Novell Help Librarian Data File Version 1.00
COPYRIGHT (c) 1985 by Novell, Inc.  All Rights Reserved.
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:H Configuration Menu                             1 of 5 
══════════════════════════════════════════════════════════  Welcome to the DHCP server configuration utility.  
 FOR FIRST- TIME CONFIGURATION, do the following:

  1. Select SUBNETWORK PROFILE.  Make any changes needed 
     to the profiles to describe your subnetworks. You
     must have at least one profile.
  2. If a workstation has an established IP address or 
     you want to assign a specific address to a    
     particular workstation, use IP ADDRESS ASSIGNMENT to
     assign IP addresses to these workstations.
═
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:7 Configuration Menu                             2 of 5 
══════════════════════════════════════════════════════════   3. If there is any workstation that you don't want to 
     assign IP address automatically, you can configure 
     it in EXCLUDED NODES. 
  For help with any screen, press <F1>.  For help with a 
  particular field, do the following:
  1. Highlight the field about which you want 
     information.
  2. Press <Enter>, and then <F1> to display the field 
     help information. Press <Esc> to exit help. Press 
     <Esc> again to exit the field.
	~
<
:, Configuration Menu                             3 of 5 
══════════════════════════════════════════════════════════   3. If pressing <Enter> displays a list of available 
     selections for a field, press <F1> for information 
     about both the field and the available selections.

  4. If the values for a field are Yes and No, press  
     <Enter> to select the field, and press <F1> to 
     display the help information. After viewing the help
     and pressing <Esc>, type Y to select Yes or N to 
     select No.  Then press <Enter> to continue.

+═
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: Configuration Menu                             4 of 5 
══════════════════════════════════════════════════════════  The Configuration Menu contains the following choices:

 SUBNETWORK PROFILE lets you define settings for each   
 network or subnetwork supported by your workgroup  
 server.

 IP ADDRESS ASSIGNMENT displays all currently configured
 workstations and lets you add and delete workstation IP 
 address assignments.  Use this selection to configure 
 workstations that have established IP addresses.
	
<
: Configuration Menu                             5 of 5 
══════════════════════════════════════════════════════════
 When a node on the EXCLUDED NODES reqeusts an IP address
 from the DHCP server, the reqeust is ignored. 
   

 EXIT returns you to the NetWare console prompt.





   PNy Private Path                                                     Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Use this field to define the path for the workstation's private \NET
 directory.  The path includes a drive letter.

 This directory is used to store the user's personal preference information, 
 such as individually created profiles and scripts.

 The directory can be on a local workstation drive, such as C: or D:, or it
 can be in a private area of a mapped network drive, such as a home
 directory.  All workstations must use the same private drive and path.

 If you define a network drive, check the system login script or each 
 user's NetWare login script to make sure the correct drive letter is 
 mapped to this area when each user logs in to the workgroup server.


                            (Press <Esc> to continue)ZPNR Shared                                                           Help 1 of 2
═════════════════════════════════════════════════════════════════════════════
 Use this field to identify which drive is mapped to the volume containing
 the shared server \NET directory.  This directory contains the shared LAN
 WorkGroup executable and global configuration files.

 After setting this parameter, you must ensure that one of the workstation's
 login scripts provides a NetWare drive mapping to this location.  You also
 need to map a search drive to the \NET\BIN directory for each user.

 When you exit this form, LWGCON creates or updates the necessary login
 script lines in a batch file (SYS:\PUBLIC\SYSLOGIN.LWG for NetWare 3.12;
 SYS:\PUBLIC\DSLOGIN.LWG for NetWare 4).


 <Esc>=Exit Help                                             <PgDn>=Next Page6≡PN─ Shared                                                           Help 2 of 3
══════════════════════════════════════════════════════════════════════════════  For NetWare 3.12, use SYSCON to add the following line to the end of the
 system login script to call this batch file:

     INCLUDE SERVERNAME\SYS:\PUBLIC\SYSLOGIN.LWG
 
 Where SERVERNAME is the name of the LAN WorkGroup server. 

 For NetWare 4, use NETADMIN or NWADMIN to add the following line to the
 end of the container login script to call this batch file:

     IF MEMBER OF ".CN=LANWORKGROUP.OU=ORG_UNIT.O=ORG THEN INCLUDE
     SERVERNAME\SYS:PUBLIC\DSLOGIN.LWG

 <Esc>=Exit Help                                             <PgDn>=Next PageZPN Shared                                                           Help 3 of 3
══════════════════════════════════════════════════════════════════════════════  Where ORG_UNIT is the name of the organizational unit (OU) object in which
 the server resides; ORG is the name of the organization (O) object; and
 SERVERNAME is the name of the LAN WorkGroup server.
  
 The correct trustee rights are set up automatically for all users who are
 members of the NetWare user group called LANWORKGROUP.  You must add all LAN
 WorkGroup users to this group.

 For NetWare 3.12, use SYSCON to add all LAN WorkGroup users to the user
 group.  For NetWare 4, use NETADMIN or NWADMIN to add all LAN WorkGroup
 users to the user group.


                          (Press <Esc> to continue)IPN▐ SYS:                                                             Help 1 of 3
══════════════════════════════════════════════════════════════════════════════  Use this field to identify which drive is mapped to the shared server
 SYS: volume.  All workgroup users must have access to this volume on the
 workgroup server.

 After setting this parameter, you must ensure that one of the workstation's
 login scripts provides a NetWare drive mapping to this location.

 When you exit this form, LWGCON creates or updates the necessary login
 script lines in a batch file (SYS:\PUBLIC\SYSLOGIN.LWG for NetWare 3.12;
 SYS:\PUBLIC\DSLOGIN.LWG for NetWare 4).



 <Esc>=Exit Help                                             <PgDn>=Next Page
&SPN┼ SYS:                                                             Help 2 of 3
══════════════════════════════════════════════════════════════════════════════  For NetWare 3.12, use SYSCON to add the following line to the end of the
 system login script to call this batch file:

     INCLUDE SERVERNAME\SYS:\PUBLIC\SYSLOGIN.LWG
 
 Where SERVERNAME is the name of the LAN WorkGroup server. 

 For NetWare 4, use NETADMIN or NWADMIN to add the following line to the
 end of the container login script to call this batch file:

     IF MEMBER OF ".CN=LANWORKGROUP.OU=ORG_UNIT.O=ORG THEN INCLUDE
     SERVERNAME\SYS:PUBLIC\DSLOGIN.LWG

 <Esc>=Exit Help                                             <PgDn>=Next Page
IPN SYS:                                                             Help 3 of 3
══════════════════════════════════════════════════════════════════════════════  Where ORG_UNIT is the name of the organizational unit (OU) object in which
 the server resides; ORG is the name of the organization (O) object; and
 SERVERNAME is the name of the LAN WorkGroup server.
  
 The correct trustee rights are set up automatically for all users who are
 members of the NetWare user group called LANWORKGROUP.  You must add all LAN
 WorkGroup users to this group.

 For NetWare 3.12, use SYSCON to add all LAN WorkGroup users to the user
 group.  For NetWare 4, use NETADMIN or NWADMIN to add all LAN WorkGroup
 users to the user group.


                            (Press <Esc> to continue):
8Enter Subnetwork Address                       1 of 1
════════════════════════════════════════════════════════Use this form to enter the address (subnetwork number) for a subnetwork.  Use dotted notation; for example, 144.35.0.0.

Type the address and press <Enter>.





b'PN▌ LAN WorkGroup Parameters                                         Help 1 of 3
══════════════════════════════════════════════════════════════════════════════  Use this form to set parameters that specify the locations of the LAN
 WorkGroup files on the server. These parameters affect all LAN WorkGroup
 members.  

 After setting these parameters, you must ensure that each workstation in the
 workgroup runs a login script that provides the NetWare drive mappings
 required to access these locations.  When you exit this form, LWGCON creates
 the necessary login script lines in a batch file (SYS:\PUBLIC\SYSLOGIN.LWG
 for NetWare 3.12; SYS:\PUBLIC\DSLOGIN.LWG for NetWare 4).

 For NetWare 3.12, use SYSCON to add the following line to the end of the
 system login script to call this batch file:

     INCLUDE SERVERNAME\SYS:\PUBLIC\SYSLOGIN.LWG
 
 Where SERVERNAME is the name of the LAN WorkGroup server. 

 <Esc>=Exit Help                                             <PgDn>=Next PageR+m#PN╪ LAN WorkGroup Parameters                                         Help 2 of 3
══════════════════════════════════════════════════════════════════════════════  For NetWare 4, use NETADMIN or NWADMIN to add the following line to the end
 of the container login script to call this batch file:

     IF MEMBER OF ".CN=LANWORKGROUP.OU=ORG_UNIT.O=ORG THEN INCLUDE
     SERVERNAME\SYS:PUBLIC\DSLOGIN.LWG

 Where ORG_UNIT is the name of the organizational unit (OU) object in which
 the server resides; ORG is the name of the organization (O) object; and
 SERVERNAME is the name of the LAN WorkGroup server.

 The correct trustee rights are set up automatically for all users who are
 members of the NetWare user group called LANWORKGROUP. 

 For NetWare 3.12, use SYSCON to add all LAN WorkGroup users to the user
 group.  For NetWare 4, use NETADMIN or NWADMIN to add all LAN WorkGroup
 users to the user group.

 <Esc>=Exit Help                                             <PgDn>=Next Pageb'PNC LAN WorkGroup Parameters                                         Help 3 of 3
══════════════════════════════════════════════════════════════════════════════
 LAN WORKGROUP DRIVES identifies which drives on the client are mapped to
 the LAN WorkGroup directories.  These directories are the server directories
 in which LAN WorkGroup files are stored.

 PRIVATE PATH identifies the path to the workstation's private \NET
 directory.

 SHARED identifies which drive is mapped to the volume containing the 
 shared server \NET directory.

 SYS: identifies which drive is mapped to the SYS: volume on the workgroup
 server.  If \NET is on the SYS: volume, this value is filled in 
 automatically.

 For detailed help on each field, highlight the field, press <Enter>, and
 then press <F1>.

                       (Press <Esc> to continue)20/SUBNET_PROFILE_FRAMETYPE_HELP

Screen not used.81
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9,Key Assignments Help                            1 of 1
═════════════════════════════════════════════════════════  <Esc>           Redisplay the preceding screen.
 <F10>           Exit the program.
 <Backspace>     Delete the character to the left of the
                 cursor.
 <Ins>           Insert a new item.
 <Del>           Delete an item.
 <F3>            Rename/modify/edit an item.
 <Enter>         Store information or select an item.
 <F1>            Provide online help.
 <Up-arrow>      Move up one line.
 <Down-arrow>    Move down one line.⌠.
               HELP HELP20&WS_IP_FRAMETYPE_HELP

Screen not used.╠3
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9
IP Address Assignment                          1 of 6 
═════════════════════════════════════════════════════════This screen lists all workstations to which IP addresses have been assigned.  The list maps each workstation to an assigned IP address. Each time a workstation starts, it sends a message requesting (BOOTP or DHCP reqeust) its IP address to a DHCP server. The DHCP server consults this list first to determine the IP address, if it is not configured in this list, DHCP server will get an address from the pool.


i6º1
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9àIP Address Assignment                          2 of 6 
═════════════════════════════════════════════════════════  Entries to this list are made manually by you, the  
 administrator, or are entered automatically during 
 workstation initial startup.  If no workstations are 
 listed, none have been configured.
 Use this screen to monitor and manage IP address 
 assignment for the workstations.  Once an IP address
 is assigned here, before the lease time expired, it 
 cannot be assigned automatically to any other     
 workstation.   
 This prevents a workstation's established IP address 
 from being assigned to a different workstation.  S8╠3
;
9╥IP Address Assignment                          3 of 6 
═════════════════════════════════════════════════════════  To add a new workstation, press <Insert>.  Add only 
 workstations to which you want to assign a specific IP 
 address.  
 To modify information about a workstation, select the 
 workstation and press <Enter>.
 To delete a workstation, select the workstation and 
 press <Delete>.
 To rename a workstation, select the workstation and  
 press <F3>.
 
