(Functions, by the way, can be identified only if MacsBug symbols are present.

Locations are relative either to the start of the end of a function. *sigh* No other choice then!Ĭode: patchpef.py INPUT OUTPUT Still, I'll see if I can get ahold of an ExpressCard/PCCard with FireWire or borrow a FireWire Mac-OS-9-capable Mac first. I had to replace its hard drive before to see if the Mini was even functional (it was a risky purchase that thankfully worked out), so that's why I know.īy the way, you are right It's the same type of hard disk as the Wallstreet's: 2.5' Parallel ATA (PATA) / IDE.Īnd, really? PATA HDDs will just fit in the Wallstreet's CD slot? I did wonder before, but was never sure, nor ever felt the need to do that, but I guess I have a reason now. I considered that as soon as I was done with my previous post, although I shiver at the thought of doing that again, because the screws that are still left in it (many are missing) are really almost losing their 'grip-ability' due to how worn out the screw heads of each screw are, and also because I lack some screwdrivers & other tools that are more proper to reach the Mini's hard disk, meaning the Mini gets damaged each time I do this. Here is some reference output from QEMU with 1.75 GB RAM:ĪAPL,debug bit settings (-OR- bits together):Ģ = Print formatted Mac OS tables (except config/universal info).Ĩ = Dump Mac OS tables (except config/universal info).ġ0 = Print node names while copying the device tree.Ģ0 = Print property info while copying the device tree.Ĩ0 = Print interrupt tree traversal info.ġ000 = Load EtherPrintf utility via parcel for post FCode debugging.Ģ000 = Print BOOTP/DHCP/BSDP information.Ĩ000 = Mark Toolbox image as non-cacheable.ġ0000 = Print parcel info while copying the device tree.Ģ0000 = Print information on device tree data checksums.ġ000000 = Enable the Nanokernel debugger.Ģ000000 * = Display the Nanokernel log during boot.ġ0000000 = Dont attempt to unhibernate system.Ĥ0000000 = Halt after end of FCode (useful if outputting to screen). Both of these files have their COMPATIBLE field set properly, so you might find them a bit easier to run. The second does the same, while calling CompBootStack instead of CompBootStackOld. Here are two new ROMs to probe the crash site. Sub.w #BootGlobalsSize,d0 leave room for QuickDraw stuff. Sub.l a0,d0 get (top useable - sys heap start)Īdd.l a0,d0 get sys heap + (top - sysHeap)/2

Function: computes the boot time stack pointer = sysZone + (BufPtr-sysZone)/2 - space for QD Outputs: A0 - location of stack pointer at boot time

Not genuine mac os 9 install disk