.PAGENUM=73 ID="BP79"PAGENUM=74RENDERAS="SECT4"(Do Not Send Route To and Send Route To) InterfaceSelect this option to display the CLASS=MENUITEM MOREINFO="NONE"Network Interfaces window with a list of network interfaces, then select a network interface from the list.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears)Default: All InterfacesRENDERAS="SECT4"CommentEnter an optional short description.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Outgoing Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears)IDXID="w183"BOOK="_idx" COLLECTION="nw41" TIDREF="i3154"RENDERAS="SECT1"IDXID="w184"BOOK="_idx" COLLECTION="nw41" TIDREF="i1777"IDXID="w185"BOOK="_idx" COLLECTION="nw41" TIDREF="i207"
ID="FM42452"Incoming Route Filters Configuration ParametersIDXID="w186"BOOK="_idx" COLLECTION="nw41" TIDREF="i1778"Incoming route filter configuration provides a higher level of security than outgoing route filter configuration by selectively discarding network information received from neighboring routers. These filters hide specific parts of an internetwork from other parts of the internetwork. Because the router does not copy the discarded networks to its routing tables, it does not forward packets to these networks even when it receives packets destined for them.Incoming route filter configuration is done by setting the AppleTalk CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters parameters in FILTCFG. To access the CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters windows, load FILTCFG, select CLASS=MENUITEM MOREINFO="NONE"AppleTalk from the CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu, then select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters.These parameters are described in the following sections. Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk PAGENUM=75 ID="BP80"RENDERAS="SECT2"StatusSelect this option to enable or disable the incoming route filters. Changes to the setting of this parameter take effect on the network immediately.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters Options: Disabled, EnabledDefault: DisabledRENDERAS="SECT2"ActionSelect this parameter to permit or deny routes specified in the filters list. If you choose CLASS=MENUITEM MOREINFO="NONE"Routes Denied, the AppleTalk router does not accept specific routes to specific networks in the filter list, but does accept all the other entries in the routing table. If you choose CLASS=MENUITEM MOREINFO="NONE"Routes Permitted , the AppleTalk router accepts only the routes to the networks in the filter list. The action taken by the filters in the exception list is the opposite of that in the filter list. If a route matches entries in both the exception and filter lists, the exception list takes precedence. Changes to the setting of this parameter take effect on the network immediately.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters Options: Deny Routes in Filter List, Permit Routes in Filter ListDefault: Deny Routes in Filter ListPAGENUM=75 ID="BP81"PAGENUM=76RENDERAS="SECT2"FiltersIf you select this option and the CLASS=MENUITEM MOREINFO="NONE"Action parameter is set to CLASS=MENUITEM MOREINFO="NONE"Deny Routes in Filter List, the CLASS=MENUITEM MOREINFO="NONE"Routes Denied window is displayed. If you select this option and the CLASS=MENUITEM MOREINFO="NONE"Action parameter is set to CLASS=MENUITEM MOREINFO="NONE"Permit Routes in Filter List, the CLASS=MENUITEM MOREINFO="NONE"Routes Permitted window is displayed. Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters RENDERAS="SECT3"Routes Denied and Routes PermittedThese two windows display a list of denied or permitted routes that you defined by setting the CLASS=MENUITEM MOREINFO="NONE"Define Filter options.Select a filter in the list to display the CLASS=MENUITEM MOREINFO="NONE"Define Filter window with the selected filter's parameters. To define a new filter, press MOREINFO="NONE"<Insert>, then fill in the CLASS=MENUITEM MOREINFO="NONE"Define Filter options. To remove a filter from the list of denied or permitted routes, select the filter, then press MOREINFO="NONE"<Delete>.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters RENDERAS="SECT3"Define FilterThis window allows you to view or modify the parameters of a defined filter, or to define a new filter. Fill in the fields of this window to define a new filter. Changes made to a filter's definition take effect dynamically on the network. These parameters are discussed in the following sections.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears)PAGENUM=77 ID="BP82"RENDERAS="SECT4"(Filtered Route) Route to Extended/Non-extended NetworkSelect this option to display a list of the types of routes that can be filtered. Choose the appropriate option for your configuration.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears)Options: All Routes, Non-extended Network, Extended NetworkDefault: All RoutesRENDERAS="SECT4"(Filtered Route) Network Number/RangeThis option is not selectable if the CLASS=MENUITEM MOREINFO="NONE"Route to Extended/Non-extended Network parameter is set to CLASS=MENUITEM MOREINFO="NONE"All Routes. If you set the CLASS=MENUITEM MOREINFO="NONE"Route to Extended/Non-extended Network parameter to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network or CLASS=MENUITEM MOREINFO="NONE"Extended Network, then select this option, the dialog box corresponding to the CLASS=MENUITEM MOREINFO="NONE"Route to Extended/Non-extended Network option you chose is displayed. These parameters are discussed in the following sections.