00:	8 F		TIA F		# Constant 15
02:	A F		TIY F		# Address of 'index' (offset 15)
04:	4		AM		# Operator '='
05:	8 1		TIA 1		# Constant 1
07:	A E		TIY E		# Address of 'move' (offset 14)
09:	4		AM		# Operator '='
0A:		LABEL3:			# infinite loop start
0A:	A F		TIY F		# Variable 'index' (offset 15)
0C:	5		MA
0D:	3		CY
0E:	E 2		CAL RSTR		# call resetLed()
10:	A E		TIY E		# Variable 'move' (offset 14)
12:	5		MA
13:	A F		TIY F		# Address of 'index' (offset 15)
15:	6		M+		# Operator '+='
16:	4		AM
17:	C 6		CIA 6		# Compare constant 6 OOCMP== OOMA
19:	F 2 4		JUMP LABEL0
1C:	8 F		TIA F		# Constant 15
1E:	A E		TIY E		# Address of 'move' (offset 14)
20:	4		AM		# Operator '=' OORF
21:	F 3 1		JUMP LABEL2		# if else jump
24:		LABEL0:			# else
24:	A F		TIY F		# Variable 'index' (offset 15)
26:	5		MA
27:	C 0		CIA 0		# Compare constant 0 OOCMP==
29:	F 3 1		JUMP LABEL1
2C:	8 1		TIA 1		# Constant 1
2E:	A E		TIY E		# Address of 'move' (offset 14)
30:	4		AM		# Operator '='
31:		LABEL1:			# if end
31:		LABEL2:			# if else end
31:	A F		TIY F		# Variable 'index' (offset 15)
33:	5		MA
34:	3		CY
35:	E 1		CAL SETR		# call setLed()
37:	8 0		TIA 0		# Constant 0 OORF
39:	E C		CAL TIMR		# call sleep() OORF
3B:	F 0 A		JUMP LABEL3		# infinite loop jump
3E:		LABEL4:	
3E:					# generated by gmc4cc (terus)