∩9i6
;
9äIP Address Assignment                          4 of 6 
═════════════════════════════════════════════════════════
 You can also search the list for a particular   
 workstationusing the IP address, workstation name, or 
 physical address as your search parameter.
 To search for a particular workstation, press <F2>, 
 enter the search parameter, press <Enter>, and then 
 press <Esc>.
 
ª;S8
;
9ƒIP Address Assignment                          5 of 6 
═════════════════════════════════════════════════════════ To search for a particular workstation, press <F2>, enter the search parameter, press <Enter>, and then press <Esc>.

WORKSTATION is the name of the workstation including the DNS domain name, if any.  Automatically assigned entries will use the NetWare login name of the user as the workstation name.
∩9
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9iIP Address Assignment                          6 of 6 
═════════════════════════════════════════════════════════  SUBNETWORK is the subnetwork profile for this   
 workstation.  To create and modify subnetwork profiles,  use the Subnetwork Profile option.

 AUTO CONFIGURED contains an asterisk if the 
 workstation's IP address was automatically assigned.

 
:
8K Enter Workstation Name                     1 of 1
════════════════════════════════════════════════════════  Use this form to enter the name for a client
 workstation that has an established IP address.
 Novell recommends that you use the NetWare  login
 name of the workstation's user.

 The workstation name is case insensitive. »@9
7
Workstation IP Address Assignment            1 of 4 
═══════════════════════════════════════════════════════Use this form to enter the setup information for a workstation that already   has an established IP address.

Before you can configure these workstations, you must use the Subnetwork Profile selection on the Configuration Menu to create a subnetwork profile
for the subnetwork where the workstations are located.

If you are entering information for a workstation with an established IP address that falls within an ╧Bè>9
7Workstation IP Address Assignment            2 of 4 
═══════════════════════════════════════════════════════automatic address assignment range, enter its IP address and physical address.  You must create an entry for all such workstations so that their established addresses are not assigned to different workstations.  Typically these systems are UNIX hosts that you connect to or other NetWare servers.  

Type the IP and physical addresses in the fields provided; then press  <Esc> to create the workstation entry.  íD»@9
7║Workstation IP Address Assignment            3 of 4 
═══════════════════════════════════════════════════════To display help for the address fields, highlight the field, press <Enter>, and then press <F1>.

WORKSTATION NAME displays the name you entered for the workstation. 

INTERNET ADDRESS lets you type the workstation's IP address in dotted notation (for example, 122.44.8.3).

Lease Time shows the lease duration for this workstataion.╧B9
7Workstation IP Address Assignment            4 of 4 
═══════════════════════════════════════════════════════PHYSICAL ADDRESS lets you type the hardware (MAC) address of the workstation's network controller board. This address is either six hexadecimal bytes separated by colons (most network types) or one byte (ARCnet only): for example, 00:00:1b:30:06:fc or 3b.

SUBNETWORK PROFILE is updated to display the name of the subnetwork profile for the workstation's subnetwork after you enter the IP address.
                         (H:
8C Internet Address                            1 of 2 
════════════════════════════════════════════════════════  Use this field to enter the IP address for this
 workstation.

 An IP address is a network-level address assigned to
 each system in a TCP/IP network.  It is 4 bytes long. 
 The bytes are separated by periods.

═F9
7{ Internet Address                            2 of 2 
═══════════════════════════════════════════════════════  You can enter each byte as a decimal or hexadecimal
 number (for example, 122.44.8.3 or
 0x89.0x2f.0x03.0xf0).

 When you enter a valid IP address, the Subnetwork
 Profile field is updated to show the name of the
 subnetwork profile for the workstation's subnetwork.

mK:
8Ü Physical Address                            1 of 2 
════════════════════════════════════════════════════════  Use this field to enter the physical address for this
 workstation.  This is the hardware-level address of 
 the workstation's network interface card.  It is
 sometimes called the Media Access Control (MAC)
 address.

 The physical address for Ethernet and token ring 
 networks is six hexadecimal ╗I9
7} Physical Address                            2 of 2 
═══════════════════════════════════════════════════════  bytes.  When you type the address, separate the
 bytes with colons (for example, 00:00:1b:30:06:fc).

 For ARCnet networks, the address is one hexadecimal
 byte (for example, 4a).

 You can obtain this address from the network
 interface card's documentation or label.

:
8PDelete IP Address Assignment                   1 of 1
════════════════════════════════════════════════════════  Use this confirmation box to verify that you want to
 delete the IP address entry for the highlighted
 workstation.

 To delete the entry, select Yes and press <Enter>.

 To retain the entry, select No and press <Enter>.



rRPN≡ Workstation Types                                                Help 1 of 2
══════════════════════════════════════════════════════════════════════════════  This screen lists all currently defined workstation types.  Use this 
 screen to create a workstation type for each workstation network hardware
 and software configuration in your workgroup. 

 Workgroup users must specify the correct type when they run WGSETUP to 
 configure their workstations.  You must tell each user which type to use.

 Initially, a type identified as !default is provided that specifies only
 the boot drive location.  You can use this type as is or make changes to it.
 When a workstation user runs the WGSETUP configuration utility, the !default
 type is used if the user does not specify a type in the WGSETUP command
 line.

 To add a new workstation type, press <Insert>.

 To change a workstation type, select the profile and press <Enter>.

 <Esc>=Exit Help                                             <PgDn>=Next PagejN		PN@ Workstation Types List                                           Help 2 of 2
══════════════════════════════════════════════════════════════════════════════  To rename a workstation type, select the type and press <F3>.

 To delete a workstation type, press <Delete>.

                          (Press <Esc> to continue)PN≤ Enter Workstation Type                                           Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Use this form to enter a name for a new workstation type.

 A useful name identifies the hardware or hardware/software combination that 
 the profile describes.  For example, if you have some AST workstations with 
 Ethernet controllers and some with token ring controllers, you might have 
 profiles named AST-ETHER and AST-TOKEN.

 You can enter the name as any combination of uppercase and lowercase 
 letters.  For example, engr and ENGR are the same name.

 Workstation users supply this name to invoke the profile when they run the 
 WGSETUP workstation configuration utility.  The LAN WorkGroup administrator 
 must tell each user which type to use.

 If a user runs WGSETUP without supplying a type, type !default is used.
 You may want to define !default for your most common configuration.

                           (Press <Esc> to continue)ù[PN¬ Workstation Type                                                 Help 1 of 3
══════════════════════════════════════════════════════════════════════════════  Use this form to enter information that defines a workstation type.  A
 workstation type defines the LAN WorkGroup parameter values that will be set
 for a workstation when a user runs WGSETUP.

 BOOT DRIVE is mandatory and identifies the drive from which a user boots 
 (restarts) the workstation. If different workstations boot from different 
 drives, create a separate profile for each boot drive configuration.

 LINK DRIVER SETUP allows you to indicate the ODI driver installed on the
 workstation and the frame type used to support IP transmissions.  The
 WGSETUP.EXE utility uses this information to modify the appropriate entry in
 the workstation's NET.CFG file to support IP transmissions.


<Esc>=Exit Help                                              <PgDn>=Next PageP_╒WPNí Workstation Type                                                 Help 2 of 3
══════════════════════════════════════════════════════════════════════════════  OPTIONAL TUNING PARAMETERS allow you to enter optional customized NET.CFG
 Link Support parameters for an ODI driver and LSL.COM combination,
 including the number and size of the TCP/IP receive packet buffers, the size
 of the memory pool, the maximum number of logical boards (frame types), and
 the maximum number of logical protocol stacks to support. 

 PRIMARY TERMINAL EMULATION allows you to select the default or primary
 terminal emulation mode used by the Host Presenter application.  The Async,
 Nvt, and Telnet protocol modes are available.

 XFONTS allows you to select the resolution of the fonts installed for the
 X-Server application.  Fonts of 75 or 100 dpi are available.


<Esc>=Exit Help                                              <PgDn>=Next Pageù[PNâ Workstation Type                                                 Help 3 of 3
══════════════════════════════════════════════════════════════════════════════  LOAD LPR CLIENT DRIVER allows you to load the LPR client driver, enabling
 the workstation to print to a printer attached to another workstation or a
 UNIX host. 

 NFS CLIENT CONFIGURATION allows you to configure the workstation as an NFS
 client. This enables the workstation to access file systems on NFS servers. 

 For detailed help on each field, highlight the field, type a character or
 press <Enter>, and then press <F1>.


                           (Press <Esc> to continue)
PNB Boot Drive                                                       Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Enter the letter that identifies the startup (boot) drive on workstations
 that use this profile: for example, C.

 The WGSETUP program uses this information to locate the workstation's 
 configuration files (AUTOEXEC.BAT, CONFIG.SYS, and NET.CFG).  WGSETUP 
 modifies these files so that the LAN WorkGroup software runs whenever the
 user restarts the workstation.

                            (Press <Esc> to continue)hPN╜Login Server Setup Field                                         Help 1 of 2
══════════════════════════════════════════════════════════════════════════════  Screen not used. Use this field to specify whether WGSETUP automatically configures the 
 client workstation to log the user into the workgroup server when the 
 workstation is restarted.

 To have WGSETUP configure server login, select Yes.  The Server Name field 
 is then displayed, allowing you to specify the name of the login server.

 To leave the client server login configuration unchanged, select No.  The 
 Server Name field is not displayed.  WGSETUP places a login command in the 
 client workstation's LANWG.BAT file that does not specify a username or 
 login server.  In this case, the first server that responds when the 
 workstation is rebooted displays a username prompt to allow the user to log 
 in.

 <Esc>=Exit Help                                             <PgDn>=Next PageEdP	N Login Server Setup Field                                         Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  If you are using the NetWare v4.0 client, select No for this field.  After 
 you run WGSETUP from the workstation, copy the new NET.CFG file, created by 
 WGSETUP, from the root directory of the workstation's boot drive to the 
 workstation's \NWCLIENT directory.  You must also copy the ODI driver and 
 LSL.COM into \NWCLIENT.
 
                           (Press <Esc> to continue)PN│ Server Name Field                                                Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Screen not used. Use this field to enter the name of the NetWare server that the user will 
 log into.  Normally this is the workgroup server.

