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[/] [amber/] [trunk/] [hw/] [tests/] [mul.S] - Blame information for rev 28

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/*****************************************************************
//                                                              //
//  Amber 2 Core Instruction Test                               //
//                                                              //
//  This file is part of the Amber project                      //
//  http://www.opencores.org/project,amber                      //
//                                                              //
//  Description                                                 //
//  Tests the mul (multiply) instruction                        //
//                                                              //
//  Uses a testset of 16 numbers and multiplies them            //
//  with eachother in every combination - 256 multiplications.  //
//  Checks each result against an expected result               //
//                                                              //
//  Author(s):                                                  //
//      - Conor Santifort, csantifort.amber@gmail.com           //
//                                                              //
//////////////////////////////////////////////////////////////////
//                                                              //
// Copyright (C) 2010 Authors and OPENCORES.ORG                 //
//                                                              //
// This source file may be used and distributed without         //
// restriction provided that this copyright statement is not    //
// removed from the file and that any derivative work contains  //
// the original copyright notice and the associated disclaimer. //
//                                                              //
// This source file is free software; you can redistribute it   //
// and/or modify it under the terms of the GNU Lesser General   //
// Public License as published by the Free Software Foundation; //
// either version 2.1 of the License, or (at your option) any   //
// later version.                                               //
//                                                              //
// This source is distributed in the hope that it will be       //
// useful, but WITHOUT ANY WARRANTY; without even the implied   //
// warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR      //
// PURPOSE.  See the GNU Lesser General Public License for more //
// details.                                                     //
//                                                              //
// You should have received a copy of the GNU Lesser General    //
// Public License along with this source; if not, download it   //
// from http://www.opencores.org/lgpl.shtml                     //
//                                                              //
*****************************************************************/
 
#include "amber_registers.h"
 
        .section .text
        .globl  main
main:
 
        @ -------------------------------
        @ Test mul
        @ -------------------------------
        mov     r6, #0
        ldr     r8, AdrTestset
 
 
loop:   and     r2, r6, #0xf
        ldr     r7, [r8, r2, lsl #2]
 
        and     r4, r6, #0xf0
        ldr     r5, [r8, r4, lsr #2]
 
        mul     r4, r7, r5
 
        @-------------------------------
        @ Check Result
        @ -------------------------------
        ldr     r9,  AdrAnswers
        ldr     r10, [r9, r6, lsl #2]
        cmp     r4, r10
        bne     testfail
 
        add     r6, r6, #1
        cmp     r6, #256
        beq     test2
        b       loop
 
 
 
test2:
        @-------------------------------
        @ Test Flags
        @ Only the N and Z flags get set
        @ the C and V flags can be unpredictable in v4
        @ but this implementation leaves them at their
        @ old values
        @ -------------------------------
        @ clear flags first
        bic     r2, r2, #0xf0000000
        teqp    pc, r2
 
        mov     r0, #1
        mov     r1, #-1
 
        muls    r2, r0, r1
 
        mov     r4, pc
        and     r4, r4, #0xf0000000 @ clear non-flag bits
        cmp     r4,     #0x80000000
        movne   r10, #100
        bne     testfail2
 
        cmp     r2, #-1
        movne   r10, #110
        bne     testfail2
 
 
test3:
        @-------------------------------
        @ Test Flags
        @ This time ensure that C and V retain their
        @ old values
        @ -------------------------------
        @ clear flags first
        mov     r2, pc
        ldr     r7, PCMask
        bic     r2, r2, r7           @ clear pc bits
        bic     r2, r2, #0xf0000000  @ clear condition clags
        orr     r2, r2, #0x30000000  @ set C and V flags
        teqp    pc, r2
 
        mov     r0, #0
        mov     r1, #-1
 
        muls    r2, r0, r1
 
        mov     r4, pc
        and     r4, r4, #0xf0000000 @ clear non-flag bits
        cmp     r4,     #0x70000000
        movne   r10, #120
        bne     testfail2
 
