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newlib/libgloss/hp74x/iva_table.s
Ranjith Kumaran 03261851a1 20000317 sourceware import
2000-03-17 22:48:54 +00:00

997 lines
19 KiB
ArmAsm
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/****************************************************************************
THIS SOFTWARE IS NOT COPYRIGHTED
HP offers the following for use in the public domain. HP makes no
warranty with regard to the software or it's performance and the
user accepts the software "AS IS" with all faults.
HP DISCLAIMS ANY WARRANTIES, EXPRESS OR IMPLIED, WITH REGARD
TO THIS SOFTWARE INCLUDING BUT NOT LIMITED TO THE WARRANTIES
OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.
****************************************************************************/
.space $TEXT$
.subspa $CODE$,access=0x2c
#include "diagnose.h"
#if 0
#include "iva_table.h"
#endif
R_gr0 .equ 0
R_gr1 .equ 4
R_gr2 .equ 8
R_gr3 .equ 12
R_gr4 .equ 16
R_gr5 .equ 20
R_gr6 .equ 24
R_gr7 .equ 28
R_gr8 .equ 32
R_gr9 .equ 36
R_gr10 .equ 40
R_gr11 .equ 44
R_gr12 .equ 48
R_gr13 .equ 52
R_gr14 .equ 56
R_gr15 .equ 60
R_gr16 .equ 64
R_gr17 .equ 68
R_gr18 .equ 72
R_gr19 .equ 76
R_gr20 .equ 80
R_gr21 .equ 84
R_gr22 .equ 88
R_gr23 .equ 92
R_gr24 .equ 96
R_gr25 .equ 100
R_gr26 .equ 104
R_gr27 .equ 108
R_gr28 .equ 112
R_gr29 .equ 116
R_gr30 .equ 120
R_gr31 .equ 124
R_rctr .equ 160
R_cpu0 .equ 164
R_pidr1 .equ 168
R_pidr2 .equ 172
R_ccr .equ 176
R_sar .equ 180
R_pidr3 .equ 184
R_pidr4 .equ 188
R_iva .equ 192
R_eiem .equ 196
R_itmr .equ 200
R_pcsqH .equ 204
R_pcoqH .equ 208
R_iir .equ 212
R_pcsqT .equ 216
R_pcoqT .equ 220
R_isr .equ 224
R_ior .equ 228
R_ipsw .equ 232
R_eirr .equ 236
R_tr0 .equ 240
R_tr1 .equ 244
R_tr2 .equ 248
R_tr3 .equ 252
R_tr4 .equ 256
R_tr5 .equ 260
R_tr6 .equ 264
R_tr7 .equ 268
R_SIZE .equ 300
.import putc,code
.import puts,code
.import putnum,code
.import put_led,code
.import save_regs,code
.import STUB_RESTORE,code
.import RegBlk,data
.export iva_table,data
.IMPORT led_putnum,code
.IMPORT delay,code
.IMPORT putnum,code
.IMPORT outbyte,code
.IMPORT print,code
.align 2048
iva_table
.blockz 32 ; entry 0 is reserved
.align 32
hpmc
nop
b,n hpmc_handler
nop
.word 0
.word 0
.word 0
.word hpmc_handler
.word 0
.align 32
power_fail
; PrintString Str02,0x2
ldi 1,%r26
bl,n putnum,%r2
nop
.align 32
recovery
;; PrintString Str03,0x3
ldi 2,%r26
