🚀 go-pugleaf

In article <214@nlgvax.UUCP> johan@nlgvax.UUCP (Johan Stevenson) writes:
>  Yes, the C compiler uses 32 bit addresses (and 16 bit ints), and can
>  generate large programs. You can run programs as large as physical
>  memory allows.
This may have been hashed around before, but I never saw the final verdict,
so please excuse me if this is "old news".

Just exactly how will RAM memory be managed on the ST under MINIX?  On the
PC I remember MINIX uses 64K offset addressing?  With absoulte addressing
on the Atari some things must be different no?
	1) does this mean a "fixup" table a la TOS and PC-DOS?
	2) what about swaping:
		2a) a fixed "text" area, and a swap on each context switch?
		    (don't laugh I've seen this proposed on the ST).
		2b) no swapping
		2c) the "fixups" are remembered so the program can be
		    relocated at run-time?
		2d) other
	3) what about dynamic memory (e.g. malloc):
		3a) Is there one heap, many, or something else?
		3b) can it be swapped/relocated/shared/overlayed?
		3c) sbrk causes a swap (like V7)
		3d) fragmentation problems?
		
	4) protection scheme?
		4a) none
		4b) software integrity/ownership tests?
		4c) other
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