repo_id stringlengths 5 115 | size int64 590 5.01M | file_path stringlengths 4 212 | content stringlengths 590 5.01M |
|---|---|---|---|
DrSHW/notes | 621 | 书籍/Go语言高级编程/examples/ch3.x/binary_search/binary_search_amd64.s | // Copyright © 2017 ChaiShushan <chaishushan{AT}gmail.com>.
// License: https://creativecommons.org/licenses/by-nc-sa/4.0/
TEXT ·BinarySearch+0(SB),$0
start:
MOVQ arr+0(FP), CX
MOVQ len+8(FP), AX
JMP find_index
find_index:
XORQ DX, DX
MOVQ $2, BX
IDIVQ BX
JMP comp
comp:
LEAQ (AX * 8), BX
ADDQ BX, CX
MOVQ num+24(FP), DX
CMPQ DX, (CX)
JE found
JG right
JL left
JMP not_found
left:
CMPQ len+8(FP), $1
JE not_found
MOVQ AX, len+8(FP)
JMP start
right:
CMPQ len+8(FP), $1
JE not_found
MOVQ CX, arr+0(FP)
JMP start
not_found:
MOVQ $0, ret+32(FP)
RET
found:
MOVQ $1, ret+32(FP)
RET
|
DrSHW/notes | 481 | 书籍/Go语言高级编程/examples/ch3.x/vector/vector_amd64.s | // Copyright © 2017 ChaiShushan <chaishushan{AT}gmail.com>.
// License: https://creativecommons.org/licenses/by-nc-sa/4.0/
TEXT ·Find+0(SB),$0
MOVQ $0, SI // zero the iterator
MOVQ vec+0(FP), BX // BX = &vec[0]
MOVQ vec+8(FP), CX // len(vec)
MOVQ num+24(FP), DX
start:
CMPQ SI, CX
JG notfound
CMPQ (BX), DX
JNE notequal
JE found
found:
MOVQ $1, return+32(FP)
RET
notequal:
INCQ SI
LEAQ +8(BX), BX
JMP start
notfound:
MOVQ $0, return+32(FP)
RET
|
DrSHW/notes | 337 | 书籍/Go语言高级编程/examples/ch3.x/vector/sum_amd64.s | // Copyright © 2017 ChaiShushan <chaishushan{AT}gmail.com>.
// License: https://creativecommons.org/licenses/by-nc-sa/4.0/
TEXT ·SumVec+0(SB), $0
MOVQ vec1+0(FP), BX // Move the first vector into BX
MOVQ vec2+24(FP), CX // Move the second vector into BX
MOVUPS (BX), X0
MOVUPS (CX), X1
ADDPS X0, X1
MOVUPS X1, result+48(FP)
RET
|
DrSHW/notes | 690 | 书籍/Go语言高级编程/examples/ch3.x/min/min_asm_amd64.s | // Copyright © 2017 ChaiShushan <chaishushan{AT}gmail.com>.
// License: https://creativecommons.org/licenses/by-nc-sa/4.0/
#include "textflag.h"
// func AsmMin(a, b int) int
TEXT ·AsmMin(SB), NOSPLIT, $0-24
MOVQ a+0(FP), AX // a
MOVQ b+8(FP), BX // b
CMPQ AX, BX // compare a, b
JGT 3(PC) // if a>b, skip 2 line
MOVQ AX, ret+16(FP) // return a
RET
MOVQ BX, ret+16(FP) // return b
RET
// func AsmMax(a, b int) int
TEXT ·AsmMax(SB), NOSPLIT, $0-24
MOVQ a+0(FP), AX // a
MOVQ b+8(FP), BX // b
CMPQ AX, BX // compare a, b
JLT 3(PC) // if a<b, skip 2 line
MOVQ AX, ret+16(FP) // return a
RET
MOVQ BX, ret+16(FP) // return b
RET
|
DrSHW/notes | 1,225 | 书籍/Go语言高级编程/examples/ch3.x/hello/hello_amd64.s | // Copyright © 2017 ChaiShushan <chaishushan{AT}gmail.com>.
// License: https://creativecommons.org/licenses/by-nc-sa/4.0/
#include "textflag.h"
#include "funcdata.h"
// "Hello World!\n"
DATA text<>+0(SB)/8,$"Hello Wo"
DATA text<>+8(SB)/8,$"rld!\n"
GLOBL text<>(SB),NOPTR,$16
// utf8: "你好, 世界!\n"
// hex: e4bda0e5a5bd2c20 e4b896e7958c210a
// len: 16
DATA text_zh<>+0(SB)/8,$"\xe4\xbd\xa0\xe5\xa5\xbd\x2c\x20"
DATA text_zh<>+8(SB)/8,$"\xe4\xb8\x96\xe7\x95\x8c\x21\x0a"
GLOBL text_zh<>(SB),NOPTR,$16
// func PrintHelloWorld_var()
TEXT ·PrintHelloWorld_var(SB), $16-0
NO_LOCAL_POINTERS
CALL runtime·printlock(SB)
MOVQ ·text+0(SB), AX
MOVQ AX, (SP)
MOVQ ·text+8(SB), AX
MOVQ AX, 8(SP)
CALL runtime·printstring(SB)
CALL runtime·printunlock(SB)
RET
// func PrintHelloWorld()
TEXT ·PrintHelloWorld(SB), $16-0
NO_LOCAL_POINTERS
CALL runtime·printlock(SB)
MOVQ $text<>+0(SB), AX
MOVQ AX, (SP)
MOVQ $16, 8(SP)
CALL runtime·printstring(SB)
CALL runtime·printunlock(SB)
RET
// func PrintHelloWorld_zh()
TEXT ·PrintHelloWorld_zh(SB), $16-0
NO_LOCAL_POINTERS
CALL runtime·printlock(SB)
MOVQ $text_zh<>+0(SB), AX
MOVQ AX, (SP)
MOVQ $16, 8(SP)
CALL runtime·printstring(SB)
CALL runtime·printunlock(SB)
RET
|
DrSHW/notes | 664 | 书籍/Go语言高级编程/examples/ch3.x/add/add_asm_amd64.s | // Copyright © 2017 ChaiShushan <chaishushan{AT}gmail.com>.
// License: https://creativecommons.org/licenses/by-nc-sa/4.0/
#include "textflag.h"
// func AsmAdd(a, b int) int
TEXT ·AsmAdd(SB), NOSPLIT, $0-24
MOVQ a+0(FP), AX // a
MOVQ b+8(FP), BX // b
ADDQ AX, BX // a+b
MOVQ BX, ret+16(FP) // return a+b
RET
// func AsmAddSlice(dst, a, b []int)
TEXT ·AsmAddSlice__todo(SB), NOSPLIT, $0-72
MOVQ dst+0(FP), AX // AX: dst
MOVQ a+24(FP), BX // BX: &a
MOVQ b+48(FP), CX // CX: &b
MOVQ dst_len+8(FP), DX // DX: len(dst)
MOVQ a_len+32(FP), R8 // R8: len(a)
MOVQ b_len+56(FP), R9 // R9: len(b)
// TODO: DX = min(DX,R8,R9)
RET
|
DrSHW/notes | 931 | 书籍/Go语言高级编程/examples/ch3.x/ifelse/ifelse_ams_amd64.s | // Copyright © 2017 ChaiShushan <chaishushan{AT}gmail.com>.
// License: https://creativecommons.org/licenses/by-nc-sa/4.0/
#include "textflag.h"
//
// https://github.com/golang/go/issues/14288
//
// from rsc:
// But expanding what I said yesterday just a bit:
// never use MOVB or MOVW with a register destination,
// since it's inefficient (it's a read-modify-write on the target register).
// Instead use MOVL for reg->reg and use MOVBLZX or MOVWLZX for mem->reg;
// those are pure writes on the target register.
//
// 因此, 加载bool型参数到寄存器时, 建议使用 MOVBLZX.
// 如果使用 MOVB 的话, go test 虽然通过了,
// 但是 go run runme.go 则出现错误结果.
//
// func AsmIf(ok bool, a, b int) int
TEXT ·AsmIf(SB), NOSPLIT, $0-32
MOVBQZX ok+0(FP), AX // ok
MOVQ a+8(FP), BX // a
MOVQ b+16(FP), CX // b
CMPQ AX, $0 // test ok
JEQ 3(PC) // if !ok, skip 2 line
MOVQ BX, ret+24(FP) // return a
RET
MOVQ CX, ret+24(FP) // return b
RET
|
DrSHW/notes | 507 | 书籍/Go语言高级编程/examples/ch3.x/loop/loop_asm_amd64.s | // Copyright © 2017 ChaiShushan <chaishushan{AT}gmail.com>.
// License: https://creativecommons.org/licenses/by-nc-sa/4.0/
#include "textflag.h"
// func AsmLoopAdd(cnt, v0, step int) int
TEXT ·AsmLoopAdd(SB), NOSPLIT, $0-32
MOVQ cnt+0(FP), AX // cnt
MOVQ v0+8(FP), BX // v0
MOVQ step+16(FP), CX // step
loop:
CMPQ AX, $0 // compare cnt,0
JLE end // if cnt <= 0: go end
DECQ AX // cnt--
ADDQ CX, BX // v0 += step
JMP loop // goto loop
end:
MOVQ BX, ret+24(FP) // return v0
RET
|
DrSHW/notes | 889 | 书籍/Go语言高级编程/examples/ch3.x/instr/instr_amd64.s | // Copyright © 2017 ChaiShushan <chaishushan{AT}gmail.com>.
// License: https://creativecommons.org/licenses/by-nc-sa/4.0/
#include "textflag.h"
// func Add2(n, m int64) int32
TEXT ·Add2(SB), NOSPLIT, $0-24
MOVQ n+0(FP), AX
MOVQ m+8(FP), BX
ADDQ AX, BX
MOVQ BX, ret+16(FP)
RET
// func BSF(n int64) int
TEXT ·BSF(SB), NOSPLIT, $0
BSFQ n+0(FP), AX
JEQ allZero
MOVQ AX, ret+8(FP)
RET
allZero:
MOVQ $-1, ret+8(FP)
RET
// func BSF32(n int32) int32
TEXT ·BSF32(SB), NOSPLIT, $0
BSFL n+0(FP), AX
JEQ allZero32
MOVL AX, ret+8(FP)
RET
allZero32:
MOVL $-1, ret+8(FP)
RET
// func Sum2(s []int64) int64
TEXT ·Sum2(SB), NOSPLIT, $0
MOVQ $0, DX
MOVQ s_base+0(FP), AX
MOVQ s_len+8(FP), DI
MOVQ $0, CX
CMPQ CX, DI
JGE Sum2End
Sum2Loop:
MOVQ (AX), BP
ADDQ BP, DX
ADDQ $8, AX
INCQ CX
CMPQ CX, DI
JL Sum2Loop
Sum2End:
MOVQ DX, ret+24(FP)
RET
// vim: set ft=txt:
|
DrSHW/notes | 743 | 书籍/Go语言高级编程/examples/ch3.x/globalvar/asm_amd64.s | // Copyright © 2017 ChaiShushan <chaishushan{AT}gmail.com>.
// License: https://creativecommons.org/licenses/by-nc-sa/4.0/
#include "textflag.h"
// func GetPkgValue() int
TEXT ·GetPkgValue(SB), NOSPLIT, $0-8
MOVQ ·gopkgValue(SB), AX
MOVQ AX, ret+0(FP)
RET
// func GetPkgInfo() PkgInfo
TEXT ·GetPkgInfo(SB), NOSPLIT, $0-24
MOVBLZX ·gInfo+0(SB), AX // .V0 byte
MOVQ AX, ret+0(FP)
MOVWLZX ·gInfo+2(SB), AX // .V1 uint16
MOVQ AX, ret+2(FP)
MOVLQZX ·gInfo+4(SB), AX // .V2 int32
MOVQ AX, ret+4(FP)
MOVQ ·gInfo+8(SB), AX // .V3 int32
MOVQ AX, ret+8(FP)
MOVBLZX ·gInfo+(16+0)(SB), AX // .V4 bool
MOVQ AX, ret+(16+0)(FP)
MOVBLZX ·gInfo+(16+1)(SB), AX // .V5 bool
MOVQ AX, ret+(16+1)(FP)
RET
|
DrSHW/notes | 1,252 | 书籍/Go语言高级编程/examples/ch3.x/slice/slice_asm_amd64.s | // Copyright © 2017 ChaiShushan <chaishushan{AT}gmail.com>.
// License: https://creativecommons.org/licenses/by-nc-sa/4.0/
#include "textflag.h"
// func AsmSumInt16Slice(v []int16) int16
TEXT ·AsmSumInt16Slice(SB), NOSPLIT, $0-26
MOVQ v_base+0(FP), R8
MOVQ v_len+8(FP), R9
SHLQ $1, R9
ADDQ R8, R9
MOVQ $0, R10
loop:
CMPQ R8, R9
JE end
ADDW (R8), R10
ADDQ $2, R8
JMP loop
end:
MOVW R10, ret+24(FP)
RET
// func AsmSumIntSlice(s []int) int
TEXT ·AsmSumIntSlice(SB), NOSPLIT, $0-32
MOVQ s+0(FP), AX // &s[0]
MOVQ s_len+8(FP), BX // len(s)
MOVQ $0, CX // sum = 0
loop:
CMPQ BX, $0 // compare cnt,0
JLE end // if cnt <= 0: goto end
DECQ BX // cnt--
ADDQ (AX), CX // sum += s[i]
ADDQ $8, AX // i++
JMP loop // goto loop
end:
MOVQ CX, ret+24(FP) // return sum
RET
// func AsmSumIntSliceV2(s []int) int
TEXT ·AsmSumIntSliceV2(SB), NOSPLIT, $0-32
MOVQ s+0(FP), AX // p := &s[0]
MOVQ s_len+8(FP), BX
LEAQ 0(AX)(BX*8), BX // p_end := &s[len(s)]
MOVQ $0, CX // sum = 0
loop:
CMPQ AX, BX // compare p,p_end
JGE end // if p >= p_end: goto end
ADDQ (AX), CX // sum += s[i]
ADDQ $8, AX // p++
JMP loop // goto loop
end:
MOVQ CX, ret+24(FP) // return sum
RET
|
duongphannamhung/cool-compiler | 5,447 | examples/hello_world.s | .data
.align 2
.globl class_nameTab
.globl Main_protObj
.globl Int_protObj
.globl String_protObj
.globl bool_const0
.globl bool_const1
.globl _int_tag
.globl _bool_tag
.globl _string_tag
_int_tag:
.word 3
_bool_tag:
.word 4
_string_tag:
.word 5
.globl _MemMgr_INITIALIZER
_MemMgr_INITIALIZER:
.word _NoGC_Init
.globl _MemMgr_COLLECTOR
_MemMgr_COLLECTOR:
.word _NoGC_Collect
.globl _MemMgr_TEST
_MemMgr_TEST:
.word 0
.word -1
str_const9:
.word 5
.word 5
.word String_dispTab
.word int_const0
.byte 0
.align 2
.word -1
str_const8:
.word 5
.word 6
.word String_dispTab
.word int_const1
.ascii "String"
.byte 0
.align 2
.word -1
str_const7:
.word 5
.word 6
.word String_dispTab
.word int_const2
.ascii "Bool"
.byte 0
.align 2
.word -1
str_const6:
.word 5
.word 5
.word String_dispTab
.word int_const3
.ascii "Int"
.byte 0
.align 2
.word -1
str_const5:
.word 5
.word 6
.word String_dispTab
.word int_const2
.ascii "Main"
.byte 0
.align 2
.word -1
str_const4:
.word 5
.word 5
.word String_dispTab
.word int_const4
.ascii "IO"
.byte 0
.align 2
.word -1
str_const3:
.word 5
.word 6
.word String_dispTab
.word int_const1
.ascii "Object"
.byte 0
.align 2
.word -1
str_const2:
.word 5
.word 8
.word String_dispTab
.word int_const5
.ascii "<basic class>"
.byte 0
.align 2
.word -1
str_const1:
.word 5
.word 8
.word String_dispTab
.word int_const6
.ascii "hello_world.cl"
.byte 0
.align 2
.word -1
str_const0:
.word 5
.word 8
.word String_dispTab
.word int_const6
.ascii "Hello, World.\n"
.byte 0
.align 2
.word -1
int_const6:
.word 3
.word 4
.word Int_dispTab
.word 14
.word -1
int_const5:
.word 3
.word 4
.word Int_dispTab
.word 13
.word -1
int_const4:
.word 3
.word 4
.word Int_dispTab
.word 2
.word -1
int_const3:
.word 3
.word 4
.word Int_dispTab
.word 3
.word -1
int_const2:
.word 3
.word 4
.word Int_dispTab
.word 4
.word -1
int_const1:
.word 3
.word 4
.word Int_dispTab
.word 6
.word -1
int_const0:
.word 3
.word 4
.word Int_dispTab
.word 0
.word -1
bool_const0:
.word 4
.word 4
.word Bool_dispTab
.word 0
.word -1
bool_const1:
.word 4
.word 4
.word Bool_dispTab
.word 1
class_nameTab:
.word str_const3
.word str_const4
.word str_const5
.word str_const6
.word str_const7
.word str_const8
class_objTab:
.word Object_protObj
.word Object_init
.word IO_protObj
.word IO_init
.word Main_protObj
.word Main_init
.word Int_protObj
.word Int_init
.word Bool_protObj
.word Bool_init
.word String_protObj
.word String_init
Object_dispTab:
.word Object.abort
.word Object.type_name
.word Object.copy
String_dispTab:
.word Object.abort
.word Object.type_name
.word Object.copy
.word String.length
.word String.concat
.word String.substr
Bool_dispTab:
.word Object.abort
.word Object.type_name
.word Object.copy
Int_dispTab:
.word Object.abort
.word Object.type_name
.word Object.copy
IO_dispTab:
.word Object.abort
.word Object.type_name
.word Object.copy
.word IO.out_string
.word IO.out_int
.word IO.in_string
.word IO.in_int
Main_dispTab:
.word Object.abort
.word Object.type_name
.word Object.copy
.word IO.out_string
.word IO.out_int
.word IO.in_string
.word IO.in_int
.word Main.main
.word -1
Object_protObj:
.word 0
.word 3
.word Object_dispTab
.word -1
String_protObj:
.word 5
.word 5
.word String_dispTab
.word int_const0
.word 0
.word -1
Bool_protObj:
.word 4
.word 4
.word Bool_dispTab
.word 0
.word -1
Int_protObj:
.word 3
.word 4
.word Int_dispTab
.word 0
.word -1
IO_protObj:
.word 1
.word 3
.word IO_dispTab
.word -1
Main_protObj:
.word 2
.word 3
.word Main_dispTab
.globl heap_start
heap_start:
.word 0
.text
.globl Main_init
.globl Int_init
.globl String_init
.globl Bool_init
.globl Main.main
Object_init:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
move $a0 $s0
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 12
jr $ra
String_init:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
jal Object_init
move $a0 $s0
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 12
jr $ra
Bool_init:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
jal Object_init
move $a0 $s0
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 12
jr $ra
Int_init:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
jal Object_init
move $a0 $s0
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 12
jr $ra
IO_init:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
jal Object_init
move $a0 $s0
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 12
jr $ra
Main_init:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
jal IO_init
move $a0 $s0
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 12
jr $ra
Main.main:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
la $a0 str_const0
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
bne $a0 $zero label0
la $a0 str_const1
li $t1 3
jal _dispatch_abort
label0:
lw $t1 8($a0)
lw $t1 12($t1)
jalr $t1
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 12
jr $ra
|
duongphannamhung/cool-compiler | 31,638 | assignments/PA1/stack.s | .data
.align 2
.globl class_nameTab
.globl Main_protObj
.globl Int_protObj
.globl String_protObj
.globl bool_const0
.globl bool_const1
.globl _int_tag
.globl _bool_tag
.globl _string_tag
_int_tag:
.word 4
_bool_tag:
.word 5
_string_tag:
.word 6
.globl _MemMgr_INITIALIZER
_MemMgr_INITIALIZER:
.word _NoGC_Init
.globl _MemMgr_COLLECTOR
_MemMgr_COLLECTOR:
.word _NoGC_Collect
.globl _MemMgr_TEST
_MemMgr_TEST:
.word 0
.word -1
str_const33:
.word 6
.word 5
.word String_dispTab
.word int_const3
.ascii "A2I"
.byte 0
.align 2
.word -1
str_const32:
.word 6
.word 6
.word String_dispTab
.word int_const6
.ascii "String"
.byte 0
.align 2
.word -1
str_const31:
.word 6
.word 6
.word String_dispTab
.word int_const4
.ascii "Bool"
.byte 0
.align 2
.word -1
str_const30:
.word 6
.word 5
.word String_dispTab
.word int_const3
.ascii "Int"
.byte 0
.align 2
.word -1
str_const29:
.word 6
.word 6
.word String_dispTab
.word int_const5
.ascii "Stack"
.byte 0
.align 2
.word -1
str_const28:
.word 6
.word 6
.word String_dispTab
.word int_const4
.ascii "Main"
.byte 0
.align 2
.word -1
str_const27:
.word 6
.word 5
.word String_dispTab
.word int_const1
.ascii "IO"
.byte 0
.align 2
.word -1
str_const26:
.word 6
.word 6
.word String_dispTab
.word int_const6
.ascii "Object"
.byte 0
.align 2
.word -1
str_const25:
.word 6
.word 8
.word String_dispTab
.word int_const11
.ascii "<basic class>"
.byte 0
.align 2
.word -1
str_const24:
.word 6
.word 6
.word String_dispTab
.word int_const7
.ascii "atoi.cl"
.byte 0
.align 2
.word -1
str_const23:
.word 6
.word 5
.word String_dispTab
.word int_const2
.ascii "-"
.byte 0
.align 2
.word -1
str_const22:
.word 6
.word 5
.word String_dispTab
.word int_const0
.byte 0
.align 2
.word -1
str_const21:
.word 6
.word 5
.word String_dispTab
.word int_const2
.ascii "9"
.byte 0
.align 2
.word -1
str_const20:
.word 6
.word 5
.word String_dispTab
.word int_const2
.ascii "8"
.byte 0
.align 2
.word -1
str_const19:
.word 6