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears)MARK=BULLETNetwork Number. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Route to Extended/Non-extended Network parameter is set to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network. Enter the network number of the nonextended network to be filtered.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears) > Set CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Route to Extended/Non-extended Network to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network > Select CLASS=MENUITEM MOREINFO="NONE"Network Number/Range Values: 1 through 65279 (decimal)PAGENUM=78 ID="BP83"Network Range. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Route to Extended/Non-extended Network parameter is set to CLASS=MENUITEM MOREINFO="NONE"Extended Network. Enter the start and end network numbers for the extended network to be filtered. The CLASS=MENUITEM MOREINFO="NONE"Start of Network Range value must be a positive number. The CLASS=MENUITEM MOREINFO="NONE"End of Network Range value must be greater than or equal to the CLASS=MENUITEM MOREINFO="NONE"Start of Network Range value.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears) > Set CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Route to Extended/Non-extended Network to CLASS=MENUITEM MOREINFO="NONE"Extended Network > Select CLASS=MENUITEM MOREINFO="NONE"Network Number/Range Values: 1 through 65279 (decimal)RENDERAS="SECT4"(Accept Route From and Do Not Accept Route From) InterfaceSelect this option to display the CLASS=MENUITEM MOREINFO="NONE"Network Interfaces window with a list of network interfaces, then select a network interface from the list.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears)Default: All InterfacesRENDERAS="SECT4"CommentEnter an optional short description. Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Filters > Press MOREINFO="NONE"<Insert> (to create a filter) or MOREINFO="NONE"<Enter> (to modify an existing filter) (CLASS=MENUITEM MOREINFO="NONE"Define Filter window appears)PAGENUM=79 ID="BP84"RENDERAS="SECT2"ExceptionsIf you select this option and the CLASS=MENUITEM MOREINFO="NONE"Action parameter is set to CLASS=MENUITEM MOREINFO="NONE"Deny Routes in Filter List, the CLASS=MENUITEM MOREINFO="NONE"Exceptions: Routes Always Permitted window is displayed. If you select this option and the CLASS=MENUITEM MOREINFO="NONE"Action parameter is set to CLASS=MENUITEM MOREINFO="NONE"Permit Routes in Filter List, the CLASS=MENUITEM MOREINFO="NONE"Exceptions: Routes Always Denied window is displayed. Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters RENDERAS="SECT3"Exceptions: Routes Always Permitted and Routes Always DeniedThese two windows display a list of denied or permitted routes that you defined by setting the CLASS=MENUITEM MOREINFO="NONE"Define Exceptions options. Setting these options allows you to define a set of exceptions (or overrides) in the filter list. AppleTalk examines the exceptions list before the filter list when filtering. If there is a conflict between the two lists, the filter in the exceptions lists are used. The action taken on the exceptions list is always the opposite of the action taken on the filters list.Select an exception filter in the list to display the CLASS=MENUITEM MOREINFO="NONE"Define Exception window with the selected exception filter's parameters. To define a new exception filter, press MOREINFO="NONE"<Insert>, then fill in the CLASS=MENUITEM MOREINFO="NONE"Define Exception options. To remove an exception filter from the list of always permitted and always denied routes, select the exception, then press MOREINFO="NONE"<Delete>.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions RENDERAS="SECT3"Define ExceptionThe CLASS=MENUITEM MOREINFO="NONE"Define Exception window allows you to view or modify the parameters of a defined exception filter, or to define a new exception filter. Fill in the fields of this window to define a new exception. Changes made to an exception's definition take effect dynamically on the network. These parameters are discussed in the following sections.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)PAGENUM=80 ID="BP85"Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters > Select CLASS=MENUITEM MOREINFO="NONE"Exceptions > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears)RENDERAS="SECT4"(Filtered Route) Route to Extended/Non-extended NetworkSelect this option to display several options, then choose the appropriate option for your configuration.