 When the client runs the WGSETUP program, WGSETUP configures the LANWG.BAT 
 file on the workstation to log the user into this server automatically 
 whenever the workstation is restarted.

 If you are using the NetWare v4.0 client, do not enter a value for the
 Server Name field, and select No for the Login Server Setup field.  After 
 you run WGSETUP from the workstation, copy the new NET.CFG file, created by 
 WGSETUP, from the root directory of the workstation's boot drive to the 
 workstation's \NWCLIENT directory.  You must also copy the ODI driver and 
 LSL.COM into \NWCLIENT.

                           (Press <Esc> to continue)├rPNæ Shell Setup Field                                                Help 1 of 2
══════════════════════════════════════════════════════════════════════════════  Screen not used. Use this field to specify whether WGSETUP automatically installs and  configures a NetWare shell program and IPXODI to run when the workstation is  restarted.  Workstations must run a NetWare shell and IPXODI to access and  log into the workgroup server.

 To configure a shell, select Yes.  The Shell Name field is then displayed, 
 allowing you to specify the shell to be run.  To leave the client shell 
 configuration unchanged, select No.  The Shell Filename field is not 
 displayed, and WGSETUP makes no changes to the client NetWare shell 
 configuration.  In this case, the user must configure the workstation to run  a NetWare shell and IPXODI.

 Selecting No is useful for workstations that have already been configured to  run a NetWare shell and use IPXODI and do not need to be upgraded to one of 
 the shells provided with LAN WorkGroup (BNETX.EXE, NETX.COM, NETX.EXE, 
 EMSNETX.EXE, or XMSNETX.EXE).

 <Esc>=Exit Help                                             <PgDn>=Next PagenP	N( Shell Setup Field                                                Help 2 of 2
══════════════════════════════════════════════════════════════════════════════  If you are using the NetWare v4.0 client, select No for the Shell Setup 
 field.  After you run WGSETUP from the workstation, copy the new NET.CFG 
 file, created by WGSETUP, from the root directory of the workstation's boot 
 drive to the workstation's \NWCLIENT directory.  You must also copy the ODI 
 driver and LSL.COM into \NWCLIENT.

                            (Press <Esc> to continue)20(WS_TYPE_SHELLNAME_HELP

Screen not used.╚xPNm Available Shells List                                            Help 1 of 2
══════════════════════════════════════════════════════════════════════════════  Screen not used. Use this list to select a NetWare shell for the Shell Filename field.  The shell you select will be installed and configured by WGSETUP for this  workstation.  Highlight the shell for this workstation and press <Enter>.
 The available shells are:

   BNETX.EXE   -- shell for use with the Burst Mode update.

   NETX.COM    -- previous shell version, for use if required by your
                  software.

   NETX.EXE    -- standard NetWare shell, appropriate in most situations.

   EMSNETX.EXE -- NetWare shell that runs in expanded (upper) memory.

   XMSNETX.EXE -- NetWare shell that runs in extended (upper) memory.

 <Esc>=Exit Help                                             <PgDn>=Next PageCuPN Available Shells List                                            Help 2 of 2
══════════════════════════════════════════════════════════════════════════════  When the client runs the WGSETUP program, WGSETUP configures the LANWG.BAT 
 file on the workstation to run the shell program and the underlying 
 IPXODI.COM driver.  These programs run automatically whenever the 
 workstation is restarted.
 
 If you are using the NetWare v4.0 client, select No for the Shell Setup 
 field.  After you run WGSETUP from the workstation, copy the new NET.CFG 
 file, created by WGSETUP, from the root directory of the workstation's boot 
 drive to the workstation's \NWCLIENT directory.  You must also copy the ODI 
 driver and LSL.COM into \NWCLIENT.

                          (Press <Esc> to continue)£PNè Link Driver Setup Field                                          Help 1 of 2
══════════════════════════════════════════════════════════════════════════════  Screen not used.  Use this field to specify whether WGSETUP automatically installs and  configures an ODI driver to run when the workstation is restarted.  Each  workstation must run an ODI driver to access the workgroup server and run  LAN WorkGroup.

 To configure a driver, select Yes.  The Driver Name field is then displayed,  allowing you to select a driver from those supplied with LAN WorkGroup.

 To leave the client ODI driver configuration unchanged, select No.  The 
 Driver Name field is not displayed, and WGSETUP makes no changes to the 
 client ODI driver configuration.  In this case, the workstation must be 
 configured manually to run an ODI driver.

 <Esc>=Exit Help                                             <PgDn>=Next Page·{PN Link Driver Setup Field                                          Help 2 of 2
══════════════════════════════════════════════════════════════════════════════  Selecting No is useful for workstations that have already been configured 
 to run an ODI driver and do not need to be upgraded to one of the drivers 
 supplied with LAN WorkGroup.  Use this selection if you have already 
 configured a third-party ODI driver on the workstation.

 If you select No, you must make sure that your ODI driver is properly
 configured to support TCP/IP, including enabling the frame type used by
 TCP/IP, in the NET.CFG file in the root directory of the workstation's boot 
 drive.  Refer to the documentation for your third-party ODI driver for
 instructions.
 
                         (Press <Esc> to continue)20'WS_TYPE_DRVNAME_HELP

Screen not used.
_çPN5 Available Link Drivers                                           Help 1 of 2
══════════════════════════════════════════════════════════════════════════════  Use this list to select the ODI driver for WGSETUP to install for this
 workstation type.

 Highlight the description that matches the workstation's network controller 
 board and bus type, and press <Enter>.  Additional fields are then displayed  to allow you to specify the setup parameters for the selected driver.  These  fields differ according to the driver.

 The drivers provided with LAN WorkGroup are stored in the shared server
 directory \NET\ODI.  There is a text file for each driver file with the same
 root name and the file extension .INS.  For example, NE2000.COM has text
 file NE2000.INS.  You can view the text file to see additional information
 about the driver.  If no description or ODI driver matches your network
 controller board, you can use your own ODI driver or one supplied by your
 network hardware vendor.

 <Esc>=Exit Help                                             <PgDn>=Next PageâPNi Available Link Drivers                                           Help 2 of 2
══════════════════════════════════════════════════════════════════════════════  If you have an ODI driver that is not included in \NET\ODI, you must create
 a custom driver.  To create a custom driver, exit LWGCON and copy your
 driver executable file and its .INS file to the shared server \NET\ODI 
 directory.  When you reload LWGCON, your driver appears in the list of 
 available link drivers.

 New ODI drivers are frequently made available by Novell and by network 
 hardware vendors.  Contact your Novell-authorized reseller for current 
 driver information.   

 When a client workstation runs the WGSETUP program, WGSETUP modifies the
 NET.CFG file on the workstation boot drive to provide the Link Driver and
 Link Support entries.

                         (Press <Esc> to continue)
20-WS_TYPE_IPX_FRAMETYPE_HELP

Screen  not used.20+WS_TYPE_IP_FRAMETYPE_HELP

Screen not used.PNS Available Port Addresses List                                    Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Screen nnot used. Use this list to select a port to be configured by WGSETUP for this ODI driver.

 The port address specifies a location to be used for data input and output.   PCs provide a range of port addresses that can be assigned to expansion 
 boards, such as network controller boards.

 The port used is determined when the network board is installed in the 
 workstation.  Refer to the documentation for the network board for more 
 information.

 The list displays the port settings supported by the ODI driver you are 
 configuring.  Highlight the port used by the workstation's network 
 controller board, and press <Enter>.

                            (Press <Esc> to continue)aôPNv Available Frame Types for IPX                                    Help 1 of 2
══════════════════════════════════════════════════════════════════════════════  Screen not used. Use this list to select the IPX frame type used by the ODI driver.  
 LAN WorkGroup allows workstations to use both the IPX and TCP/IP transport
 protocols.  Transport protocols transport data across the network. Using
 IPX, workstations access NetWare servers and services.  Using TCP/IP,
 workstations access TCP/IP devices, such UNIX hosts.  Frame types determine
 how data at the transport layer is formatted on different LANs.  The TCP/IP
 and IPX protocols require different frame types in some instances.

 You can run the CONFIG command at the server console to determine which 
 frame type is being used for IPX.  The output of this command includes the 
 frame type for IPX.

 Select a frame type currently in use on your network and supported by the
 workstation's network controller board.  Refer to the controller board
 documentation to determine the supported frame types.

 <Esc>=Exit Help                                             <PgDn>=Next Page
╙ÄPN£ Available Frame Types for IPX                                    Help 2 of 2
══════════════════════════════════════════════════════════════════════════════  The list displays the available frame types for the ODI driver.  

 Possible frame types are

    Ethernet:    ETHERNET_II, ETHERNET_SNAP, ETHERNET_802.2, ETHERNET_802.3

    Token Ring:  TOKEN-RING LSB, TOKEN-RING MSB, TOKEN-RING_SNAP LSB,
                 TOKEN-RING_SNAP MSB

    ARCnet:      NOVELL_RX-NET

    IBM PC-NET:  IBM_PCN2_802.2, IBM_PCN2_SNAP

    FDDI:        FDDI, FDDI_SNAP

 Select the IPX frame type and press <Enter>.

                          (Press <Esc> to continue)                   20(WS_TYPE_INTERRUPT_HELP

Screen not used.PNä Available Interrupts                                             Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Screen not used. Use this list to select the interrupt for WGSETUP to
 assign to this ODI driver.

 An interrupt is also called an IRQ, for interrupt request, by some hardware 
 manufacturers.  Workstations usually allow for a range of interrupts that
 can be assigned to expansion boards, such as network controller boards. 
 Which interrupt is used is determined when the network board is installed in
 the workstation.  Refer to the documentation for the network board for more 
 information.

 The list displays the interrupt settings supported by the ODI driver you 
 are configuring.  Highlight the interrupt used by the workstation's network 
 controller board, and press <Enter>.

                            (Press <Esc> to continue),Ü20#WS_TYPE_PORT_HELP

Screen not used.±Ö2020"WS_TYPE_DMA_HELP

Screen not used.PNü Available DMA Channels List                                      Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Screen not used. Use this list to select a DMA channel to be configured by
 WGSETUP for this  ODI driver.

 The DMA (Direct Memory Access) channel is used by a network board to 
 communicate with PC memory.  PCs provide a range of DMA channels that can 
 be assigned to expansion boards, such as network controller boards.

 The DMA channel used is determined when the network board is installed in 
 the workstation.  Refer to the documentation for the network board for more 
 information.

 The list displays the DMA channel settings supported by the ODI driver you 
 are configuring.  Highlight the DMA channel used by the workstation's 
 network controller board, and press <Enter>.

                         (Press <Esc> to continue)20#WS_TYPE_SLOT_HELP

Screen not used.PNÑ Available Slots                                                  Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Screen not used. Use this list to select the expansion slot of the
 workstation's network board whose ODI driver you are configuring. 

 The expansion slot specifies the physical location of the network controller
 board in the workstation's chassis.  The slot used is determined when the
 network board is installed in the workstation. 

 Check the workstation to determine which slot was used.  Refer to the 
 documentation for the network board and the workstation's hardware
 documentation for more information.