bl,n putnum,%r2
nop
ldi 3,%r1
b,n handle_rcc
nop
.align 32
external
; PrintString Str04,0x4
ldi 3,%r26
bl,n putnum,%r2
nop
.align 32
lpmc
; PrintString Str05,0x5
ldi 4,%r26
bl,n putnum,%r2
nop
.align 32
itlb_miss
; PrintString Str06,0x6
ldi 5,%r26
bl,n putnum,%r2
nop
.align 32
imem_protection
; PrintString Str07,0x7
ldi 6,%r26
bl,n putnum,%r2
nop
.align 32
illegal_inst
; PrintString Str08,0x8
ldi 7,%r26
bl,n putnum,%r2
nop
.align 32
break
b,n break_handler
nop
.align 32
privileged_op
; PrintString Str0a,0xa
ldi 8,%r26
bl,n putnum,%r2
nop
.align 32
privileged_reg
; PrintString Str0b,0xb
ldi 9,%r26
bl,n putnum,%r2
nop
.align 32
overflow
; PrintString Str0c,0xc
ldi 32,%r26
bl,n putnum,%r2
nop
.align 32
conditional
; PrintString Str0d,0xd
ldi 32,%r26
bl,n putnum,%r2
nop
.align 32
assist_excep
; PrintString Str0e,0xe
ldi 32,%r26
bl,n putnum,%r2
nop
.align 32
dtlb_miss
; PrintString Str0f,0xf
ldi 32,%r26
bl,n putnum,%r2
nop
.align 32
na_itlb
; PrintString Str10,0x10
ldi 32,%r26
bl,n putnum,%r2
nop
.align 32
na_dtlb
; PrintString Str11,0x11
ldi 32,%r26
bl,n putnum,%r2
nop
.align 32
dmem_protection
; PrintString Str12,0x12
ldi 32,%r26
bl,n putnum,%r2
nop
.align 32
dmem_break
; PrintString Str13,0x13
ldi 32,%r26
bl,n putnum,%r2
nop
.align 32
tlb_dirty
; PrintString Str14,0x14
ldi 32,%r26
bl,n putnum,%r2
nop
.align 32
page_ref
; PrintString Str15,0x15
ldi 32,%r26
bl,n putnum,%r2
nop
.align 32
assist_emul
; PrintString Str16,0x16
ldi 32,%r26
bl,n putnum,%r2
nop
.align 32
high_priv
; PrintString Str17,0x17
ldi 32,%r26
bl,n putnum,%r2
nop
.align 32
low_priv
; PrintString Str18,0x18
ldi 32,%r26
bl,n putnum,%r2
nop
.align 32
branch_taken
; PrintString Str19,0x19
ldi 32,%r26
bl,n putnum,%r2
nop
/*
* foobar -- debug procedure calling between C and assembler
*/
.EXPORT foobar,ENTRY,ARGW0=GR,RTNVAL=GR
foobar
.PROC
.CALLINFO CALLER,FRAME=128,SAVE_RP
.ENTRY
stw %r2,-20(0,%r30) ; stash the return pointer
ldo 128(%r30),%r30 ; push up the stack pointer
ldi 8, %r26
bl,n led_putnum,%r2
nop
ldil L'900000,%r26
ldo R'900000(%r26),%r26
bl,n delay,%r2
nop
ldi 8, %r26
bl,n led_putnum,%r2
nop
ldil L'900000,%r26
ldo R'900000(%r26),%r26
bl,n delay,%r2
nop
;; copy %r26,%r26
;; bl,n putnum,%r2
nop
ldw -148(0,%r30),%r2 ; retrieve the return pointer
ldo -128(%r30),%r30 ; reset the stack pointer
bv,n 0(%r2)
nop
.EXIT
.PROCEND
/*
* setup_vectors -- add vectors for GDB to the vector table.
