This is pretty much what I used to do in Devpac.
I've put some tabs in your code and added an 'rts' into your macro:
Code:
moveq #4,d5 ; Just so this is within the table.
move.l .td_mr1_jt(pc,d5.w),a5
jmp (a5)
.td_mr1_jt:
dc.l .td_mr1_1
dc.l .td_mr1_2
dc.l .td_mr1_3
dc.l .td_mr1_4
dc.l .td_mr1_5
dc.l .td_mr1_6
dc.l .td_mr1_7
dc.l .td_mr1_8
TDMR1COL MACRO
.td_mr1_\1: rts
ENDM
TDMR1COL 8
TDMR1COL 7
TDMR1COL 6
TDMR1COL 5
TDMR1COL 4
TDMR1COL 3
TDMR1COL 2
TDMR1COL 1
Saved it as "test.s" then assembled this with:
Code:
vasmm68k_mot -devpac -Fhunkexe test.s -o test
EDIT: Actually, the "-devpac" option isn't necessary as it still assembles and works without it
And get the following result:
Code:
vasm 1.8j (c) in 2002-2020 Volker Barthelmann
vasm M68k/CPU32/ColdFire cpu backend 2.3n (c) 2002-2020 Frank Wille
vasm motorola syntax module 3.14c (c) 2002-2020 Frank Wille
vasm hunk format output module 2.13 (c) 2002-2020 Frank Wille
CODE(acrx2): 56 bytes
Which results in a binary file "test", which runs successfully and exits.