AIK Assembler Interpreter from Kentucky

AIK implements an assembler for the instruction set of your choice by interpretively executing a set of specifications as described at http://aggregate.org/AIK/.

Your AIK 20070512 Specification

.DST $rd,$rs,$rt := .this:6 0:1 rs:4 0:1 rt:4 0:1 rd:4 0:11
.DST @rd,$rs,$rt := .this:6 0:1 rs:4 0:1 rt:4 1:1 rd:4 0:11
.DST @rd,$rs,@rt := .this:6 0:1 rs:4 1:1 rt:4 1:1 rd:4 0:11
.DST @rd,@rs,$rt := .this:6 1:1 rs:4 0:1 rt:4 1:1 rd:4 0:11
.DST @rd,@rs,@rt := .this:6 1:1 rs:4 1:1 rt:4 1:1 rd:4 0:11
.alias .DST 0 AND OR XOR LT MUL ADD
.TS $rt,$rs := .this:6 0:1 rs:4 0:1 rt:4 0:16
.TS @rt,$rs := .this:6 0:1 rs:4 1:1 rt:4 0:16
.TS @rt,@rs := .this:6 1:1 rs:4 1:1 rt:4 0:16
.alias .TS 8 NEG NOT LNOT LD ST
LOW $rt,$rs,const := 16:6 0:1 rs:4 0:1 rt:4 const:16
LOW @rt,$rs,const := 16:6 0:1 rs:4 1:1 rt:4 const:16
LOW @rt,@rs,const := 16:6 1:1 rs:4 1:1 rt:4 const:16
HIGH $rt,$rs,const := 17:6 0:1 rs:4 0:1 rt:4 (const>>16):16
HIGH @rt,$rs,const := 17:6 0:1 rs:4 1:1 rt:4 (const>>16):16
HIGH @rt,@rs,const := 17:6 1:1 rs:4 1:1 rt:4 (const>>16):16
CONST $rt,const ?(((const>>16)&0xffff)==0) := 16:6 0:1 0:4 0:1 rt:4 const:16
CONST $rt,const ?((const&0xffff)==0) := 17:6 0:1 0:4 0:1 rt:4 (const>>16):16
CONST $rt,const := 16:6 0:1 rt:4 0:1 rt:4 const:16 17:6 0:1 0:4 0:1 rt:4 (const>>16):16
CONST @rt,const ?(((const>>16)&0xffff)==0) := 16:6 0:1 0:4 1:1 rt:4 const:16
CONST @rt,const ?((const&0xffff)==0) := 17:6 0:1 0:4 1:1 rt:4 (const>>16):16
CONST @rt,const := 16:6 1:1 rt:4 1:1 rt:4 const:16 17:6 0:1 0:4 1:1 rt:4 (const>>16):16
PUT @rd,$rt,$rs := 18:6 0:1 rs:4 0:1 rt:4 1:1 rd:4 0:11
PUT @rd,$rt,@rs := 18:6 1:1 rs:4 0:1 rt:4 1:1 rd:4 0:11
PUT @rd,@rt,$rs := 18:6 0:1 rs:4 1:1 rt:4 1:1 rd:4 0:11
PUT @rd,@rt,@rs := 18:6 1:1 rs:4 1:1 rt:4 1:1 rd:4 0:11
GET @rd,@rs,$rt := 19:6 0:1 rs:4 1:1 rt:4 1:1 rd:4 0:11
GET @rd,@rs,@rt := 19:6 1:1 rs:4 1:1 rt:4 1:1 rd:4 0:11
GOR $rt,@rs := 20:6 1:1 rs:4 0:1 rt:4 0:16
JZ $rs,$rt := 24:6 0:1 rs:4 0:1 rt:4 0:16
JZ @rs,$rt := 24:6 1:1 rs:4 0:1 rt:4 0:16
.T $rt := .this:6 0:1 2:4 0:1 rt:4 0:16
.T @rt := .this:6 1:1 2:4 1:1 rt:4 0:16
.alias .T 25 PUSH POP 28 DZ
SEN := 29:6 0:26
REN := 30:6 0:26
.const 0 ZERO NPROC 1 IPROC SP RETURN
.segment CODE 32 0x10000 0 .VMEM
.segment MONO 32 0x10000 0x1000 .VMEM
.segment POLY 32 0x10000 0 .VMEM
.alias .word WORD
.alias .equate EQU
.alias .set SET
.alias .ifref IFREF
.alias .if IF
.alias .else ELSE
.alias .end END