* %r3 - current vector table
* %r4 - new vector table
*/
.EXPORT setup_vectors,ENTRY,ARGW0=GR,RTNVAL=GR
setup_vectors
.PROC
.CALLINFO CALLER,FRAME=128,SAVE_RP
.ENTRY
stw %r2,-20(0,%r30) ; stash the return pointer
ldo 128(%r30),%r30 ; push up the stack pointer
mfctl %iva,%r3
ldil L%iva_table,%r4 ; Get the new vector table
ldo R%iva_table(%r4),%r4 ; address
ldil L%break_handler,%r5 ; Get the breakpoint
ldo R%break_handler(%r5),%r5 ; handler vector
ldil L%break_default,%r6 ; Get the default handler
ldo R%break_default(%r6),%r6 ; vector
stw %r6,4(%r4) ; ad the default vector
stw %r5,36(%r4) ; add the break vector
mtctl %r4,%iva
ldw -148(0,%r30),%r2 ; retrieve the return pointer
ldo -128(%r30),%r30 ; reset the stack pointer
bv,n 0(%r2)
nop
.EXIT
.PROCEND
;-------------------------------------------------------------------------------
hpmc_handler
bl,n save_state,%r25
nop
bl print_intr,%rp
ldi Str01-Str01,%arg0
bl print_state,%rp
nop
ldil L%0xf0000000,%r1
ldw (%r1),%r1 ; read from ROM to reset HPMC
mfcpu_c 0,%r1
mfcpu_c 0,%r1
depi 0,CPU_DIAG_0_PREV_HPMC_PREP_BIT,1,%r1 ; clear Prev HPMC bit
#ifdef PCXL
depi 0,CPU_DIAG_0_L2DHPMC_BIT,1,%r1
depi 0,CPU_DIAG_0_L2IHPMC_BIT,1,%r1
depi 0,CPU_DIAG_0_L1IHPMC_BIT,1,%r1
depi 0,CPU_DIAG_0_L2PARERR_BIT,4,%r1
#else /* PCXT */
depi 0,CPU_DIAG_0_DHPMC_BIT,1,%r1 ; don't clear DHPMC
depi 0,CPU_DIAG_0_ILPMC_BIT,1,%r1 ; don't clear ILPMC
depi 0,CPU_DIAG_0_HTOC_BIT,1,%r1 ; don't clear HTOC
#endif
mtcpu %r1,0
mtcpu %r1,0
b,n restore_to_STUB
ldi 0x1,%r1
/*
* break_handler -- this is the main entry point for an exception
*/
.ALIGN 2048
break_handler
mfctl %iir,%r1 ; r1 = break instruction
extru %r1,18,13,%r8
ldo -i13BREAK(%r8),%r8 ; if im13 field doesn't match
comb,<>,n %r8,%r0,break_default ; go to default operation
extru %r1,31,5,%r8
ldi 0x9,%r1 ; set exception index
comib,=,n i5BP,%r8,break_breakpoint
comib,=,n i5PSW,%r8,break_psw
comib,=,n i5REG,%r8,break_reg_init
comib,=,n i5INLINE,%r8,break_breakpoint
; fall through to break_default
break_default
; PrintString Str09,0x9
ldi 32,%r26
bl,n putnum,%r2
nop
break_reg_init
bl setup_vectors,%r25
nop
bl save_regs,%r25
nop
; fall through to advance past break instruction
break_psw
b,n recover
break_breakpoint
b,n STUB_RESTORE
;-------------------------------------------------------------------------------
handle_rcc
mfctl %ipsw,%r1
bb,>=,n %r1,10,do_restore ; check nullify bit
dep %r0,10,1,%r1
mtctl %r1,%ipsw ; clear nullify bit
;; was the AdvancePCOQ .macro
mtctl %r0,%pcoq ; throw away iiaoq head pointer, tail->head
mfctl %pcoq,%r1 ; get tail pointer
mtctl %r1,%pcoq ; insert tail pointer
ldo 4(%r1),%r1 ; advance tail pointer