.word 5
.word String_dispTab
.word int_const2
.ascii "7"
.byte 0
.align 2
.word -1
str_const18:
.word 6
.word 5
.word String_dispTab
.word int_const2
.ascii "6"
.byte 0
.align 2
.word -1
str_const17:
.word 6
.word 5
.word String_dispTab
.word int_const2
.ascii "5"
.byte 0
.align 2
.word -1
str_const16:
.word 6
.word 5
.word String_dispTab
.word int_const2
.ascii "4"
.byte 0
.align 2
.word -1
str_const15:
.word 6
.word 5
.word String_dispTab
.word int_const2
.ascii "3"
.byte 0
.align 2
.word -1
str_const14:
.word 6
.word 5
.word String_dispTab
.word int_const2
.ascii "2"
.byte 0
.align 2
.word -1
str_const13:
.word 6
.word 5
.word String_dispTab
.word int_const2
.ascii "1"
.byte 0
.align 2
.word -1
str_const12:
.word 6
.word 5
.word String_dispTab
.word int_const2
.ascii "0"
.byte 0
.align 2
.word -1
str_const11:
.word 6
.word 7
.word String_dispTab
.word int_const8
.ascii "stack.cl"
.byte 0
.align 2
.word -1
str_const10:
.word 6
.word 5
.word String_dispTab
.word int_const2
.ascii "\n"
.byte 0
.align 2
.word -1
str_const9:
.word 6
.word 5
.word String_dispTab
.word int_const2
.ascii "d"
.byte 0
.align 2
.word -1
str_const8:
.word 6
.word 8
.word String_dispTab
.word int_const12
.ascii "Nothing to pop\n"
.byte 0
.align 2
.word -1
str_const7:
.word 6
.word 5
.word String_dispTab
.word int_const2
.ascii "s"
.byte 0
.align 2
.word -1
str_const6:
.word 6
.word 17
.word String_dispTab
.word int_const13
.ascii "\nImproper Stack .Not enough integers\nAborting ...\n"
.byte 0
.align 2
.word -1
str_const5:
.word 6
.word 5
.word String_dispTab
.word int_const2
.ascii "+"
.byte 0
.align 2
.word -1
str_const4:
.word 6
.word 5
.word String_dispTab
.word int_const2
.ascii "e"
.byte 0
.align 2
.word -1
str_const3:
.word 6
.word 9
.word String_dispTab
.word int_const14
.ascii "\nTerminating ....\n"
.byte 0
.align 2
.word -1
str_const2:
.word 6
.word 5
.word String_dispTab
.word int_const2
.ascii "x"
.byte 0
.align 2
.word -1
str_const1:
.word 6
.word 5
.word String_dispTab
.word int_const1
.ascii "> "
.byte 0
.align 2
.word -1
str_const0:
.word 6
.word 16
.word String_dispTab
.word int_const15
.ascii "Commands available\n1.<int>\n2.+\n3.s\n4.e\n5.d\n6.x\n"
.byte 0
.align 2
.word -1
int_const15:
.word 4
.word 4
.word Int_dispTab
.word 47
.word -1
int_const14:
.word 4
.word 4
.word Int_dispTab
.word 18
.word -1
int_const13:
.word 4
.word 4
.word Int_dispTab
.word 50
.word -1
int_const12:
.word 4
.word 4
.word Int_dispTab
.word 15
.word -1
int_const11:
.word 4
.word 4
.word Int_dispTab
.word 13
.word -1
int_const10:
.word 4
.word 4
.word Int_dispTab
.word 10
.word -1
int_const9:
.word 4
.word 4
.word Int_dispTab
.word 9
.word -1
int_const8:
.word 4
.word 4
.word Int_dispTab
.word 8
.word -1
int_const7:
.word 4
.word 4
.word Int_dispTab
.word 7
.word -1
int_const6:
.word 4
.word 4
.word Int_dispTab
.word 6
.word -1
int_const5:
.word 4
.word 4
.word Int_dispTab
.word 5
.word -1
int_const4:
.word 4
.word 4
.word Int_dispTab
.word 4
.word -1
int_const3:
.word 4
.word 4
.word Int_dispTab
.word 3
.word -1
int_const2:
.word 4
.word 4
.word Int_dispTab
.word 1
.word -1
int_const1:
.word 4
.word 4
.word Int_dispTab
.word 2
.word -1
int_const0:
.word 4
.word 4
.word Int_dispTab
.word 0
.word -1
bool_const0:
.word 5
.word 4
.word Bool_dispTab
.word 0
.word -1
bool_const1:
.word 5
.word 4
.word Bool_dispTab
.word 1
class_nameTab:
.word str_const26
.word str_const27
.word str_const28
.word str_const29
.word str_const30
.word str_const31
.word str_const32
.word str_const33
class_objTab:
.word Object_protObj
.word Object_init
.word IO_protObj
.word IO_init
.word Main_protObj
.word Main_init
.word Stack_protObj
.word Stack_init
.word Int_protObj
.word Int_init
.word Bool_protObj
.word Bool_init
.word String_protObj
.word String_init
.word A2I_protObj
.word A2I_init
Object_dispTab:
.word Object.abort
.word Object.type_name
.word Object.copy
A2I_dispTab:
.word Object.abort
.word Object.type_name
.word Object.copy
.word A2I.c2i
.word A2I.i2c
.word A2I.a2i
.word A2I.a2i_aux
.word A2I.i2a
.word A2I.i2a_aux
String_dispTab:
.word Object.abort
.word Object.type_name
.word Object.copy
.word String.length
.word String.concat
.word String.substr
Bool_dispTab:
.word Object.abort
.word Object.type_name
.word Object.copy
Int_dispTab:
.word Object.abort
.word Object.type_name
.word Object.copy
IO_dispTab:
.word Object.abort
.word Object.type_name
.word Object.copy
.word IO.out_string
.word IO.out_int
.word IO.in_string
.word IO.in_int
Stack_dispTab:
.word Object.abort
.word Object.type_name
.word Object.copy
.word IO.out_string
.word IO.out_int
.word IO.in_string
.word IO.in_int
.word Stack.init
.word Stack.addNext
.word Stack.getValue
.word Stack.getNext
Main_dispTab:
.word Object.abort
.word Object.type_name
.word Object.copy
.word IO.out_string
.word IO.out_int
.word IO.in_string
.word IO.in_int
.word Main.main
.word Main.pushStack
.word Main.popStack
.word Main.printStack
.word -1
Object_protObj:
.word 0
.word 3
.word Object_dispTab
.word -1
A2I_protObj:
.word 7
.word 3
.word A2I_dispTab
.word -1
String_protObj:
.word 6
.word 5
.word String_dispTab
.word int_const0
.word 0
.word -1
Bool_protObj:
.word 5
.word 4
.word Bool_dispTab
.word 0
.word -1
Int_protObj:
.word 4
.word 4
.word Int_dispTab
.word 0
.word -1
IO_protObj:
.word 1
.word 3
.word IO_dispTab
.word -1
Stack_protObj:
.word 3
.word 5
.word Stack_dispTab
.word str_const22
.word 0
.word -1
Main_protObj:
.word 2
.word 14
.word Main_dispTab
.word bool_const0
.word str_const22
.word str_const22
.word int_const0
.word 0
.word 0
.word str_const22
.word 0
.word str_const22
.word str_const22
.word 0
.globl heap_start
heap_start:
.word 0
.text
.globl Main_init
.globl Int_init
.globl String_init
.globl Bool_init
.globl Main.main
Object_init:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
move $a0 $s0
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 12
jr $ra
A2I_init:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
jal Object_init
move $a0 $s0
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 12
jr $ra
String_init:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
jal Object_init
move $a0 $s0
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 12
jr $ra
Bool_init:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
jal Object_init
move $a0 $s0
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 12
jr $ra
Int_init:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
jal Object_init
move $a0 $s0
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 12
jr $ra
IO_init:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
jal Object_init
move $a0 $s0
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 12
jr $ra
Stack_init:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
jal IO_init
move $a0 $s0
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 12
jr $ra
Main_init:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
jal IO_init
move $a0 $s0
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 12
jr $ra
A2I.c2i:
addiu $sp $sp -16
sw $fp 16($sp)
sw $s0 12($sp)
sw $ra 8($sp)
addiu $fp $sp 4
move $s0 $a0
lw $s1 16($fp)
la $t2 str_const12
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label2
la $a1 bool_const0
jal equality_test
label2:
lw $t1 12($a0)
beqz $t1 label0
la $a0 int_const0
b label1
label0:
lw $s1 16($fp)
la $t2 str_const13
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label5
la $a1 bool_const0
jal equality_test
label5:
lw $t1 12($a0)
beqz $t1 label3
la $a0 int_const2
b label4
label3:
lw $s1 16($fp)
la $t2 str_const14
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label8
la $a1 bool_const0
jal equality_test
label8:
lw $t1 12($a0)
beqz $t1 label6
la $a0 int_const1
b label7
label6:
lw $s1 16($fp)
la $t2 str_const15
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label11
la $a1 bool_const0
jal equality_test
label11:
lw $t1 12($a0)
beqz $t1 label9
la $a0 int_const3
b label10
label9:
lw $s1 16($fp)
la $t2 str_const16
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label14
la $a1 bool_const0
jal equality_test
label14:
lw $t1 12($a0)
beqz $t1 label12
la $a0 int_const4
b label13
label12:
lw $s1 16($fp)
la $t2 str_const17
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label17
la $a1 bool_const0
jal equality_test
label17:
lw $t1 12($a0)
beqz $t1 label15
la $a0 int_const5
b label16
label15:
lw $s1 16($fp)
la $t2 str_const18
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label20
la $a1 bool_const0
jal equality_test
label20:
lw $t1 12($a0)
beqz $t1 label18
la $a0 int_const6
b label19
label18:
lw $s1 16($fp)
la $t2 str_const19
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label23
la $a1 bool_const0
jal equality_test
label23:
lw $t1 12($a0)
beqz $t1 label21
la $a0 int_const7
b label22
label21:
lw $s1 16($fp)
la $t2 str_const20
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label26
la $a1 bool_const0
jal equality_test
label26:
lw $t1 12($a0)
beqz $t1 label24
la $a0 int_const8
b label25
label24:
lw $s1 16($fp)
la $t2 str_const21
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label29
la $a1 bool_const0
jal equality_test
label29:
lw $t1 12($a0)
beqz $t1 label27
la $a0 int_const9
b label28
label27:
move $a0 $s0
bne $a0 $zero label30
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label30:
lw $t1 8($a0)
lw $t1 0($t1)
jalr $t1
la $a0 int_const0
label28:
label25:
label22:
label19:
label16:
label13:
label10:
label7:
label4:
label1:
lw $fp 16($sp)
lw $s0 12($sp)
lw $ra 8($sp)
addiu $sp $sp 20
jr $ra
A2I.i2c:
addiu $sp $sp -16
sw $fp 16($sp)
sw $s0 12($sp)
sw $ra 8($sp)
addiu $fp $sp 4
move $s0 $a0
lw $s1 16($fp)
la $t2 int_const0
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label33
la $a1 bool_const0
jal equality_test
label33:
lw $t1 12($a0)
beqz $t1 label31
la $a0 str_const12
b label32
label31:
lw $s1 16($fp)
la $t2 int_const2
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label36
la $a1 bool_const0
jal equality_test
label36:
lw $t1 12($a0)
beqz $t1 label34
la $a0 str_const13
b label35
label34:
lw $s1 16($fp)
la $t2 int_const1
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label39
la $a1 bool_const0
jal equality_test
label39:
lw $t1 12($a0)
beqz $t1 label37
la $a0 str_const14
b label38
label37:
lw $s1 16($fp)
la $t2 int_const3
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label42
la $a1 bool_const0
jal equality_test
label42:
lw $t1 12($a0)
beqz $t1 label40
la $a0 str_const15
b label41
label40:
lw $s1 16($fp)
la $t2 int_const4
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label45
la $a1 bool_const0
jal equality_test
label45:
lw $t1 12($a0)
beqz $t1 label43
la $a0 str_const16
b label44
label43:
lw $s1 16($fp)
la $t2 int_const5
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label48
la $a1 bool_const0
jal equality_test
label48:
lw $t1 12($a0)
beqz $t1 label46
la $a0 str_const17
b label47
label46:
lw $s1 16($fp)
la $t2 int_const6
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label51
la $a1 bool_const0
jal equality_test
label51:
lw $t1 12($a0)
beqz $t1 label49
la $a0 str_const18
b label50
label49:
lw $s1 16($fp)
la $t2 int_const7
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label54
la $a1 bool_const0
jal equality_test
label54:
lw $t1 12($a0)
beqz $t1 label52
la $a0 str_const19
b label53
label52:
lw $s1 16($fp)
la $t2 int_const8
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label57
la $a1 bool_const0
jal equality_test
label57:
lw $t1 12($a0)
beqz $t1 label55
la $a0 str_const20
b label56
label55:
lw $s1 16($fp)
la $t2 int_const9
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label60
la $a1 bool_const0
jal equality_test
label60:
lw $t1 12($a0)
beqz $t1 label58
la $a0 str_const21
b label59
label58:
move $a0 $s0
bne $a0 $zero label61
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label61:
lw $t1 8($a0)
lw $t1 0($t1)
jalr $t1
la $a0 str_const22
label59:
label56:
label53:
label50:
label47:
label44:
label41:
label38:
label35:
label32:
lw $fp 16($sp)
lw $s0 12($sp)
lw $ra 8($sp)
addiu $sp $sp 20
jr $ra
A2I.a2i:
addiu $sp $sp -16
sw $fp 16($sp)
sw $s0 12($sp)
sw $ra 8($sp)
addiu $fp $sp 4
move $s0 $a0
lw $a0 16($fp)
bne $a0 $zero label65
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label65:
lw $t1 8($a0)
lw $t1 12($t1)
jalr $t1
move $s1 $a0
la $t2 int_const0
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label64
la $a1 bool_const0
jal equality_test
label64:
lw $t1 12($a0)
beqz $t1 label62
la $a0 int_const0
b label63
label62:
la $a0 int_const0
sw $a0 0($sp)
addiu $sp $sp -4
la $a0 int_const2
sw $a0 0($sp)
addiu $sp $sp -4
lw $a0 16($fp)
bne $a0 $zero label69
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label69:
lw $t1 8($a0)
lw $t1 20($t1)
jalr $t1
move $s1 $a0
la $t2 str_const23
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label68
la $a1 bool_const0
jal equality_test
label68:
lw $t1 12($a0)
beqz $t1 label66
la $a0 int_const2
sw $a0 0($sp)
addiu $sp $sp -4
lw $a0 16($fp)
bne $a0 $zero label70
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label70:
lw $t1 8($a0)
lw $t1 12($t1)
jalr $t1
move $s1 $a0
la $a0 int_const2
jal Object.copy
lw $t2 12($a0)
lw $t1 12($s1)
sub $t1 $t1 $t2
sw $t1 12($a0)
sw $a0 0($sp)
addiu $sp $sp -4
lw $a0 16($fp)
bne $a0 $zero label71
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label71:
lw $t1 8($a0)
lw $t1 20($t1)
jalr $t1
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
bne $a0 $zero label72
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label72:
lw $t1 8($a0)
lw $t1 24($t1)
jalr $t1
jal Object.copy
lw $t1 12($a0)
neg $t1 $t1
sw $t1 12($a0)
b label67
label66:
la $a0 int_const0
sw $a0 0($sp)
addiu $sp $sp -4
la $a0 int_const2
sw $a0 0($sp)
addiu $sp $sp -4
lw $a0 16($fp)
bne $a0 $zero label76
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label76:
lw $t1 8($a0)
lw $t1 20($t1)
jalr $t1
move $s1 $a0
la $t2 str_const5
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label75
la $a1 bool_const0
jal equality_test
label75:
lw $t1 12($a0)
beqz $t1 label73
la $a0 int_const2
sw $a0 0($sp)
addiu $sp $sp -4
lw $a0 16($fp)
bne $a0 $zero label77
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label77:
lw $t1 8($a0)
lw $t1 12($t1)
jalr $t1
move $s1 $a0
la $a0 int_const2
jal Object.copy
lw $t2 12($a0)
lw $t1 12($s1)
sub $t1 $t1 $t2
sw $t1 12($a0)
sw $a0 0($sp)
addiu $sp $sp -4
lw $a0 16($fp)
bne $a0 $zero label78
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label78:
lw $t1 8($a0)
lw $t1 20($t1)
jalr $t1
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
bne $a0 $zero label79
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label79:
lw $t1 8($a0)
lw $t1 24($t1)
jalr $t1
b label74
label73:
lw $a0 16($fp)
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
bne $a0 $zero label80
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label80:
lw $t1 8($a0)
lw $t1 24($t1)
jalr $t1
label74:
label67:
label63:
lw $fp 16($sp)
lw $s0 12($sp)
lw $ra 8($sp)
addiu $sp $sp 20
jr $ra
A2I.a2i_aux:
addiu $sp $sp -28
sw $fp 28($sp)
sw $s0 24($sp)
sw $ra 20($sp)
addiu $fp $sp 4
move $s0 $a0
la $s1 int_const0
lw $a0 28($fp)
sw $s1 0($fp)
bne $a0 $zero label81
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label81:
lw $t1 8($a0)
lw $t1 12($t1)
jalr $t1
lw $s1 0($fp)
move $s2 $a0
la $s3 int_const0
label82:
move $s4 $s3
lw $t1 12($s4)
lw $t2 12($s2)
la $a0 bool_const1
blt $t1 $t2 label84
la $a0 bool_const0
label84:
lw $t1 12($a0)
beq $t1 $zero label83
move $s4 $s1
la $a0 int_const10
jal Object.copy
lw $t2 12($a0)
lw $t1 12($s4)
mul $t1 $t1 $t2
sw $t1 12($a0)
move $s4 $a0
sw $s3 0($sp)
addiu $sp $sp -4
la $a0 int_const2
sw $a0 0($sp)
addiu $sp $sp -4
lw $a0 28($fp)
sw $s1 0($fp)
sw $s2 4($fp)
sw $s3 8($fp)
sw $s4 12($fp)
bne $a0 $zero label85