 The list displays the expansion slot settings supported by the ODI driver 
 you are configuring. 

 Highlight the slot in which the workstation's network controller board is
 installed, and press <Enter>.

                          (Press <Esc> to continue)20"WS_TYPE_MEM_HELP

Screen not used.PN¡ Available Memory Start Addresses List                            Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Screen not used. Use this list to select a starting memory address (offset or shared memory  address) to be configured by WGSETUP for this ODI driver.

 The memory starting address is a hexadecimal number that identifies the 
 start of a segment of PC memory to be dedicated for use by a controller 
 board or shared between the controller board and the PC.

 The memory address used is determined when the network board is installed 
 in the workstation.  Refer to the documentation for the network board for 
 more information.

 The list displays the memory starting addresses supported by the ODI driver 
 you are configuring.  Highlight the memory address used by the workstation
 network controller board, and press <Enter>.

                          (Press <Esc> to continue)20#WS_TYPE_LSTA_HELP

Screen not used.20%WS_AVAIL_LSTA_HELP

Screen not used.
20"WS_TYPE_ALT_HELP

Screen not used.20"WS_TYPE_SAP_HELP

Screen not used.20#WS_AVAIL_SAP_HELP

Screen not used.2
0$WS_TYPE_MAXFS_HELP

Screen not used.20%WS_AVAIL_MAXFS_HELP

Screen not used.20!WS_EDITBOX_HELP

Screen not used.╘⌐
;
9╒ Configured Subnetwork                         1 of 4 
═════════════════════════════════════════════════════════  This screen lists all currently configured subnetwork 
 profiles. Use this screen to view, add, modify, and 
 delete subnetwork profiles.

 Create a profile for each subnetwork that has LAN 
 WorkGroup users. Even if you do not have subnetworks,  
 you must still have a profile defined for your network. 
 
 To add a subnetwork profile, press <Insert>.
æ½τº
;
9Ñ Configured Subnetwork                         2 of 4 
═════════════════════════════════════════════════════════  To view the settings for a subnetwork profile, select  
 the profile and press <Enter>.  

 The subnetwork profile form displays,  To modify a 
 setting, highlight the field, press <Enter>, and make 
 your change. 

 Usually, it is simpler to edit the initial profiles   
 than  it is to create new ones.

@¡╘⌐
;
9ù Configured Subnetwork                         3 of 4 
═════════════════════════════════════════════════════════  To rename a subnetwork profile, select the subnetwork 
 and press <F3>.
 
 To remove a subnetwork profile, select the profile and 
 press <Delete>.  
 
 This also deletes all workstation entries that use this
 profile and prevents those workstations from using the 
 LAN WorkGroup software.

æ½
;
9mConfigured Subnetwork                          4 of 4 
═════════════════════════════════════════════════════════  SUBNETWORK NAME is the name assigned to a subnetwork.

 ADDRESS is the IP address of the subnetwork.

 ADDRESS ASSIGNMENT indicates whether IP addresses for  
 workstations in this profile are assigned 
 automatically, statically, or both ways.  



ñ░
;
9╟ Available Subnet Masks                        1 of 2 
═════════════════════════════════════════════════════════  Use this list to select an available mask for the  
 subnetwork.
 Even if your network does not support subnetworks, you 
 must still enter the IP address class default 
 subnetwork mask.
 If your network address starts with 1-126   (Class A), 
 enter 255.0.0.0
 If your network address starts with 128-191 (Class B), 
 enter 255.255.0.0

 ┼«
;
9Available Subnet Masks                         2 of 2  ═════════════════════════════════════════════════════════  If your network address starts with 192-223 (Class C),   enter 255.255.255.0

 Highlight the subnetwork mask for your network, and  
 press <Enter>         






;
9p Enter Subnetwork Profile Name                  1 of 1
═════════════════════════════════════════════════════════  Use this form to enter a descriptive name for a 
 subnetwork.

 You can type the subnetwork name in any combination of 
 uppercase  or lowercase letters.  For example, 
 Marketing-Net is the same name as MARKETING-NET.

 Type a name and press <Enter>.


9
7≈Delete Subnetwork Profile                     1 of 1
═══════════════════════════════════════════════════════Use this confirmation box to verify that you want to delete a subnetwork profile. When you delete a subnetwork profile, you also delete all the workstation entries that use the profile. To delete the subnetwork profile and all of the workstation  entries configured on that subnetwork , select Yes and press <Enter>.

To retain the profile and workstation entries, select No and  press <Enter>.
¡╖:
8- Subnetwork Profile                           1 of 5 
════════════════════════════════════════════════════════  Use this form to supply the information for a 
 subnetwork profile.
 SUBNETWORK ADDRESS identifies the IP address of the 
 subnetwork to which the workstations in this profile 
 attach. 

 SUBNETWORK MASK identifies the subnetwork mask for 
 your network.  Even if your network does not support 
 subnetworks, you must still select the IP address 
 class default subnetwork mask for your network.  The
 default subnetwork masks are as follows:
▒╣h╡:
8∞ Subnetwork Profile                           2 of 5 
════════════════════════════════════════════════════════  If your network address starts with 1-126 (Class A), 
 enter 255.0.0.0
 If your network address starts with 128-191 (Class B),
 enter 255.255.0.0
 If your network address starts with 192-223 (Class C),
 enter 255.255.255.0

 For example, if you are using a Class C network with 
 an address of 192.9.220.0 and you do not have 
 subnetworks, select subnetwork mask 255.255.255.0.
÷╗¡╖:
8- Subnetwork Profile                           3 of 5 
════════════════════════════════════════════════════════  NETBIOS PARAMETERS indicates whether to configure 
 NetBIOS over TCP/IP information for this subnetwork.  
 Press <Enter> to display additional fields for Name 
 Server addresses, Node Type and Scope.

 AUTOMATIC IP ADDRESS ASSIGNMENT indicates whether 
 automatic allocation of IP  addresses to workstations 
 is supported. Selecting Yes displays additional fields
 to indicate the range of IP addresses available for 
 automatic assignment.
 î╜▒╣:
8~ Subnetwork Profile                           4 of 5 
════════════════════════════════════════════════════════
 NETWARE/IP CONFIGURATION indicates whether NetWare/IP 
 is upported on the subnetwork. NetWare/IP allows a 
 workstation on a TCP/IP subnetwork with 
 NetWare/IP client software to access NetWare services.
 Selecting Yes displays a NetWare/IP configuration 
 form.




÷╗:
8╧ Subnetwork Profile                           5 of 5 
════════════════════════════════════════════════════════  VIEW CONFIGURED WORKSTATIONS displays a list of the 
 workstations currently configured on this subnetwork,   including each workstation's IP address, physical 
 address, and an indication of whether the IP address 
 was automatically assigned.

 For detailed help on each of these fields, highlight 
 a field, press <Enter>, and then press <F1>.
 

20,SUBNET_PROFILE_IPADDR_HELP

Screen not used.î┴:
8╜ Subnetwork Mask                              1 of 2 
════════════════════════════════════════════════════════  Use this list to select the subnetwork mask for your 
 network.  
 If your network does not support subnetworks, you must  still enter the IP address class default subnetwork 
 mask.
 If your network address starts with 1-126   (Class A),  enter 255.0.0.0
 If your network address starts with 128-191 (Class B),  enter 255.255.0.0

╖┐:
8 Subnetwork Mask                              2 of 2 
════════════════════════════════════════════════════════
 If your network address starts with 192-223 (Class 
 C),  enter 255.255.255.0
 
 Highlight the subnetwork mask for your network, and 
 press <Enter>.





t─:8¼ Default Router                               1 of 2 
════════════════════════════════════════════════════════  Use this field to enter the IP address of the default
 router for this subnetwork.  The router must be on the
 same subnetwork as the workstation you are   
 configuring.

 If you have configured a SYS:ETC\HOSTS file on the 
 server, you can enter a symbolic hostname for the 
 router (for example, NOVL-SERVER).


░┬:
8û Default Router                               2 of 2 
════════════════════════════════════════════════════════  Alternatively, you can enter the IP address of the 
 router.  Enter the address in dotted notation (for 
 example, 122.43.12.97).

 Type the router name or address and press <Enter>.

 If your network does not have a router, leave the 
 field blank and press <Enter>.

                       
Q╚:
8 Domain Name System                           1 of 3 
════════════════════════════════════════════════════════  Use this field to indicate whether to set up Domain 
 Name System (DNS) configuration parameters for this 
 subnetwork.  DNS allows users to identify hosts they 
 want to connect to by hostname rather than IP address.
 DNS resolves or maps the hostname to the IP address.  

 A network requires the following configuration 
 parameters to support DNS:
     A DNS domain name
     An IP address of at least one name server
&╩"╞:
8╜ Domain Name System                           2 of 3 
════════════════════════════════════════════════════════
 If you select Yes to set up DNS parameters for this 
 subnetwork, the DNS parameters will be loaded into the
 workstation's cache memory, allowing for faster name 
 service processing.  After you select Yes, additional 
 fields display, allowing you to enter the DNS domain 
 name and the addresses of up to three name servers.




Q╚:
8^ Domain Name System                           3 of 3 
════════════════════════════════════════════════════════  If you select No but your network already supports   
 DNS, users will still be able to use DNS services.    
 However, to find the directory location of the file   
 containing the DNS configuration parameters for the   
 network, the workstation must access several files.
 If you select No but your network does support DNS, 
 users will not be able to use DNS services. To enable 
 users to specify hostnames, you must create a 
 SYS:ETC\HOSTS file with hostname-to-IP address 
 mappings.
å╬:
8╥ Domain Name                                  1 of 2 
════════════════════════════════════════════════════════  Use this field to enter the DNS domain name for your  
 network.  Enter the name using dotted notation.  For 
 example, if your server's fully qualified name is 
 FINANCE.MYCOMPANY.COM, your domain name would be 
 MYCOMPANY.COM.

 You can enter the domain name in uppercase or 
 lowercase letters.  For example, NOVELL.COM is the 
 same as novell.com.

£╠:
8≥ Domain Name                                  2 of 2 
════════════════════════════════════════════════════════
 You must enter a domain name if you are setting up 
 DNS  on the subnetwork.  

 Type the domain name and press <Enter>.

  




:
8H Primary Name Server                          1 of 1
════════════════════════════════════════════════════════  Use this field to enter the IP address of the primary 
 DNS name server for this subnetwork.  The primary name
 server is the server a workstation consults first for
 hostname resolution. Enter the address in dotted 
 notation (for example, 122.43.12.8).

 You must include the address for a primary name server
 address when you enable DNS services.  Additional name
 servers (secondary and tertiary) are optional.

 Type the name server address and press <Enter>.        t╙:
8l Secondary Name Server                        1 of 2  ════════════════════════════════════════════════════════

 Use this field to enter the IP address of the 
 secondary DNS name server for this subnetwork.  The 
 secondary name server is queried when the primary name
 server does not respond to requests for services.


 A secondary name server is optional.


≡╤:
8c Secondary Name Server                        2 of 2 
════════════════════════════════════════════════════════
 Enter the address in dotted notation.  For example, 
 122.43.12.4.  
 