mtctl %r1,%pcoq ; insert new tail pointer, former tail->head
do_restore
b,n STUB_RESTORE
nop
;-------------------------------------------------------------------------------
print_intr
; %dp may be messed up, so do self-relocating to reach Save_area
blr %r0,%r1
addil L%Str01-pr_intr_0,%r1
pr_intr_0
ldo R%Str01-pr_intr_0(%r1),%r1 ; r1 points to Save_area
b puts ; print string--return through rp
add %r1,%arg0,%arg0
;-------------------------------------------------------------------------------
halt
; %dp may be messed up, so do self-relocating to reach Save_area
blr %r0,%r1
addil L%HaltStr-halt_0,%r1
halt_0
bl puts,%rp ; print halt message
ldo R%HaltStr-halt_0(%r1),%arg0
nop
b,n . ; loop forever
nop
;-------------------------------------------------------------------------------
recover
;; was the AdvancePCOQ .macro
mtctl %r0,%pcoq ; throw away iiaoq head pointer, tail->head
mfctl %pcoq,%r1 ; get tail pointer
mtctl %r1,%pcoq ; insert tail pointer
ldo 4(%r1),%r1 ; advance tail pointer
mtctl %r1,%pcoq ; insert new tail pointer, former tail->head
rfir
;-------------------------------------------------------------------------------
save_state ; %r25 is return pointer
; %dp may be messed up, so do self-relocating to reach Save_area
blr %r0,%r1
addil L%Save_area-sa_st_0,%r1
sa_st_0
ldo R%Save_area-sa_st_0(%r1),%r1 ; r1 points to Save_area
; save general registers
stw %r0,R_gr0(%r1)
; don't save %r1 until restored
stw %r2,R_gr2(%r1)
stw %r3,R_gr3(%r1)
stw %r4,R_gr4(%r1)
stw %r5,R_gr5(%r1)
stw %r6,R_gr6(%r1)
stw %r7,R_gr7(%r1)
; don't save %r8, %r9 until restored
stw %r10,R_gr10(%r1)
stw %r11,R_gr11(%r1)
stw %r12,R_gr12(%r1)
stw %r13,R_gr13(%r1)
stw %r14,R_gr14(%r1)
stw %r15,R_gr15(%r1)
; don't save %r16, %r17 until restored
stw %r18,R_gr18(%r1)
stw %r19,R_gr19(%r1)
stw %r20,R_gr20(%r1)
stw %r21,R_gr21(%r1)
stw %r22,R_gr22(%r1)
stw %r23,R_gr23(%r1)
; don't save %r24, %r25 until restored
stw %r26,R_gr26(%r1)
stw %r27,R_gr27(%r1)
stw %r28,R_gr28(%r1)
stw %r29,R_gr29(%r1)
copy %r25,%rp ; copy return pointer to %rp
stw %r30,R_gr30(%r1)
copy %r1,%r19 ; save Save_area pointer in %r19
stw %r31,R_gr31(%r1)
shdw_gr ; restore %r1 and %r25 (et al.) from shadow regs
shdw_gr
stw %r1,R_gr1(%r19) ; save %r1
stw %r8,R_gr8(%r19)
stw %r9,R_gr9(%r19)
stw %r16,R_gr16(%r19)
stw %r17,R_gr17(%r19)
stw %r24,R_gr24(%r19)
; save control registers
mfctl %rctr,%r1
stw %r1,R_rctr(%r19)
mfctl %pidr1,%r1
stw %r1,R_pidr1(%r19)
mfctl %pidr2,%r1
stw %r1,R_pidr2(%r19)
mfctl %ccr,%r1
stw %r1,R_ccr(%r19)
mfctl %sar,%r1
stw %r1,R_sar(%r19)
mfctl %pidr3,%r1
stw %r1,R_pidr3(%r19)
mfctl %pidr4,%r1
stw %r1,R_pidr4(%r19)
mfctl %iva,%r1