        cmp     r2, #0
        movne   r10, #130
        bne     testfail2
 
 
test4:
        @-------------------------------
        @ Test sequence of back-to-back MULs
        @ where only some are executed
        @-------------------------------
        mov     r0, #1
        mov     r1, #2
        mov     r2, #7
        mov     r3, #3
        mov     r4, #5
        mov     r5, #6
 
        mov     r7,  #0
        mov     r8,  #0
        mov     r9,  #0
        mov     r10, #0
 
        cmp     r0, r1
 
        mulne   r7,  r4, r5     @ executes
        muleq   r8,  r2, r3     @ doesnt execute
        mulne   r9,  r1, r4     @ executes
        mulne   r10, r3, r3     @ executes
 
        cmp     r7, #30
        movne   r10, #200
        bne     testfail2
 
        cmp     r8, #0
        movne   r10, #210
        bne     testfail2
 
        cmp     r9, #10
        movne   r10, #220
        bne     testfail2
 
        cmp     r10, #9
        movne   r10, #230
        bne     testfail2
 
test5:
        @-------------------------------
        @ Test sequence of back-to-back MULs
        @ where only some are executed
        @ and some change flags
        @-------------------------------
        mov     r0, #0
        mov     r1, #-1
        mov     r2, #7
        mov     r3, #3
        mov     r4, #5
        mov     r5, #6
 
        mov     r7,  #0
        mov     r8,  #0
        mov     r9,  #0
        mov     r10, #0
 
        cmp     r0, r1
 
        mulnes  r7,  r0, r1     @ executes and changes flags
        muleq   r8,  r2, r3     @ executes
        mulne   r9,  r1, r4     @ doesnt execute
        mulne   r10, r3, r3     @ doesnt executes
 
        cmp     r7, #0
        movne   r10, #240
        bne     testfail2
 
        cmp     r8, #21
        movne   r10, #245
        bne     testfail2
 
        cmp     r9, #0
        movne   r10, #250
        bne     testfail2
 
        cmp     r10, #0
        movne   r10, #255
        bne     testfail2
 
 
test6:
        @-------------------------------
        @ Test tricky sequence of operations
        @-------------------------------
        mov     r3, #1
        mov     r5, #0
        mov     r1, #7
        cmp     r1, #7
 
        ldreq   r2, Data1       @ 3
        ldrne   r3, Data2       @ 7, not loaded
        muleq   r4, r2, r3
        ldrne   r5, Data2
 
        cmp     r5, #0
        movne   r10, #150
        bne     testfail2
 
        cmp     r4, #3
        movne   r10, #160
        bne     testfail2
 
@ ------------------------------------------
@ ------------------------------------------
 
        b       testpass
 
testfail:
testfail2:
        ldr     r11, AdrTestStatus
        str     r10, [r11]
        b       testfail2
 
testpass:
        ldr     r11, AdrTestStatus
        mov     r10, #17
        str     r10, [r11]
        b       testpass
 
 
@ ------------------------------------------
@ ------------------------------------------
 
/* Write 17 to this address to generate a Test Passed message */
AdrTestStatus:  .word  ADR_AMBER_TEST_STATUS
AdrTestset:     .word  Testset
AdrAnswers:     .word  Answers
Data1:          .word  0x3
Data2:          .word  0x7
PCMask:         .word  0x03fffffc
 
 
Testset:
.word  0
.word  1
.word  2
.word  3
.word  27
.word  0x0000ffff
.word  0x40000000
.word  0x7fffffff
.word  0x7ffffffe
.word  0xffffffff
.word  0xfffffffe
.word  0xfffffffd
.word  0xffffffe5
.word  0x8fff0000
.word  0x80000000
.word  0x80000001
 
