; Test file for base 6502 opcode compliance
; This odd little source file uses every addressing mode
; of every opcode, and uses the opcode itself as the argument
; to each instruction that takes one.  The resulting binary's
; bytes are thus in strictly increasing numerical order.

	BRK
	ORA	($01, X)
	ORA	$05
	ASL	$06
	PHP
	ORA	#$09
	ASL 
	ORA	$0D0D 
	ASL	$0E0E 
	BPL	^+$12 
	ORA	($11), Y 
	ORA	$15, X 
	ASL	$16, X
	CLC
	ORA	$1919, Y
	ORA	$1D1D, X
	ASL	$1E1E, X
	JSR	$2020 
	AND	($21, X) 
	BIT	$24 
	AND	$25 
	ROL	$26 
	PLP 
	AND	#$29 
	ROL 
	BIT	$2C2C 
	AND	$2D2D 
	ROL	$2E2E 
	BMI	^+$32 
	AND	($31), Y
	AND	$35, X
	ROL	$36, X
	SEC 
	AND	$3939, Y
	AND	$3D3D, X
	ROL	$3E3E, X
	RTI
	EOR	($41, X)
	EOR	$45
	LSR	$46 
	PHA
	EOR	#$49
	LSR 
	JMP	$4C4C
	EOR	$4D4D
	LSR	$4E4E
	BVC	^+$52
	EOR	($51), Y
	EOR	$55, X
	LSR	$56, X
	CLI 
	EOR	$5959, Y
	EOR	$5D5D, X
	LSR	$5E5E, X
	RTS 
	ADC	($61, X)
	ADC	$65 
	ROR	$66 
	PLA 
	ADC	#$69 
	ROR 
	JMP	($6C6C) 
	ADC	$6D6D 
	ROR	$6E6E 
	BVS	^+$72 
	ADC	($71), Y
	ADC	$75, X 
	ROR	$76, X 
	SEI 
	ADC	$7979, Y
	ADC	$7D7D, X
	ROR	$7E7E, X
	STA	($81, X)
	STY	$84
	STA	$85
	STX	$86
	DEY
	TXA
	STY	$8C8C
	STA	$8D8D
	STX	$8E8E
	BCC	^-$6E
	STA	($91), Y
	STY	$94, X
	STA	$95, X
	STX	$96, Y
	TYA
	STA	$9999, Y
	TXS
	STA	$9D9D, X
	LDY	#$A0
	LDA	($A1, X)
	LDX	#$A2
	LDY	$A4
	LDA	$A5
	LDX	$A6
	TAY
	LDA	#$A9
	TAX
	LDY	$ACAC
	LDA	$ADAD
	LDX	$AEAE
	BCS	^-$4e
	LDA	($B1), Y
	LDY	$B4, X
	LDA	$B5, X
	LDX	$B6, Y
	CLV
	LDA	$B9B9,Y
	TSX
	LDY	$BCBC, X
	LDA	$BDBD, X
	LDX	$BEBE, Y
	CPY	#$C0
	CMP	($C1, X)
	CPY	$C4
	CMP	$C5
	DEC	$C6
	INY
	CMP	#$C9
	DEX
	CPY	$CCCC
	CMP	$CDCD
	DEC	$CECE
	BNE	^-$2E
	CMP	($D1), Y
	CMP	$D5, X
	DEC	$D6, X
	CLD
	CMP	$D9D9, Y
	CMP	$DDDD, X
	DEC	$DEDE, X
	CPX	#$E0
	SBC	($E1, X)
	CPX	$E4
	SBC	$E5
	INC	$E6
	INX
	SBC	#$E9
	NOP
	CPX	$ECEC
	SBC	$EDED
	INC	$EEEE
	BEQ	^-$0E
	SBC	($F1), Y
	SBC	$F5, X
	INC	$F6, X
	SED
	SBC	$F9F9, Y
	SBC	$FDFD, X
	INC	$FEFE, X