BLS7@psuvm.psu.edu (07/17/90)
I got the PC files to uncompress. Happens that I had corrupted files because of the transfer but, I have found a way in which to get these files uncorrupted. But here is the complete list of problems that I have so far: 1) Compiling the new make. Step #4 in the ST upgrade kit. Files missing which are needed: utime.h strchr.c (library function) strrchr.c (library function) 2) Compiling patch. Step #8 in the ST upgrade kit. Files missing which are needed: assert.h 3) Compiling crc. Step #11 in the ST upgrade kit. Ok, where is this one hidden? I unpacked comm5 like it said to and <poof> I couldnt find a file named crc.c to compile *anywhere*. 4) The include libraries: Step #18-19 in the ST upgrade kit. I really didn't expect to have problems with this but: Missing files for which I have .cdif's for (even tho i can't apply them yet :-( ) Meaning I have the .cdifs but *no* original. (I was using the files include.0[0-1].Z from plains.nodak.edu which was in the /pub/Minix/updates/1.5 directory.) utime.h assert.h (Oh, joy! I have the cdif of the file that I need to be able to make patch with.) fcntl.h limits.h string.h (I also assume one would need the library .c files also for this, unless they're all macros.) unistd.h utmp.h Well that's all that I looked for last night. Hope *someone* can at least find the includes and library functions. Cause if I have those I don't (*at this precise moment*) see many other major problems since most of the problems that i'm having are with include files and the library. Babs Silvis
hyc@math.lsa.umich.edu (Howard Chu) (07/19/90)
In article <90197.135529BLS7@psuvm.psu.edu> BLS7@psuvm.psu.edu writes: > 3) Compiling crc. Step #11 in the ST upgrade kit. > Ok, where is this one hidden? I unpacked comm5 like it said to and > <poof> I couldnt find a file named crc.c to compile *anywhere*. In the ST 1.5.0 directory is a shar file named "missing.Z" - crc.c is in there. Unfortunately, I don't think anything else you listed as missing is in that archive. Oh well. -- -- Howard Chu @ University of Michigan one million data bits stored on a chip, one million bits per chip if one of those data bits happens to flip, one million data bits stored on the chip...