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label85:
lw $t1 8($a0)
lw $t1 20($t1)
jalr $t1
lw $s1 0($fp)
lw $s2 4($fp)
lw $s3 8($fp)
lw $s4 12($fp)
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
sw $s1 0($fp)
sw $s2 4($fp)
sw $s3 8($fp)
sw $s4 12($fp)
bne $a0 $zero label86
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label86:
lw $t1 8($a0)
lw $t1 12($t1)
jalr $t1
lw $s1 0($fp)
lw $s2 4($fp)
lw $s3 8($fp)
lw $s4 12($fp)
jal Object.copy
lw $t2 12($a0)
lw $t1 12($s4)
add $t1 $t1 $t2
sw $t1 12($a0)
move $s1 $a0
move $s4 $s3
la $a0 int_const2
jal Object.copy
lw $t2 12($a0)
lw $t1 12($s4)
add $t1 $t1 $t2
sw $t1 12($a0)
move $s3 $a0
b label82
label83:
move $a0 $zero
move $a0 $s1
lw $fp 28($sp)
lw $s0 24($sp)
lw $ra 20($sp)
addiu $sp $sp 32
jr $ra
A2I.i2a:
addiu $sp $sp -16
sw $fp 16($sp)
sw $s0 12($sp)
sw $ra 8($sp)
addiu $fp $sp 4
move $s0 $a0
lw $s1 16($fp)
la $t2 int_const0
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label89
la $a1 bool_const0
jal equality_test
label89:
lw $t1 12($a0)
beqz $t1 label87
la $a0 str_const12
b label88
label87:
la $s1 int_const0
lw $a0 16($fp)
lw $t1 12($s1)
lw $t2 12($a0)
la $a0 bool_const1
blt $t1 $t2 label92
la $a0 bool_const0
label92:
lw $t1 12($a0)
beqz $t1 label90
lw $a0 16($fp)
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
bne $a0 $zero label93
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label93:
lw $t1 8($a0)
lw $t1 32($t1)
jalr $t1
b label91
label90:
lw $s1 16($fp)
la $a0 int_const2
jal Object.copy
lw $t1 12($a0)
neg $t1 $t1
sw $t1 12($a0)
jal Object.copy
lw $t2 12($a0)
lw $t1 12($s1)
mul $t1 $t1 $t2
sw $t1 12($a0)
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
bne $a0 $zero label94
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label94:
lw $t1 8($a0)
lw $t1 32($t1)
jalr $t1
sw $a0 0($sp)
addiu $sp $sp -4
la $a0 str_const23
bne $a0 $zero label95
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label95:
lw $t1 8($a0)
lw $t1 16($t1)
jalr $t1
label91:
label88:
lw $fp 16($sp)
lw $s0 12($sp)
lw $ra 8($sp)
addiu $sp $sp 20
jr $ra
A2I.i2a_aux:
addiu $sp $sp -24
sw $fp 24($sp)
sw $s0 20($sp)
sw $ra 16($sp)
addiu $fp $sp 4
move $s0 $a0
lw $s1 24($fp)
la $t2 int_const0
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label98
la $a1 bool_const0
jal equality_test
label98:
lw $t1 12($a0)
beqz $t1 label96
la $a0 str_const22
b label97
label96:
lw $s1 24($fp)
la $a0 int_const10
jal Object.copy
lw $t2 12($a0)
lw $t1 12($s1)
div $t1 $t1 $t2
sw $t1 12($a0)
move $s1 $a0
lw $s2 24($fp)
move $s3 $s1
la $a0 int_const10
jal Object.copy
lw $t2 12($a0)
lw $t1 12($s3)
mul $t1 $t1 $t2
sw $t1 12($a0)
jal Object.copy
lw $t2 12($a0)
lw $t1 12($s2)
sub $t1 $t1 $t2
sw $t1 12($a0)
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
sw $s1 0($fp)
bne $a0 $zero label99
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label99:
lw $t1 8($a0)
lw $t1 16($t1)
jalr $t1
lw $s1 0($fp)
sw $a0 0($sp)
addiu $sp $sp -4
sw $s1 0($sp)
addiu $sp $sp -4
move $a0 $s0
sw $s1 0($fp)
bne $a0 $zero label100
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label100:
lw $t1 8($a0)
lw $t1 32($t1)
jalr $t1
lw $s1 0($fp)
sw $s1 0($fp)
bne $a0 $zero label101
la $a0 str_const24
li $t1 1
jal _dispatch_abort
label101:
lw $t1 8($a0)
lw $t1 16($t1)
jalr $t1
lw $s1 0($fp)
label97:
lw $fp 24($sp)
lw $s0 20($sp)
lw $ra 16($sp)
addiu $sp $sp 28
jr $ra
Stack.init:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
lw $a0 12($fp)
sw $a0 12($s0)
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 16
jr $ra
Stack.addNext:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
lw $a0 12($fp)
sw $a0 16($s0)
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 16
jr $ra
Stack.getValue:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
lw $a0 12($s0)
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 12
jr $ra
Stack.getNext:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
lw $a0 16($s0)
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 12
jr $ra
Main.main:
addiu $sp $sp -16
sw $fp 16($sp)
sw $s0 12($sp)
sw $ra 8($sp)
addiu $fp $sp 4
move $s0 $a0
la $a0 A2I_protObj
jal Object.copy
jal A2I_init
sw $a0 52($s0)
la $a0 bool_const1
sw $a0 12($s0)
la $a0 int_const0
sw $a0 24($s0)
la $a0 str_const0
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
bne $a0 $zero label102
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label102:
lw $t1 8($a0)
lw $t1 12($t1)
jalr $t1
label103:
lw $a0 12($s0)
lw $t1 12($a0)
beq $t1 $zero label104
la $a0 str_const1
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
bne $a0 $zero label105
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label105:
lw $t1 8($a0)
lw $t1 12($t1)
jalr $t1
move $a0 $s0
bne $a0 $zero label106
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label106:
lw $t1 8($a0)
lw $t1 20($t1)
jalr $t1
sw $a0 16($s0)
lw $s1 16($s0)
la $t2 str_const2
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label109
la $a1 bool_const0
jal equality_test
label109:
lw $t1 12($a0)
beqz $t1 label107
la $a0 str_const3
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
bne $a0 $zero label110
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label110:
lw $t1 8($a0)
lw $t1 12($t1)
jalr $t1
la $a0 bool_const0
sw $a0 12($s0)
b label108
label107:
lw $s1 16($s0)
la $t2 str_const4
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label113
la $a1 bool_const0
jal equality_test
label113:
lw $t1 12($a0)
beqz $t1 label111
la $s1 int_const0
lw $a0 24($s0)
lw $t1 12($s1)
lw $t2 12($a0)
la $a0 bool_const1
blt $t1 $t2 label116
la $a0 bool_const0
label116:
lw $t1 12($a0)
beqz $t1 label114
move $a0 $s0
bne $a0 $zero label117
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label117:
lw $t1 8($a0)
lw $t1 36($t1)
jalr $t1
sw $a0 20($s0)
lw $s1 20($s0)
la $t2 str_const5
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label120
la $a1 bool_const0
jal equality_test
label120:
lw $t1 12($a0)
beqz $t1 label118
lw $s1 24($s0)
la $a0 int_const1
lw $t1 12($s1)
lw $t2 12($a0)
la $a0 bool_const1
blt $t1 $t2 label123
la $a0 bool_const0
label123:
lw $t1 12($a0)
beqz $t1 label121
la $a0 str_const6
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
bne $a0 $zero label124
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label124:
lw $t1 8($a0)
lw $t1 12($t1)
jalr $t1
move $a0 $s0
bne $a0 $zero label125
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label125:
lw $t1 8($a0)
lw $t1 0($t1)
jalr $t1
b label122
label121:
move $a0 $s0
bne $a0 $zero label126
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label126:
lw $t1 8($a0)
lw $t1 36($t1)
jalr $t1
sw $a0 44($s0)
move $a0 $s0
bne $a0 $zero label127
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label127:
lw $t1 8($a0)
lw $t1 36($t1)
jalr $t1
sw $a0 48($s0)
lw $a0 44($s0)
sw $a0 0($sp)
addiu $sp $sp -4
lw $a0 52($s0)
bne $a0 $zero label128
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label128:
lw $t1 8($a0)
lw $t1 20($t1)
jalr $t1
move $s1 $a0
lw $a0 48($s0)
sw $a0 0($sp)
addiu $sp $sp -4
lw $a0 52($s0)
sw $s1 0($fp)
bne $a0 $zero label129
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label129:
lw $t1 8($a0)
lw $t1 20($t1)
jalr $t1
lw $s1 0($fp)
jal Object.copy
lw $t2 12($a0)
lw $t1 12($s1)
add $t1 $t1 $t2
sw $t1 12($a0)
sw $a0 0($sp)
addiu $sp $sp -4
lw $a0 52($s0)
bne $a0 $zero label130
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label130:
lw $t1 8($a0)
lw $t1 28($t1)
jalr $t1
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
bne $a0 $zero label131
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label131:
lw $t1 8($a0)
lw $t1 32($t1)
jalr $t1
label122:
b label119
label118:
lw $s1 20($s0)
la $t2 str_const7
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label134
la $a1 bool_const0
jal equality_test
label134:
lw $t1 12($a0)
beqz $t1 label132
move $a0 $s0
bne $a0 $zero label135
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label135:
lw $t1 8($a0)
lw $t1 36($t1)
jalr $t1
sw $a0 44($s0)
move $a0 $s0
bne $a0 $zero label136
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label136:
lw $t1 8($a0)
lw $t1 36($t1)
jalr $t1
sw $a0 48($s0)
lw $a0 44($s0)
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
bne $a0 $zero label137
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label137:
lw $t1 8($a0)
lw $t1 32($t1)
jalr $t1
lw $a0 48($s0)
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
bne $a0 $zero label138
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label138:
lw $t1 8($a0)
lw $t1 32($t1)
jalr $t1
b label133
label132:
lw $a0 20($s0)
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
bne $a0 $zero label139
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label139:
lw $t1 8($a0)
lw $t1 32($t1)
jalr $t1
label133:
label119:
b label115
label114:
la $a0 str_const8
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
bne $a0 $zero label140
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label140:
lw $t1 8($a0)
lw $t1 12($t1)
jalr $t1
label115:
b label112
label111:
lw $s1 16($s0)
la $t2 str_const9
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label143
la $a1 bool_const0
jal equality_test
label143:
lw $t1 12($a0)
beqz $t1 label141
move $a0 $s0
bne $a0 $zero label144
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label144:
lw $t1 8($a0)
lw $t1 40($t1)
jalr $t1
b label142
label141:
lw $a0 16($s0)
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
bne $a0 $zero label145
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label145:
lw $t1 8($a0)
lw $t1 32($t1)
jalr $t1
label142:
label112:
label108:
b label103
label104:
move $a0 $zero
lw $fp 16($sp)
lw $s0 12($sp)
lw $ra 8($sp)
addiu $sp $sp 16
jr $ra
Main.pushStack:
addiu $sp $sp -16
sw $fp 16($sp)
sw $s0 12($sp)
sw $ra 8($sp)
addiu $fp $sp 4
move $s0 $a0
lw $s1 24($s0)
la $a0 int_const2
jal Object.copy
lw $t2 12($a0)
lw $t1 12($s1)
add $t1 $t1 $t2
sw $t1 12($a0)
sw $a0 24($s0)
la $a0 Stack_protObj
jal Object.copy
jal Stack_init
sw $a0 32($s0)
lw $a0 16($fp)
sw $a0 0($sp)
addiu $sp $sp -4
lw $a0 32($s0)
bne $a0 $zero label146
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label146:
lw $t1 8($a0)
lw $t1 28($t1)
jalr $t1
lw $s1 24($s0)
la $t2 int_const2
move $t1 $s1
la $a0 bool_const1
beq $t1 $t2 label149
la $a1 bool_const0
jal equality_test
label149:
lw $t1 12($a0)
beqz $t1 label147
lw $a0 32($s0)
sw $a0 28($s0)
b label148
label147:
lw $a0 28($s0)
sw $a0 0($sp)
addiu $sp $sp -4
lw $a0 32($s0)
bne $a0 $zero label150
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label150:
lw $t1 8($a0)
lw $t1 32($t1)
jalr $t1
lw $a0 32($s0)
sw $a0 28($s0)
label148:
lw $fp 16($sp)
lw $s0 12($sp)
lw $ra 8($sp)
addiu $sp $sp 20
jr $ra
Main.popStack:
addiu $sp $sp -16
sw $fp 16($sp)
sw $s0 12($sp)
sw $ra 8($sp)
addiu $fp $sp 4
move $s0 $a0
lw $s1 24($s0)
la $a0 int_const2
jal Object.copy
lw $t2 12($a0)
lw $t1 12($s1)
sub $t1 $t1 $t2
sw $t1 12($a0)
sw $a0 24($s0)
lw $a0 28($s0)
bne $a0 $zero label151
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label151:
lw $t1 8($a0)
lw $t1 36($t1)
jalr $t1
sw $a0 36($s0)
lw $a0 28($s0)
bne $a0 $zero label152
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label152:
lw $t1 8($a0)
lw $t1 40($t1)
jalr $t1
sw $a0 28($s0)
lw $a0 36($s0)
lw $fp 16($sp)
lw $s0 12($sp)
lw $ra 8($sp)
addiu $sp $sp 16
jr $ra
Main.printStack:
addiu $sp $sp -12
sw $fp 12($sp)
sw $s0 8($sp)
sw $ra 4($sp)
addiu $fp $sp 4
move $s0 $a0
lw $a0 28($s0)
sw $a0 40($s0)
label153:
lw $a0 40($s0)
move $t1 $a0
la $a0 bool_const1
beqz $t1 label156
la $a0 bool_const0
label156:
lw $t1 12($a0)
la $a0 bool_const1
beqz $t1 label155
la $a0 bool_const0
label155:
lw $t1 12($a0)
beq $t1 $zero label154
lw $a0 40($s0)
bne $a0 $zero label157
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label157:
lw $t1 8($a0)
lw $t1 36($t1)
jalr $t1
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
bne $a0 $zero label158
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label158:
lw $t1 8($a0)
lw $t1 12($t1)
jalr $t1
la $a0 str_const10
sw $a0 0($sp)
addiu $sp $sp -4
move $a0 $s0
bne $a0 $zero label159
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label159:
lw $t1 8($a0)
lw $t1 12($t1)
jalr $t1
lw $a0 40($s0)
bne $a0 $zero label160
la $a0 str_const11
li $t1 1
jal _dispatch_abort
label160:
lw $t1 8($a0)
lw $t1 40($t1)
jalr $t1
sw $a0 40($s0)
b label153
label154:
move $a0 $zero
lw $fp 12($sp)
lw $s0 8($sp)
lw $ra 4($sp)
addiu $sp $sp 12
jr $ra
|
DVDTSB/cpu6502 | 149 | roms/ascii_test.s |
.org $FF00
DISP = $D012
MAIN:
LDX #$21
STX DISP
LOOP:
INX
STX DISP
CPX #$7E
BEQ QUIT
JMP LOOP
QUIT:
JMP QUIT
|
duysqubix/rubc | 3,712 | assets/cpu_instrs/source/06-ld r,r.s | ; Tests LD r,r ($40-$7F)
;.define PRINT_CHECKSUMS 1
.include "shell.inc"
.include "instr_test.s"
instrs:
.byte $40,0,0 ; LD B,B
.byte $41,0,0 ; LD B,C
.byte $42,0,0 ; LD B,D
.byte $43,0,0 ; LD B,E
.byte $44,0,0 ; LD B,H
.byte $45,0,0 ; LD B,L
.byte $46,0,0 ; LD B,(HL)
.byte $47,0,0 ; LD B,A
.byte $48,0,0 ; LD C,B
.byte $49,0,0 ; LD C,C
.byte $4A,0,0 ; LD C,D
.byte $4B,0,0 ; LD C,E
.byte $4C,0,0 ; LD C,H
.byte $4D,0,0 ; LD C,L
.byte $4E,0,0 ; LD C,(HL)
.byte $4F,0,0 ; LD C,A
.byte $50,0,0 ; LD D,B
.byte $51,0,0 ; LD D,C
.byte $52,0,0 ; LD D,D
.byte $53,0,0 ; LD D,E
.byte $54,0,0 ; LD D,H
.byte $55,0,0 ; LD D,L
.byte $56,0,0 ; LD D,(HL)
.byte $57,0,0 ; LD D,A
.byte $58,0,0 ; LD E,B
.byte $59,0,0 ; LD E,C
.byte $5A,0,0 ; LD E,D
.byte $5B,0,0 ; LD E,E
.byte $5C,0,0 ; LD E,H
.byte $5D,0,0 ; LD E,L
.byte $5E,0,0 ; LD E,(HL)
.byte $5F,0,0 ; LD E,A
.byte $60,0,0 ; LD H,B
.byte $61,0,0 ; LD H,C
.byte $62,0,0 ; LD H,D
.byte $63,0,0 ; LD H,E
.byte $64,0,0 ; LD H,H
.byte $65,0,0 ; LD H,L
.byte $66,0,0 ; LD H,(HL)
.byte $67,0,0 ; LD H,A
.byte $68,0,0 ; LD L,B
.byte $69,0,0 ; LD L,C
.byte $6A,0,0 ; LD L,D
.byte $6B,0,0 ; LD L,E
.byte $6C,0,0 ; LD L,H
.byte $6D,0,0 ; LD L,L
.byte $6E,0,0 ; LD L,(HL)
.byte $6F,0,0 ; LD L,A
.byte $70,0,0 ; LD (HL),B
.byte $71,0,0 ; LD (HL),C
.byte $72,0,0 ; LD (HL),D
.byte $73,0,0 ; LD (HL),E
.byte $74,0,0 ; LD (HL),H
.byte $75,0,0 ; LD (HL),L
.byte $77,0,0 ; LD (HL),A
.byte $78,0,0 ; LD A,B
.byte $79,0,0 ; LD A,C
.byte $7A,0,0 ; LD A,D
.byte $7B,0,0 ; LD A,E
.byte $7C,0,0 ; LD A,H
.byte $7D,0,0 ; LD A,L
.byte $7E,0,0 ; LD A,(HL)
.byte $7F,0,0 ; LD A,A
instrs_end:
test_instr:
ld c,$00
call test
ld c,$10
call test
ld c,$E0
call test
ld c,$F0
call test
ret
test:
; Put different value in each register and (hl_temp)
ld b,$BC
push bc
ld a,$DE
ld (rp_temp),a
ld a,$12
ld bc,$3456
ld de,$789A
ld hl,rp_temp ; (HL) points to RAM
pop af
; call print_regs
jp instr
instr_done:
; Checksum registers and (HL)
call checksum_af_bc_de_hl
ld a,(rp_temp)
call update_crc_fast
ret
checksums:
.byte $40,$3A,$AF,$06,$B6,$CB,$B2,$AB,$6F,$EF,$71,$9B,$75,$E3,$6C,$B9,$34,$FB,$26,$B7,$5A,$B9,$2F,$CE,$34,$FB,$26,$B7,$C2,$0A,$3B,$1A,$2A,$8A,$D6,$7C,$40,$3A,$AF,$06,$AF,$0A,$74,$70,$19,$A9,$6E,$6F,$11,$DA,$FE,$FE,$18,$10,$04,$2B,$11,$DA,$FE,$FE,$7B,$6A,$87,$84,$8B,$87,$34,$12,$00,$45,$DE,$01,$40,$3A,$AF,$06,$93,$E2,$8F,$C6,$DD,$7D,$90,$32,$FF,$90,$1B,$A8,$DD,$7D,$90,$32,$56,$BF,$7A,$21,$23,$C0,$FA,$06,$3B,$1D,$A0,$80,$3F,$44,$1B,$9C,$40,$3A,$AF,$06,$56,$25,$85,$CD,$D7,$B1,$DB,$F9,$56,$25,$85,$CD,$4E,$F8,$DF,$4B,$F0,$C3,$F9,$18,$20,$0F,$F6,$91,$71,$69,$CE,$46,$F0,$A0,$03,$4D,$40,$3A,$AF,$06,$29,$47,$E2,$36,$40,$3A,$AF,$06,$90,$F6,$A0,$8F,$3D,$62,$26,$A9,$A4,$52,$C1,$75,$45,$ED,$75,$40,$8A,$4D,$63,$56,$AF,$BA,$2D,$FE,$40,$3A,$AF,$06,$AF,$BA,$2D,$FE,$36,$8A,$CA,$22,$34,$8D,$C2,$65,$1A,$DB,$FF,$54,$32,$C0,$E8,$55,$ED,$4A,$87,$2F,$40,$3A,$AF,$06,$9D,$BC,$81,$E6,$6E,$6C,$92,$37,$B1,$EC,$C3,$29,$1D,$C5,$9F,$A1,$59,$6F,$66,$CD,$B4,$FB,$FD,$74,$EC,$13,$F3,$8E,$70,$0C,$5F,$ED,$EC,$13,$F3,$8E,$40,$3A,$AF,$06,
|
duysqubix/rubc | 4,409 | assets/cpu_instrs/source/11-op a,(hl).s | ; Tests (HL/BC/DE) instructions.