stw %r1,R_iva(%r19)
mfctl %eiem,%r1
stw %r1,R_eiem(%r19)
mfctl %itmr,%r1
stw %r1,R_itmr(%r19)
mfctl %pcsq,%r1
mtctl %r1,%pcsq
stw %r1,R_pcsqH(%r19)
mfctl %pcsq,%r1
mtctl %r1,%pcsq
stw %r1,R_pcsqT(%r19)
mfctl %pcoq,%r1
mtctl %r1,%pcoq
stw %r1,R_pcoqH(%r19)
mfctl %pcoq,%r1
mtctl %r1,%pcoq
stw %r1,R_pcoqT(%r19)
mfctl %iir,%r1
stw %r1,R_iir(%r19)
mfctl %isr,%r1
stw %r1,R_isr(%r19)
mfctl %ior,%r1
stw %r1,R_ior(%r19)
mfctl %ipsw,%r1
stw %r1,R_ipsw(%r19)
mfctl %eirr,%r1
stw %r1,R_eirr(%r19)
mfctl %tr0,%r1
stw %r1,R_tr0(%r19)
mfctl %tr1,%r1
stw %r1,R_tr1(%r19)
mfctl %tr2,%r1
stw %r1,R_tr2(%r19)
mfctl %tr3,%r1
stw %r1,R_tr3(%r19)
mfctl %tr4,%r1
stw %r1,R_tr4(%r19)
mfctl %tr5,%r1
stw %r1,R_tr5(%r19)
mfctl %tr6,%r1
stw %r1,R_tr6(%r19)
mfctl %tr7,%r1
stw %r1,R_tr7(%r19)
; save diagnose registers
mfcpu_c 0,%r1
mfcpu_c 0,%r1
stw %r1,R_cpu0(%r19)
#ifdef PRINT_SPACE
stw %r25,R_gr25(%r19)
; save space registers
mfsp %sr0,%r1
stw %r1,R_sr0(%r19)
mfsp %sr1,%r1
stw %r1,R_sr1(%r19)
mfsp %sr2,%r1
stw %r1,R_sr2(%r19)
mfsp %sr3,%r1
stw %r1,R_sr3(%r19)
mfsp %sr4,%r1
stw %r1,R_sr4(%r19)
mfsp %sr5,%r1
stw %r1,R_sr5(%r19)
mfsp %sr6,%r1
stw %r1,R_sr6(%r19)
mfsp %sr7,%r1
bv (%rp)
stw %r1,R_sr7(%r19)
#else
bv (%rp)
stw %r25,R_gr25(%r19)
#endif
;-------------------------------------------------------------------------------
restore_to_STUB ; doesn't return--goes to STUB_RESTORE
; Note--STUB_RESTORE executes rfir,
; so we don't need to
copy %r1,%r8 ; save exception index
; %dp may be messed up, so do self-relocating to reach Save_area
bl re_st_0,%r1
addil L%Save_area-re_st_0,%r1
re_st_0
ldo R%Save_area-re_st_0(%r1),%r1 ; r1 points to Save_area
; restore general registers
ldw R_gr2(%r1),%r2
ldw R_gr3(%r1),%r3
ldw R_gr4(%r1),%r4
ldw R_gr5(%r1),%r5
ldw R_gr6(%r1),%r6
ldw R_gr7(%r1),%r7
; ldw R_gr8(%r1),%r8 don't smash the exception index
ldw R_gr9(%r1),%r9
ldw R_gr10(%r1),%r10
ldw R_gr11(%r1),%r11
ldw R_gr12(%r1),%r12
ldw R_gr13(%r1),%r13
ldw R_gr14(%r1),%r14
ldw R_gr15(%r1),%r15
ldw R_gr16(%r1),%r16
ldw R_gr17(%r1),%r17
ldw R_gr18(%r1),%r18
ldw R_gr19(%r1),%r19
ldw R_gr20(%r1),%r20
ldw R_gr21(%r1),%r21
ldw R_gr22(%r1),%r22
ldw R_gr23(%r1),%r23
ldw R_gr24(%r1),%r24
ldw R_gr25(%r1),%r25
ldw R_gr26(%r1),%r26
ldw R_gr27(%r1),%r27
ldw R_gr28(%r1),%r28
ldw R_gr29(%r1),%r29
ldw R_gr30(%r1),%r30
ldw R_gr31(%r1),%r31
ldw R_gr1(%r1),%r1
b STUB_RESTORE
copy %r8,%r1 ; restore the exception index
;-------------------------------------------------------------------------------
#define HoldPtr %r10
#define SavePtr %r11
#define StrPtr %r12
#define Count %r13
#define Hold_Hold 0*4 /* First word of hold area */
#define Hold_Save 1*4 /* Second word of hold area */