 Type the name server address and press <Enter>.

 If your network does not have a secondary name 
 server, leave the field blank and press <Enter>.

                   

Ä╓:
8ç Tertiary Name Server                         1 of 2 
════════════════════════════════════════════════════════  Use this field to enter the IP address of the
 tertiary  DNS name server for this subnetwork.  The
 tertiary name server is queried when neither the 
 primary name server nor the secondary name server
 respond to requests for services.

 A tertiary name server is optional.

 

∩╘:
8_ Tertiary Name Server                         2 of 2 
════════════════════════════════════════════════════════
 Enter the address in dotted notation.  For example, 
 122.43.12.2.  Type the name server address and press 
 <Enter>.

 If your network does not have a tertiary name server, 
 leave the field blank and press <Enter>.

                 


D┌:
8' Automatic IP Address Assignment              1 of 3 
════════════════════════════════════════════════════════  Use this field to indicate whether you want the DHCP 
 server to assign IP addresses to new workstations 
 automatically.

 If you select Yes, workstations without IP addresses 
 are automatically assigned an available address when 
 the DHCP/BOOTP requests are received. This address is 
 assigned permanently to the workstation if it is  
 running BOOTP client and it is only assigned for lease
 time duration if it is a DHCP client. 

≈█╪:
8¢ Automatic IP Address Assignment              2 of 3 
════════════════════════════════════════════════════════  Both of them are recorded by DHCPCFG.  You can  
 subsequently view the workstation's name, IP address, 
 and physical address by selecting the Configured 
 Workstations field.

 Selecting Yes displays an additional field to indicate
 which unassigned IP addresses to use for new 
 workstations.


D┌:
8' Automatic IP Address Assignment              3 of 3 
════════════════════════════════════════════════════════  If you select Yes, you must use the IP Address  
 Assignment selection on the Configuration Menu to 
 create entries for every system within the address  
 range you designate that has an established 
 (preassigned) IP address.  

 If you select No, you must manually assign an 
 address to every workstation on the subnetwork using 
 the IP Address Assignment selection on the  
 Configuration Menu. Select Yes or No and press 
 <ENTER>.bα:
8 Assign All Subnet IP Addresses               1 of 3 
════════════════════════════════════════════════════════  Use this field to specify whether all or only some of 
 the IP addresses on this subnetwork are available to  
 be  assigned dynamically by DHCP server. 

 Select Yes if all the addresses in the subnet can be 
 assigned to workstations.  When you select Yes, the 
 Start Address and End Address fields display with 
 values indicating the full range of subnet addresses 
 that are available for automatic assignment. 

\Γ6▐:
8Γ Assign All Subnet IP Addresses               2 of 3 
════════════════════════════════════════════════════════  If you select Yes, you must use the IP Address 
 Assignment selection on the Configuration Menu to 
 identify every system on the subnetwork that has an 
 established (preassigned) IP address. 
 
 Typically these systems are UNIX hosts or other 
 NetWare  servers.

 Select No if you do not want all addresses in the 
 subnet  available for dynamic assignment by DHCP.
bα:
8± Assign All Subnet IP Addresses               3 of 3 
════════════════════════════════════════════════════════  When you select No, the Start Address and End Address
 fields display without any values.  Enter the start 
 and end address to specify the range of subnet 
 addresses available for automatic assignment.  All 
 addresses outside the range are reserved for static or
 manual assignment.

 Use the IP Address Assignment selection on the 
 Configuration Menu to assign these addresses.

kµ:
8ε Start Address                                1 of 2 
════════════════════════════════════════════════════════  This field indicates the first IP address in the range
 of IP addresses that are available for automatic 
 assignment on this subnet. Addresses are assigned 
 sequentially, starting with the address in this field
 and ending with the address in the End Address field.  

 If you selected Yes for the Assign All Subnet IP 
 Addresses field, this field is filled in 
 automatically.
eΣ:
8[ Start Address                                2 of 2 
════════════════════════════════════════════════════════
 If you selected No for the Assign All Subnet IP 
 Addresses field, you must specify the starting 
 address here.

 Enter the address in dotted notation (for example, 
 122.43.16.10).  Type the starting address and press 
 <Enter>.



δΘ:
8⌡ End Address                                  1 of 2 
════════════════════════════════════════════════════════  This field indicates the last IP address in the range 
 of IP addresses that are available for automatic 
 assignment on this subnet. Addresses are assigned 
 sequentially, starting with the  address in the Start 
 Address field and ending with the  address in this 
 field.  

 If you selected Yes for the Assign All Subnet IP 
 Addresses field, this field is filled in 
 automatically.
▐τ:
8] End Address                                  2 of 2 
════════════════════════════════════════════════════════
 If you selected No for the Assign All Subnet IP 
 Addresses field, you must specify the ending address 
 here.  

 Enter the address in dotted notation (for example, 
 122.43.16.254).  Type the  ending address and press 
 <Enter>. 

 

20.SUBNET_PROFILE_CONFIGWS_HELP

Screen not used.╖φ:
8∙ Configured Workstations                     1 of 2 
════════════════════════════════════════════════════════  This screen lists the names, physical addresses, and
 IP addresses for all configured workstations  on this
 subnetwork.  If no  workstations are  configured, the
 list is blank.
 
 The list includes both workstations that you 
 configured manually, using the IP Address 
 Assignment selection on the  Configuration Menu, 
 and workstations that received their IP addresses 
 automatically.  
ªδ9
7Ω Configured Workstations                    2 of 2 
═══════════════════════════════════════════════════════  The list is for viewing only.  To both view and 
 change (add, modify, or delete) configured
 workstations, use the IP Address Assignment selection
 on the Configuration Menu.  
 INTERNET ADDRESS is the IP address assigned to this
 workstation.
 PHYSICAL ADDRESS is the hardware address of the
 network controller card in the workstation.
 WORKSTATION is the workstation's name.

╧≥PN■ Available Frame Types for IP                                     Help 1 of 2
══════════════════════════════════════════════════════════════════════════════  Use this list to select the TCP/IP frame type used by this ODI driver.

 LAN WorkGroup allows workstations to use both the IPX and TCP/IP transport
 protocols.  Using IPX, workstations can access NetWare servers and services.
 Using TCP/IP, workstations can access TCP/IP devices such UNIX hosts. 
 Frame types determine how the data is formatted for transport on different
 LANs.  In some instances, the TCP/IP protocol requires a different frame
 type than IPX.

 The list displays the available frame types for the ODI driver.

 <Esc>=Exit Help                                             <PgDn>=Next Page╣∩PNL Available Frame Types for IP                                     Help 2 of 2
═════════════════════════════════════════════════════════════════════════════
 Available frame types are

    Ethernet:       ETHERNET_II, ETHERNET_SNAP
    Token ring:     TOKEN-RING_SNAP LSB, TOKEN-RING_SNAP MSB
    ARCnet:         NOVELL_RX-NET
    IBM PCN2:       IBM_PCN2_SNAP
    FDDI:           FDDI_SNAP
    Specify Other:  enables you to enter a frame type not on this list.

 Select the TCP/IP frame type used by the ODI driver and press <Enter>.

                           (Press <Esc> to continue)20'WS_TYPE_OPTPARAM_HELP

Screen not used.4∙PN¬ Optional Tuning Parameters Form                                  Help 1 of 3
══════════════════════════════════════════════════════════════════════════════  Screen not used.  Use this form to enter optional customized NET.CFG Link Support parameters for this ODI driver and LSL.COM configuration.

 Most users should use the default Link Support parameters, which are 
 appropriate for the majority of configurations.

 These default NET.CFG Link Support values are:

     Token ring:                      Buffers 8 4200
                                      MemPool 4096

     Ethernet, ARCnet, all others:    Buffers 8 1500
                                      MemPool 4096
 If your ODI driver and workstation configuration require different values, 
 or you need to enter a number of boards or stacks, you can use this form to 
 supply the custom values.

 <Esc>=Exit Help                                             <PgDn>=Next Page┬ⁿr⌡PNv Optional Tuning Parameters Form                                  Help 2 of 3
══════════════════════════════════════════════════════════════════════════════  When the client runs the WGSETUP program, WGSETUP configures the NET.CFG
 file in the root directory of the workstation's boot drive to provide Link 
 Support entries for your ODI driver, either the default entries or the 
 optional parameters you specify.

 BUFFER SIZE and NUMBER OF BUFFERS let you specify the size and number of 
 TCP/IP receive packet buffers.

 MEMORY POOL SIZE lets you specify the size of an internal send-buffer pool 
 for use by TCP/IP.

 MAXIMUM NUMBER OF BOARDS lets you specify how many logical boards (frame 
 types) to support.

 MAXIMUM NUMBER OF STACKS lets you specify how many logical protocol stacks 
 to support.

 <Esc>=Exit Help                                             <PgDn>=Next Page4∙
PN? Optional Tuning Parameters Form                                  Help 3 of 3
══════════════════════════════════════════════════════════════════════════════  FOR DETAILED HELP FOR EACH FIELD:  highlight a field, type a character or 
 press <Enter>, then press <F1>.

                        (Press <Esc> to continue)   GEJ Buffer Size                                             Help 1 of 1
═════════════════════════════════════════════════════════════════════  Use this field to define the size of the packet receive buffers in
 bytes.  

 The default size is 4,200 bytes for token ring networks and 1,500 
 bytes for all other network types.  The minimum size is 1,500 bytes
 and the maximum is 16,384 bytes.  The space for these buffers is 
 allocated from the workstation's memory when the LSL.COM program is  loaded.  

 Type a number and press <Enter>.

                       (Press <Esc> to continue)PN┬ Number of Buffers                                                Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Use this field to define the number of packet receive buffers. 

 The default is 8 buffers.  You can define from 1 to 16 buffers.  The 
 space for these buffers is allocated from the workstation's memory when 
 the LSL.COM program is loaded.

 You can reduce the number of receive buffers to below 8 if TCP connections
 are used sequentially.  If you make heavy use of multiple TCP connections,
 you can increase the number of buffers for better performance.

 Type a number and press <Enter>.

                            (Press <Esc> to continue)PN1 Memory Pool Size                                                 Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Use this field to define the size of the internal send-buffer pool in bytes
 used by TCP/IP.  If no value is defined, a memory pool of 4,096 bytes is
 allocated. You can enter any number from 1,024 to 8,192.

 The space for this buffer pool is allocated from the workstation's 
 memory when the LSL.COM program is loaded.  

 TCP send data is copied into this buffer pool before being sent to a remote 
 system.  You might need to increase the memory pool size when communicating 
 with remote TCP hosts that offer large receive windows and use delayed 
 acknowledgments.

 Type a number and press <Enter>.

                          (Press <Esc> to continue)PNQ Maximum Number of Boards                                         Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Use this field to define the number of frame types (logical boards) to be 
 supported by the LSL.COM program.  If no number is defined, 4 logical boards
 are supported.  You can enter a number from 1 through 16.

 The memory needed to support additional logical boards is allocated when the
 LSL.COM program is loaded.  