; Takes 20 seconds.
;.define PRINT_CHECKSUMS 1
.include "shell.inc"
.include "instr_test.s"
instrs:
.byte $0A,0,0 ; LD A,(BC)
.byte $1A,0,0 ; LD A,(DE)
.byte $02,0,0 ; LD (BC),A
.byte $12,0,0 ; LD (DE),A
.byte $2A,0,0 ; LD A,(HL+)
.byte $3A,0,0 ; LD A,(HL-)
.byte $22,0,0 ; LD (HL+),A
.byte $32,0,0 ; LD (HL-),A
.byte $B6,0,0 ; OR (HL)
.byte $BE,0,0 ; CP (HL)
.byte $86,0,0 ; ADD (HL)
.byte $8E,0,0 ; ADC (HL)
.byte $96,0,0 ; SUB (HL)
.byte $9E,0,0 ; SBC (HL)
.byte $A6,0,0 ; AND (HL)
.byte $AE,0,0 ; XOR (HL)
.byte $35,0,0 ; DEC (HL)
.byte $34,0,0 ; INC (HL)
.byte $CB,$06,0 ; RLC (HL)
.byte $CB,$0E,0 ; RRC (HL)
.byte $CB,$16,0 ; RL (HL)
.byte $CB,$1E,0 ; RR (HL)
.byte $CB,$26,0 ; SLA (HL)
.byte $CB,$2E,0 ; SRA (HL)
.byte $CB,$36,0 ; SWAP (HL)
.byte $CB,$3E,0 ; SRL (HL)
.byte $CB,$46,0 ; BIT 0,(HL)
.byte $CB,$4E,0 ; BIT 1,(HL)
.byte $CB,$56,0 ; BIT 2,(HL)
.byte $CB,$5E,0 ; BIT 3,(HL)
.byte $CB,$66,0 ; BIT 4,(HL)
.byte $CB,$6E,0 ; BIT 5,(HL)
.byte $CB,$76,0 ; BIT 6,(HL)
.byte $CB,$7E,0 ; BIT 7,(HL)
.byte $CB,$86,0 ; RES 0,(HL)
.byte $CB,$8E,0 ; RES 1,(HL)
.byte $CB,$96,0 ; RES 2,(HL)
.byte $CB,$9E,0 ; RES 3,(HL)
.byte $CB,$A6,0 ; RES 4,(HL)
.byte $CB,$AE,0 ; RES 5,(HL)
.byte $CB,$B6,0 ; RES 6,(HL)
.byte $CB,$BE,0 ; RES 7,(HL)
.byte $CB,$C6,0 ; SET 0,(HL)
.byte $CB,$CE,0 ; SET 1,(HL)
.byte $CB,$D6,0 ; SET 2,(HL)
.byte $CB,$DE,0 ; SET 3,(HL)
.byte $CB,$E6,0 ; SET 4,(HL)
.byte $CB,$EE,0 ; SET 5,(HL)
.byte $CB,$F6,0 ; SET 6,(HL)
.byte $CB,$FE,0 ; SET 7,(HL)
.byte $27,0,0 ; DAA
instrs_end:
test_instr:
ld c,$00
call test
ld c,$10
call test
ld c,$E0
call test
ld c,$F0
call test
ret
test:
; Go through each value for A
ld hl,values
a_loop:
ld b,(hl)
push hl
; Go through each value for (HL)
ld hl,values
values_loop:
push bc
push hl
push bc
; BC
ld a,(hl+)
ld bc,rp_temp
ld (rp_temp),a
; DE
ld a,(hl+)
ld de,rp_temp+1
ld (rp_temp+1),a
; HL
ld a,(hl)
ld hl,rp_temp+2
ld (rp_temp+2),a
; AF
pop af
; call print_regs
jp instr
instr_done:
; Checksum AF, HL, and (HL)
push hl
push af
call update_crc_fast
pop hl
ld a,l
call update_crc_fast
pop bc
ld a,b
call update_crc_fast
ld a,c
call update_crc_fast
ld a,(rp_temp)
call update_crc_fast
ld a,(rp_temp+1)
call update_crc_fast
ld a,(rp_temp+2)
call update_crc_fast
pop hl
pop bc
inc hl
ld a,l
cp <values_end
jr nz,values_loop
pop hl
inc hl
ld a,l
cp <values_end
jr nz,a_loop
ret
values:
.byte $00,$01,$0F,$10,$1F,$7F,$80,$F0,$FF,$02,$04,$08,$20,$40
values_end:
.byte $00,$01,$0F,$10,$1F,$7F,$80,$F0,$FF,$02,$04,$08,$20,$40
checksums:
.byte $E0,$E5,$09,$A7,$FB,$28,$0D,$AE,$AC,$BB,$91,$D8,$B3,$E2,$AF,$C4
.byte $3D,$B5,$02,$07,$4F,$6E,$5B,$7E,$AE,$02,$E7,$14,$DC,$D9,$BE,$6D
.byte $F1,$48,$A9,$42,$67,$08,$FE,$57,$06,$6A,$A9,$B1,$FD,$A5,$84,$F0
.byte $82,$FC,$24,$A9,$A8,$1D,$BB,$E2,$F8,$23,$8C,$DE,$0E,$1D,$64,$D1
.byte $05,$E0,$24,$41,$53,$75,$47,$55,$F4,$D9,$10,$6A,$38,$16,$28,$D8
.byte $D1,$28,$A3,$E0,$A2,$05,$B8,$FE,$B0,$F4,$F5,$8F,$4B,$39,$03,$B0
.byte $8A,$07,$BA,$90,$25,$99,$A7,$78,$E6,$9A,$D1,$49,$C9,$B2,$A3,$E5
.byte $36,$34,$CB,$5A,$97,$42,$71,$09,$39,$87,$25,$EC,$54,$EE,$C5,$B3
.byte $FC,$B5,$6F,$BD,$0B,$D8,$46,$6F,$6A,$27,$81,$9F,$F8,$38,$E2,$71
.byte $55,$19,$21,$83,$4B,$85,$9F,$4B,$A1,$78,$14,$60,$58,$08,$D9,$57
.byte $11,$8C,$83,$9A,$9F,$01,$D1,$90,$E8,$82,$0B,$5A,$BD,$75,$86,$21
.byte $DF,$83,$E9,$23,$1E,$B6,$7F,$D1,$4A,$18,$A5,$8E,$CF,$CF,$CA,$51
.byte $3F,$03,$A4,$96,$C3,$1F,$9E,$88,$0C,$DF,$1F,$B1
|
duysqubix/rubc | 1,981 | assets/cpu_instrs/source/03-op sp,hl.s | ; Tests SP/HL instructions
;.define PRINT_CHECKSUMS 1
.include "shell.inc"
.include "instr_test.s"
instrs:
.byte $33,0,0 ; INC SP
.byte $3B,0,0 ; DEC SP
.byte $39,0,0 ; ADD HL,SP
.byte $F9,0,0 ; LD SP,HL
.byte $E8,$01,0 ; ADD SP,1
.byte $E8,$FF,0 ; ADD SP,-1
.byte $F8,$01,0 ; LD HL,SP+1
.byte $F8,$FF,0 ; LD HL,SP-1
instrs_end:
test_instr:
; C = flags register
ld c,$00
call test
ld c,$F0
call test
ret
test:
; Go through each value for HL
ld hl,values
hl_loop:
ld e,(hl)
inc hl
ld d,(hl)
inc hl
push hl
; Go through each value for SP
ld hl,values
values_loop:
push bc
push de
push hl
push bc
pop af
; Switch stack
ld (temp),sp
ld a,(hl+)
ld h,(hl)
ld l,a
; call print_regs
ld sp,hl
; Set registers
ld h,d
ld l,e
ld a,$12
ld bc,$5691
ld de,$9ABC
jp instr
instr_done:
; Save new SP and switch to yet another stack
ld (temp+2),sp
ld sp,$DF70
call checksum_af_bc_de_hl
; Checksum SP
ld a,(temp+2)
call update_crc_fast
ld a,(temp+3)
call update_crc_fast
ldsp temp
pop hl
pop de
pop bc
inc hl
inc hl
ld a,l
cp <values_end
jr nz,values_loop
pop hl
ld a,l
cp <values_end
jr nz,hl_loop
ret
values:
.word $0000,$0001,$000F,$0010,$001F,$007F,$0080,$00FF
.word $0100,$0F00,$1F00,$1000,$7FFF,$8000,$FFFF
values_end:
.word $0000,$0001,$000F,$0010,$001F,$007F,$0080,$00FF
.word $0100,$0F00,$1F00,$1000,$7FFF,$8000,$FFFF
checksums:
.byte $BC,$F4,$CD,$8C,$C7,$5E,$89,$E5,$36,$65,$21,$55,$D6,$6A,$2A,$FF
.byte $EB,$34,$37,$B9,$08,$5F,$22,$13,$B6,$2A,$37,$C3,$72,$43,$5C,$4D
|
duysqubix/rubc | 3,131 | assets/cpu_instrs/source/07-jr,jp,call,ret,rst.s | ; Tests branch instructions
;.define PRINT_CHECKSUMS 1
.include "shell.inc"
.include "instr_test.s"
instrs:
; JR cond,skip
; INC A
; skip:
.byte $18,$01,$3C ; JR *+3
.byte $20,$01,$3C ; JR NZ,*+3
.byte $28,$01,$3C ; JR Z,*+3
.byte $30,$01,$3C ; JR NC,*+3
.byte $38,$01,$3C ; JR C,*+3
.byte $C2,<taken,>taken ; JP NZ,taken
.byte $C3,<taken,>taken ; JP taken
.byte $CA,<taken,>taken ; JP Z,taken
.byte $D2,<taken,>taken ; JP NC,taken
.byte $DA,<taken,>taken ; JP C,taken
.byte $C4,<taken,>taken ; CALL NZ,taken
.byte $CC,<taken,>taken ; CALL Z,taken
.byte $CD,<taken,>taken ; CALL taken
.byte $D4,<taken,>taken ; CALL NC,taken
.byte $DC,<taken,>taken ; CALL C,taken
; RET cond
; INC A
.byte $C0,$3C,0 ; RET NZ
.byte $C8,$3C,0 ; RET Z
.byte $C9,$3C,0 ; RET
.byte $D0,$3C,0 ; RET NC
.byte $D8,$3C,0 ; RET C
.byte $D9,$3C,0 ; RETI
; RST
; can only easily test this one on devcart
.byte $C7,0,0 ; RST $00
.ifndef BUILD_DEVCART
.byte $CF,0,0 ; RST $08
.byte $D7,0,0 ; RST $10
.byte $DF,0,0 ; RST $18
.byte $E7,0,0 ; RST $20
.byte $EF,0,0 ; RST $28
.byte $F7,0,0 ; RST $30
.byte $FF,0,0 ; RST $38
.endif
instrs_end:
test_instr:
wreg IE,0 ; disable interrupts, since RETI does EI
; Go through all 16 combinations of flags
ld bc,$1200
-
; Fill 4 bytes of new stack
ld a,$12
ld ($DF80-2),a
ld a,$34
ld ($DF80-3),a
ld a,$56
ld ($DF80-4),a
ld a,$78
ld ($DF80-5),a
; Set AF
push bc
pop af
; Switch to new stack
ld (temp),sp
ld sp,$DF80
; Set return address
ld de,instr+3
push de
jp instr
instr_done:
inc a
taken:
di ; RETI enables interrupts
; Save new SP and switch to yet another stack
ld (temp+2),sp
ld sp,$DF70
; Checksum A and SP
call update_crc_fast
ld a,(temp+2)
call update_crc_fast
ld a,(temp+3)
call update_crc_fast
; Checksum 4 bytes of stack
ld a,($DF80-2)
call update_crc_fast
ld a,($DF80-3)
call update_crc_fast
ld a,($DF80-4)
call update_crc_fast
ld a,($DF80-5)
call update_crc_fast
ldsp temp
ld a,c
add $10
ld c,a
jr nz,-
ret
checksums:
.byte $EC,$A4,$94,$79,$C4,$00,$96,$2C,$C4,$64,$90,$33,$77,$C7,$0A,$D4
.byte $77,$A3,$0C,$CB,$79,$E7,$7E,$AE,$DA,$DC,$03,$F7,$4F,$9F,$E9,$20
.byte $72,$12,$DA,$01,$44,$6A,$4D,$8F,$D1,$79,$30,$4C,$AA,$37,$F2,$6A
.byte $97,$EA,$56,$5F,$32,$28,$C7,$D1,$49,$66,$05,$F7,$80,$0F,$BA,$8E
.byte $41,$E2,$A4,$9A,$2D,$2D,$8C,$72,$A5,$13,$76,$A8,$64,$FE,$68,$BC
.byte $2D,$2D,$8C,$72,$50,$96,$24,$27,$50,$96,$24,$27,$50,$96,$24,$27
.byte $50,$96,$24,$27,$50,$96,$24,$27,$50,$96,$24,$27,$50,$96,$24,$27
.byte $50,$96,$24,$27
.include "multi_custom.s"
|
duysqubix/rubc | 1,128 | assets/cpu_instrs/source/01-special.s | ; Tests instructions that don't fit template
.include "shell.inc"
main:
set_test 2,"JR negative"
ld a,0
jp jr_neg
inc a
- inc a
inc a
cp 2
jp nz,test_failed
jp +
jr_neg:
jr -
+
set_test 3,"JR positive"
ld a,0
jr +
inc a
+ inc a
inc a
cp 2
jp nz,test_failed
set_test 4,"LD PC,HL"
ld hl,+
ld a,0
ld pc,hl
inc a
+ inc a
inc a
cp 2
jp nz,test_failed
set_test 5,"POP AF"
ld bc,$1200
- push bc
pop af
push af
pop de
ld a,c
and $F0
cp e
jp nz,test_failed
inc b
inc c
jr nz,-
set_test 6,"DAA"
; Test all combinations of A and flags (256*16 total)
ld de,0
- push de
pop af
daa
push af
call update_crc
pop hl
ld a,l
call update_crc
inc d
jr nz,-
ld a,e
add $10
ld e,a
jr nz,-
check_crc $6A9F8D8A
jp tests_passed
|
duysqubix/rubc | 2,530 | assets/cpu_instrs/source/08-misc instrs.s | ; Tests miscellaneous instructions
;.define PRINT_CHECKSUMS 1
.include "shell.inc"
.include "instr_test.s"
instrs:
.byte $F0,$91,0 ; LDH A,($91)
.byte $E0,$91,0 ; LDH ($91),A
.byte $F2,$00,0 ; LDH A,(C)
.byte $E2,$00,0 ; LDH (C),A
.byte $FA,$91,$FF ; LD A,($FF91)
.byte $EA,$91,$FF ; LD ($FF91),A
.byte $08,$91,$FF ; LD ($FF91),SP
.byte $01,$23,$01 ; LD BC,$0123
.byte $11,$23,$01 ; LD DE,$0123
.byte $21,$23,$01 ; LD HL,$0123
.byte $31,$23,$01 ; LD SP,$0123
.byte $F5,0,0 ; PUSH AF
.byte $C5,0,0 ; PUSH BC
.byte $D5,0,0 ; PUSH DE
.byte $E5,0,0 ; PUSH HL
.byte $F1,0,0 ; POP AF
.byte $C1,0,0 ; POP BC
.byte $D1,0,0 ; POP DE
.byte $E1,0,0 ; POP HL
instrs_end:
test_instr:
; C = flags register
ld c,$00
call test
ld c,$10
call test
ld c,$E0
call test
ld c,$F0
call test
ret
test:
; Fill RAM
ld a,$FE
ld ($FF90),a
ld a,$DC
ld ($FF91),a
ld a,$BA
ld ($FF92),a
; Fill stack
ld a,$13
ld ($DF80),a
ld a,$57
ld ($DF80-1),a
ld a,$9B
ld ($DF80-2),a
ld a,$DF
ld ($DF80-3),a
; Set registers
ld b,$12
push bc
ld bc,$5691
ld de,$9ABC
ld hl,$DEF0
pop af
; Switch stack
ld (temp),sp
ld sp,$DF80-2
jp instr
instr_done:
; Save new SP and switch to another stack
ld (temp+2),sp
ld sp,$DF70
call checksum_af_bc_de_hl
; Checksum SP
ld a,(temp+2)
call update_crc_fast
ld a,(temp+3)
call update_crc_fast
; Checksum RAM
ld a,($FF90)
call update_crc_fast
ld a,($FF91)
call update_crc_fast
ld a,($FF92)
call update_crc_fast
; Checksum stack
ld a,($DF80)
call update_crc_fast
ld a,($DF80-1)
call update_crc_fast
ld a,($DF80-2)
call update_crc_fast
ld a,($DF80-3)
call update_crc_fast
; Restore SP
ldsp temp
ret
checksums:
.byte $4D,$FF,$15,$97,$6D,$A7,$35,$65,$4D,$FF,$15,$97,$6D,$A7,$35,$65,$4D,$FF,$15,$97,$6D,$A7,$35,$65,$AD,$FA,$5E,$41,$D0,$78,$79,$C1,$AF,$66,$99,$34,$0D,$E1,$97,$99,$6F,$D0,$6F,$5D,$C3,$1F,$A3,$8A,$C2,$F1,$9C,$F3,$C1,$C3,$DC,$78,$C0,$2D,$E3,$01,$8F,$C4,$0F,$44,$95,$22,$6A,$39,$61,$C5,$AB,$55,$FB,$DF,$2C,$52,
|
duysqubix/rubc | 9,892 | assets/cpu_instrs/source/10-bit ops.s | ; Tests most register instructions.