 
Answers:
.word  0x00000000
.word  0x00000000
.word  0x00000000
.word  0x00000000
.word  0x00000000
.word  0x00000000
.word  0x00000000
.word  0x00000000
.word  0x00000000
.word  0x00000000
.word  0x00000000
.word  0x00000000
.word  0x00000000
.word  0x00000000
.word  0x00000000
.word  0x00000000
.word  0x00000000
.word  0x00000001
.word  0x00000002
.word  0x00000003
.word  0x0000001b
.word  0x0000ffff
.word  0x40000000
.word  0x7fffffff
.word  0x7ffffffe
.word  0xffffffff
.word  0xfffffffe
.word  0xfffffffd
.word  0xffffffe5
.word  0x8fff0000
.word  0x80000000
.word  0x80000001
.word  0x00000000
.word  0x00000002
.word  0x00000004
.word  0x00000006
.word  0x00000036
.word  0x0001fffe
.word  0x80000000
.word  0xfffffffe
.word  0xfffffffc
.word  0xfffffffe
.word  0xfffffffc
.word  0xfffffffa
.word  0xffffffca
.word  0x1ffe0000
.word  0x00000000
.word  0x00000002
.word  0x00000000
.word  0x00000003
.word  0x00000006
.word  0x00000009
.word  0x00000051
.word  0x0002fffd
.word  0xc0000000
.word  0x7ffffffd
.word  0x7ffffffa
.word  0xfffffffd
.word  0xfffffffa
.word  0xfffffff7
.word  0xffffffaf
.word  0xaffd0000
.word  0x80000000
.word  0x80000003
.word  0x00000000
.word  0x0000001b
.word  0x00000036
.word  0x00000051
.word  0x000002d9
.word  0x001affe5
.word  0xc0000000
.word  0x7fffffe5
.word  0x7fffffca
.word  0xffffffe5
.word  0xffffffca
.word  0xffffffaf
.word  0xfffffd27
.word  0x2fe50000
.word  0x80000000
.word  0x8000001b
.word  0x00000000
.word  0x0000ffff
.word  0x0001fffe
.word  0x0002fffd
.word  0x001affe5
.word  0xfffe0001
.word  0xc0000000
.word  0x7fff0001
.word  0x7ffe0002
.word  0xffff0001
.word  0xfffe0002
.word  0xfffd0003
.word  0xffe5001b
.word  0x70010000
.word  0x80000000
.word  0x8000ffff
.word  0x00000000
.word  0x40000000
.word  0x80000000
.word  0xc0000000
.word  0xc0000000
.word  0xc0000000
.word  0x00000000
.word  0xc0000000
.word  0x80000000
.word  0xc0000000
.word  0x80000000
.word  0x40000000
.word  0x40000000
.word  0x00000000
.word  0x00000000
.word  0x40000000
.word  0x00000000
.word  0x7fffffff
.word  0xfffffffe
.word  0x7ffffffd
.word  0x7fffffe5
.word  0x7fff0001
.word  0xc0000000
.word  0x00000001
.word  0x80000002
.word  0x80000001
.word  0x00000002
.word  0x80000003
.word  0x8000001b
.word  0x70010000
.word  0x80000000
.word  0xffffffff