#define Hold_Str 2*4 /* Third word of hold area */
#define Hold_Count 3*4 /* Fourth word of hold area */
#define Hold_rp 4*4 /* Fifth word of hold area */
print_state
; %dp may be messed up, so do self-relocating to reach Save_area
blr %r0,%mrp
addil L%Hold_area-pr_st_0,%mrp
pr_st_0
ldo R%Hold_area-pr_st_0(%r1),%r1 ; r1 points to Hold_area
; save working registers
stw HoldPtr,Hold_Hold(%r1)
copy %r1,HoldPtr ; HoldPtr = &Hold_area
stw SavePtr,Hold_Save(HoldPtr)
ldo Save_area-Hold_area(HoldPtr),SavePtr ; SavePtr = &Save_area
stw StrPtr,Hold_Str(HoldPtr)
addil L%PrintLabels-pr_st_0,%mrp
stw Count,Hold_Count(HoldPtr)
ldo R%PrintLabels-pr_st_0(%r1),StrPtr
stw %rp,Hold_rp(HoldPtr)
#ifdef PRINT_SPACE
ldi 68,Count
#else
ldo R_gr0(SavePtr),SavePtr
ldi 60,Count
#endif
; print register values
print_loop
bl puts,%rp ; print label
ldo 1(StrPtr),%arg0 ; advance past length byte
bl putnum,%rp ; print register value
ldwm 4(SavePtr),%arg0
ldbs,ma 1(StrPtr),%r1
addib,> -1,Count,print_loop
add %r1,StrPtr,StrPtr
; skip to next line
bl puts,%rp ; print label
ldo 1(StrPtr),%arg0 ; advance past length byte
; restore working registers
ldw Hold_rp(HoldPtr),%rp
ldw Hold_Count(HoldPtr),Count
ldw Hold_Str(HoldPtr),StrPtr
ldw Hold_Save(HoldPtr),SavePtr
bv (%rp)
ldw Hold_Hold(HoldPtr),HoldPtr
#undef SavePtr
#undef HoldPtr
#undef StrPtr
#undef Count
#undef Hold_Save
#undef Hold_Scr
#undef Hold_Str
#undef Hold_Count
#undef Hold_rp
;-------------------------------------------------------------------------------
.space $PRIVATE$
.subspa $DATA$,align=4,access=0x1f
/* Used to save machine registers before printing */
Save_area
.block R_SIZE ; Used to store registers
/* Used to hold callee-save registers */
Hold_area
.block 8*4 ; 8 words to store temp. registers
HaltStr
.stringz "\r\nHalted\r\n"
RebootStr
.stringz "\r\nRebooting . . .\r\n"
Str01
.stringz "\r\nHPMC\r\n"
Str02
.stringz "\r\nPower Fail\r\n"
Str03
.stringz "\r\nRecovery Counter Trap\r\n"
Str04
.stringz "\r\nExternal Interrupt\r\n"
Str05
.stringz "\r\nLPMC\r\n"
Str06
.stringz "\r\nITLB Miss\r\n"
Str07
.stringz "\r\nInstruction Memory Protection Trap\r\n"
Str08
.stringz "\r\nIllegal Instruction\r\n"
Str09
.stringz "\r\nBreak Trap\r\n"
Str0a
.stringz "\r\nPrivileged Operation\r\n"
Str0b
.stringz "\r\nPrivileged Register\r\n"
Str0c
.stringz "\r\nOverflow Trap\r\n"
Str0d
.stringz "\r\nConditional Trap\r\n"
Str0e
.stringz "\r\nAssist Exception\r\n"
Str0f
.stringz "\r\nData TLB Miss\r\n"
Str10
.stringz "\r\nNon-access ITLB Miss\r\n"
Str11
.stringz "\r\nNon-access DTLB Miss\r\n"
Str12
.stringz "\r\nData Memory Protection Trap\r\n"
Str13
.stringz "\r\nData Memory Break\r\n"