; Takes 15 seconds.
;.define PRINT_CHECKSUMS 1
.include "shell.inc"
.include "instr_test.s"
instrs:
.byte $CB,$40,0 ; BIT 0,B
.byte $CB,$41,0 ; BIT 0,C
.byte $CB,$42,0 ; BIT 0,D
.byte $CB,$43,0 ; BIT 0,E
.byte $CB,$44,0 ; BIT 0,H
.byte $CB,$45,0 ; BIT 0,L
.byte $CB,$47,0 ; BIT 0,A
.byte $CB,$48,0 ; BIT 1,B
.byte $CB,$49,0 ; BIT 1,C
.byte $CB,$4A,0 ; BIT 1,D
.byte $CB,$4B,0 ; BIT 1,E
.byte $CB,$4C,0 ; BIT 1,H
.byte $CB,$4D,0 ; BIT 1,L
.byte $CB,$4F,0 ; BIT 1,A
.byte $CB,$50,0 ; BIT 2,B
.byte $CB,$51,0 ; BIT 2,C
.byte $CB,$52,0 ; BIT 2,D
.byte $CB,$53,0 ; BIT 2,E
.byte $CB,$54,0 ; BIT 2,H
.byte $CB,$55,0 ; BIT 2,L
.byte $CB,$57,0 ; BIT 2,A
.byte $CB,$58,0 ; BIT 3,B
.byte $CB,$59,0 ; BIT 3,C
.byte $CB,$5A,0 ; BIT 3,D
.byte $CB,$5B,0 ; BIT 3,E
.byte $CB,$5C,0 ; BIT 3,H
.byte $CB,$5D,0 ; BIT 3,L
.byte $CB,$5F,0 ; BIT 3,A
.byte $CB,$60,0 ; BIT 4,B
.byte $CB,$61,0 ; BIT 4,C
.byte $CB,$62,0 ; BIT 4,D
.byte $CB,$63,0 ; BIT 4,E
.byte $CB,$64,0 ; BIT 4,H
.byte $CB,$65,0 ; BIT 4,L
.byte $CB,$67,0 ; BIT 4,A
.byte $CB,$68,0 ; BIT 5,B
.byte $CB,$69,0 ; BIT 5,C
.byte $CB,$6A,0 ; BIT 5,D
.byte $CB,$6B,0 ; BIT 5,E
.byte $CB,$6C,0 ; BIT 5,H
.byte $CB,$6D,0 ; BIT 5,L
.byte $CB,$6F,0 ; BIT 5,A
.byte $CB,$70,0 ; BIT 6,B
.byte $CB,$71,0 ; BIT 6,C
.byte $CB,$72,0 ; BIT 6,D
.byte $CB,$73,0 ; BIT 6,E
.byte $CB,$74,0 ; BIT 6,H
.byte $CB,$75,0 ; BIT 6,L
.byte $CB,$77,0 ; BIT 6,A
.byte $CB,$78,0 ; BIT 7,B
.byte $CB,$79,0 ; BIT 7,C
.byte $CB,$7A,0 ; BIT 7,D
.byte $CB,$7B,0 ; BIT 7,E
.byte $CB,$7C,0 ; BIT 7,H
.byte $CB,$7D,0 ; BIT 7,L
.byte $CB,$7F,0 ; BIT 7,A
.byte $CB,$80,0 ; RES 0,B
.byte $CB,$81,0 ; RES 0,C
.byte $CB,$82,0 ; RES 0,D
.byte $CB,$83,0 ; RES 0,E
.byte $CB,$84,0 ; RES 0,H
.byte $CB,$85,0 ; RES 0,L
.byte $CB,$87,0 ; RES 0,A
.byte $CB,$88,0 ; RES 1,B
.byte $CB,$89,0 ; RES 1,C
.byte $CB,$8A,0 ; RES 1,D
.byte $CB,$8B,0 ; RES 1,E
.byte $CB,$8C,0 ; RES 1,H
.byte $CB,$8D,0 ; RES 1,L
.byte $CB,$8F,0 ; RES 1,A
.byte $CB,$90,0 ; RES 2,B
.byte $CB,$91,0 ; RES 2,C
.byte $CB,$92,0 ; RES 2,D
.byte $CB,$93,0 ; RES 2,E
.byte $CB,$94,0 ; RES 2,H
.byte $CB,$95,0 ; RES 2,L
.byte $CB,$97,0 ; RES 2,A
.byte $CB,$98,0 ; RES 3,B
.byte $CB,$99,0 ; RES 3,C
.byte $CB,$9A,0 ; RES 3,D
.byte $CB,$9B,0 ; RES 3,E
.byte $CB,$9C,0 ; RES 3,H
.byte $CB,$9D,0 ; RES 3,L
.byte $CB,$9F,0 ; RES 3,A
.byte $CB,$A0,0 ; RES 4,B
.byte $CB,$A1,0 ; RES 4,C
.byte $CB,$A2,0 ; RES 4,D
.byte $CB,$A3,0 ; RES 4,E
.byte $CB,$A4,0 ; RES 4,H
.byte $CB,$A5,0 ; RES 4,L
.byte $CB,$A7,0 ; RES 4,A
.byte $CB,$A8,0 ; RES 5,B
.byte $CB,$A9,0 ; RES 5,C
.byte $CB,$AA,0 ; RES 5,D
.byte $CB,$AB,0 ; RES 5,E
.byte $CB,$AC,0 ; RES 5,H
.byte $CB,$AD,0 ; RES 5,L
.byte $CB,$AF,0 ; RES 5,A
.byte $CB,$B0,0 ; RES 6,B
.byte $CB,$B1,0 ; RES 6,C
.byte $CB,$B2,0 ; RES 6,D
.byte $CB,$B3,0 ; RES 6,E
.byte $CB,$B4,0 ; RES 6,H
.byte $CB,$B5,0 ; RES 6,L
.byte $CB,$B7,0 ; RES 6,A
.byte $CB,$B8,0 ; RES 7,B
.byte $CB,$B9,0 ; RES 7,C
.byte $CB,$BA,0 ; RES 7,D
.byte $CB,$BB,0 ; RES 7,E
.byte $CB,$BC,0 ; RES 7,H
.byte $CB,$BD,0 ; RES 7,L
.byte $CB,$BF,0 ; RES 7,A
.byte $CB,$C0,0 ; SET 0,B
.byte $CB,$C1,0 ; SET 0,C
.byte $CB,$C2,0 ; SET 0,D
.byte $CB,$C3,0 ; SET 0,E
.byte $CB,$C4,0 ; SET 0,H
.byte $CB,$C5,0 ; SET 0,L
.byte $CB,$C7,0 ; SET 0,A
.byte $CB,$C8,0 ; SET 1,B
.byte $CB,$C9,0 ; SET 1,C
.byte $CB,$CA,0 ; SET 1,D
.byte $CB,$CB,0 ; SET 1,E
.byte $CB,$CC,0 ; SET 1,H
.byte $CB,$CD,0 ; SET 1,L
.byte $CB,$CF,0 ; SET 1,A
.byte $CB,$D0,0 ; SET 2,B
.byte $CB,$D1,0 ; SET 2,C
.byte $CB,$D2,0 ; SET 2,D
.byte $CB,$D3,0 ; SET 2,E
.byte $CB,$D4,0 ; SET 2,H
.byte $CB,$D5,0 ; SET 2,L
.byte $CB,$D7,0 ; SET 2,A
.byte $CB,$D8,0 ; SET 3,B
.byte $CB,$D9,0 ; SET 3,C
.byte $CB,$DA,0 ; SET 3,D
.byte $CB,$DB,0 ; SET 3,E
.byte $CB,$DC,0 ; SET 3,H
.byte $CB,$DD,0 ; SET 3,L
.byte $CB,$DF,0 ; SET 3,A
.byte $CB,$E0,0 ; SET 4,B
.byte $CB,$E1,0 ; SET 4,C
.byte $CB,$E2,0 ; SET 4,D
.byte $CB,$E3,0 ; SET 4,E
.byte $CB,$E4,0 ; SET 4,H
.byte $CB,$E5,0 ; SET 4,L
.byte $CB,$E7,0 ; SET 4,A
.byte $CB,$E8,0 ; SET 5,B
.byte $CB,$E9,0 ; SET 5,C
.byte $CB,$EA,0 ; SET 5,D
.byte $CB,$EB,0 ; SET 5,E
.byte $CB,$EC,0 ; SET 5,H
.byte $CB,$ED,0 ; SET 5,L
.byte $CB,$EF,0 ; SET 5,A
.byte $CB,$F0,0 ; SET 6,B
.byte $CB,$F1,0 ; SET 6,C
.byte $CB,$F2,0 ; SET 6,D
.byte $CB,$F3,0 ; SET 6,E
.byte $CB,$F4,0 ; SET 6,H
.byte $CB,$F5,0 ; SET 6,L
.byte $CB,$F7,0 ; SET 6,A
.byte $CB,$F8,0 ; SET 7,B
.byte $CB,$F9,0 ; SET 7,C
.byte $CB,$FA,0 ; SET 7,D
.byte $CB,$FB,0 ; SET 7,E
.byte $CB,$FC,0 ; SET 7,H
.byte $CB,$FD,0 ; SET 7,L
.byte $CB,$FF,0 ; SET 7,A
instrs_end:
test_instr:
ld c,$00
call test
ld c,$F0
call test
ret
test:
; Go through each value for A
ld hl,values
a_loop:
ld b,(hl)
push hl
; Go through each value for other registers
ld hl,values
values_loop:
push bc
push hl
push bc
; BC
ld a,(hl+)
ld b,a
ld a,(hl+)
ld c,a
; HL
ld a,(hl+)
ld d,a
ld a,(hl+)
ld e,a
push de
; DE
ld a,(hl+)
ld d,a
ld a,(hl+)
ld e,a
pop hl
pop af
; call print_regs
jp instr
instr_done:
; Checksum registers
call checksum_af_bc_de_hl
pop hl
pop bc
inc hl
ld a,l
cp <values_end
jr nz,values_loop
pop hl
inc hl
ld a,l
cp <values_end
jr nz,a_loop
ret
values:
.byte $00,$01,$02,$04,$08,$10,$20,$40,$80,$FF
values_end:
.byte $00,$01,$02,$04,$08,$10,$20,$40,$80,$FF
checksums:
.byte $46,$51,$4A,$16,$D4,$18,$B2,$4E,$ED,$B5,$15,$EA,$74,$66,$66,$3E
.byte $C2,$F3,$7F,$6A,$63,$CA,$62,$21,$72,$1E,$E4,$83,$6A,$56,$41,$1D
.byte $91,$90,$DB,$38,$54,$0A,$6C,$24,$02,$9E,$EA,$5B,$6D,$A7,$CB,$80
.byte $B4,$0B,$F3,$0F,$40,$38,$75,$BB,$AF,$30,$2B,$E5,$BD,$97,$D0,$33
.byte $83,$CB,$FD,$0A,$BB,$21,$93,$95,$28,$2F,$A2,$F6,$1B,$5F,$47,$E5
.byte $A3,$2E,$39,$63,$6C,$E0,$02,$BB,$78,$F1,$BA,$CB,$2C,$9F,$49,$E0
.byte $6C,$E0,$02,$BB,$04,$28,$A9,$FD,$5E,$D7,$2E,$93,$1B,$78,$08,$00
.byte $83,$CB,$FD,$0A,$BB,$21,$93,$95,$69,$17,$20,$96,$C3,$B4,$B6,$51
.byte $C1,$4E,$C3,$05,$72,$D0,$25,$98,$44,$F0,$99,$B7,$B4,$0B,$F3,$0F
.byte $54,$0A,$6C,$24,$45,$10,$2B,$9D,$86,$3C,$DF,$27,$02,$9E,$EA,$5B
.byte $B7,$B6,$4F,$60,$70,$E0,$E1,$AA,$C2,$F3,$7F,$6A,$63,$CA,$62,$21
.byte $80,$76,$41,$65,$AA,$3B,$D4,$2C,$ED,$B5,$15,$EA,$74,$66,$66,$3E
.byte $AD,$FF,$A0,$43,$7B,$4C,$06,$A4,$15,$32,$EE,$44,$43,$A6,$68,$3B
.byte $6F,$5D,$BE,$D4,$DA,$75,$1B,$EF,$9B,$4D,$99,$8F,$49,$E8,$A9,$1D
.byte $F5,$1B,$58,$3A,$92,$25,$2D,$51,$38,$5C,$62,$05,$DD,$A9,$63,$AD
.byte $E3,$78,$2F,$37,$90,$15,$DB,$62,$58,$E2,$E8,$35,$BB,$C1,$5A,$EA
.byte $06,$FE,$28,$AA,$4F,$5D,$64,$BF,$83,$CF,$7F,$B2,$F9,$A9,$90,$BF
.byte $DD,$06,$B6,$64,$25,$8A,$E0,$24,$FA,$40,$95,$13,$91,$61,$93,$0D
.byte $69,$A8,$0E,$0B,$AE,$FD,$DF,$1A,$D4,$98,$D8,$11,$61,$E9,$16,$66
.byte $BD,$82,$1F,$2C,$E2,$74,$26,$77,$13,$E4,$6A,$25,$D7,$DE,$8A,$4F
.byte $1F,$7B,$47,$BC,$DA,$DB,$31,$E7,$2B,$06,$2C,$39,$15,$FC,$1C,$0B
.byte $1A,$3B,$A0,$0F,$55,$E5,$D8,$1C,$6D,$6C,$7F,$B8,$14,$AD,$9C,$AF
.byte $92,$B6,$60,$40,$76,$E6,$6D,$2F,$9E,$CA,$45,$6D,$54,$97,$47,$35
.byte $EE,$39,$50,$63,$47,$8C,$8A,$AB,$18,$F7,$6D,$10,$B7,$A6,$74,$0C
.byte $11,$24,$9C,$F5,$64,$5D,$FB,$16,$65,$1C,$59,$C6,$B9,$E3,$30,$52
.byte $1D,$E4,$B8,$9E,$A3,$2F,$7B,$6F,$03,$20,$24,$41,$4C,$F7,$22,$B8
.byte $92,$A7,$75,$E3,$1D,$F2,$5E,$FD,$B7,$A4,$F3,$34,$BF,$F7,$37,$CA
.byte $67,$22,$D4,$4D,$DE,$1A,$99,$58,$B2,$65,$91,$12,$F2,$8C,$65,$08
.byte $69,$E2,$9B,$D3,$94,$8C,$71,$F1,$D8,$22,$29,$53,$E8,$6A,$D9,$55
.byte $3E,$24,$42,$EF,$38,$12,$AC,$02,$35,$84,$7D,$2C,$C2,$34,$AC,$E2
.byte $4B,$AA,$E0,$31,$8F,$A0,$F2,$13,$A8,$4F,$7B,$98,$02,$16,$3B,$D4
.byte $8D,$09,$58,$A4,$FF,$46,$CA,$17,$08,$AA,$78,$02,$4A,$CF,$72,$E1
.byte $A8,$55,$52,$89,$F8,$FD,$D6,$4E,$22,$E7,$8F,$C6,$80,$F1,$BB,$3C
.byte $09,$1B,$4A,$4A,$06,$A1,$FD,$54,$E4,$BF,$D8,$27,$14,$23,$42,$90
.byte $B3,$7B,$55,$14,$77,$22,$EE,$92,$E9,$37,$76,$8C,$7D,$CF,$B7,$C7
.byte $D2,$90,$17,$48,$BB,$52,$BC,$19,$AA,$91,$9F,$DC,$0D,$AA,$C9,$24
.byte $C8,$45,$DF,$AB,$B3,$83,$A8,$9E,$0F,$AA,$62,$2F,$C4,$C0,$28,$BA
.byte $32,$56,$99,$69,$C9,$77,$4B,$62,$6B,$FF,$B6,$DD,$42,$46,$7A,$00
.byte $DA,$E9,$67,$4D,$46,$9C,$B5,$92,$04,$B5,$F6,$03,$01,$3C,$A2,$47
.byte $40,$15,$4A,$D6,$04,$39,$BC,$2F,$E9,$E1,$39,$59,$9B,$6A,$A4,$12
.byte $97,$23,$99,$30,$9E,$A6,$70,$AD,$C7,$1B,$D6,$1F,$05,$15,$D2,$5B
.byte $29,$0F,$5A,$CC,$0A,$99,$A2,$68,$5D,$58,$ED,$9C,$B9,$82,$CD,$74
|
duysqubix/rubc | 1,880 | assets/cpu_instrs/source/04-op r,imm.s | ; Tests immediate instructions
;.define PRINT_CHECKSUMS 1
.include "shell.inc"
.include "instr_test.s"
instrs:
.byte $36,0,0 ; LD (HL),$00
.byte $06,0,0 ; LD B,$00
.byte $0E,0,0 ; LD C,$00
.byte $16,0,0 ; LD D,$00
.byte $1E,0,0 ; LD E,$00
.byte $26,0,0 ; LD H,$00
.byte $2E,0,0 ; LD L,$00
.byte $3E,0,0 ; LD A,$00
.byte $F6,0,0 ; OR $00
.byte $FE,0,0 ; CP $00
.byte $C6,0,0 ; ADD $00
.byte $CE,0,0 ; ADC $00
.byte $D6,0,0 ; SUB $00
.byte $DE,0,0 ; SBC $00
.byte $E6,0,0 ; AND $00
.byte $EE,0,0 ; XOR $00
instrs_end:
test_instr:
ld c,$00
call test
ld c,$10
call test
ld c,$E0
call test
ld c,$F0
call test
ret
test:
; Go through each value for A
ld hl,values
a_loop:
ld b,(hl)
push hl
; Go through each value for immediate data
ld hl,values
values_loop:
push bc
push hl
; Set registers
push bc
ld a,(hl)
ld (instr+1),a
ld bc,$1234
ld de,$5678
ld hl,rp_temp
pop af
; call print_regs
jp instr
instr_done:
; Checksum registers and (hl)
call checksum_af_bc_de_hl
ld a,(rp_temp)
call update_crc_fast
pop hl
pop bc
inc hl
ld a,l
cp <values_end
jr nz,values_loop
pop hl
inc hl
ld a,l
cp <values_end
jr nz,a_loop
ret
values:
.byte $00,$01,$0F,$10,$1F,$7F,$80,$F0,$FF
values_end:
checksums:
.byte $7F,$7F,$05,$B7,$85,$82,$94,$B6,$D8,$0A,$D6,$F5,$44,$8C,$37,$2A,$FB,$46,$05,$FA,$BD,$2F,$9E,$C1,$5A,$56,$2A,$DA,$D0,$EE,$14,$BA,$EA,$42,$36,$D2,$87,$28,$AB,$30,$4D,$A2,$63,$C6,$34,$4E,$55,$08,$9B,$1C,$97,$0E,$49,$F8,$73,$D4,$86,$C7,$DC,$C6,$03,$BF,$43,$21,
|
duysqubix/rubc | 7,694 | assets/cpu_instrs/source/09-op r,r.s | ; Tests most register instructions.
