; Matt Heffernan
; Machine Language Program
;
84	;[00] LDS $7ffe
7f	;[01]
fe	;[02]
c0	;[03] NOP
c4	;[04] CLA -> AC = 0
c6	;[05] CMA -> AC = -1 = $ff
c1	;[06] INC -> AC = 0, C = 1
c2	;[07] SCL -> AC = 1
81	;[08] ADDI 4 -> AC = 5
04	;[09]
81	;[0a] ADDI 125 -> AC = -126 = $82, V=1, N=1
7d	;[0b]
82	;[0c] ANDI $7F -> AC = 2
7f	;[0d]
82	;[0e] ANDI $00 -> AC = 0
00	;[0f]
83	;[10] ORI $80 -> AC = -128 = $80, N=1
80	;[11]
00	;[12] LDA $001d -> AC = 2
00	;[13]
1d	;[14]
41	;[15] ADD ($001b) -> AC = 4
00	;[16]
1b	;[17]
0d	;[18] JMP $001f
00	;[19]
1f	;[1a]
; Data
00	;[1b] pointer to $001d
1d	;[1c]
02	;[1d] 2 
ff	;[1e] variable byte
; More Instructions
08	;[1f] STA $001e
00	;[20]
1e	;[21]
0b	;[22] JNE $0026
00	;[23]
26	;[24]
c1	;[25] INC -> if Z then inc(AC) -> AC = 1
01	;[26] ADD $001e
00	;[27]
1e	;[28]
07	;[29] JCS $0033
00	;[2a]
33	;[2b]
80	;[2c] LDAI -1 -> AC = -1 = $ff
ff	;[2d]
c1	;[2e] INC
07	;[2f] JCS $0033
00	;[30]
33	;[31]
c1	;[32] INC
0e	;[33] JSR $0037
00	;[34]
37	;[35]
c5	;[36] HLT
; Subroutine
c1	;[37] INC
c3	;[38] RET