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears)Options: All Routes, Non-extended Network, Extended NetworkDefault: All RoutesRENDERAS="SECT4"(Filtered Route) Network Number/RangeThis option is not selectable if the CLASS=MENUITEM MOREINFO="NONE"Route to Extended/Non-extended Network parameter is set to CLASS=MENUITEM MOREINFO="NONE"All Routes. If you set the CLASS=MENUITEM MOREINFO="NONE"Route to Extended/Non-extended Network parameter to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network or CLASS=MENUITEM MOREINFO="NONE"Extended Network, then select this option, the dialog box corresponding to the CLASS=MENUITEM MOREINFO="NONE"Route to Extended/Non-extended Network option you chose is displayed. These parameters are discussed in the following sections.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears)MARK=BULLETNetwork Number. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Extended/Non-extended Network parameter is set to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network. Enter the network number of the nonextended network to be filtered.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)PAGENUM=80 ID="BP86"PAGENUM=81Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears) > Set CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Route to Extended/Non-extended Network to CLASS=MENUITEM MOREINFO="NONE"Non-extended Network > Select CLASS=MENUITEM MOREINFO="NONE"Network Number/Range Values: 1 through 65279 (decimal)Network Range. This dialog box is displayed only if the CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Extended/Non-extended Network parameter is set to CLASS=MENUITEM MOREINFO="NONE"Extended Network. Enter the start and end network numbers for the extended network to be filtered. The CLASS=MENUITEM MOREINFO="NONE"Start of Network Range value must be a positive number. The CLASS=MENUITEM MOREINFO="NONE"End of Network Range value must be greater than or equal to the CLASS=MENUITEM MOREINFO="NONE"Start of Network Range value.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears) > Set CLASS=MENUITEM MOREINFO="NONE"(Filtered Route) Route to Extended/Non-extended Network to CLASS=MENUITEM MOREINFO="NONE"Extended Network > Select CLASS=MENUITEM MOREINFO="NONE"Network Number/Range Values: 1 through 65279 (decimal)RENDERAS="SECT4"(Accept Route From and Do Not Accept Route From) InterfaceSelect this option to display the CLASS=MENUITEM MOREINFO="NONE"Network Interfaces window with a list of network interfaces, then select a network interface from the list.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears)Default: All InterfacesPAGENUM=81 ID="BP87"PAGENUM=82RENDERAS="SECT4"CommentEnter an optional short description.Utility: Load FILTCFG (CLASS=MENUITEM MOREINFO="NONE"Protocol Filters menu appears)Parameter Path: Select CLASS=MENUITEM MOREINFO="NONE"AppleTalk > Select CLASS=MENUITEM MOREINFO="NONE"Incoming Route Filters > Press MOREINFO="NONE"<Insert> (to create an exception filter) or MOREINFO="NONE"<Enter> (to modify an existing exception filter) (CLASS=MENUITEM MOREINFO="NONE"Define Exception window appears)IDXID="w187"BOOK="_idx" COLLECTION="nw41" TIDREF="i1778"LABEL="6"PAGENUM=83 ID="BP88"ID="FM75182"Network Configuration ExamplesThis chapter provides the information needed to configure AppleTalk for NetWare® software for several AppleTalk network environments. This chapter has the following sections:MARK=BULLETIDREF="FM24674""Example 1: Basic Configuration---Ethernet Network with DOS and Macintosh Clients" This example shows the most simple AppleTalk for NetWare configuration, with packet forwarding and the internal network turned off.IDREF="FM51680""Example 2: Seeding---Configuring a Non-Seed Interface" This example shows how to configure AppleTalk for Netware to learn the network and zone information from another AppleTalk router.IDREF="FM21008""Example 3: Transition Mode Configuration" This example shows how Phase 2 AppleTalk for NetWare routers communicate with Phase 1 routers.IDREF="FM37392""Example 4: Tunneling AppleTalk Through IP (AURP)" This example shows how to configure an AURP tunnel for AppleTalk on three NetWare servers where each AURP router has two AURP peers.In each example, only the relevant configuration parameters are shown. You can use the default settings for all other parameters.For information about how to enter the parameter values for each configuration example with INETCFG, see the BOOK="cfg1_enu" COLLECTION="nw41"NetWare 4.1 Basic Protocol Configuration Guide. PAGENUM=84 ID="BP89"RENDERAS="SECT1"ID="FM24674"Example 1: Basic ConfigurationIDXID="w188"BOOK="_idx" COLLECTION="nw41" TIDREF="i192"
---Ethernet Network with DOS and Macintosh ClientsThis example shows the most basic configuration of AppleTalk for NetWare, where packet forwarding is turned off and no internal network is configured. Use this example if you are using AppleTalk for NetWare to provide only AppleTalk services, such as file and print services. Features such as AppleTalk filtering, and AURP cannot be enabled when packet forwarding is disabled.This example is a configuration where AppleTalk applications such as file and print services are provided by NetWare for Macintosh, as shown in IDREF="FM21302"Figure 6-1. By default, a NetWare server provides file services for DOS clients. By running NetWare for Macintosh, DOS and Macintosh clients can share files residing on the NetWare server.LABEL="6-1" FLOAT="0"ID="FM21302"Basic Configuration---Ethernet Network with