; Takes 10 seconds.
;.define PRINT_CHECKSUMS 1
.include "shell.inc"
.include "instr_test.s"
instrs:
.byte $00,0,0 ; NOP
.byte $2F,0,0 ; CPL
.byte $37,0,0 ; SCF
.byte $3F,0,0 ; CCF
.byte $B0,0,0 ; OR B
.byte $B1,0,0 ; OR C
.byte $B2,0,0 ; OR D
.byte $B3,0,0 ; OR E
.byte $B4,0,0 ; OR H
.byte $B5,0,0 ; OR L
.byte $B7,0,0 ; OR A
.byte $B8,0,0 ; CP B
.byte $B9,0,0 ; CP C
.byte $BA,0,0 ; CP D
.byte $BB,0,0 ; CP E
.byte $BC,0,0 ; CP H
.byte $BD,0,0 ; CP L
.byte $BF,0,0 ; CP A
.byte $80,0,0 ; ADD B
.byte $81,0,0 ; ADD C
.byte $82,0,0 ; ADD D
.byte $83,0,0 ; ADD E
.byte $84,0,0 ; ADD H
.byte $85,0,0 ; ADD L
.byte $87,0,0 ; ADD A
.byte $88,0,0 ; ADC B
.byte $89,0,0 ; ADC C
.byte $8A,0,0 ; ADC D
.byte $8B,0,0 ; ADC E
.byte $8C,0,0 ; ADC H
.byte $8D,0,0 ; ADC L
.byte $8F,0,0 ; ADC A
.byte $90,0,0 ; SUB B
.byte $91,0,0 ; SUB C
.byte $92,0,0 ; SUB D
.byte $93,0,0 ; SUB E
.byte $94,0,0 ; SUB H
.byte $95,0,0 ; SUB L
.byte $97,0,0 ; SUB A
.byte $98,0,0 ; SBC B
.byte $99,0,0 ; SBC C
.byte $9A,0,0 ; SBC D
.byte $9B,0,0 ; SBC E
.byte $9C,0,0 ; SBC H
.byte $9D,0,0 ; SBC L
.byte $9F,0,0 ; SBC A
.byte $A0,0,0 ; AND B
.byte $A1,0,0 ; AND C
.byte $A2,0,0 ; AND D
.byte $A3,0,0 ; AND E
.byte $A4,0,0 ; AND H
.byte $A5,0,0 ; AND L
.byte $A7,0,0 ; AND A
.byte $A8,0,0 ; XOR B
.byte $A9,0,0 ; XOR C
.byte $AA,0,0 ; XOR D
.byte $AB,0,0 ; XOR E
.byte $AC,0,0 ; XOR H
.byte $AD,0,0 ; XOR L
.byte $AF,0,0 ; XOR A
.byte $05,0,0 ; DEC B
.byte $0D,0,0 ; DEC C
.byte $15,0,0 ; DEC D
.byte $1D,0,0 ; DEC E
.byte $25,0,0 ; DEC H
.byte $2D,0,0 ; DEC L
.byte $3D,0,0 ; DEC A
.byte $04,0,0 ; INC B
.byte $0C,0,0 ; INC C
.byte $14,0,0 ; INC D
.byte $1C,0,0 ; INC E
.byte $24,0,0 ; INC H
.byte $2C,0,0 ; INC L
.byte $3C,0,0 ; INC A
.byte $07,0,0 ; RLCA
.byte $17,0,0 ; RLA
.byte $0F,0,0 ; RRCA
.byte $1F,0,0 ; RRA
.byte $CB,$00,0 ; RLC B
.byte $CB,$01,0 ; RLC C
.byte $CB,$02,0 ; RLC D
.byte $CB,$03,0 ; RLC E
.byte $CB,$04,0 ; RLC H
.byte $CB,$05,0 ; RLC L
.byte $CB,$07,0 ; RLC A
.byte $CB,$08,0 ; RRC B
.byte $CB,$09,0 ; RRC C
.byte $CB,$0A,0 ; RRC D
.byte $CB,$0B,0 ; RRC E
.byte $CB,$0C,0 ; RRC H
.byte $CB,$0D,0 ; RRC L
.byte $CB,$0F,0 ; RRC A
.byte $CB,$10,0 ; RL B
.byte $CB,$11,0 ; RL C
.byte $CB,$12,0 ; RL D
.byte $CB,$13,0 ; RL E
.byte $CB,$14,0 ; RL H
.byte $CB,$15,0 ; RL L
.byte $CB,$17,0 ; RL A
.byte $CB,$18,0 ; RR B
.byte $CB,$19,0 ; RR C
.byte $CB,$1A,0 ; RR D
.byte $CB,$1B,0 ; RR E
.byte $CB,$1C,0 ; RR H
.byte $CB,$1D,0 ; RR L
.byte $CB,$1F,0 ; RR A
.byte $CB,$20,0 ; SLA B
.byte $CB,$21,0 ; SLA C
.byte $CB,$22,0 ; SLA D
.byte $CB,$23,0 ; SLA E
.byte $CB,$24,0 ; SLA H
.byte $CB,$25,0 ; SLA L
.byte $CB,$27,0 ; SLA A
.byte $CB,$28,0 ; SRA B
.byte $CB,$29,0 ; SRA C
.byte $CB,$2A,0 ; SRA D
.byte $CB,$2B,0 ; SRA E
.byte $CB,$2C,0 ; SRA H
.byte $CB,$2D,0 ; SRA L
.byte $CB,$2F,0 ; SRA A
.byte $CB,$30,0 ; SWAP B
.byte $CB,$31,0 ; SWAP C
.byte $CB,$32,0 ; SWAP D
.byte $CB,$33,0 ; SWAP E
.byte $CB,$34,0 ; SWAP H
.byte $CB,$35,0 ; SWAP L
.byte $CB,$37,0 ; SWAP A
.byte $CB,$38,0 ; SRL B
.byte $CB,$39,0 ; SRL C
.byte $CB,$3A,0 ; SRL D
.byte $CB,$3B,0 ; SRL E
.byte $CB,$3C,0 ; SRL H
.byte $CB,$3D,0 ; SRL L
.byte $CB,$3F,0 ; SRL A
instrs_end:
test_instr:
ld c,$00
call test
ld c,$F0
call test
ret
test:
; Go through each value for A
ld hl,values
a_loop:
ld b,(hl)
push hl
; Go through each value for other registers
ld hl,values
values_loop:
push bc
push hl
push bc
; BC
ld a,(hl+)
ld b,a
ld a,(hl+)
ld c,a
; HL
ld a,(hl+)
ld d,a
ld a,(hl+)
ld e,a
push de
; DE
ld a,(hl+)
ld d,a
ld a,(hl+)
ld e,a
pop hl
pop af
; call print_regs
jp instr
instr_done:
; Checksum registers
call checksum_af_bc_de_hl
pop hl
pop bc
inc hl
ld a,l
cp <values_end
jr nz,values_loop
pop hl
inc hl
ld a,l
cp <values_end
jr nz,a_loop
ret
values:
.byte $00,$01,$0F,$10,$1F,$7F,$80,$F0,$FF
values_end:
.byte $00,$01,$0F,$10,$1F,$7F,$80,$F0,$FF
checksums:
.byte $7C,$55,$BD,$05,$BA,$C7,$AC,$D1,$74,$6D,$82,$4A,$0F,$06,$2A,$C5
.byte $FA,$97,$9B,$9D,$C3,$32,$A0,$78,$00,$C1,$9F,$69,$C0,$D1,$C2,$A1
.byte $55,$0D,$3F,$C8,$09,$7D,$97,$92,$CE,$66,$30,$56,$95,$F3,$01,$A1
.byte $5B,$97,$54,$4C,$56,$FC,$A0,$89,$42,$F8,$7B,$2A,$E6,$7C,$03,$40
.byte $45,$60,$C5,$A8,$B7,$BF,$B0,$EF,$A0,$7A,$1B,$4F,$FB,$22,$B4,$33
.byte $06,$3D,$B5,$C7,$3C,$A4,$D5,$23,$C1,$BE,$75,$8B,$E0,$9B,$98,$BB
.byte $0E,$75,$D9,$E6,$82,$A7,$E2,$66,$CD,$78,$4F,$E8,$8E,$D4,$2D,$3E
.byte $88,$5C,$58,$C7,$F9,$20,$5F,$B9,$A8,$E4,$CA,$5E,$C8,$DB,$88,$94
.byte $A3,$0D,$87,$60,$8B,$BA,$2B,$27,$41,$88,$83,$B1,$0A,$41,$9E,$D6
.byte $98,$8D,$19,$B7,$13,$C6,$D5,$BF,$83,$CE,$74,$9F,$00,$34,$07,$5E
.byte $F0,$E1,$1A,$68,$8F,$BA,$85,$A7,$A0,$46,$06,$A5,$75,$F9,$83,$48
.byte $12,$EF,$1B,$03,$C8,$FB,$79,$EA,$9B,$00,$6C,$A9,$0D,$5E,$CB,$57
.byte $41,$1B,$4B,$0C,$B2,$08,$D8,$E3,$43,$07,$E1,$93,$34,$73,$23,$C9
.byte $18,$2F,$38,$F9,$D1,$3B,$AB,$5A,$BF,$C6,$F8,$03,$50,$0C,$A4,$32
.byte $6B,$06,$7E,$FE,$ED,$8B,$D4,$15,$29,$46,$6D,$24,$6E,$5B,$15,$1A
.byte $32,$AE,$87,$B0,$DC,$20,$AC,$4B,$2B,$63,$60,$C7,$C1,$92,$75,$AA
.byte $6F,$CA,$17,$53,$5A,$C5,$78,$EA,$61,$01,$10,$83,$DD,$08,$D8,$78
.byte $CA,$0B,$F5,$1F,$92,$55,$08,$01,$7F,$EA,$CD,$9B,$2A,$AA,$73,$17
.byte $E0,$9F,$D0,$BA,$E7,$73,$72,$3D,$B7,$95,$2F,$3B,$A7,$78,$50,$36
.byte $81,$04,$5B,$9E,$9A,$DE,$A4,$DD,$21,$B2,$9B,$36,$9F,$D7,$C8,$32
.byte $48,$0E,$FC,$E5,$55,$C3,$53,$75,$A4,$ED,$A9,$E0,$9E,$78,$A7,$1D
.byte $B8,$F4,$7C,$D6,$90,$2A,$03,$87,$81,$D8,$D5,$90,$63,$02,$C4,$52
.byte $C2,$BE,$85,$B3,$32,$9A,$9E,$2D,$E3,$FB,$22,$47,$8E,$65,$08,$73
.byte $72,$5A,$73,$95,$ED,$EC,$59,$9D,$C8,$67,$68,$F1,$4B,$ED,$41,$D5
.byte $68,$39,$75,$F3,$FC,$09,$EF,$0D,$20,$2B,$43,$A3,$69,$AA,$89,$4F
.byte $84,$87,$7B,$58,$42,$0A,$56,$EF,$1B,$0E,$19,$CA,$6F,$1B,$F9,$17
.byte $EA,$B6,$4C,$B2,$1A,$C4,$C0,$B1,$E2,$B2,$45,$4E,$91,$0A,$8D,$AE
.byte $17,$31,$55,$A3,$1B,$69,$72,$D8,$03,$E9,$55,$8D,$87,$27,$36,$63
.byte $E6,$85,$12,$D1,$F2,$32,$97,$4D,$B5,$FA,$08,$A9,$97,$2A,$5A,$C2
.byte $FD,$2D,$A4,$27,$57,$7C,$EC,$BD,$CC,$67,$19,$21,$46,$D4,$CD,$D6
.byte $CB,$55,$D4,$E2,$9E,$F3,$32,$2E,$AA,$F8,$BB,$B3,$F6,$3A,$CC,$08
.byte $64,$8B,$C2,$5F,$58,$66,$AF,$67,$B3,$44,$2C,$66,$72,$E7,$3B,$3F
.byte $5B,$87,$0C,$17,$58,$E2,$B4,$A0,$70,$18,$81,$E6,$42,$56,$12,$CE
.byte $BB,$13,$46,$3C,$BE,$5A,$FB,$53
|
duysqubix/rubc | 1,217 | assets/cpu_instrs/source/02-interrupts.s | ; Tests DI, EI, and HALT (STOP proved untestable)
.include "shell.inc"
main:
wreg IE,$04
set_test 2,"EI"
ei
ld bc,0
push bc
pop bc
inc b
wreg IF,$04
interrupt_addr:
dec b
jp nz,test_failed
ld hl,sp-2
ldi a,(hl)
cp <interrupt_addr
jp nz,test_failed
ld a,(hl)
cp >interrupt_addr
jp nz,test_failed
lda IF
and $04
jp nz,test_failed
set_test 3,"DI"
di
ld bc,0
push bc
pop bc
wreg IF,$04
ld hl,sp-2
ldi a,(hl)
or (hl)
jp nz,test_failed
lda IF
and $04
jp z,test_failed
set_test 4,"Timer doesn't work"
wreg TAC,$05
wreg TIMA,0
wreg IF,0
delay 500
lda IF
delay 500
and $04
jp nz,test_failed
delay 500
lda IF
and $04
jp z,test_failed
pop af
set_test 5,"HALT"
wreg TAC,$05
wreg TIMA,0
wreg IF,0
halt ; timer interrupt will exit halt
nop ; avoids DMG bug
lda IF
and $04
jp z,test_failed
jp tests_passed
.bank 0 slot 0
.org $50
inc a
ret
|
duysqubix/rubc | 1,846 | assets/cpu_instrs/source/05-op rp.s | ; Tests BC/DE/HL arithmetic
;.define PRINT_CHECKSUMS 1
.include "shell.inc"
.include "instr_test.s"
instrs:
.byte $0B,0,0 ; DEC BC
.byte $1B,0,0 ; DEC DE
.byte $2B,0,0 ; DEC HL
.byte $03,0,0 ; INC BC
.byte $13,0,0 ; INC DE
.byte $23,0,0 ; INC HL
.byte $09,0,0 ; ADD HL,BC
.byte $19,0,0 ; ADD HL,DE
.byte $29,0,0 ; ADD HL,HL
instrs_end:
test_instr:
ld c,$00
call test
ld c,$10
call test
ld c,$E0
call test
ld c,$F0
call test
ret
test:
; Go through each value for HL
ld hl,values
hl_loop:
ld e,(hl)
inc hl
ld d,(hl)
inc hl
push hl
; Go through each value for BC, DE, A
ld hl,values
values_loop:
push bc
push de
push hl
push de
push bc
; BC
ld c,(hl)
inc hl
ld b,(hl)
inc hl
; DE
ld e,(hl)
inc hl
ld d,(hl)
inc hl
; HL, AF
pop af
ld a,(hl)
pop hl
; call print_regs
jp instr
instr_done:
; Checksum registers
call checksum_af_bc_de_hl
pop hl
pop de
pop bc
inc hl
inc hl
ld a,l
cp <values_end
jr nz,values_loop
pop hl
ld a,l
cp <values_end
jr nz,hl_loop
ret
values:
.word $0000,$0001,$000F,$0010,$001F,$007F,$0080,$00FF
.word $0100,$0F00,$1F00,$1000,$7FFF,$8000,$FFFF
values_end:
.word $0000,$0001,$000F,$0010,$001F,$007F,$0080,$00FF
.word $0100,$0F00,$1F00,$1000,$7FFF,$8000,$FFFF
checksums:
.byte $C0,$A1,$36,$A3,$BE,$15,$B8,$2B,$9F,$93,$C6,$C2,$86,$C0,$07,$81,$0F,$75,$35,$38,$6B,$C7,$0A,$1B,$06,$68,$4B,$42,$64,$B4,$8C,$18,$FB,$6C,$31,$94,
|
duysqubix/rubc | 1,751 | assets/cpu_instrs/source/common/checksums.s | ; Multiple checksum table handling
.define next_checksum bss+0
.redefine bss bss+2
; If PRINT_CHECKSUMS is defined, checksums are printed
; rather than compared.
; Initializes multiple checksum handler to use checksums
; table (defined by user).
; Preserved: BC, DE, HL
checksums_init:
ld a,<checksums
ld (next_checksum),a
ld a,>checksums
ld (next_checksum+1),a
ret
; Compares current checksum with next checksum in
; list. Z if they match, NZ if not.