 Each ODI driver and frame type supported by the driver uses one logical 
 board resource.  For example, if you are configuring NE1000.COM to load all 
 possible Ethernet frame types (ETHERNET_II, ETHERNET_802.3, ETHERNET_802.2, 
 and ETHERNET_SNAP), four board resources are used.

 Type a number and press <Enter>.

                          (Press <Esc> to continue)
P
NΘ Maximum Number of Stacks                                         Help 1 of 2
══════════════════════════════════════════════════════════════════════════════  Use this field to define the number of logical protocol stacks to be 
 supported by the LSL.COM program.  If no number is defined, 4 logical stacks
 are supported.  You can enter a number from 1 through 16.

 The memory is needed to support additional logical stacks when the LSL.COM
 program is loaded.  Each protocol stack (such as TCP/IP and IPX) uses one or
 more stack IDs.  If a protocol stack fails to load because of an
 out-of-resource condition, you can solve the problem by increasing this
 value.

 <Esc>=Exit Help                                             <PgDn>=Next Page

PN≈ Maximum Number of Stacks                                         Help 2 of 2
══════════════════════════════════════════════════════════════════════════════  Support for additional stacks increases the amount of memory used 
 by LSL.COM.  You can conserve some memory by reducing this value if your 
 system is not using all allocated stack support.  IPX requires one stack ID
 and TCP/IP requires three stack IDs.

 Type a number and press <Enter>.


                          (Press <Esc> to continue)
<
:; Available Frame Types                           1 of 1
══════════════════════════════════════════════════════════  Use this list to select the TCP/IP frame type used on 
 this subnetwork. Possible frame types are:
    Ethernet:       ETHERNET_II, ETHERNET_SNAP
    Token Ring:     TOKEN-RING LSB, TOKEN-RING MSB, 
                    TOKEN-RING_SNAP LSB, TOKEN-RING_SNAP 
                    MSB
    ARCnet:         NOVELL_RX-NET
    FDDI:           FDDI_SNAP
    PCN or PCN II:  IBM_PCN2_SNAP
    Specify Other:  enables you to enter a frame type not
    on this list.
PNq Delete Workstation Type                                          Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Use this confirmation box to verify that you want to delete a workstation
 type.  Deleting a workstation type has no effect on workstations that have
 already run WGSETUP using the type.  However, workstations that run WGSETUP
 in the future will not be able to use the type.

 As an alternative to deleting the type profile, you can select the type from  the Workstation Types list and press <Enter> to display the contents.  You 
 can then edit and change the profile to supply different configuration 
 information.

 To delete the workstation type, select Yes and press <Enter>.

 To cancel the deletion and keep the workstation type, select No and press 
 <Enter>.

                           (Press <Esc> to continue)20(WS_IPX_FRAMETYPE_HELP

Screen not used.
PN² Available Media Ports List                                       Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Screen not used. Use this list to specify whether you are using the primary or secondary  media port on the network board.

 Available selection are:

 PRIMARY is the top media port.

 SECONDARY is the bottom media port.
 
 Refer to the documentation for your network board for further information.

                          (Press <Esc> to continue)P
Nb Available Line Speeds List                                       Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Screen not used. Use this list to select the line speed to be configured by WGSETUP for this ODI driver.

 The line speed must match the network speed of your token ring network.  
 Available choices are 4 Mbps and 16 Mbps.  Refer to the documentation for 
 the network board for more information.

 Highlight the line speed used by the workstation's network controller 
 board, and press <Enter>.

                            (Press <Esc> to continue)P
No ROM Setup Field                                                  Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Screen not used.Use this field to specify whether the network board's hardware 
 configuration information is stored in ROM on the network board.  Refer to 
 the documentation for your network board to determine how the hardware 
 configuration information is stored.

 If the hardware configuration information is stored in ROM, select Yes. 

 If the configuration information is not stored in ROM, select No.

                            (Press <Esc> to continue)PN4 Available Adapter Types List                                     Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Screen not used. 
Use this list to select an adapter type to be configured by WGSETUP for 
 this ODI driver.
 The adapter type specifies the hardware model of the network board to be 
 supported by the ODI driver.  Refer to your network board documentation for 
 further information.

 Available adapter types are:

    NIUpc/EOTP      -- Ungermann-Bass NIUpc/EOTP
    NIUpc           -- Ungermann-Bass NIUPC or NIUps
    Personal NIU/ex -- Ungermann-Bass Personal NIU/ex
    Personal NIU    -- Ungermann-Bass Personal NIU

 Select the type for the adapter installed in the workstation, and press 
 <Enter>.

                            (Press <Esc> to continue)20#WS_AVAIL_ALT_HELP

Screen not used.
<
:£ FIFO Threshold Field                        Help 1 of 1
══════════════════════════════════════════════════════════  Screen not used. This field is hardware dependent.  Refer to the ODI  section of the hardware documentation for your network  board for further information.

 Type the value required by your network controller board  and press <Enter>.

                  (Press <Esc> to continue)              

:8Ö T-On Field                                 Help 1 of 1
════════════════════════════════════════════════════════  Screen not used. This field is hardware dependent.  Refer to the ODI 
 section of the hardware documentation for your network  board for further information.

 Type the value required by your network controller 
 board and press <Enter>.

                 (Press <Esc> to continue)              
:8Ö T-Off Field                                Help 1 of 1
════════════════════════════════════════════════════════  Screen not used. This field is hardware dependent.  Refer to the ODI 
 section of the hardware documentation for your network  board for further information.

 Type the value required by your network controller 
 board and press <Enter>.

                 (Press <Esc> to continue)              ╤(PN╙ Optional Driver Configuration Parameters Form                   Help 1 of 4
══════════════════════════════════════════════════════════════════════════════  Screen not used.
  This form allows you to specify optional parameters for the ODI driver.
 The form contains fifteen blank parameter fields.  To specify a parameter,
 first refer to the ODI information in the hardware documentation for your 
 network board to determine the optional NET.CFG Link Driver parameters and
 their values.  Then type each keyword in a field, followed by its values,
 each separated by one space.  You can use uppercase or lowercase.

 For example, if you determine that you need to supply a parameter named
 RxBuffers with possible values of 1, 2, or 4, you could type the following 
 in the Parameter 1 field:

    RxBuffers 2

 In most cases, you do not need to supply values for any of the optional
 parameters.

 <Esc>=Exit Help                                             <PgDn>=Next Page -,µ$PND Optional Driver Configuration Parameters Form                   Help 2 of 4
══════════════════════════════════════════════════════════════════════════════  Optional parameters are specific to the particular ODI driver.  Refer to 
 the hardware documentation for your network controller board to determine 
 which parameters your driver uses.  

 Available for the ODI drivers provided with LAN WorkGroup include the 
 following:

    Alternate -- use the alternate board instead of the primary board
    Attachment Class -- single (1) or dual (2) station attachment class
    Cable Type -- STP or UTP

    Connector DIX -- thick Ethernet cabling is used
    DMA Clock Speed -- 4 MHz or 8 MHz
    Disable Early Token Release -- for use with 16 Mbps networks

 <Esc>=Exit Help                                             <PgDn>=Next Pageâ/╤(PN> Optional Driver Configuration Parameters Form                   Help 3 of 4
══════════════════════════════════════════════════════════════════════════════     Global Options -- hardware dependent
    Hardware Type -- hardware dependent
    Link Stations -- number supported
   
    Maximum Frame Size -- maximum number of bytes per packet
    Maximum Packet Size -- largest supported
    Node Address -- software MAC address configuration (use with caution)

    Non-DMA mode -- disables bus mastering, bypasses DMA
    Non-VDS -- Virtual DMA Services (VDS) not supported
    Other Options -- hardware dependent

    Receive Buffer Size -- size of data receive buffer
    Ring Speed -- 4 Mbps or 16 Mbps
    RPL Reopen -- use with Remote Program Load

 <Esc>=Exit Help                                             <PgDn>=Next Page-,OM╒ Optional Driver Configuration Parameters Form                   Help 4 of 4
═════════════════════════════════════════════════════════════════════════════     RxBuffers -- 1, 2, or 4 data receive buffers
    SA Address Enable -- set to 0 if you have ISA bus compatibility problems
    SAPS -- Number of Service Access Points

    Source Routing -- set to On to use ROUTE.COM services
    Transmit Buffer Size -- size of data transmission buffer
    TxBuffers -- 1, 2, or 4 data transmission buffers

 For full information about these parameters, which ones are valid for which
 drivers, and how to enter them, refer to your network controller board 
 hardware documentation.

                        (Press <Esc> to continue)4
<
:æ Enter Frame Type                               1 of 2 
══════════════════════════════════════════════════════════  Use this form to specify a new or nonstandard frame type  for this subnetwork.

 The Available Frame Types list includes all of currently  supported frame types. Specify Other is provided to 
 allow for custom frame types or frame types that may 
 become available in  the future.



p2
<
:≡ Enter Frame Type                               2 of 2 
══════════════════════════════════════════════════════════  When you select Specify Other to enter a custom frame 
 type, you must make sure that you enter the frame type 
 correctly, as specified in your network documentation, 
 using uppercase or lowercase letters and symbols as 
 directed by the documentation. LWGCON does not check 
 that you have entered the custom frame type correctly.

 Select a frame type and press <Enter>.

 



<:ù FIFO Threshold Field                        Help 1 of 1
══════════════════════════════════════════════════════════  Screen not used. This field is hardware dependent.  Refer to the ODI section of the hardware documentation for your network 
 board for further information.

 Type the value required by your network controller board  and press <Enter>.

                  (Press <Esc> to continue)          PNk ROM Setup Field                                                  Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Screen not used. Use this field to specify whether the network board's hardware configuration information is stored in ROM on the network board.  Refer to  the documentation for your network board to determine how the hardware configuration information is stored.

 If the hardware configuration information is stored in ROM, select Yes. 

 If the configuration information is not stored in ROM, select No.

                            (Press <Esc> to continue)PN² Available Media Ports List                                       Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Screen not used. Use this list to specify whether you are using the primary or secondary  media port on the network board.

 Available selection are:

 PRIMARY is the top media port.

 SECONDARY is the bottom media port.
 
 Refer to the documentation for your network board for further information.

                          (Press <Esc> to continue)Ä>
;
9 Subnetwork Address Entry                     1 of 2 
═════════════════════════════════════════════════════════  Use this screen to confirm that you have entered a 
 correct subnetwork address.
 The address you enter for the subnetwork profile must 
 be the subnetwork number.

 For Class A and Class B addresses, the last byte of 
 this address  is always 0, unless your subnetwork mask 
 includes the last byte.  For Class C addresses, the \  
 last two bits of the last byte of the  address are 
 always 0, unless masked.
h<
;
9u Subnetwork Address Entry                     2 of 2 
═════════════════════════════════════════════════════════  For example, if your server's subnetwork controller 
 board has     Class B address 179.30.34.9, and your 
 subnetwork mask is 255.255.255.0, you would use the 
 address 179.30.34.0 for the subnetwork profile.  
 If the subnetwork mask is 255.255.240.0, you would use 
 the address 179.30.32.0 for the subnetwork profile.
 To redisplay the Enter Subnetwork Address form and 
 reenter the subnetwork address, select No and press 
 <Enter>.
 To continue using the address you entered, select Yes 
 and press <Enter>.
╓B
;
9ú NetWare/IP Configuration                      1 of 2 
═════════════════════════════════════════════════════════  Use this field to indicate whether NetWare/IP client
 software is enabled for workstations on this 
 subnetwork. 