DOS and Macintosh ClientsFILEREF="eth_dos.tif"PAGENUM=84 ID="BP90"PAGENUM=85RENDERAS="SECT2"Configuration Data for Example 1This example uses the configuration data in IDREF="FM51725"Table 6-1. The information in the table might not match your network's configuration. When you set up your network, substitute appropriate data for the sample data shown in the table.LABEL="6-1" PGWIDE=1 TOCENTRY="1"ID="FM51725"Example 1 ConfigurationCOLS=3 CHAROFF="50" CHAR="" ALIGN="LEFT"COLNAME=1 COLWIDTH="8*"COLNAME=2 COLWIDTH="13*"COLNAME=3 COLWIDTH="13*"VALIGN="BOTTOM"COLNAME=1 ROTATE="0" MOREROWS="0"INETCFG MenuCOLNAME=2 ROTATE="0" MOREROWS="0"Menu OptionCOLNAME=3 ROTATE="0" MOREROWS="0"Example DataVALIGN="TOP"COLNAME=1 ROTATE="0" MOREROWS="0"BoardsCOLNAME=2 ROTATE="0" MOREROWS="0"DriverBoard NameBoard ParametersCOLNAME=3 ROTATE="0" MOREROWS="0"NE2000 NE2Port=360 Int=5COLNAME=1 ROTATE="0" MOREROWS="0"ProtocolsCOLNAME=2 ROTATE="0" MOREROWS="0"Packet ForwardingDDP Checksum COLNAME=3 ROTATE="0" MOREROWS="0"Disabled ("End Node")DisabledCOLNAME=1 ROTATE="0" MOREROWS="0"BindingsCOLNAME=2 ROTATE="0" MOREROWS="0"Network InterfaceApplications Zone NameCOLNAME=3 ROTATE="0" MOREROWS="0"NE2 (extended network)Marketing ZoneIf you don't specify a value for the CLASS=MENUITEM MOREINFO="NONE"Applications Zone Name parameter, AppleTalk for NetWare automatically uses the default zone from the network to which it is connected.RENDERAS="SECT1"ID="FM51680"Example 2: Seeding---Configuring a Non-Seed InterfaceIDXID="w189"BOOK="_idx" COLLECTION="nw41" TIDREF="i192"This example shows a non-seed AppleTalk router where it is "learning" its configuration by "listening" to the other AppleTalk router that is already active on a network. In this example, the EtherTalk interface on the AppleTalk for NetWare router is configured as a non-seed interface, as shown in IDREF="FM12396"Figure 6-2.When a seed interface initializes, it first listens to find out if there are other active routers already sending configuration information on the network. If there are routers sending configuration information, the seed interface verifies that the information on the network is the same as its configured information. If they are the same, the interface becomes active. Otherwise, the interface fails to initialize because of conflicting configuration.PAGENUM=86 ID="BP91"LABEL="6-2" FLOAT="0"ID="FM12396"Seeding---Configuring a Non-Seed InterfaceFILEREF="no_seed.tif"The EtherTalk interface in the AppleTalk for NetWare router is configured as a non-seed interface by setting the CLASS=MENUITEM MOREINFO="NONE"Network Range and Zone Configuration parameter to CLASS=MENUITEM MOREINFO="NONE"Learn from network (Non-Seed).In this example, when the AppleTalk for NetWare Non-Seed interface initializes, it first listens on the network for configuration information sent by active routers on the network, then it absorbs the information and automatically configures the interface. This learning process takes place every time the interface initializes. There are two ways to support AppleTalk applications. You can configure the network and zone information for the internal network. In this case, applications reside on the internal network. Alternatively, if you do not want to maintain an internal network but still need to provide AppleTalk applications, you can set the CLASS=MENUITEM MOREINFO="NONE"Provide Applications Through This Interface parameter to CLASS=MENUITEM MOREINFO="NONE"Yes. Applications then appear to reside on that interface.PAGENUM=86 ID="BP92"PAGENUM=87RENDERAS="SECT2"Configuration Data for Example 2This example uses the configuration data in IDREF="FM81824"Table 6-2. The information in the table might not match your network's configuration. When you set up your network, substitute appropriate data for the sample data shown in the table. LABEL="6-2" PGWIDE=1 TOCENTRY="1"ID="FM81824"Example 2 ConfigurationCOLS=3 CHAROFF="50" CHAR="" ALIGN="LEFT"COLNAME=1 COLWIDTH="7*"COLNAME=2 COLWIDTH="13*"COLNAME=3 COLWIDTH="13*"VALIGN="BOTTOM"COLNAME=1 ROTATE="0" MOREROWS="0"INETCFG MenuCOLNAME=2 ROTATE="0" MOREROWS="0"Menu OptionCOLNAME=3 ROTATE="0" MOREROWS="0"Example DataVALIGN="TOP"COLNAME=1 ROTATE="0" MOREROWS="0"BoardsCOLNAME=2 ROTATE="0" MOREROWS="0"DriverBoard NameBoard ParametersCOLNAME=3 ROTATE="0" MOREROWS="0"NE2000NE2Port=360 Int=5COLNAME=1 ROTATE="0" MOREROWS="0"ProtocolsCOLNAME=2 ROTATE="0" MOREROWS="0"Packet ForwardingType of Packet ForwardingDDP Checksum Internal NetworkInternal Network NumberInternal Network Zone(s) List COLNAME=3 ROTATE="0" MOREROWS="0"YesPhase 2DisabledEnabled55002Admin, QzoneCOLNAME=1 ROTATE="0" MOREROWS="0"BindingsCOLNAME=2 ROTATE="0" MOREROWS="0"Network InterfaceNetwork Range and Zone ConfigurationCOLNAME=3 ROTATE="0" MOREROWS="0"NE2 (extended network)Learn from network (Non-Seed)PAGENUM=87 ID="BP93"PAGENUM=88RENDERAS="SECT1"ID="FM21008"Example 3: Transition Mode ConfigurationIDXID="w190"BOOK="_idx" COLLECTION="nw41" TIDREF="i247"IDREF="FM20955"Figure 6-3 shows the AppleTalk network configuration. No clients are shown so you can see the actual networks more clearly.LABEL="6-3" FLOAT="0"ID="FM20955"Transition Mode ConfigurationFILEREF="examplno.tif"AppleTalk for NetWare is