Your Assembly Language Input

CODE
test:
	AND	$4,$5,$6
	AND	@4,$5,$6
	AND	@4,$5,@6
	AND	@4,@5,$6
	AND	@4,@5,@6
	OR	$4,$5,$6
	OR	@4,$5,$6
	OR	@4,$5,@6
	OR	@4,@5,$6
	OR	@4,@5,@6
	XOR	$4,$5,$6
	XOR	@4,$5,$6
	XOR	@4,$5,@6
	XOR	@4,@5,$6
	XOR	@4,@5,@6
	LT	$4,$5,$6
	LT	@4,$5,$6
	LT	@4,$5,@6
	LT	@4,@5,$6
	LT	@4,@5,@6

big	SET	(1 << 16)

CONST	$4,2
	CONST	$4,big
	CONST	$4,0x10002
	CONST	@4,2
	CONST	@4,big
	CONST	@4,0x10002

MUL	$4,$5,$6
	MUL	@4,$5,$6
	MUL	@4,$5,@6
	MUL	@4,@5,$6
	MUL	@4,@5,@6
	ADD	$4,$5,$6
	ADD	@4,$5,$6
	ADD	@4,$5,@6
	ADD	@4,@5,$6
	ADD	@4,@5,@6

NEG	$4,$5
	NEG	@4,$5
	NEG	@4,@5
	NOT	$4,$5
	NOT	@4,$5
	NOT	@4,@5
	LNOT	$4,$5
	LNOT	@4,$5
	LNOT	@4,@5
	LD	$4,$5
	LD	@4,$5
	LD	@4,@5
	ST	$4,$5
	ST	@4,$5
	ST	@4,@5

PUT	@4,$5,$6
	PUT	@4,$5,@6
	PUT	@4,@5,$6
	PUT	@4,@5,@6
	GET	@4,@5,$6
	GET	@4,@5,@6
	GOR	$4,@5

JZ	$4,$5
	JZ	@4,$5

PUSH	$4
	PUSH	@4
	POP	$4
	POP	@4

DZ	@4
	SEN
	REN

touch	EQU	yes	;force reference to yes

IFREF	yes
	MONO
yes:	WORD	one
	POLY
x:	WORD	2
ELSE
	POLY
y:	WORD	3
END

IFREF	no
	MONO
	WORD	4
END

one	EQU	1

Specification Parsing Messages

Assembly Code Parsing Messages

Multi-Pass Analysis Messages

Assembly Completed In 4 Passes

Generated `CODE` Segment

//generated by AIK version 20070512
@0000
00a62000
00a6a000
00b6a000
02a6a000
02b6a000
04a62000
04a6a000
04b6a000
06a6a000
06b6a000
08a62000
08a6a000
08b6a000
0aa6a000
0ab6a000
0ca62000
0ca6a000
0cb6a000
0ea6a000
0eb6a000
44040000
40840002
44040001
44040001
40840002
44140000
42940002
44140001
44140001
42940002
10a62000
10a6a000
10b6a000
12a6a000
12b6a000
14a62000
14a6a000
14b6a000
16a6a000
16b6a000
20a40000
20b40000
22b40000
24a40000
24b40000
26b40000
28a40000
28b40000
2ab40000
2ca40000
2cb40000
2eb40000
30a40000
30b40000
32b40000
48c5a000
4ac5a000
48d5a000
4ad5a000
4cb6a000
4eb6a000
52a40000
60850000
62850000
64440000
66540000
68440000
6a540000
72540000
74000000
78000000
//end

Generated `MONO` Segment

//generated by AIK version 20070512
//end

Generated `POLY` Segment

//generated by AIK version 20070512
//end

The C program that generated this page was written by Hank Dietz using Antlr version 1.33MR33 to construct the parser and using the CGIC library to implement the CGI interface.

The only thing set in stone is our name.