First post, by stanwebber
for the very first time ever i started setting up wfw3.11 on an nec versa laptop (p54c 75mhz, 40mb ram) using a xircom re-100 pcmcia card. i'm a little perplexed by the networking situation so i'm hoping that a few yes or no answers can get me headed in the right direction. i know the information is out there (probably too much in fact), but it seems like people new to this waste a lot of time before eventually figuring it out on their own so maybe i can avoid that with some guidance.
what i'm trying to accomplish: i would like to connect this laptop to various devices (router, windows, linux) on my local network running samba servers configured to accept cifs v1 connections with no authentication for the purposes of file sharing only. i do not want to share printers or use any applications that connect to the internet. i do not want to use ftp.
#1: my xircom re-100 network card appears to have no "native" (if that is even a thing) win3x drivers so i'm going to have to use dos packet drivers which seems like a heavy lift to me. given the nature of pcmcia (lack of) support in win3x, is this the case for all pcmcia network adapters out there since card & socket services must be loaded from dos? would i be better off with a better win3x supported pcmcia card or perhaps even a parallel port device?
#2: if i go the dos packet driver route do i need to install the microsoft tcp/ip-32 add-on (tcp32b.exe) or is the default microsoft netbeui stack sufficient? (i do run a wins server on my network.)
#3: in other words will the dos packet driver handle the netbios over tcp/ip business for win3x?
#3: given that i have no desire to connect to the internet (or any service besides samba) do i even need to install a winsock or is this required regardless?
#4: dumb question, but can win3x file explorer even act as a samba client or do i need to use a third-party app?
working with win3x has really made me feel dumb about networking. it's eye-opening how much of this stuff is handled under the hood by win9x & up.