Xref: utzoo comp.sys.mac:31396 comp.unix.aux:840 Path: utzoo!utgpu!jarvis.csri.toronto.edu!mailrus!tut.cis.ohio-state.edu!ucbvax!CUNIXD.CC.COLUMBIA.EDU!gmw1 From: gmw1@CUNIXD.CC.COLUMBIA.EDU (Gabe M Wiener) Newsgroups: comp.sys.mac,comp.unix.aux Subject: Partitioning a non-apple drive for A/UX Summary: How can it be done elegantly? Message-ID: <8905061442.AA05594@cunixd.cc.columbia.edu> Date: 6 May 89 14:42:12 GMT Sender: daemon@ucbvax.BERKELEY.EDU Organization: Columbia University Lines: 36 Hello NetLanders. I'm trying to partition a brand-new Storage Dimensions 300 Meg drive. I want to set it up so that I can have BOTH the MacOS and A/UX running on the same drive. Now Apple's HD SC Setup is capable of partitioning a drive in this way, but alas, the program only runs with Apple-sold drives. I went in with ResEdit and inserted the SCSI identifier of my drive into the table. It recognizes it now, but every time I try to initialize it, I receive the message "Unable to prepare drive for initialization." When I initialize it under another program and then try to partition it under HD SC Setup, I receive a message like, "The Partition map has become invalid." Now I know for a fact that what I'm trying to do can be done from the "dp" utility that runs under Apple's Stand-Alone Shell, but I lack the knowledge to do that (it involves messing around with raw block #'s, etc.). Can anyone recommend either a fix for HD SC Setup or another program that'll do it or a quick tutorial in the workings of dp? The manual reference is sketchy, to say the least. Thanks =-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-\******/=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-= Gabe Wiener -- Columbia University \****/ "It doesn't matter how sincere it \**/ is, nor how heart-felt the spirit. INTERNET: gmw1@cunixd.cc.columbia.edu \/ Sentiment will not endear it. BITNET: gmw1@cunixc /\ What's important is the price." COMPUSERVE: 72355,1226 /**\ - Tom Lehrer WUI: 650-117-9118 /****\ on gift giving =-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-/******\=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=