.word  0x00000000
.word  0x7ffffffe
.word  0xfffffffc
.word  0x7ffffffa
.word  0x7fffffca
.word  0x7ffe0002
.word  0x80000000
.word  0x80000002
.word  0x00000004
.word  0x80000002
.word  0x00000004
.word  0x80000006
.word  0x80000036
.word  0xe0020000
.word  0x00000000
.word  0x7ffffffe
.word  0x00000000
.word  0xffffffff
.word  0xfffffffe
.word  0xfffffffd
.word  0xffffffe5
.word  0xffff0001
.word  0xc0000000
.word  0x80000001
.word  0x80000002
.word  0x00000001
.word  0x00000002
.word  0x00000003
.word  0x0000001b
.word  0x70010000
.word  0x80000000
.word  0x7fffffff
.word  0x00000000
.word  0xfffffffe
.word  0xfffffffc
.word  0xfffffffa
.word  0xffffffca
.word  0xfffe0002
.word  0x80000000
.word  0x00000002
.word  0x00000004
.word  0x00000002
.word  0x00000004
.word  0x00000006
.word  0x00000036
.word  0xe0020000
.word  0x00000000
.word  0xfffffffe
.word  0x00000000
.word  0xfffffffd
.word  0xfffffffa
.word  0xfffffff7
.word  0xffffffaf
.word  0xfffd0003
.word  0x40000000
.word  0x80000003
.word  0x80000006
.word  0x00000003
.word  0x00000006
.word  0x00000009
.word  0x00000051
.word  0x50030000
.word  0x80000000
.word  0x7ffffffd
.word  0x00000000
.word  0xffffffe5
.word  0xffffffca
.word  0xffffffaf
.word  0xfffffd27
.word  0xffe5001b
.word  0x40000000
.word  0x8000001b
.word  0x80000036
.word  0x0000001b
.word  0x00000036
.word  0x00000051
.word  0x000002d9
.word  0xd01b0000
.word  0x80000000
.word  0x7fffffe5
.word  0x00000000
.word  0x8fff0000
.word  0x1ffe0000
.word  0xaffd0000
.word  0x2fe50000
.word  0x70010000
.word  0x00000000
.word  0x70010000
.word  0xe0020000
.word  0x70010000
.word  0xe0020000
.word  0x50030000
.word  0xd01b0000
.word  0x00000000
.word  0x00000000
.word  0x8fff0000
.word  0x00000000
.word  0x80000000
.word  0x00000000
.word  0x80000000
.word  0x80000000
.word  0x80000000
.word  0x00000000
.word  0x80000000
.word  0x00000000
.word  0x80000000
.word  0x00000000
.word  0x80000000
.word  0x80000000
.word  0x00000000
.word  0x00000000
.word  0x80000000
.word  0x00000000
.word  0x80000001
.word  0x00000002
.word  0x80000003
.word  0x8000001b
.word  0x8000ffff
.word  0x40000000
.word  0xffffffff
.word  0x7ffffffe
.word  0x7fffffff
.word  0xfffffffe
.word  0x7ffffffd
.word  0x7fffffe5
.word  0x8fff0000
.word  0x80000000
.word  0x00000001