 NetWare/IP client software provides access to 
 NetWare/IP servers on TCP/IP networks, access to 
 NetWare servers on IPX networks, and access to servers 
 in remote NetWare/IP domains.


A
;
9º Netware/IP Configuration                      2 of 2 
═════════════════════════════════════════════════════════  To enable NetWare/IP, select Yes and press <Enter>.  A 
 form displays allowing you to enter the NetWare/IP 
 domain name,the nearest NetWare/IP server, the 
 preferred DSS server, and whether the NetWare/IP client
 is version 1.1.

 If you do not want to enable NetWare/IP, select No and 
 press <Enter>.


:
8ú Get Nearest Server Broadcast                  1 of 1
════════════════════════════════════════════════════════  Use this field to specify whether the NetWare/IP 
 client will use nearest server query (NSQ) broadcasts 
 to locate the nearest server.  

 If the client does not use NSQ broadcasts, select No.

 If the client uses NSQ broadcasts, select Yes.  The 
 default is Yes. 
 
 Select Yes or No and press <Enter>.
9
7* NetWare/IP Domain Name                       1 of 1
═══════════════════════════════════════════════════════  Use this field to identify the name of the
 NetWare/IP  domain to which the workstations using
 this profile belong. You must include a domain name
 when you set up NetWare/IP support.

 Enter the fully qualified name using dotted notation:
 for example, NWIP.MYCOMPANY.COM.  You can enter the 
 name in uppercase or lowercase letters.  For example,
 NWIP.COMPANY.COM is the same as nwip.company.com. 

 Type the domain name and press <Enter>.
kJ9
7┴ NetWare/IP Configuration                    1 of 3 
═══════════════════════════════════════════════════════  Use this form to assign values to various NetWare/I 
 parameters for use on this subnet. NetWare/IP allows 
 workstations on a TCP/IP network with NetWare/IP 
 client software to access NetWare  services.

 NETWARE/IP DOMAIN NAME is the domain name for the 
 NetWare/IP network.

 NetWare/IP networks require their own DNS domain 
 name.
█LÆH9
7X NetWare/IP Configuration                    2 of 3 
═══════════════════════════════════════════════════════  GET NEAREST SERVER BROADCAST defines whether the 
 client uses nearest server query (NSQ) broadcasts to 
 locate the nearest server. 
 VERSION 1.1 CLIENT? defines whether the client 
 supports NetWare/IP Version 1.1 compatibility.  A 
 client only needs this compatibility if it will 
 contact NetWare/IP Version 1.1 servers.
 PREFERRED DSS identifies the preferred Domain SAP/RIP
 Service (DSS) servers.  NetWare/IP clients use DSS 
 servers to locate and access services on the network. kJ9
73 NetWare/IP Configuration                    3 of 3 
═══════════════════════════════════════════════════════  NEAREST SERVERS identifies up to five nearest
 NetWare/IP servers. A client requiring access to a 
 NetWare/IP server attempts to connect with the 
 nearest  servers first.
 NUMBER OF AUTO RETRIES defines the number of times 
 the  NetWare/IP client attempts to communicate with a
 given  DSS server at startup.
 AUTORETRY INTERVAL IN SECONDS defines the time 
 interval in seconds between attempts to communicate 
 with a given DSS server at startup.
D
BöNodes Bootp Service Should Not Respond to Menu       Help 1 of 1
══════════════════════════════════════════════════════════════════
Screen not used.ΣQ:
8· Enter Physical Address                       1 of 3 
════════════════════════════════════════════════════════  Use this field to enter the physical address of a
 node to exclude from receiving a response from the
 DHCP server.  
 When a node with this physical address requests an IP 
 address assignment from the DHCP server, the request 
 is ignored.

 This is the hardware-level address of the 
 workstation's network interface card. It is sometimes 
 called the Media Access Control (MAC) address.  
╬S╥O:
8╥ Enter Physical Address                       2 of 3 
════════════════════════════════════════════════════════  The physical address for Ethernet and token ring 
 networks is six hexadecimal bytes. When you type the 
 address, separate the bytes with colons (for example, 
 00:00:1c:36:06:cf).   For ARCnet networks, the address
 is one hexadecimal byte (for example, 4a).

 You can obtain this address from the network interface
 card's documentation or label. 


ΣQ
;
9@ Enter Physical Address                        3 of 3 
═════════════════════════════════════════════════════════  You can also exclude a group of nodes by using the
 asterisk as a wildcard character (*) in place of the
 node portion of the physical address. THe first three
 bytes of an ethernet and token ring physical address
 identify the  manufacturer; the last three identify the
 node. For example, to exclude all nodes with network
 interface cards with the manufacturer's ID of 00:00:1c,
 you would enter 00:00:1c:*:*:*

 Type the physical address and press <Enter>
 :
8 Enter Comments                               1 of 1
════════════════════════════════════════════════════════
 Use this field to enter information about the 
 excluded node. The comment can be up to 16 characters 
 long.

 Type your comment and press <Enter>.

  



:
8╩ Delete Excluded Node                         1 of 1
════════════════════════════════════════════════════════  Use this confirmation box to verify that you want to 
 delete this node from the list of excluded nodes.  If 
 you delete the node from the list, DHCP server will 
 respond to any future BOOTP/DHCP request it makes. 

 To delete the node from the list, select Yes and press  <Enter>.

 To keep the node on the list, select No and press 
 <Enter>.
¥[:
8Z Excluded Nodes                               1 of 2 
════════════════════════════════════════════════════════ This screen lists all the DHCP excluded nodes.  When a
 node on this list requests an IP address assignment 
 from the DHCP server, the request is ignored. 
 Use this screen to view, add, and delete nodes.
 There are many administrative reasons for excluding 
 nodes.  For  example, you may have a router on an IP 
 segment that is sending  invalid BOOTP/DHCP requests 
 for IP address assignments. Placing  it on this list  
 will prevent it from using up all your address 
 assignments.

+Y:
8x Excluded Nodes                               2 of 2 
════════════════════════════════════════════════════════    To add a node, press <Insert>. 
   To delete a node, press <Delete>.
 PHYSICAL ADDRESS is the hardware-level address of the 
 network interface card for the node.  For Ethernet or 
 token ring networks this address consists of six 
 hexadecimal bytes separated by colons: for example, 
 01:47:ac:ff:1d:05. For ARCnet networks, this address 
 consists of one hexadecimal byte: for example, 4a.
 COMMENT is information about the node, such as its 
 name or the name of its user.  A comment can be 16 
 characters long.
20PNIS_DOMAIN_NAME HELP
═════════════════════════════════════════
 Screen not used.D
B&DNS_DOMAIN_NAME_HELP

Screen not used.º`9
7╝ Preferred DSS                               1 of 2 
═══════════════════════════════════════════════════════
 Use this field to identify the preferred Domain 
 SAP/RIP Service (DSS) server or servers for this 
 subnet. NetWare/IP clients contact DSS servers to 
 locate a NetWare/IP server. You can identify up to 
 five preferred DSS servers. 

 Identify each server by IP address using dotted 
 decimal notation: for example, 145.67.89.76.

╙^9
7¥ Preferred DSS Server                        2 of 2  ═══════════════════════════════════════════════════════  Identifying preferred DSS servers is optional. If 
 none are identified, a client will query a DNS server
 at startup to locate a DSS server.  Preferred servers
 allow the client to  skip this process and start up 
 faster.

 For each preferred DSS server, enter an IP address  
 and  press <Enter>.


&d:
8▓ Nearest Servers                              1 of 2 
════════════════════════════════════════════════════════
 Use this field to identify the NetWare/IP server or 
 servers nearest to this subnet.  NetWare/IP clients 
 send their network service requests to the nearest 
 NetWare/IP server.  You can identify up to five  
 servers. 

 Identify each server by IP address using dotted 
 decimal notation: for example, 145.67.89.76.


\b:
8» Nearest Servers                              2 of 2 
════════════════════════════════════════════════════════
 Identifying nearest servers is optional. If none are 
 identified, the client will query a DSS server at     
 startup to find the nearest server or servers.  The 
 nearest servers field allows the client to skip this 
 process and start up faster.

 For each nearest server, enter an IP address and press
 <Enter>.


:
8Z Number of Auto Retries                        1 of 1
════════════════════════════════════════════════════════  Use this field to define the number of times a 
 NetWare/IP client should attempt to communicate with a
 given DSS server at startup.  

 The default is 1.  Values from 0 to 10 are valid.

 Type the retry value and press <Enter>.


 
:
8q Auto Retry Interval in Seconds                 1 of 1
════════════════════════════════════════════════════════  Use this field to define the time interval between 
 attempts by the NetWare/IP client to communicate with 
 a given DSS server at   startup. 

 The default is 10 seconds.  Values from 5 to 60 are 
 valid.

 Type the number of seconds and press <Enter>.


:
8ⁿ Version 1.1 Client                            1 of 1
════════════════════════════════════════════════════════  Use this field to indicate whether workstations on 
 this subnet need Version 1.1 client compatibility.  
 Only workstations that access NetWare/IP Version 1.1 
 servers need this compatibility.

 If the workstations need NetWare/IP Version 1.1 
 compatibility, select Yes. If the workstations do not 
 need NetWare/IP Version 1.1 compatibility, select No.
 
 Select Yes or No and press <Enter>.

<:" NFS Client Configuration                     Help 1 of 1
══════════════════════════════════════════════════════════  Use this field to indicate whether workstations of this
 type run the NFS client software.

 To run the NFS client software on this workstation type,
 select Yes. When you select Yes, a form displays
 allowing you to define additional NFS configuration
 information.

 If you do not want to define the workstation type as
 an NFS client, select No.

 Select Yes or No and press <Enter>.


              (Press <Esc> to continue)	
20yClient Name Field                   Help 1 of 1
═══════════════════════════════════════════════
  
  This Field deleted. JH@ Buffer Space                                               Help 1 of 1
════════════════════════════════════════════════════════════════════════  Use this field to enter the amount of buffer space to allocate for
 use by the NFS client for this workstation type.  The default value is
 8,192 bytes.  Values between 8,192 and 32,768 are valid. 

 NFS clients use buffer space for internal activities such as storing
 incoming packets, buffering open files, and providing directory
 services.  Each open NFS file requires 551 bytes of buffer space. You
 may need to increase the buffer space above 16 kilobytes if the
 workstation requires large numbers of open files, has a read/write
 buffer size above 4,096 bytes, or is running shared MS Windows.

 Type a number and press <Enter>.

                      (Press <Esc> to continue)31d Authentication Server IP            Help 1 of 1
═════════════════════════════════════════════════  Use this field to enter the IP address of the 
 default NFS authentication server for this
 workstation type.  Enter the address in dotted
 notation: for example, 144.32.66.190.

