you'd get something like this
Code:
ROM:00000000 dword_0: dc.l $FFE800 ; DATA XREF: sub_1128+D9Ao
ROM:00000000 ; sub_1128+DC0o ...
ROM:00000004 off_4: dc.l initialise ; DATA XREF: sub_13DFC+D4o
ROM:00000004 ; sub_1AFA6+38o
ROM:00000004 ; setup stack pointer
ROM:00000008 off_8: dc.l loc_4D0 ; DATA XREF: sub_1830E+4Eo
the first 32bit longword is the address of the stack pointer
the second is the initial PC counter
the third is the start of the interrupt vector table, usually the PC points to the end of that that table, but thats not a given.
you can see i filled in names for the functions.
now thats the CPUs memory map, not all systems have a 1 to 1, but most do.
this is a fairly standard 68K startup routine.
Code:
ROM:00000400 movea.l #$FFE800,sp ; setup stack pointer
ROM:00000406 movea.l #$FFE800,a0 ; Move Address
ROM:0000040C move a0,usp ; setup user stack pointer
ROM:0000040E movea.l #0,a0 ; Move Address
ROM:00000414 movec a0,vbr ; setup vbr to 0
ROM:00000418 move.w #$FF,($FFFB44).l ; RAMBAH ram base address register high
ROM:00000418 ;