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[/] [amber/] [trunk/] [hw/] [tests/] [mul.S] - Blame information for rev 28

Line No.	Rev	Author	Line
1	2	csantifort	`/*****************************************************************`
2			`// //`
3			`// Amber 2 Core Instruction Test //`
4			`// //`
5			`// This file is part of the Amber project //`
6			`// http://www.opencores.org/project,amber //`
7			`// //`
8			`// Description //`
9			`// Tests the mul (multiply) instruction //`
10			`// //`
11			`// Uses a testset of 16 numbers and multiplies them //`
12			`// with eachother in every combination - 256 multiplications. //`
13			`// Checks each result against an expected result //`
14			`// //`
15			`// Author(s): //`
16			`// - Conor Santifort, csantifort.amber@gmail.com //`
17			`// //`
18			`//////////////////////////////////////////////////////////////////`
19			`// //`
20			`// Copyright (C) 2010 Authors and OPENCORES.ORG //`
21			`// //`
22			`// This source file may be used and distributed without //`
23			`// restriction provided that this copyright statement is not //`
24			`// removed from the file and that any derivative work contains //`
25			`// the original copyright notice and the associated disclaimer. //`
26			`// //`
27			`// This source file is free software; you can redistribute it //`
28			`// and/or modify it under the terms of the GNU Lesser General //`
29			`// Public License as published by the Free Software Foundation; //`
30			`// either version 2.1 of the License, or (at your option) any //`
31			`// later version. //`
32			`// //`
33			`// This source is distributed in the hope that it will be //`
34			`// useful, but WITHOUT ANY WARRANTY; without even the implied //`
35			`// warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR //`
36			`// PURPOSE. See the GNU Lesser General Public License for more //`
37			`// details. //`
38			`// //`
39			`// You should have received a copy of the GNU Lesser General //`
40			`// Public License along with this source; if not, download it //`
41			`// from http://www.opencores.org/lgpl.shtml //`
42			`// //`
43			`*****************************************************************/`
44
45			`#include "amber_registers.h"`
46
47			`.section .text`
48			`.globl main`
49			`main:`
50
51			`@ -------------------------------`
52			`@ Test mul`
53			`@ -------------------------------`
54			`mov r6, #0`
55			`ldr r8, AdrTestset`
56
57
58			`loop: and r2, r6, #0xf`
59			`ldr r7, [r8, r2, lsl #2]`
60
61			`and r4, r6, #0xf0`
62			`ldr r5, [r8, r4, lsr #2]`
63
64			`mul r4, r7, r5`
65
66			`@-------------------------------`
67			`@ Check Result`
68			`@ -------------------------------`
69			`ldr r9, AdrAnswers`
70			`ldr r10, [r9, r6, lsl #2]`
71			`cmp r4, r10`
72			`bne testfail`
73
74			`add r6, r6, #1`
75			`cmp r6, #256`
76			`beq test2`
77			`b loop`
78
79
80
81			`test2:`
82			`@-------------------------------`
83			`@ Test Flags`
84			`@ Only the N and Z flags get set`
85			`@ the C and V flags can be unpredictable in v4`
86			`@ but this implementation leaves them at their`
87			`@ old values`
88			`@ -------------------------------`
89			`@ clear flags first`
90			`bic r2, r2, #0xf0000000`
91			`teqp pc, r2`
92
93			`mov r0, #1`
94			`mov r1, #-1`
95
96			`muls r2, r0, r1`
97
98			`mov r4, pc`
99			`and r4, r4, #0xf0000000 @ clear non-flag bits`
100			`cmp r4, #0x80000000`
101			`movne r10, #100`
102			`bne testfail2`
103
104			`cmp r2, #-1`
105			`movne r10, #110`