 When a user accesses an NFS server, an
 authentication program on that server validates
 the username and password.  If the accessed
 server is not running the authentication
 program, the default NFS authentication server
 will provide authentication. 

 Type the address and press <Enter>.


            (Press <Esc> to continue)
+	) NIS Server IP               Help 1 of 1
═════════════════════════════════════════  Use this field to enter the IP address
 of the NIS server.  Use dotted decimal
 notation: for example, 135.66.78.39. 

 Type the address and press <Enter>. 

        (Press <Esc> to continue)+)▒ NIS Domain Name             Help 1 of 1
════════════════════════════════════════  Use this field to enter the NIS domain
 name.  The name can be from 1 to 40
 characters long. 

 NIS domain names do not follow the
 same conventions as DNS domain names,
 so dotted notation is not required
 unless your administrator chose a name
 with dotted notation. 

 Type the domain name and press <Enter>.


        (Press <Esc> to continue)  ,*╫ Use NIS                      Help 1 of 1
═════════════════════════════════════════
 Use this field to indicate whether the
 NFS client for this workstation type 
 uses NIS (Network Information Services).
 
 If the workstation does not use NIS,
 select No and press <Enter>.

 If the workstation uses NIS, select Yes
 and press <Enter>.  Additional fields
 appear to allow you to enter the NIS
 domain name and NIS server IP address. 

         Press <Esc> to continue)  	=;╞ Available Time Zone                          Help 1 of 1
══════════════════════════════════════════════════════════
 Use this list to select a time zone for workstations
 of this workstation type. 

 As an NFS client, workstations of this type can access
 files on remote file systems.  When an NFS client
 modifies a file, the file's timestamp is updated. 
 Unless the client's clock is kept accurate, discrepancies
 in the timestamps can occur.  To prevent this, NFS
 clients set their clock to agree with a master clock.
 They then use this time zone value and daylight savings
 setting to determine the local time. 

 Highlight the time zone and press <Enter>.

                 (Press <Esc> to continue)
PNó Daylight Savings                                                Help 1 of 1
═════════════════════════════════════════════════════════════════════════════
 Use this field to define whether the NFS client time zone for this
 workstation type uses daylight savings time. 

 As an NFS client, workstations of this type can access files on remote file
 systems.  When an NFS client modifies a file, the file's timestamp is
 updated.  Unless the client's clock is kept accurate, discrepancies in the
 timestamps can occur.  To prevent this, NFS clients set their clock to agree
 with a master clock.  They then use the time zone value and this setting to
 determine the local time. 

 Select Yes if the NFS client workstation is in a daylight savings time zone.
 Select No if the NFS client workstation is not in a daylight savings time
 zone. 

 Specify Yes or No and press <Enter>.

                        (Press <Esc> to continue) 
:8┼ NFS Client Configuration                   Help 1 of 1
════════════════════════════════════════════════════════  Use this form to define the NFS client settings
 for the current workstation type, including time zone,
 daylight savings support, NIS use, authentication
 server IP address, and buffer space. 

 For detailed help on each of these fields, highlight
 the field, press <Enter>, and then press <F1>.

                Press <Esc> to continue)
75═ Load LPR Client Driver                  Help 1 of 1
════════════════════════════════════════════════════  Use this field to specify whether to load the
 LPR client driver for this workstation type. 

 Loading the LPR client driver enables the
 workstation to print to a printer attached to
 another workstation or a UNIX host. 

 To load the LPR client driver, select Yes and press
 <Enter>. 

 To not load the LPR client driver, select No and
 press <Enter>.
PN╚ Primary Terminal Emulation                                       Help 1 of 1 ══════════════════════════════════════════════════════════════════════════════  Use this field to specify the usual or primary terminal emulation mode used
 by the Host Presenter application for this workstation type.  The following
 modes are available:

     Async Protocol:   Connects the workstation to a remote host through the
                       workstation's serial COM port, either directly or
                       through a Hayes-compatible modem. 

     Nvt Protocol:     Connects the workstation to a remote UNIXWare host
                       using the Novell Virtual Terminal protocol over
                       NetWare IPX/SPX.

     Telnet Protocol:  Connects the workstation to a remote host using the
                       Telnet protocol over TCP/IP.

 Select the emulation mode from the list and press <Enter>.

                        (Press <Esc> to continue)
31╡ XFonts                              Help 1 of 1
═════════════════════════════════════════════════  Use this field to select which font resolution
 is used when the X-Server application is run on
 this workstation.  X-Server fonts are available
 in 75 dpi or 100 dpi.

 If the workstation has a high resolution
 monitor, it should use the 100 dpi fonts. 

 Select 75 or 100 dpi and press <Enter>.


             (Press <Esc> to continue)sîPN╓ Workstation Search                                               Help 1 of 2
══════════════════════════════════════════════════════════════════════════════  Use this form to search for a particular workstation from the list of
 workstations that have already been assigned IP addresses.  You can search
 for a workstation by IP address, by workstation name, or by physical
 address. 

 To search for a workstation, enter an appropriate value in one of the
 following three fields:

 INTERNET ADDRESS:  Enter the IP address of the workstation in dotted
 decimal notation in the Internet Address field.  For example, 128.96.56.2.

 WORKSTATION NAME: Enter the fully qualified name of the workstation
 including its domain name if DNS is used.  The name should be in dotted
 notation, but can be in uppercase or lowercase letters.  For example,
 jsmith.mycompany.com is the same as JSMITH.MYCOMPANY.COM. 

 <Esc>=Exit Help                                             <PgDn>=Next Page àêPN Workstation Search                                               Help 2 of 2
══════════════════════════════════════════════════════════════════════════════  PHYSICAL ADDRESS: Enter the physical address for the workstation. This is
 the hardware-level address of the workstation's network interface card. This
 is sometimes called the Media Access Control (MAC) address. 

 For Ethernet and token ring networks, the physical address is six
 hexadecimal bytes separated by colons.  For example, 00:00:1b:30:06:fc.  For
 ARCnet networks the physical address is one hexadecimal byte.  For example,
 4a.

 To search for a workstation entry, enter the search value in the appropriate
 field, press <Enter>, and then press <Esc>. 
 

                          (Press <Esc> to continue)╠æ
PN Boot Server IP Address                                           Help 1 of 1
══════════════════════════════════════════════════════════════════════════════  Use this field to enter the IP address that the Boot image resides on.

 An IP address is a network-level address assigned to each system in a TCP/IP
 network.  It is 4 bytes long.  The bytes are separated by periods.

 You can enter each byte as a decimal or hexadecimal number (for example, 
 122.44.8.3 or 0x89.0x2f.0x03.0xf0).

                           (Press <Esc> to continue)ûÅ20			=; Boot Image File Name                          Help 1 of 1
═══════════════════════════════════════════════════════════  Use this field to enter the file name of the boot image.
 The file name must be a fully qualified directory path
 name.

               (Press <Esc> to continue)äö
;
9W NetBIOS Parameters                            1 of 2 
═════════════════════════════════════════════════════════  Use this fields to indicate whether to set up NetBIOS 
 over  TCP/IP parameters. 

 Name Servers:
     NetBIOS over TCP/IP Name Server Option.
     You can fill in up to three NetBIOS name servers in
     order of preference.


ô
;
9w NetBIOS Parameters                            2 of 2 
═════════════════════════════════════════════════════════  Node Type:
     NetBIOS over TCP/IP Node Type option.
     This allow the adminstrator to configure the 
     NetBIOS over TCP/IP client types.

 Scope:
     The NetBIOS scope option specifies the NetBIOS over
     TCP/IP scope parameter for the client.     

:
8n Lease Time                                    1 of 1
════════════════════════════════════════════════════════
 When a DHCP client of this subnet aquires for a IP
 address, the DHCP server will get the lease duration
 time from this field.  

 If the lease time is not configured, default is 3
 days. The maximum time can be configured is 10000 days
 and 23 hours.

:
8p Lease Time                                    1 of 1
════════════════════════════════════════════════════════
 When a DHCP client of this subnet aquires for a IP
 address, the DHCP server will get the lease duration
 time from this field.  

 If the lease time is not configured, default is 3
 days.  The maximum time can be configured is 10000
 days and 23 hours.


╘Ü
;
9¢ Available NetBIOS Node Types                  1 of 2 
═════════════════════════════════════════════════════════  User can use this option to configure the node type of
 NetBIOS over TCP/IP clients.

 There four different node types: B-Node, P-Node,
 M-Node, and H-Node.

 B-Node: Broadcast node.
     
 P-Node: Point-to-Point node. All packets sent or  
         received by P nodes are unicast UDP packets.

!Ö
;
9 Available NetBIOS Node Types                  2 of 2  ═════════════════════════════════════════════════════════  M-Node: Mixed node. M nodes behavior is similar to
         that of P nodes with the addition of some B
         node-like broadcast actions.






;
9A NetBIOS Primary Name Server                    1 of 1
═════════════════════════════════════════════════════════  The NetBIOS name service is the collection of
 procedures through which nodes acquire, defend, and
 locate the holders of NetBIOS names.

 Enter the IP address here for the NetBIOS Primary Name
 Server.





;
9╘ NetBIOS Scope                                 1 of 1
═════════════════════════════════════════════════════════
 A "NetBIOS Scope" is the population of computers across
 which a registered NetBIOS name is known.

;
9@ NetBIOS Secondary Name Server                  1 of 1
═════════════════════════════════════════════════════════
 The NetBIOS name service is the collection of
 procedures through which nodes acquire, defend, and
 locate the holders of NetBIOS names.

 Enter the IP address here for the NetBIOS Secondary
 Name Server.


;
9? NetBIOS Primary Name Server                    1 of 1
═════════════════════════════════════════════════════════  The NetBIOS name service is the collection of
 procedures through which nodes acquire, defend, and
 locate the holders of NetBIOS names.

 Enter the IP address here for the NetBIOS Tertiary Name
 Server.

9
7÷ Renewal(T1) Time                             1 of 1
═══════════════════════════════════════════════════════  The client maintains two times, Renewal(T1) Time and
 Rebinding(T2) time, that specify the times at which
 the client tries to extend its address lease on its
 network.  

 T1 is the time at which the client enters the
 RENEWING state and attemps to contact the server that
 originally issued the client's network address. If T1
 is not configured, it defaults to ( 50% *
 duration_of_lease).9
7┬ Rebinding(T2) Time                           1 of 1
═══════════════════════════════════════════════════════  The client maintains two times, Renewal(T1) Time and
 Rebinding(T2) time, that specify the times at which
 the client tries to extend its address lease on its
 network.  

 T2 is the time at which the client enters the
 RENEWING state and attemps to contact any server. If
 T2 is not configured, it defaults to ( 87% * 
 duration_of_lease).9
7≤ Primary DSS                                 1 of 1
═══════════════════════════════════════════════════════  Use this field to identify the Primary Domain SAP/RIP
 Service server (DSS) for this NetWare/IP domain.     
 NetWare/IP administration utility uses this value as
 Primary DSS server when configuring a secondary DSS  
 server.

 Identify each server by IP address using dotted 
 decimal notation: for example, 145.67.89.76.

 Enter the IP address for Primary DSS server and press
 <Enter>. 