; Preserved: BC, DE, HL
checksums_compare:
.ifdef PRINT_CHECKSUMS
lda checksum+3
push af
lda checksum+2
push af
lda checksum+1
push af
lda checksum+0
push af
ld a,(next_checksum)
inc a
ld (next_checksum),a
sub <checksums+1
and $03
ld a,','
jr nz,+
print_str newline,'.',"byte"
ld a,' '
+ call print_char
pop af
call @print_byte
pop af
call @print_byte
pop af
call @print_byte
ld a,'$'
call print_char
pop af
call print_hex
xor a
ret
@print_byte:
push af
ld a,'$'
call print_char
pop af
call print_hex
ld a,','
call print_char
ret
.else
push bc
push de
push hl
ld a,(next_checksum)
ld l,a
ld a,(next_checksum+1)
ld h,a
ld de,checksum
ld b,0
- ld a,(de)
xor (hl)
or b
ld b,a
inc hl
inc e
ld a,e
cp <(checksum+4)
jr nz,-
ld a,l
ld (next_checksum),a
ld a,h
ld (next_checksum+1),a
ld a,b
cp 0
pop hl
pop de
pop bc
ret
.endif
|
duysqubix/rubc | 1,277 | assets/cpu_instrs/source/common/build_rom.s | ; Build as GB ROM
.memoryMap
defaultSlot 0
slot 0 $0000 size $4000
slot 1 $C000 size $4000
.endMe
.romBankSize $4000 ; generates $8000 byte ROM
.romBanks 2
.cartridgeType 1 ; MBC1
.computeChecksum
.computeComplementCheck
;;;; GB ROM header
; GB header read by bootrom
.org $100
nop
jp reset
; Nintendo logo required for proper boot
.byte $CE,$ED,$66,$66,$CC,$0D,$00,$0B
.byte $03,$73,$00,$83,$00,$0C,$00,$0D
.byte $00,$08,$11,$1F,$88,$89,$00,$0E
.byte $DC,$CC,$6E,$E6,$DD,$DD,$D9,$99
.byte $BB,$BB,$67,$63,$6E,$0E,$EC,$CC
.byte $DD,$DC,$99,$9F,$BB,$B9,$33,$3E
; Internal name
.ifdef ROM_NAME
.byte ROM_NAME
.endif
; CGB/DMG requirements
.org $143
.ifdef REQUIRE_CGB
.byte $C0
.else
.ifndef REQUIRE_DMG
.byte $80
.endif
.endif
.org $200
;;;; Shell
.include "runtime.s"
.include "console.s"
init_runtime:
call console_init
.ifdef TEST_NAME
print_str TEST_NAME,newline,newline
.endif
ret
std_print:
push af
sta SB
wreg SC,$81
delay 2304
pop af
jp console_print
post_exit:
call console_show
call play_byte
forever:
wreg NR52,0 ; sound off
- jr -
play_byte:
ret
.ends
|
duysqubix/rubc | 1,224 | assets/cpu_instrs/source/common/crc.s | ; CRC-32 checksum calculation
.define checksum dp+0 ; little-endian, complemented
.redefine dp dp+4
; Initializes checksum module. Might initialize tables
; in the future.
init_crc:
jr reset_crc
; Clears CRC
; Preserved: BC, DE, HL
reset_crc:
ld a,$FF
sta checksum+0
sta checksum+1
sta checksum+2
sta checksum+3
ret
; Updates current checksum with byte A
; Preserved: AF, BC, DE, HL
; Time: 237 cycles average
update_crc:
; 65 cycles + 8*cycles per bit
; min cycles per bit: 14
; max cycles per bit: 29
push af
push bc
push de
push hl
ld hl,checksum+3
ld b,(hl)
dec l
ld c,(hl)
dec l
ld d,(hl)
dec l
xor (hl)
ld h,8
- srl b
rr c
rr d
rra
jr nc,+
ld e,a
ld a,b
xor $ED
ld b,a
ld a,c
xor $B8
ld c,a
ld a,d
xor $83
ld d,a
ld a,e
xor $20
+ dec h
jr nz,-
ld h,>checksum
ldi (hl),a
ld (hl),d
inc l
ld (hl),c
inc l
ld (hl),b
pop hl
pop de
pop bc
pop af
ret
|
duysqubix/rubc | 1,777 | assets/cpu_instrs/source/common/printing.s | ; Main printing routine that checksums and
; prints to output device
; Character that does equivalent of print_newline
.define newline 10
; Prints char without updating checksum
; Preserved: BC, DE, HL
.define print_char_nocrc bss
.redefine bss bss+3
; Initializes printing. HL = print routine
init_printing:
ld a,l
ld (print_char_nocrc+1),a
ld a,h
ld (print_char_nocrc+2),a
jr show_printing
; Hides/shows further printing
; Preserved: BC, DE, HL
hide_printing:
ld a,$C9 ; RET
jr +
show_printing:
ld a,$C3 ; JP (nn)
+ ld (print_char_nocrc),a
ret
; Prints character and updates checksum UNLESS
; it's a newline.
; Preserved: AF, BC, DE, HL
print_char:
push af
cp newline
call nz,update_crc
call print_char_nocrc
pop af
ret
; Prints space. Does NOT update checksum.
; Preserved: AF, BC, DE, HL
print_space:
push af
ld a,' '
call print_char_nocrc
pop af
ret
; Advances to next line. Does NOT update checksum.
; Preserved: AF, BC, DE, HL
print_newline:
push af
ld a,newline
call print_char_nocrc
pop af
ret
; Prints immediate string
; Preserved: AF, BC, DE, HL
.macro print_str ; string,string2
push hl
call print_str_
.byte \1
.if NARGS > 1
.byte \2
.endif
.if NARGS > 2
.byte \3
.endif
.byte 0
pop hl
.endm
print_str_:
pop hl
call print_str_hl
jp hl
; Prints zero-terminated string pointed to by HL.
; On return, HL points to byte AFTER zero terminator.
; Preserved: AF, BC, DE
print_str_hl:
push af
jr +
- call print_char
+ ldi a,(hl)
or a
jr nz,-
pop af
ret
|
duysqubix/rubc | 1,941 | assets/cpu_instrs/source/common/build_gbs.s | ; Build as GBS music file
.memoryMap
defaultSlot 0
slot 0 $3000 size $1000
slot 1 $C000 size $1000
.endMe
.romBankSize $1000
.romBanks 2
;;;; GBS music file header
.byte "GBS"
.byte 1 ; vers
.byte 1 ; songs
.byte 1 ; first song
.word load_addr
.word reset
.word gbs_play
.word std_stack
.byte 0,0 ; timer
.ds $60,0
load_addr:
; WLA assumes we're building ROM and messes
; with bytes at the beginning, so skip them.
.ds $100,0
;;;; Shell
.include "runtime.s"
init_runtime:
ld a,$01 ; Identify as DMG hardware
ld (gb_id),a
.ifdef TEST_NAME
print_str TEST_NAME,newline,newline
.endif
ret
std_print:
sta SB
wreg SC,$81
delay 2304
ret
post_exit:
call play_byte
forever:
wreg NR52,0 ; sound off
- jp -
.ifndef CUSTOM_RESET
gbs_play:
.endif
console_flush:
console_normal:
console_inverse:
console_set_mode:
ret
; Reports A in binary as high and low tones, with
; leading low tone for reference. Omits leading
; zeroes.
; Preserved: AF, BC, DE, HL
play_byte:
push af
push hl
; HL = (A << 1) | 1
scf
rla
ld l,a
ld h,0
rl h
; Shift left until next-to-top bit is 1
- add hl,hl
bit 6,h
jr z,-
; Reset sound
delay_msec 400
wreg NR52,0 ; sound off
wreg NR52,$80 ; sound on
wreg NR51,$FF ; mono
wreg NR50,$77 ; volume
- add hl,hl
; Low or high pitch based on bit shifted out
; of HL
ld a,0
jr nc,+
ld a,$FF
+ sta NR23
; Play short tone
wreg NR21,$A0
wreg NR22,$F0
wreg NR24,$86
delay_msec 75
wreg NR22,0
wreg NR23,$F8
wreg NR24,$87
delay_msec 200
; Loop until HL = $8000
ld a,h
xor $80
or l
jr nz,-
pop hl
pop af
ret
.ends
|
duysqubix/rubc | 1,579 | assets/cpu_instrs/source/common/crc_fast.s | ; Fast table-based CRC-32
.define crc_tables (bss+$FF)&$FF00 ; 256-byte aligned
.redefine bss crc_tables+$400
; Initializes fast CRC tables and resets checksum.
; Time: 47 msec
init_crc_fast:
ld l,0
@next:
xor a
ld c,a
ld d,a
ld e,l
ld h,8
- rra
rr c
rr d
rr e
jr nc,+
xor $ED
ld b,a
ld a,c
xor $B8
ld c,a
ld a,d
xor $83
ld d,a
ld a,e
xor $20
ld e,a
ld a,b
+ dec h
jr nz,-
ld h,>crc_tables
ld (hl),e
inc h
ld (hl),d
inc h
ld (hl),c
inc h
ld (hl),a
inc l
jr nz,@next
jp init_crc
; Faster version of update_crc
; Preserved: BC, DE
; Time: 50 cycles (including CALL)
update_crc_fast:
; Fastest inline macro version of update_crc_fast
; Time: 40 cycles
; Size: 28 bytes
.macro update_crc_fast
ld l,a ; 1
lda checksum ; 3
xor l ; 1
ld l,a ; 1
ld h,>crc_tables ; 2
lda checksum+1 ; 3
xor (hl) ; 2
inc h ; 1
sta checksum ; 3
lda checksum+2 ; 3
xor (hl) ; 2
inc h ; 1
sta checksum+1 ; 3
lda checksum+3 ; 3
xor (hl) ; 2
inc h ; 1
sta checksum+2 ; 3
ld a,(hl) ; 2
sta checksum+3 ; 3
.endm
update_crc_fast
ret
|
duysqubix/rubc | 3,011 | assets/cpu_instrs/source/common/testing.s | ; Diagnostic and testing utilities
.define result bss+0
.define test_name bss+1
.redefine bss bss+3
; Sets test code and optional error text
; Preserved: AF, BC, DE, HL
.macro set_test ; code[,text[,text2]]
push hl
call set_test_
jr @set_test\@
.byte \1
.if NARGS > 1
.byte \2
.endif
.if NARGS > 2
.byte \3
.endif
.byte 0
@set_test\@:
pop hl
.endm
set_test_:
pop hl
push hl
push af
inc hl
inc hl
ldi a,(hl)
ld (result),a
ld a,l
ld (test_name),a
ld a,h
ld (test_name+1),a
pop af
ret
; Initializes testing module
init_testing:
set_test $FF
call init_crc
ret
; Reports "Passed", then exits with code 0
tests_passed:
call print_newline
print_str "Passed"
ld a,0
jp exit
; Reports "Done" if set_test has never been used,
; "Passed" if set_test 0 was last used, or
; failure if set_test n was last used.
tests_done:
ld a,(result)
inc a
jr z,+
dec a
jr z,tests_passed
jr test_failed
+ print_str "Done"
ld a,0
jp exit
; Reports current error text and exits with result code
test_failed:
ld a,(test_name)
ld l,a
ld a,(test_name+1)
ld h,a
ld a,(hl)
or a
jr z,+
call print_newline
call print_str_hl
call print_newline
+
ld a,(result)
cp 1 ; if a = 0 then a = 1
adc 0
jp exit
; Prints checksum as 8-character hex value
; Preserved: AF, BC, DE, HL
print_crc:
push af
; Must read checksum entirely before printing,
; since printing updates it.
lda checksum
cpl
push af
lda checksum+1
cpl
push af
lda checksum+2
cpl
push af
lda checksum+3
cpl
call print_hex
pop af
call print_hex
pop af
call print_hex
pop af
call print_a
pop af
ret
; If checksum doesn't match expected, reports failed test.
; Passing 0 just prints checksum. Clears checksum afterwards.
.macro check_crc ARGS crc
.if crc == 0
call show_printing
call print_newline
call print_crc
.else
ld bc,(crc >> 16) ~ $FFFF
ld de,(crc & $FFFF) ~ $FFFF
call check_crc_
.endif
.endm
check_crc_:
lda checksum+0
cp e
jr nz,+
lda checksum+1
cp d
jr nz,+
lda checksum+2
cp c
jr nz,+
lda checksum+3
cp b
jr nz,+
jp reset_crc
+ call print_crc
jp test_failed
; Updates checksum with bytes from addr to addr+size-1
.macro checksum_mem ARGS addr,size
ld hl,addr
ld bc,size
call checksum_mem_
.endm
checksum_mem_:
- ldi a,(hl)
call update_crc
dec bc
ld a,b
or c
jr nz,-
ret
|
duysqubix/rubc | 4,343 | assets/cpu_instrs/source/common/apu.s | ; Sound chip utilities
; Turns APU off
; Preserved: BC, DE, HL
sound_off:
wreg NR52,0
ret
; Turns APU on
; Preserved: BC, DE, HL
sound_on:
wreg NR52,$80 ; power
wreg NR51,$FF ; mono
wreg NR50,$77 ; volume
ret
; Synchronizes to APU length counter within
; tens of clocks. Uses square 2 channel.
; Preserved: BC, DE, HL
sync_apu:
wreg NR24,$00 ; disable length
wreg NR21,$3E ; length = 2 (in case of extra len clk)
wreg NR22,$08 ; silent without disabling channel
wreg NR24,$C0 ; start length
- lda NR52 ; wait for length to reach zero
and $02
jr nz,-
ret
; Synchronizes to first square sweep within
; tens of clocks. Uses square 1 channel.
; Preserved: BC, DE, HL
sync_sweep:
wreg NR10,$11 ; sweep period = 1, shift = 1
wreg NR12,$08 ; silent without disabling channel
wreg NR13,$FF ; freq = $3FF
wreg NR14,$83 ; start
- lda NR52
and $01
jr nz,-
ret
; Copies 16-byte wave from (HL) to wave RAM
; Preserved: BC, DE
load_wave:
push bc
wreg NR30,$00 ; disable while writing
ld c,$30
- ld a,(hl+)
ld ($FF00+c),a
inc c
bit 6,c
jr z,-
pop bc
ret
; Makes short beep
; Preserved: BC, DE, HL
beep:
xor a ; sound off
sta NR52
dec a
sta NR52 ; sound on
sta NR51 ; mono
sta NR50 ; volume
wreg NR12,$F1 ; volume, envelope rate
wreg NR14,$86 ; note on, pitch
delay_msec 250
ret
; Marks sound with bits of A encoded into volume
; Preserved: BC, DE, HL
mark_sound:
push bc
ld c,a
ld b,8
wreg NR10,0
wreg NR11,$80
wreg NR13,$F8
- ld a,$60
rl c
jr nc,+
ld a,$A0
+ sta NR12
wreg NR14,$87
delay_usec 300
wreg NR12,0
delay_usec 100
dec b
jr nz,-
pop bc
ret
; Fills wave RAM with A
; Preserved: BC, DE, HL
fill_wave:
push bc
ld c,$30
- ld ($FF00+c),a
inc c
bit 6,c
jr z,-
pop bc
ret
; Gets current length counter value for
; channel with mask A into A. Length counter
; must be enabled for that channel.
; Preserved: BC, DE, HL
get_len_a:
push bc
ld c,a
ld b,0
- lda NR52 ; 3
and c ; 1
jr z,+ ; 2
delay 4096-10
inc b ; 1
jr nz,- ; 3
+ ld a,b
pop bc
ret
; Synchronizes exactly to length clock. Next length clock
; occurs by 4079 clocks after this returns. Uses NR2x.
; Preserved: AF, BC, DE, HL
sync_length:
push af
push hl
ld hl,NR52
wreg NR22,$08 ; silent without disabling channel
wreg NR24,$40 ; avoids extra length clock on trigger
wreg NR21,-2 ; length = 2, in case clock occurs immediately
wreg NR24,$C0 ; start length
; Coarse sync
ld a,$02
- and (hl)
jr nz,-
; Fine sync. Slowly moves "forward" until
; length clock occurs just before reading NR52.
- delay 4097-20
wreg NR21,-1 ; 5
wreg NR24,$C0 ; 5
lda NR52 ; 3
delay 2 ; 2
and $02 ; 2
jr nz,- ; 3
pop hl
pop af
ret
; Delays n*4096 cycles
; Preserved: BC, DE, HL
.macro delay_frames ; n
ld a,\1
call delay_frames_
.endm
; Delays A*4096+13 cycles (including CALL)
; Preserved: BC, DE, HL
delay_a_frames:
or a ; 1
jr nz,+ ; 3
; -1
ret
delay_frames_: ; delays 4096*A-2 cycles (including CALL)
push af ; 4
ld a,256-13-20-12 ; 2
jr ++ ; 3
+
- push af ; 4
ld a,256-13-20 ; 2
++ call delay_a_20_cycles
delay 4096-256
pop af ; 3
dec a ; 1
jr nz,- ; 3
; -1
ret
.macro test_chan_timing ; chan, iter
ld a,\1
call print_dec
call print_space
ld a,\2
- push af
test_chan 1<<\1, \1*5+NR10
pop af
dec a
jr nz,-
call print_newline
.endm
.macro test_chans ARGS iter
test_chan_timing 0,iter
test_chan_timing 1,iter
test_chan_timing 2,iter
test_chan_timing 3,iter
.endm
|
duysqubix/rubc | 5,856 | assets/cpu_instrs/source/common/delay.s | ; Delays in cycles, milliseconds, etc.
; All routines are re-entrant (no global data). Routines never
; touch BC, DE, or HL registers. These ASSUME CPU is at normal
; speed. If running at double speed, msec/usec delays are half advertised.
; Delays n cycles, from 0 to 16777215
; Preserved: AF, BC, DE, HL
.macro delay ARGS n
.if n < 0
.printt "Delay must be >= 0"
.fail
.endif
.if n > 16777215
.printt "Delay must be < 16777216"
.fail
.endif
delay_ n&$FFFF, n>>16
.endm
; Delays n clocks, from 0 to 16777216*4. Must be multiple of 4.
; Preserved: AF, BC, DE, HL
.macro delay_clocks ARGS n
.if n # 4 != 0
.printt "Delay must be a multiple of 4"
.fail
.endif
delay_ (n/4)&$FFFF,(n/4)>>16
.endm
; Delays n microseconds (1/1000000 second)
; n can range from 0 to 4000 usec.
; Preserved: AF, BC, DE, HL
.macro delay_usec ARGS n
.if n < 0
.printt "Delay must be >= 0"
.fail
.endif
.if n > 4000
.printt "Delay must be <= 4000 usec"
.fail
.endif
delay_ ((n * 1048576 + 500000) / 1000000)&$FFFF,((n * 1048576 + 500000) / 1000000)>>16
.endm
; Delays n milliseconds (1/1000 second)
; n can range from 0 to 10000 msec.
; Preserved: AF, BC, DE, HL
.macro delay_msec ARGS n
.if n < 0
.printt "Delay must be >= 0"
.fail
.endif
.if n > 10000
.printt "Delay must be <= 10000 msec"
.fail
.endif
delay_ ((n * 1048576 + 500) / 1000)&$FFFF, ((n * 1048576 + 500) / 1000)>>16
.endm
; All the low/high quantities are to deal wla-dx's asinine
; restriction full expressions must evaluate to a 16-bit
; value. If the author ever rectifies this, all "high"
; arguments can be treated as zero and removed. Better yet,
; I'll just find an assembler that didn't crawl out of
; the sewer (this is one of too many bugs I've wasted
; hours working around).