a Phase 2 router. In this example, AppleTalk for NetWare has been configured in Router 1 and 2. A Phase 1 router does not understand some of the packets sent by a Phase 2 router, so if you want users on Phase 1 and Phase 2 networks to be able to communicate with each other, Phase 2 routers must run in transition mode. In transition mode, Phase 2 routers convert routing information into formats suitable for Phase 1 routers. A Phase 1 network can only have 1 network number and 1 zone name.PAGENUM=88 ID="BP94"PAGENUM=89For Phase 2 networks to communicate with Phase 1 networks, the CLASS=MENUITEM MOREINFO="NONE"Type of Packet Forwarding parameter is set to CLASS=MENUITEM MOREINFO="NONE"Transition (Phase 1 and 2) on an AppleTalk for NetWare router, causing the network ranges IDXID="w191"BOOK="_idx" COLLECTION="nw41" TIDREF="i247"
and zone names on the IDXID="w192"BOOK="_idx" COLLECTION="nw41" TIDREF="i1394"
extended networks to be constrained. (Only a range of one and one zone name is allowed on an extended network.) With this option set, the router checks the addressing constraints on its extended networks and prints warning messages if you have forgotten to limit the range and zones list.RENDERAS="SECT2"Configuration Data for Example 3This example uses the configuration data in IDREF="FM23809"Table 6-3. The information in the table might not match your network's configuration. When you set up your network, substitute appropriate data for the sample data shown in the table. LABEL="6-3" PGWIDE=1 TOCENTRY="1"ID="FM23809"Example 3 ConfigurationCOLS=3 CHAROFF="50" CHAR="" ALIGN="LEFT"COLNAME=1 COLWIDTH="10*"COLNAME=2 COLWIDTH="14*"COLNAME=3 COLWIDTH="9*"NAMEST=2 NAMEEND=3 SPANNAME=SPAN2T3 ALIGN=LEFTVALIGN="BOTTOM"COLNAME=1 ROTATE="0" MOREROWS="0"INETCFG MenuCOLNAME=2 ROTATE="0" MOREROWS="0"Menu OptionCOLNAME=3 ROTATE="0" MOREROWS="0"Example DataVALIGN="TOP"COLNAME=1 ROTATE="0" MOREROWS="0"SPANNAME=SPAN2T3 ROTATE="0" MOREROWS="0"Router 1 Example DataCOLNAME=1 ROTATE="0" MOREROWS="0"Boards (EtherTalk)COLNAME=2 ROTATE="0" MOREROWS="0"DriverBoard NameBoard ParametersCOLNAME=3 ROTATE="0" MOREROWS="0"NE2000EtherTalkPort=360 Int=5COLNAME=1 ROTATE="0" MOREROWS="0"Boards (LocalTalk)COLNAME=2 ROTATE="0" MOREROWS="0"DriverBoard NameBoard ParametersCOLNAME=3 ROTATE="0" MOREROWS="0"DL2000LocalTalkPort=300 Int=3COLNAME=1 ROTATE="0" MOREROWS="0"ProtocolsCOLNAME=2 ROTATE="0" MOREROWS="0"Packet ForwardingType of Packet ForwardingInternal NetworkNetwork NumberInternal Network Zone(s) List COLNAME=3 ROTATE="0" MOREROWS="0"YesTransition (Phase 1 and 2)Enabled50050Zone4COLNAME=1 ROTATE="0" MOREROWS="0"Bindings (Phase 2 EtherTalk)COLNAME=2 ROTATE="0" MOREROWS="0"Network InterfaceNetwork Range and Zone ConfigurationNetwork Range/Number Zone(s) List COLNAME=3 ROTATE="0" MOREROWS="0"EtherTalk (Extended)Define here (Seed)10-10Zone7COLNAME=1 ROTATE="0" MOREROWS="0"Bindings (Phase 2 LocalTalk)COLNAME=2 ROTATE="0" MOREROWS="0"Network InterfaceNetwork Range and Zone ConfigurationNetwork Range/Number Zone(s) List COLNAME=3 ROTATE="0" MOREROWS="0"LocalTalk Define here (Seed)2Zone2COLNAME=1 ROTATE="0" MOREROWS="0"SPANNAME=SPAN2T3 ROTATE="0" MOREROWS="0"Router 2 Example DataCOLNAME=1 ROTATE="0" MOREROWS="0"Boards (TokenTalk)COLNAME=2 ROTATE="0" MOREROWS="0"DriverBoard NameBoard ParametersCOLNAME=3 ROTATE="0" MOREROWS="0"TOKENTokenTalkPort=A20COLNAME=1 ROTATE="0" MOREROWS="0"Boards (LocalTalk 1)COLNAME=2 ROTATE="0" MOREROWS="0"DriverBoard NameBoard ParametersCOLNAME=3 ROTATE="0" MOREROWS="0"DL2000LocalTalk 1Port=240 Int=3COLNAME=1 ROTATE="0" MOREROWS="0"Boards (LocalTalk 2)COLNAME=2 ROTATE="0" MOREROWS="0"DriverBoard NameBoard ParametersCOLNAME=3 ROTATE="0" MOREROWS="0"DL2000LocalTalk 2Port=260 Int=5COLNAME=1 ROTATE="0" MOREROWS="0"ProtocolsCOLNAME=2 ROTATE="0" MOREROWS="0"Packet ForwardingType of Packet ForwardingInternal NetworkNetwork NumberInternal Network Zone(s) List COLNAME=3 ROTATE="0" MOREROWS="0"YesTransition (Phase 1 and 2)Enabled50051Zone5COLNAME=1 ROTATE="0" MOREROWS="0"Bindings (Phase 2 TokenTalk)COLNAME=2 ROTATE="0" MOREROWS="0"Network InterfaceNetwork Range and Zone ConfigurationNetwork Range/Number Zone(s) List COLNAME=3 ROTATE="0" MOREROWS="0"TokenTalkDefine here (Seed)21-21Zone6COLNAME=1 ROTATE="0" MOREROWS="0"Bindings (Phase 2 LocalTalk2)COLNAME=2 ROTATE="0" MOREROWS="0"Network InterfaceNetwork Range and Zone ConfigurationNetwork Range/Number Zone(s) List COLNAME=3 ROTATE="0" MOREROWS="0"LocalTalk2Define here (Seed)2Zone2COLNAME=1 ROTATE="0" MOREROWS="0"Bindings (Phase 1 LocalTalk1)COLNAME=2 ROTATE="0" MOREROWS="0"Network InterfaceNetwork Range and Zone ConfigurationNetwork Range/Number Zone(s) List COLNAME=3 ROTATE="0" MOREROWS="0"LocalTalk1Define here (Seed)1Zone1PAGENUM=90 ID="BP95"PAGENUM=90PAGENUM=91RENDERAS="SECT1"ID="FM37392"Example 4: Tunneling AppleTalk Through IP (AURP)This example shows how to configure AURP to connect disjointed AppleTalk internetworks. Each AURP/AppleTalk router has a complete list of its peers. Novell recommends you configure any connected group of peers so that all of the AURP peers in the group have the IP addresses of all the other AURP peers in the group. Although other configurations are possible, Novell does not recommend