106			`bne testfail2`
107
108
109			`test3:`
110			`@-------------------------------`
111			`@ Test Flags`
112			`@ This time ensure that C and V retain their`
113			`@ old values`
114			`@ -------------------------------`
115			`@ clear flags first`
116			`mov r2, pc`
117			`ldr r7, PCMask`
118			`bic r2, r2, r7 @ clear pc bits`
119			`bic r2, r2, #0xf0000000 @ clear condition clags`
120			`orr r2, r2, #0x30000000 @ set C and V flags`
121			`teqp pc, r2`
122
123			`mov r0, #0`
124			`mov r1, #-1`
125
126			`muls r2, r0, r1`
127
128			`mov r4, pc`
129			`and r4, r4, #0xf0000000 @ clear non-flag bits`
130			`cmp r4, #0x70000000`
131			`movne r10, #120`
132			`bne testfail2`
133
134			`cmp r2, #0`
135			`movne r10, #130`
136			`bne testfail2`
137
138
139			`test4:`
140			`@-------------------------------`
141			`@ Test sequence of back-to-back MULs`
142			`@ where only some are executed`
143			`@-------------------------------`
144			`mov r0, #1`
145			`mov r1, #2`
146			`mov r2, #7`
147			`mov r3, #3`
148			`mov r4, #5`
149			`mov r5, #6`
150
151			`mov r7, #0`
152			`mov r8, #0`
153			`mov r9, #0`
154			`mov r10, #0`
155
156			`cmp r0, r1`
157
158			`mulne r7, r4, r5 @ executes`
159			`muleq r8, r2, r3 @ doesnt execute`
160			`mulne r9, r1, r4 @ executes`
161			`mulne r10, r3, r3 @ executes`
162
163			`cmp r7, #30`
164			`movne r10, #200`
165			`bne testfail2`
166
167			`cmp r8, #0`
168			`movne r10, #210`
169			`bne testfail2`
170
171			`cmp r9, #10`
172			`movne r10, #220`
173			`bne testfail2`
174
175			`cmp r10, #9`
176			`movne r10, #230`
177			`bne testfail2`
178
179			`test5:`
180			`@-------------------------------`
181			`@ Test sequence of back-to-back MULs`
182			`@ where only some are executed`
183			`@ and some change flags`
184			`@-------------------------------`
185			`mov r0, #0`
186			`mov r1, #-1`
187			`mov r2, #7`
188			`mov r3, #3`
189			`mov r4, #5`
190			`mov r5, #6`
191
192			`mov r7, #0`
193			`mov r8, #0`
194			`mov r9, #0`
195			`mov r10, #0`
196
197			`cmp r0, r1`
198
199			`mulnes r7, r0, r1 @ executes and changes flags`
200			`muleq r8, r2, r3 @ executes`
201			`mulne r9, r1, r4 @ doesnt execute`
202			`mulne r10, r3, r3 @ doesnt executes`
203
204			`cmp r7, #0`
205			`movne r10, #240`
206			`bne testfail2`
207
208			`cmp r8, #21`
209			`movne r10, #245`
210			`bne testfail2`
211
212			`cmp r9, #0`
213			`movne r10, #250`
214			`bne testfail2`
215
216			`cmp r10, #0`
217			`movne r10, #255`
218			`bne testfail2`
219
220
221			`test6:`
222			`@-------------------------------`
223			`@ Test tricky sequence of operations`
224			`@-------------------------------`
225			`mov r3, #1`
226			`mov r5, #0`
227			`mov r1, #7`
228			`cmp r1, #7`
229
230			`ldreq r2, Data1 @ 3`
231			`ldrne r3, Data2 @ 7, not loaded`
232			`muleq r4, r2, r3`
233			`ldrne r5, Data2`
234
235			`cmp r5, #0`
236			`movne r10, #150`
237			`bne testfail2`
238
239			`cmp r4, #3`
240			`movne r10, #160`
241			`bne testfail2`
242
243			`@ ------------------------------------------`
244			`@ ------------------------------------------`
245
246			`b testpass`
247
248			`testfail:`
249			`testfail2:`
250			`ldr r11, AdrTestStatus`
251			`str r10, [r11]`
252			`b testfail2`
253
254			`testpass:`
255			`ldr r11, AdrTestStatus`
256			`mov r10, #17`
257			`str r10, [r11]`
258			`b testpass`
259
260
261			`@ ------------------------------------------`
262			`@ ------------------------------------------`
263
264			`/* Write 17 to this address to generate a Test Passed message */`
