Configuring Microsoft Windows 95 and OSR2

Linux IP Masquerade HOWTO
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# 4.1. Configuring Microsoft Windows 95 and OSR2

1. ** Please note that some prompts might be different based upon the build version of Windows95 you are running **

   If you haven't installed your network card and adapter driver, do so now. Descriptions to perform this step is beyond the scope of this document and though it is fairly simple, if you haven't done this before, please seek assitance.

2. Go to the 'Control Panel' --> 'Network'.

3. Click on Add --> Protocol --> Manufacture: Microsoft --> Protocol: 'TCP/IP protocol' if you don't already have it installed.

4. Highlight the TCP/IP item bound to your correct Windows95 network card e.g. (TCP/IP --> Intel EtherExpress Pro/100+) and select 'Properties'. Here, you have two options: configure a static address or use DHCP. Static addresses are simple but require that you NEVER configure duplication IPs on different machines. The alternative is DHCP which automatically configures all DHCP-enabled workstations things like IP addresses, DNS servers, etc. from a central server (typically the Linux MASQ server).

   DHCP enabled:

   To use DHCP, simply click on the "Use DHCP to assign addresses" button. Please note that configuring a DHCP server is beyond the scope of this HOWTO but it is fully covered in TrinityOS and other Linux HOWTOs.

   Static Addresses:

   Now goto the 'IP Address' tab and set IP Address to 192.168.0.x, (1 < x < 255), and set the Subnet Mask to 255.255.255.0

5. Now select the "Gateway" tab and add 192.168.0.1 as your gateway under 'Gateway' and hit "Add".

6. Under the 'DNS Configuration' tab, make sure to put enter in a name for this machine and specify your official domain name. If you don't have your own domain, enter in the domain of your ISP. Next, you need to specify the DNS servers you plan on using.

   DHCP: No entries are required as this is configured dynamically via DHCP.

   STATIC: Add all of the DNS servers that your Linux MASQ server uses (usually found in `/etc/resolv.conf`). Usually these DNS servers are located at your ISP though you could be running either your own Caching or Authoritative DNS server on your Linux MASQ server as well. Again, setting up DNS services is beyond the scope of this HOWTO but it is covered by TrinityOS as well as the LDP's DNS HOWTO.

   Optionally, you can add any appropriate domain search suffixes as well. This allows users to simply type in the hostname of the destination computer instead of the fully qualified domain name (FQDN). This is similar to the PATH function for finding common Unix commands.

7. Leave all of the other settings alone as they are unless (even dangerous) if you don't know what you're doing.

8. Click 'OK' in all dialog boxes and restart your system.

9. As an initial test, `Ping` the Linux MASQ server to test the network connection: 'Start/Run', type: `ping 192.168.0.1`(This is only an INTERNAL LAN connection test, you might not be able to `ping` the outside world yet.) If you don't see "replies" to your PINGs, please verify your network configuration.

10. You can optionally create a `HOSTS` file in the C:\Windows directory so that you can ping the "hostname" of the machines on your LAN without the need for a DNS server. There is an example called `HOSTS.SAM` in the C:\windows directory for an example.

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