them, because they may create overly complex routing topologies.In IDREF="FM39377"Figure 6-4, Router 1, 2, and 3 are all configured as AURP/AppleTalk routers. TCP/IP must also be configured on each of the routers and IP connectivity must be present among the three routers. In this configuration, AURP on each router forwards packets between its local AppleTalk networks to other AppleTalk networks reachable through the TCP/IP internetwork. AURP is independent of the media bound to TCP/IP.PAGENUM=92 ID="BP96"LABEL="6-4" FLOAT="0"ID="FM39377"Tunneling AppleTalk Through IP (AURP)FILEREF="aurptunl.tif"PAGENUM=93 ID="BP97"RENDERAS="SECT2"Configuration Data for Example 4IDREF="FM52423"Table 6-4 shows the INETCFG data for all three routers. The information in the table might not match your network's configuration. When you set up your network, substitute appropriate data for the sample data shown in the table. LABEL="6-4" PGWIDE=1 TOCENTRY="1"ID="FM52423"Example 4 ConfigurationCOLS=3 CHAROFF="50" CHAR="" ALIGN="LEFT"COLNAME=1 COLWIDTH="7*"COLNAME=2 COLWIDTH="14*"COLNAME=3 COLWIDTH="13*"NAMEST=2 NAMEEND=3 SPANNAME=SPAN2T3 ALIGN=LEFTVALIGN="BOTTOM"COLNAME=1 ROTATE="0" MOREROWS="0"INETCFG MenuCOLNAME=2 ROTATE="0" MOREROWS="0"Menu OptionCOLNAME=3 ROTATE="0" MOREROWS="0"Example DataVALIGN="TOP"COLNAME=1 ROTATE="0" MOREROWS="0"SPANNAME=SPAN2T3 ROTATE="0" MOREROWS="0"Router 1 Example DataCOLNAME=1 ROTATE="0" MOREROWS="0"Boards - LocalTalkCOLNAME=2 ROTATE="0" MOREROWS="0"Board NameDriverBoard ParametersCOLNAME=3 ROTATE="0" MOREROWS="0"LocalTalkDL2000Int=4 Port=240COLNAME=1 ROTATE="0" MOREROWS="0"Boards - IPInternetCOLNAME=2 ROTATE="0" MOREROWS="0"Board NameDriverBoard ParametersCOLNAME=3 ROTATE="0" MOREROWS="0"IPInternetNE2000Int=3 Port=300COLNAME=1 ROTATE="0" MOREROWS="0"Protocols - IPCOLNAME=2 ROTATE="0" MOREROWS="0"Packet ForwardingCOLNAME=3 ROTATE="0" MOREROWS="0"EnabledCOLNAME=1 ROTATE="0" MOREROWS="0"Bindings - IPCOLNAME=2 ROTATE="0" MOREROWS="0"Network InterfacesLocal IP AddressSubnetwork MaskCOLNAME=3 ROTATE="0" MOREROWS="0"IPInternet180.2.4.6255.255.252.00COLNAME=1 ROTATE="0" MOREROWS="0"Protocols - AppleTalkCOLNAME=2 ROTATE="0" MOREROWS="0"Packet ForwardingType of Packet ForwardingDDP Checksum Tunnel AppleTalk through IP (AURP)Local IP AddressRemote Peers ListCOLNAME=3 ROTATE="0" MOREROWS="0"Enabled ("Router")Phase 2DisabledEnabled180.2.4.6130.57.172.3, 170.50.6.1COLNAME=1 ROTATE="0" MOREROWS="0"Bindings - AppleTalkCOLNAME=2 ROTATE="0" MOREROWS="0"Network InterfaceNetwork Range and Zone ConfigurationNetwork Range/Number Zone(s) List COLNAME=3 ROTATE="0" MOREROWS="0"DL2000Define here (Seed)100AdminCOLNAME=1 ROTATE="0" MOREROWS="0"SPANNAME=SPAN2T3 ROTATE="0" MOREROWS="0"Router 2 Example DataCOLNAME=1 ROTATE="0" MOREROWS="0"Boards - EtherTalkCOLNAME=2 ROTATE="0" MOREROWS="0"Board NameDriverBoard ParametersCOLNAME=3 ROTATE="0" MOREROWS="0"EtherTalkNE3200Int=3 Port=300COLNAME=1 ROTATE="0" MOREROWS="0"Boards - IPInternetCOLNAME=2 ROTATE="0" MOREROWS="0"Board NameDriverBoard ParametersCOLNAME=3 ROTATE="0" MOREROWS="0"IPInternetNE2000Int=4 Port=340COLNAME=1 ROTATE="0" MOREROWS="0"Protocols - IPCOLNAME=2 ROTATE="0" MOREROWS="0"Packet ForwardingCOLNAME=3 ROTATE="0" MOREROWS="0"EnabledCOLNAME=1 ROTATE="0" MOREROWS="0"BindingsCOLNAME=2 ROTATE="0" MOREROWS="0"Network InterfacesLocal IP AddressSubnetwork MaskCOLNAME=3 ROTATE="0" MOREROWS="0"IPInternet170.50.6.1255.255.252.00COLNAME=1 ROTATE="0" MOREROWS="0"Protocols - AppleTalkCOLNAME=2 ROTATE="0" MOREROWS="0"Packet ForwardingType of Packet ForwardingDDP Checksum Tunnel AppleTalk through IP (AURP)Local IP AddressRemote Peers ListCOLNAME=3 ROTATE="0" MOREROWS="0"Enabled ("Router")Phase 2DisabledEnabled170.50.6.1180.2.4.6, 130.57.172.3COLNAME=1 ROTATE="0" MOREROWS="0"Bindings - AppleTalkCOLNAME=2 ROTATE="0" MOREROWS="0"Network InterfaceNetwork Range and Zone ConfigurationNetwork Number (Range)Zone(s) ListCOLNAME=3 ROTATE="0" MOREROWS="0"NE3200Define here (Seed)1-10Marketing, SalesCOLNAME=1 ROTATE="0" MOREROWS="0"SPANNAME=SPAN2T3 ROTATE="0" MOREROWS="0"Router 3 Example DataCOLNAME=1 ROTATE="0" MOREROWS="0"Boards - TokenTalkCOLNAME=2 ROTATE="0" MOREROWS="0"Board NameDriverBoard ParametersCOLNAME=3 ROTATE="0" MOREROWS="0"TokenTalkTOKENInt=2 Port=A20COLNAME=1 ROTATE="0" MOREROWS="0"Boards - IPInternetCOLNAME=2 ROTATE="0" MOREROWS="0"Board NameDriverBoard ParametersCOLNAME=3 ROTATE="0" MOREROWS="0"IPInternetNE2000Int=3 Port=300COLNAME=1 ROTATE="0" MOREROWS="0"Protocols - IPCOLNAME=2 ROTATE="0" MOREROWS="0"Packet ForwardingCOLNAME=3 ROTATE="0" MOREROWS="0"EnabledCOLNAME=1 ROTATE="0" MOREROWS="0"Bindings - IPCOLNAME=2 ROTATE="0" MOREROWS="0"Network InterfacesLocal IP AddressSubnetwork MaskCOLNAME=3 ROTATE="0" MOREROWS="0"IPInternet130.57.172.3255.255.252.00COLNAME=1 ROTATE="0" MOREROWS="0"Protocols - AppleTalkCOLNAME=2 ROTATE="0" MOREROWS="0"Packet ForwardingType of Packet ForwardingDDP Checksum Tunnel AppleTalk through IP (AURP)Local IP AddressRemote Peers ListCOLNAME=3 ROTATE="0" MOREROWS="0"Enabled ("Router")Phase 2DisabledEnabled130.57.172.3180.2.4.6, 170.50.6.1COLNAME=1 ROTATE="0" MOREROWS="0"Bindings - AppleTalkCOLNAME=2 ROTATE="0" MOREROWS="0"Network InterfaceNetwork Range and Zone ConfigurationNetwork Number (Range)Zone(s) ListCOLNAME=3 ROTATE="0" MOREROWS="0"TokenTalkDefine here (Seed)11-20Engineering, TechOpsPAGENUM=95 ID="BP98"GlossaryadministratorThe person who sets up a server, creates user login accounts and passwords, creates groups, sets security, and maintains the server. AppleTalkThe Apple Computer suite of protocols that enables the hardware and software on an AppleTalk network to interact and to route data.AppleTalk NLM(APPLETLK.NLM) The AppleTalk protocol stack and router, which is included as a NetWare Loadable Module (NLM) file in the AppleTalk for NetWare software.AppleTalk moduleThe IDXID="w193"BOOK="_idx" COLLECTION="nw41" TIDREF="i212"