265			`AdrTestStatus: .word ADR_AMBER_TEST_STATUS`
266			`AdrTestset: .word Testset`
267			`AdrAnswers: .word Answers`
268			`Data1: .word 0x3`
269			`Data2: .word 0x7`
270			`PCMask: .word 0x03fffffc`
271
272
273			`Testset:`
274			`.word 0`
275			`.word 1`
276			`.word 2`
277			`.word 3`
278			`.word 27`
279			`.word 0x0000ffff`
280			`.word 0x40000000`
281			`.word 0x7fffffff`
282			`.word 0x7ffffffe`
283			`.word 0xffffffff`
284			`.word 0xfffffffe`
285			`.word 0xfffffffd`
286			`.word 0xffffffe5`
287			`.word 0x8fff0000`
288			`.word 0x80000000`
289			`.word 0x80000001`
290
291
292			`Answers:`
293			`.word 0x00000000`
294			`.word 0x00000000`
295			`.word 0x00000000`
296			`.word 0x00000000`
297			`.word 0x00000000`
298			`.word 0x00000000`
299			`.word 0x00000000`
300			`.word 0x00000000`
301			`.word 0x00000000`
302			`.word 0x00000000`
303			`.word 0x00000000`
304			`.word 0x00000000`
305			`.word 0x00000000`
306			`.word 0x00000000`
307			`.word 0x00000000`
308			`.word 0x00000000`
309			`.word 0x00000000`
310			`.word 0x00000001`
311			`.word 0x00000002`
312			`.word 0x00000003`
313			`.word 0x0000001b`
314			`.word 0x0000ffff`
315			`.word 0x40000000`
316			`.word 0x7fffffff`
317			`.word 0x7ffffffe`
318			`.word 0xffffffff`
319			`.word 0xfffffffe`
320			`.word 0xfffffffd`
321			`.word 0xffffffe5`
322			`.word 0x8fff0000`
323			`.word 0x80000000`
324			`.word 0x80000001`
325			`.word 0x00000000`
326			`.word 0x00000002`
327			`.word 0x00000004`
328			`.word 0x00000006`
329			`.word 0x00000036`
330			`.word 0x0001fffe`
331			`.word 0x80000000`
332			`.word 0xfffffffe`
333			`.word 0xfffffffc`
334			`.word 0xfffffffe`
335			`.word 0xfffffffc`
336			`.word 0xfffffffa`
337			`.word 0xffffffca`
338			`.word 0x1ffe0000`
339			`.word 0x00000000`
340			`.word 0x00000002`
341			`.word 0x00000000`
342			`.word 0x00000003`
343			`.word 0x00000006`
344			`.word 0x00000009`
345			`.word 0x00000051`
346			`.word 0x0002fffd`
347			`.word 0xc0000000`
348			`.word 0x7ffffffd`
349			`.word 0x7ffffffa`
350			`.word 0xfffffffd`
351			`.word 0xfffffffa`
352			`.word 0xfffffff7`
353			`.word 0xffffffaf`
354			`.word 0xaffd0000`
355			`.word 0x80000000`
356			`.word 0x80000003`
357			`.word 0x00000000`
358			`.word 0x0000001b`
359			`.word 0x00000036`
360			`.word 0x00000051`
361			`.word 0x000002d9`
362			`.word 0x001affe5`
363			`.word 0xc0000000`
364			`.word 0x7fffffe5`
365			`.word 0x7fffffca`
366			`.word 0xffffffe5`
367			`.word 0xffffffca`
368			`.word 0xffffffaf`
369			`.word 0xfffffd27`
370			`.word 0x2fe50000`
371			`.word 0x80000000`
372			`.word 0x8000001b`
373			`.word 0x00000000`
374			`.word 0x0000ffff`
375			`.word 0x0001fffe`
376			`.word 0x0002fffd`
377			`.word 0x001affe5`
378			`.word 0xfffe0001`
379			`.word 0xc0000000`
380			`.word 0x7fff0001`
381			`.word 0x7ffe0002`
382			`.word 0xffff0001`
383			`.word 0xfffe0002`
384			`.word 0xfffd0003`
385			`.word 0xffe5001b`
386			`.word 0x70010000`
387			`.word 0x80000000`
388			`.word 0x8000ffff`
389			`.word 0x00000000`
390			`.word 0x40000000`
391			`.word 0x80000000`
392			`.word 0xc0000000`
393			`.word 0xc0000000`
394			`.word 0xc0000000`
395			`.word 0x00000000`
396			`.word 0xc0000000`
397			`.word 0x80000000`
398			`.word 0xc0000000`
399			`.word 0x80000000`
400			`.word 0x40000000`
401			`.word 0x40000000`
402			`.word 0x00000000`
403			`.word 0x00000000`
404			`.word 0x40000000`
405			`.word 0x00000000`
406			`.word 0x7fffffff`
407			`.word 0xfffffffe`
408			`.word 0x7ffffffd`