Str14
.stringz "\r\nTLB Dirty Bit Trap\r\n"
Str15
.stringz "\r\nPage Reference Trap\r\n"
Str16
.stringz "\r\nAssist Emulation Trap\r\n"
Str17
.stringz "\r\nHigher-privilege Trap\r\n"
Str18
.stringz "\r\nLower-privilege Trap\r\n"
Str19
.stringz "\r\nTaken Branch Trap\r\n"
Str20
.stringz "\r\nHere I am!\r\n"
PrintLabels
#ifdef PRINT_SPACE
.byte 10
.stringz "sr 0 = 0x"
.byte 13
.stringz "sr 1 = 0x"
.byte 13
.stringz "sr 2 = 0x"
.byte 13
.stringz " sr 3 = 0x"
.byte 12
.stringz "\r\nsr 4 = 0x"
.byte 13
.stringz " sr 5 = 0x"
.byte 13
.stringz " sr 6 = 0x"
.byte 13
.stringz " sr 7 = 0x"
.byte 13
.stringz "\r\n\ngr 0 = 0x"
#else
.byte 10
.stringz "gr 0 = 0x"
#endif
.byte 13
.stringz " gr 1 = 0x"
.byte 13
.stringz " gr 2 = 0x"
.byte 13
.stringz " gr 3 = 0x"
.byte 12
.stringz "\r\ngr 4 = 0x"
.byte 13
.stringz " gr 5 = 0x"
.byte 13
.stringz " gr 6 = 0x"
.byte 13
.stringz " gr 7 = 0x"
.byte 12
.stringz "\r\ngr 8 = 0x"
.byte 13
.stringz " gr 9 = 0x"
.byte 13
.stringz " gr10 = 0x"
.byte 13
.stringz " gr11 = 0x"
.byte 12
.stringz "\r\ngr12 = 0x"
.byte 13
.stringz " gr13 = 0x"
.byte 13
.stringz " gr14 = 0x"
.byte 13
.stringz " gr15 = 0x"
.byte 12
.stringz "\r\ngr16 = 0x"
.byte 13
.stringz " gr17 = 0x"
.byte 13
.stringz " gr18 = 0x"
.byte 13
.stringz " gr19 = 0x"
.byte 12
.stringz "\r\ngr20 = 0x"
.byte 13
.stringz " gr21 = 0x"
.byte 13
.stringz " gr22 = 0x"
.byte 13
.stringz " gr23 = 0x"
.byte 12
.stringz "\r\ngr24 = 0x"
.byte 13
.stringz " gr25 = 0x"
.byte 13
.stringz " gr26 = 0x"
.byte 13
.stringz " gr27 = 0x"
.byte 12
.stringz "\r\ngr28 = 0x"
.byte 13
.stringz " gr29 = 0x"
.byte 13
.stringz " gr30 = 0x"
.byte 13
.stringz " gr31 = 0x"
.byte 13
.stringz "\r\n\nrctr = 0x"
.byte 53
.stringz " cpu0 = 0x"
.byte 12
.stringz "\r\npid1 = 0x"
.byte 13
.stringz " pid2 = 0x"
.byte 13
.stringz " ccr = 0x"
.byte 13
.stringz " sar = 0x"
.byte 12
.stringz "\r\npid3 = 0x"
.byte 13
.stringz " pid4 = 0x"
.byte 13
.stringz " iva = 0x"
.byte 13
.stringz " eiem = 0x"
.byte 12
.stringz "\r\nitmr = 0x"
.byte 13
.stringz " iasq = 0x"
.byte 13
.stringz " iaoq = 0x"
.byte 13
.stringz " iir = 0x"
.byte 32
.stringz "\r\n iasq = 0x"
.byte 13
.stringz " iaoq = 0x"
.byte 12
.stringz "\r\n isr = 0x"
.byte 13
.stringz " ior = 0x"
.byte 13
.stringz " ipsw = 0x"
.byte 13
.stringz " eirr = 0x"
.byte 12
.stringz "\r\ncr24 = 0x"
.byte 13
.stringz " cr25 = 0x"
.byte 13
.stringz " cr26 = 0x"
.byte 13
.stringz " cr27 = 0x"
.byte 12
.stringz "\r\ncr28 = 0x"
.byte 13
.stringz " cr29 = 0x"
.byte 13
.stringz " cr30 = 0x"
.byte 13
.stringz " cr31 = 0x"
.byte 4
.stringz "\r\n\n"
.end
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