software from Novell that includes the basic AppleTalk Phase 2 protocols and an AppleTalk Phase 2 router. AppleTalk networkA collection of connected, individually controlled computers, printers, and other devices, together with the hardware and AppleTalk software used to link them.AppleTalk Phase 2 The latest version of the AppleTalk protocols. Apple introduced AppleTalk Phase 2 in 1989 to provide support for AppleTalk networks with thousands of nodes, for multiple AppleTalk zones on a network, and for token ring, and provides cabling for more efficient routing techniques that improve performance in multiprotocol environments.AppleTalk stackThe suite of AppleTalk Phase 2 protocols in the AppleTalk module.ATCON utilityA diagnostic tool for use at the server. ATCON provides information about the server's AppleTalk stack and router, and about other AppleTalk networks on the internetwork.ID="FM37606"configured routerA router configured explicitly on a network (as opposed to a router that gets its configuration from a seed router). Compare IDREF="FM41081"learning router. ID="FM37918"default zoneThe zone name in a zones list that has been specifically defined as the default zone. In the Novell implementation, if no default zone is defined, the first zone name in the zone list is the default zone. See also IDREF="FM23964"zone; IDREF="FM31006"zones list.ID="FM32459"EthernetA system of high-performance coaxial cables widely used in the communications industry. Ethernet cables can be part of an AppleTalk network or a TCP/IP network, for example. See also IDREF="FM10980"EtherTalk.ID="FM10980"EtherTalkAn AppleTalk network on Ethernet. An EtherTalk network can be either nonextended (EtherTalk 1.0) or extended (EtherTalk 2.0). See also IDREF="FM32459"Ethernet.extended networkAn AppleTalk Phase 2 network on high-speed media, such as Ethernet or token ring. An extended network is capable of supporting the Phase 2 addressing extensions of a network range and zones list. See also IDREF="FM24859"network range; IDREF="FM31006"zones list.filterThe process on a router that selectively discards packets of a certain type, or packets originating from or destined for a certain location. See IDREF="FM34185"service information filter; IDREF="FM34609"routing information filter.ID="FM17639"internal networkA virtual network that consists of two software nodes: the AppleTalk protocol stack and the AppleTalk router. See also IDREF="FM25948"network.ID="FM30635"internetworkAny interconnected group of networks, such as an interconnected group of AppleTalk networks. Network users in an internetwork can share information and network devices. See also IDREF="FM25948"network.LAN driverA device driver that renders the different types of packet frames used by each specific network type into a form that AppleTalk can process.ID="FM41081"learning routerOn a router, an interface configured to learn its configuration from a configured router on the same network. Compare IDREF="FM37606"configured router. LocalTalk networkA system of cables, cable extenders, and connector boxes that connect computers and network devices as part of the AppleTalk network system. LocalTalk kits are manufactured by Apple Computer. Generally, where this reference refers to a LocalTalk connection, you can use any system of cables and connectors that supports AppleTalk protocols at 230.4 Kbps to interconnect Macintosh computers and other AppleTalk devices.ID="FM25948"networkA collection of interconnected, individually controlled computers, together with the hardware and software used to connect them. See also IDREF="FM17639"internal network; IDREF="FM30635"internetwork.network addressA unique Network-layer number that refers to a logical network device. Also known as a protocol address. See also IDREF="FM35470"network number; IDREF="FM34134"node address.network administrationThe task of managing the software and hardware that connects computers in a network. This task includes assigning addresses to devices, maintaining network data files across the network, and setting up internetwork routing. Network administration can also include system tasks on a server, such as starting up and shutting down the system, adding and removing user accounts, and backing up and restoring data.ID="FM35470"network numberIn an AppleTalk network, a decimal integer between 1 and 65,279. You assign a network number to each nonextended network supporting AppleTalk. See also IDREF="FM24859"network range.In a TCP/IP network, the number of the network. Hexadecimal numbers must