409			`.word 0x7fffffe5`
410			`.word 0x7fff0001`
411			`.word 0xc0000000`
412			`.word 0x00000001`
413			`.word 0x80000002`
414			`.word 0x80000001`
415			`.word 0x00000002`
416			`.word 0x80000003`
417			`.word 0x8000001b`
418			`.word 0x70010000`
419			`.word 0x80000000`
420			`.word 0xffffffff`
421			`.word 0x00000000`
422			`.word 0x7ffffffe`
423			`.word 0xfffffffc`
424			`.word 0x7ffffffa`
425			`.word 0x7fffffca`
426			`.word 0x7ffe0002`
427			`.word 0x80000000`
428			`.word 0x80000002`
429			`.word 0x00000004`
430			`.word 0x80000002`
431			`.word 0x00000004`
432			`.word 0x80000006`
433			`.word 0x80000036`
434			`.word 0xe0020000`
435			`.word 0x00000000`
436			`.word 0x7ffffffe`
437			`.word 0x00000000`
438			`.word 0xffffffff`
439			`.word 0xfffffffe`
440			`.word 0xfffffffd`
441			`.word 0xffffffe5`
442			`.word 0xffff0001`
443			`.word 0xc0000000`
444			`.word 0x80000001`
445			`.word 0x80000002`
446			`.word 0x00000001`
447			`.word 0x00000002`
448			`.word 0x00000003`
449			`.word 0x0000001b`
450			`.word 0x70010000`
451			`.word 0x80000000`
452			`.word 0x7fffffff`
453			`.word 0x00000000`
454			`.word 0xfffffffe`
455			`.word 0xfffffffc`
456			`.word 0xfffffffa`
457			`.word 0xffffffca`
458			`.word 0xfffe0002`
459			`.word 0x80000000`
460			`.word 0x00000002`
461			`.word 0x00000004`
462			`.word 0x00000002`
463			`.word 0x00000004`
464			`.word 0x00000006`
465			`.word 0x00000036`
466			`.word 0xe0020000`
467			`.word 0x00000000`
468			`.word 0xfffffffe`
469			`.word 0x00000000`
470			`.word 0xfffffffd`
471			`.word 0xfffffffa`
472			`.word 0xfffffff7`
473			`.word 0xffffffaf`
474			`.word 0xfffd0003`
475			`.word 0x40000000`
476			`.word 0x80000003`
477			`.word 0x80000006`
478			`.word 0x00000003`
479			`.word 0x00000006`
480			`.word 0x00000009`
481			`.word 0x00000051`
482			`.word 0x50030000`
483			`.word 0x80000000`
484			`.word 0x7ffffffd`
485			`.word 0x00000000`
486			`.word 0xffffffe5`
487			`.word 0xffffffca`
488			`.word 0xffffffaf`
489			`.word 0xfffffd27`
490			`.word 0xffe5001b`
491			`.word 0x40000000`
492			`.word 0x8000001b`
493			`.word 0x80000036`
494			`.word 0x0000001b`
495			`.word 0x00000036`
496			`.word 0x00000051`
497			`.word 0x000002d9`
498			`.word 0xd01b0000`
499			`.word 0x80000000`
500			`.word 0x7fffffe5`
501			`.word 0x00000000`
502			`.word 0x8fff0000`
503			`.word 0x1ffe0000`
504			`.word 0xaffd0000`
505			`.word 0x2fe50000`
506			`.word 0x70010000`
507			`.word 0x00000000`
508			`.word 0x70010000`
509			`.word 0xe0020000`
510			`.word 0x70010000`
511			`.word 0xe0020000`
512			`.word 0x50030000`
513			`.word 0xd01b0000`
514			`.word 0x00000000`
515			`.word 0x00000000`
516			`.word 0x8fff0000`
517			`.word 0x00000000`
518			`.word 0x80000000`
519			`.word 0x00000000`
520			`.word 0x80000000`
521			`.word 0x80000000`
522			`.word 0x80000000`
523			`.word 0x00000000`
524			`.word 0x80000000`
525			`.word 0x00000000`
526			`.word 0x80000000`
527			`.word 0x00000000`
528			`.word 0x80000000`
529			`.word 0x80000000`
530			`.word 0x00000000`
531			`.word 0x00000000`
532			`.word 0x80000000`
533			`.word 0x00000000`
534			`.word 0x80000001`
535			`.word 0x00000002`
536			`.word 0x80000003`
537			`.word 0x8000001b`
538			`.word 0x8000ffff`
539			`.word 0x40000000`
540			`.word 0xffffffff`
541			`.word 0x7ffffffe`
542			`.word 0x7fffffff`
543			`.word 0xfffffffe`
544			`.word 0x7ffffffd`
545			`.word 0x7fffffe5`
546			`.word 0x8fff0000`
547			`.word 0x80000000`
548			`.word 0x00000001`