start with the character pair 0x or 0X. It can be specified with or without trailing zeros. For example, the addresses 130.57 and 130.57.0.0 denote the same IP network. ID="FM24859"network rangeOn an AppleTalk network, a contiguous range of decimal integers between 1 and 65,279, such as 1-10. You assign a network range to each extended network supporting AppleTalk. See also IDREF="FM35470"network number.ID="FM29508"nodeAn addressable entity on a network. This term sometimes refers to a device itself. Some examples of nodes are Macintosh computers, printers, and file servers. The node acquires a unique 8-bit node number dynamically when it connects to the network. It tries to use that address and node number again when it connects to the network the next time. If the node finds that its previous number is already in use, it tries again until it finds a unique node address. See also IDREF="FM34134"node address.ID="FM34134"node addressA number acquired dynamically by each node when it comes up on a network. You cannot assign an AppleTalk node address explicitly. A device's node address is combined with the network number to form its unique network address. See also IDREF="FM29508"node.nonextended networkAn AppleTalk network that does not support AppleTalk Phase 2 extensions, such as zone lists and network ranges.packetA group of bits transmitted as a unit of information on a network. These bits include data and control elements. The control elements include the addresses of the packet's source and destination and, in some cases, error-control information. In packet-switching networks, a transmission unit of a fixed maximum size that consists of binary digits representing both data and a header. packet frameA set of information added to a packet to ensure its proper transmission across the network. A frame consists of information in a format that is dependent on the physical medium on which the data travels.port(1) The logical point of contact between a LAN driver and a protocol that you bind to it. (2) The hardware that enables a component to communicate with a peripheral, such as a parallel port. (3) A unique server input/output address assigned to a LAN driver in NetWare software.ID="FM26161"protocolA set of rules for transmitting data within a network or internetwork. A protocol specifies the format, timing, and sequence in which the network transmits data. Common protocols include AFP, ALAP, RTMP, NCP, and IPX.routerThe software that connects multiple networks so that all the nodes on each network can access services and nodes on any other network. It operates at the Network layer (Layer 3) of the OSI model for forwarding decisions. An AppleTalk router connects AppleTalk networks into an internetwork so that all the nodes on each network can access services and nodes on any other connected network. It receives and forwards AppleTalk packets on the networks to which it is directly connected. ID="FM34609"routing information filterA type of filter that restricts the exchange of routing information between routers. These filters increase security by limiting the visibility of selected networks and reduce the network bandwidth consumed by the periodic exchange of routing information between routers.serverA combination of controller software and mass-storage devices that allows computer users to share common files and applications on a network. A server on an AppleTalk network might be a Macintosh computer running AppleShare software or an IBM PC (or a compatible computer) running the AppleTalk for NetWare software.ID="FM34185"service information filterA type of filter that restricts service access by filtering out the packets that advertise the services. These filters keep applications from discovering the location of services, but do not restrict access to services if applications know the locations of the services.split horizon (split-horizon routing)A routing technique by which a router does not advertise routes it learns from an interface out through the same interface, because neighboring routers reachable through that interface know the information already. Distance vector routing protocols typically use split horizon to reduce routing traffic on the network.TokenTalkAn AppleTalk network on token ring. tunnelingThe process of encapsulating and de-encapsulating one protocol in another. In AppleTalk, the process by which a router supporting AURP encapsulates AppleTalk packets in IP packets and sends them across a TCP/IP internetwork to another router supporting AURP. The router then removes the IP and AURP headers of the packets and forwards them, like other AppleTalk packets, to their destination AppleTalk network.workstationA node through which a user can access a server or other nodes. ID="FM23964"zoneA logical grouping of devices physically located on one or more networks. Each nonextended network must have exactly one zone name assigned to it. Each extended network must have at least one zone name, and can have up to 255 zone names, assigned to it. See also IDREF="FM37918"default zone; IDREF="FM31006"zones list.ID="FM31006"zones listA list of up to 255 unique zone names. See also IDREF="FM37918"default zone; IDREF="FM23964"zone.