.define max_short_delay 28
.macro delay_long_ ARGS n, high
; 0+ to avoid assembler treating as memory read
ld a,0+(((high<<16)+n) - 11) >> 16
call delay_65536a_9_cycles_
delay_nosave_ (((high<<16)+n) - 11)&$FFFF, 0
.endm
; Doesn't save AF, allowing minimization of AF save/restore
.macro delay_nosave_ ARGS n, high
; 65536+11 = maximum delay using delay_256a_9_cycles_
; 255+22 = maximum delay using delay_a_20_cycles
; 22 = minimum delay using delay_a_20_cycles
.if high > 1
delay_long_ n, high
.else
.if high*n > 11
delay_long_ n, high
.else
.if (high*(255+22+1))|n > 255+22
ld a,>(((high<<16)+n) - 11)
call delay_256a_9_cycles_
delay_nosave_ <(((high<<16)+n) - 11), 0
.else
.if n >= 22
ld a,n - 22
call delay_a_20_cycles
.else
delay_short_ n
.endif
.endif
.endif
.endif
.endm
.macro delay_ ARGS low, high
.if (high*(max_short_delay+1))|low > max_short_delay
push af
delay_nosave_ ((high<<16)+low - 7)&$FFFF, ((high<<16)+low - 7)>>16
pop af
.else
delay_short_ low
.endif
.endm
; Delays A cycles + overhead
; Preserved: BC, DE, HL
; Time: A+20 cycles (including CALL)
delay_a_20_cycles:
- sub 5 ; 2
jr nc,- ;3/2 do multiples of 5
rra ; 1
jr nc,+ ;3/2 bit 0
+ adc 1 ; 2
ret nc ;5/2 -1: 0 cycles
ret z ;5/2 0: 2 cycles
nop ; 1 1: 4 cycles
ret ; 4 (thanks to dclxvi for original algorithm)
; Delays A*256 cycles + overhead
; Preserved: BC, DE, HL
; Time: A*256+12 cycles (including CALL)
delay_256a_12_cycles:
or a ; 1
ret z ; 5/2
delay_256a_9_cycles_:
- delay 256-4
dec a ; 1
jr nz,- ;3/2
ret ; 4
; Delays A*65536 cycles + overhead
; Preserved: BC, DE, HL
; Time: A*65536+12 cycles (including CALL)
delay_65536a_12_cycles:
or a ; 1
ret z ;5/2
delay_65536a_9_cycles_:
- delay 65536-4
dec a ; 1
jr nz,- ;3/2
ret ; 4
; Delays H*256+L cycles + overhead
; Preserved: AF, BC, DE, HL
; Time: H*256+L+51 cycles
delay_hl_51_cycles:
push af
ld a,h
call delay_256a_12_cycles
ld a,l
call delay_a_20_cycles
pop af
ret
; delay_short_ macro calls into these
.ds max_short_delay-10,$00 ; NOP repeated several times
delay_unrolled_:
ret
.macro delay_short_ ARGS n
.if n < 0
.fail
.endif
.if n > max_short_delay
.fail
.endif
.if n == 1
nop
.endif
.if n == 2
nop
nop
.endif
.if n == 3
.byte $18,$00 ; JR +0
.endif
.if n == 4
.byte $18,$00 ; JR +0
nop
.endif
.if n == 5
.byte $18,$00 ; JR +0
nop
nop
.endif
.if n == 6
.byte $18,$00 ; JR +0
.byte $18,$00 ; JR +0
.endif
.if n == 7
push af
pop af
.endif
.if n == 8
push af
pop af
nop
.endif
.if n == 9
push af
pop af
nop
nop
.endif
.if n >= 10
call delay_unrolled_ + 10 - n
.endif
.endm
|
duysqubix/rubc | 5,377 | assets/cpu_instrs/source/common/console.s | ; Scrolling text console
; Console is 20x18 characters. Buffers lines, so
; output doesn't appear until a newline or flush.
; If scrolling isn't supported (i.e. SCY is treated
; as if always zero), the first 18 lines will
; still print properly). Also works properly if
; LY isn't supported (always reads back as the same
; value).
.define console_width 20
.define console_buf bss+0
.define console_pos bss+console_width
.define console_mode bss+console_width+1
.define console_scroll bss+console_width+2
.redefine bss bss+console_width+3
; Waits for start of LCD blanking period
; Preserved: BC, DE, HL
console_wait_vbl:
push bc
; Wait for start of vblank, with
; timeout in case LY doesn't work
; or LCD is disabled.
ld bc,-1250
- inc bc
ld a,b
or c
jr z,@timeout
lda LY
cp 144
jr nz,-
@timeout:
pop bc
ret
; Initializes text console
console_init:
call console_hide
; CGB-specific inits
ld a,(gb_id)
and gb_id_cgb
call nz,@init_cgb
; Clear nametable
ld a,' '
call @fill_nametable
; Load tiles
ld hl,TILES+$200
ld c,0
call @load_tiles
ld hl,TILES+$A00
ld c,$FF
call @load_tiles
; Init state
ld a,console_width
ld (console_pos),a
ld a,0
ld (console_mode),a
ld a,-8
ld (console_scroll),a
call console_scroll_up_
jr console_show
@fill_nametable:
ld hl,BGMAP0
ld b,4
- ld (hl),a
inc l
jr nz,-
inc h
dec b
jr nz,-
ret
@init_cgb:
; Clear palette
wreg $FF68,$80
ld b,16
- wreg $FF69,$FF
wreg $FF69,$7F
wreg $FF69,$00
wreg $FF69,$00
wreg $FF69,$00
wreg $FF69,$00
wreg $FF69,$00
wreg $FF69,$00
dec b
jr nz,-
; Clear attributes
ld a,1
ld (VBK),a
ld a,0
call @fill_nametable
ld a,0
ld (VBK),a
ret
@load_tiles:
ld de,ASCII
ld b,96
-- push bc
ld b,8
- ld a,(de)
inc de
xor c
ldi (hl),a
ldi (hl),a
dec b
jr nz,-
pop bc
dec b
jr nz,--
ret
; Shows console display
; Preserved: AF, BC, DE, HL
console_show:
push af
; Enable LCD
call console_wait_vbl
wreg LCDC,$91
wreg SCX,0
wreg BGP,$E4
jp console_apply_scroll_
; Hides console display by turning LCD off
; Preserved: AF, BC, DE, HL
console_hide:
push af
; LCD off
call console_wait_vbl
wreg LCDC,$11
pop af
ret
; Changes to normal text mode
; Preserved: BC, DE, HL
console_normal:
xor a
jr console_set_mode
; Changes to inverse text mode
; Preserved: BC, DE, HL
console_inverse:
ld a,$80
; Changes console mode to A.
; 0: Normal, $80: Inverse
; Preserved: BC, DE, HL
console_set_mode:
and $80
ld (console_mode),a
ret
; Prints char A to console. Will not appear until
; a newline or flush occurs.
; Preserved: AF, BC, DE, HL
console_print:
push af
cp 10
jr z,console_newline_
push hl
push af
ld hl,console_pos
ldi a,(hl)
cp <console_buf
jr nz,@not_at_end
; Newline if at end of current line. If this
; were done after writing to buffer, calling
; console_newline would print extra newline.
; Doing it before eliminates this.
; Ignore any spaces at end of line
pop af
cp ' '
jr z,@ignore_space
call console_newline
push af
@not_at_end:
pop af
or (hl) ; apply current attributes
dec l ; hl = console_pos
dec (hl) ; console_pos = console_pos - 1
ld l,(hl) ; hl = position in buffer
ld (hl),a
@ignore_space
pop hl
pop af
ret
; Displays current line and starts new one
; Preserved: AF, BC, DE, HL
console_newline:
push af
console_newline_:
call console_wait_vbl
call console_flush_
call console_scroll_up_
call console_flush_
jp console_apply_scroll_
console_scroll_up_:
push bc
push hl
; Scroll up 8 pixels
ld a,(console_scroll)
add 8
ld (console_scroll),a
; Start new clear line
ld a,' '
ld hl,console_buf + console_width - 1
ld b,console_width
- ldd (hl),a
dec b
jr nz,-
ld a,<(console_buf + console_width)
ld (console_pos),a
pop hl
pop bc
ret
; Displays current line's contents without scrolling.
; Preserved: A, BC, DE, HL
console_flush:
push af
call console_wait_vbl
call console_flush_
console_apply_scroll_:
ld a,(console_scroll)
sub 136
sta SCY
pop af
ret
console_flush_:
push de
push hl
; Address of row in nametable
ld a,(console_scroll)
ld l,a
ld h,(>BGMAP0) >> 2
add hl,hl
add hl,hl
; Copy line
ld de,console_buf + console_width
- dec e
ld a,(de)
ldi (hl),a
ld a,e
cp <console_buf
jr nz,-
pop hl
pop de
ret
ASCII:
.incbin "console.bin"
|
duysqubix/rubc | 1,035 | assets/cpu_instrs/source/common/cpu_speed.s | ; CPU speed manipulation.
; Switches to normal speed. No effect on DMG.
; Preserved: BC, DE, HL
cpu_norm:
; Do nothing if not CGB
ld a,(gb_id)
and gb_id_cgb
ret z
lda KEY1
rlca
ret nc
jr cpu_speed_toggle
; Switches to double speed. No effect on DMG.
; Preserved: BC, DE, HL
cpu_fast:
; Do nothing if not CGB
ld a,(gb_id)
and gb_id_cgb
ret z
lda KEY1
rlca
ret c
cpu_speed_toggle:
di
lda IE
push af
xor a
sta IE
sta IF
wreg P1,$30
wreg KEY1,1
stop
nop
pop af
sta IE
ret
; Determines current CPU speed without using KEY1.
; A=1 if fast, 0 if normal. Always 0 on DMG.
; Preserved: BC, DE,HL
get_cpu_speed:
push bc
call sync_apu
wreg NR14,$C0
wreg NR11,-1
wreg NR12,8
wreg NR14,$C0
ld bc,-$262
- inc bc
lda NR52
and 1
jr nz,-
ld a,0
bit 7,b
jr nz,+
inc a
+ pop bc
ret
|
duysqubix/rubc | 2,793 | assets/cpu_instrs/source/common/runtime.s | ; Common routines and runtime
; Must be defined by target-specific runtime:
;
; init_runtime: ; target-specific inits
; std_print: ; default routine to print char A
; post_exit: ; called at end of std_exit
; report_byte: ; report A to user
.define RUNTIME_INCLUDED 1
.ifndef bss
; address of next normal variable
.define bss $D800
.endif
.ifndef dp
; address of next direct-page ($FFxx) variable
.define dp $FF80
.endif
; DMG/CGB hardware identifier
.define gb_id_cgb $10 ; mask for testing CGB bit
.define gb_id_devcart $04 ; mask for testing "on devcart" bit
.define gb_id bss
.redefine bss bss+1
; Stack is normally here
.define std_stack $DFFF
; Copies $1000 bytes from HL to $C000, then jumps to it.
; A is preserved for jumped-to code.
copy_to_wram_then_run:
ld b,a
ld de,$C000
ld c,$10
- ldi a,(hl)
ld (de),a
inc e
jr nz,-
inc d
dec c
jr nz,-
ld a,b
jp $C000
.ifndef CUSTOM_RESET
reset:
; Run code from $C000, as is done on devcart. This
; ensures minimal difference in how it behaves.
ld hl,$4000
jp copy_to_wram_then_run
.bank 1 slot 1
.org $0 ; otherwise wla pads with lots of zeroes
jp std_reset
.endif
; Common routines
.include "gb.inc"
.include "macros.inc"
.include "delay.s"
.include "crc.s"
.include "printing.s"
.include "numbers.s"
.include "testing.s"
; Sets up hardware and runs main
std_reset:
; Init hardware
di
ld sp,std_stack
; Save DMG/CGB id
ld (gb_id),a
; Init hardware
.ifndef BUILD_GBS
wreg TAC,$00
wreg IF,$00
wreg IE,$00
.endif
wreg NR52,0 ; sound off
wreg NR52,$80 ; sound on
wreg NR51,$FF ; mono
wreg NR50,$77 ; volume
; TODO: clear all memory?
ld hl,std_print
call init_printing
call init_testing
call init_runtime
call reset_crc ; in case init_runtime prints anything
delay_msec 250
; Run user code
call main
; Default is to successful exit
ld a,0
jp exit
; Exits code and reports value of A
exit:
ld sp,std_stack
push af
call +
pop af
jp post_exit
+ push af
call print_newline
call show_printing
pop af
; Report exit status
cp 1
; 0: ""
ret c
; 1: "Failed"
jr nz,+
print_str "Failed",newline
ret
; n: "Failed #n"
+ print_str "Failed #"
call print_dec
call print_newline
ret
; returnOrg puts this code AFTER user code.
.section "runtime" returnOrg
|
duysqubix/rubc | 2,575 | assets/cpu_instrs/source/common/numbers.s | ; Printing of numeric values
; Prints value of indicated register/pair
; as 2/4 hex digits, followed by a space.
; Updates checksum with printed values.
; Preserved: AF, BC, DE, HL
print_regs:
call print_af
call print_bc
call print_de
call print_hl
call print_newline
ret
print_a:
push af
print_a_:
call print_hex
ld a,' '
call print_char_nocrc
pop af
ret
print_af:
push af
call print_hex
pop af
print_f:
push bc
push af
pop bc
call print_c
pop bc
ret
print_b:
push af
ld a,b
jr print_a_
print_c:
push af
ld a,c
jr print_a_
print_d:
push af
ld a,d
jr print_a_
print_e:
push af
ld a,e
jr print_a_
print_h:
push af
ld a,h
jr print_a_
print_l:
push af
ld a,l
jr print_a_
print_bc:
push af
push bc
print_bc_:
ld a,b
call print_hex
ld a,c
pop bc
jr print_a_
print_de:
push af
push bc
ld b,d
ld c,e
jr print_bc_
print_hl:
push af
push bc
ld b,h
ld c,l
jr print_bc_
; Prints A as two hex chars and updates checksum
; Preserved: BC, DE, HL
print_hex:
call update_crc
print_hex_nocrc:
push af
swap a
call +
pop af
+ and $0F
cp 10
jr c,+
add 7
+ add '0'
jp print_char_nocrc
; Prints char_nz if Z flag is clear,
; char_z if Z flag is set.
; Preserved: AF, BC, DE, HL
.macro print_nz ARGS char_nz, char_z
push af
ld a,char_nz
jr nz,print_nz\@
ld a,char_z
print_nz\@:
call print_char
pop af
.endm
; Prints char_nc if C flag is clear,
; char_c if C flag is set.
; Preserved: AF, BC, DE, HL
.macro print_nc ARGS char_nc, char_c
push af
ld a,char_nc
jr nz,print_nc\@
ld a,char_c
print_nc\@:
call print_char
pop af
.endm
; Prints A as 2 decimal digits
; Preserved: AF, BC, DE, HL
print_dec2:
push af
push bc
jr +
; Prints A as 1-3 digit decimal value
; Preserved: AF, BC, DE, HL
print_dec:
push af
push bc
cp 10
jr c,++
ld c,100
cp c
call nc,@digit
+ ld c,10
call @digit
++ add '0'
call print_char
pop bc
pop af
ret
@digit:
ld b,'0'-1
- inc b
sub c
jr nc,-
add c
ld c,a
ld a,b
call print_char
ld a,c
ret
|
duysqubix/rubc | 1,783 | assets/cpu_instrs/source/common/instr_test.s | ; Framework for CPU instruction tests
; Calls test_instr with each instruction copied
; to instr, with a JP instr_done after it.
; Verifies checksum after testing instruction and
; prints opcode if it's wrong.
.include "checksums.s"
.include "cpu_speed.s"
.include "apu.s"
.include "crc_fast.s"
.define instr $DEF8
.define rp_temp (instr-4)
.define temp bss
; Sets SP to word at addr
; Preserved: BC, DE
.macro ldsp ; addr
ld a,(\1)
ld l,a
ld a,((\1)+1)
ld h,a
ld sp,hl
.endm
main:
call cpu_fast
call init_crc_fast
call checksums_init
set_test 0
ld hl,instrs
- ; Copy instruction
ld a,(hl+)
ld (instr),a
ld a,(hl+)
ld (instr+1),a
ld a,(hl+)
ld (instr+2),a
push hl
; Put JP instr_done after it
ld a,$C3
ld (instr+3),a
ld a,<instr_done
ld (instr+4),a
ld a,>instr_done
ld (instr+5),a
call reset_crc
call test_instr
call checksums_compare
jr z,passed
set_test 1
ld a,(instr)
call print_a
cp $CB
jr nz,+
ld a,(instr+1)
call print_a
+
passed:
; Next instruction
pop hl
ld a,l
cp <instrs_end
jr nz,-
ld a,h
cp >instrs_end
jr nz,-
jp tests_done
; Updates checksum with AF, BC, DE, and HL
checksum_af_bc_de_hl:
push hl
push af
update_crc_fast
pop hl
ld a,l
update_crc_fast
ld a,b
update_crc_fast
ld a,c
update_crc_fast
ld a,d
update_crc_fast
ld a,e
update_crc_fast
pop de
ld a,d
update_crc_fast
ld a,e
update_crc_fast
ret
|
duysqubix/rubc | 432 | assets/cpu_instrs/source/common/multi_custom.s | ; RST handlers
.bank 0 slot 0
.org 0
inc a
ret
.ds 6,0
inc a
ret
.ds 6,0
inc a
ret
.ds 6,0
inc a
ret
.ds 6,0
inc a
ret
.ds 6,0
inc a
ret
.ds 6,0
inc a
ret
.ds 6,0
inc a
ret
.ds 6,0
inc a
ret
.ds 6,0
inc a
ret
.ds 6,0
inc a
ret
.ds 6,0
inc a
ret
|
dvogel/jitcalc | 57 | ex/incr.s | .intel_syntax noprefix
inc:
inc eax
add:
add eax, 1
|
dvogel/jitcalc | 57 | ex/decr.s | .intel_syntax noprefix
dec:
dec eax
sub:
sub eax, 1
|
dvogel/jitcalc | 45 | ex/xor.s | .intel_syntax noprefix
xor:
xor eax, eax
|
dvogel/jitcalc | 55 | ex/call.s | .intel_syntax noprefix
main:
call func
func:
ret
|
dvogel/jitcalc | 47 | ex/mov.s | .intel_syntax noprefix
mov:
mov rcx, 0x02
|
dvogel/jitcalc | 87 | ex/muldiv.s | .intel_syntax noprefix
mul:
mov rcx, 0x02
imul rcx
div:
mov rcx, 0x02
idiv rcx
|
ejit-org/ejit-compiler | 147,491 | asm-test/all-and.s | # generate all ands opcodes.
.text
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.word 0xf2000400
.word 0xf2000800
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.word 0xf2001000
.word 0xf2001400
.word 0xf2001800
.word 0xf2001c00
.word 0xf2002000
.word 0xf2002400
.word 0xf2002800
.word 0xf2002c00
.word 0xf2003000
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.word 0xf2003800
.word 0xf2003c00
.word 0xf2004000
.word 0xf2004400
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.word 0xf2004c00
.word 0xf2005000
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.word 0xf2005800
.word 0xf2005c00
.word 0xf2006000
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.word 0xf2006c00
.word 0xf2007000
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.word 0xf2007c00
.word 0xf2008000
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.word 0xf200a400
.word 0xf200a800
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.word 0xf200b000
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.word 0xf200b800
.word 0xf200bc00
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.word 0xf200c800
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.word 0xf2011000
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.word 0xf2011c00
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.word 0xf2012c00
.word 0xf2013000
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.word 0xf2014000
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.word 0xf2015000
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.word 0xf2015c00
.word 0xf2016000
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.word 0xf2017000
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.word 0xf2017c00
.word 0xf2018000
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.word 0xf2030400
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.word 0xf2030c00
.word 0xf2031000
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.word 0xf2032000
.word 0xf2032400
.word 0xf2032800
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.word 0xf2035000
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.word 0xf2035c00
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.word 0xf2036c00
.word 0xf2037000
.word 0xf2037400
.word 0xf2037800
.word 0xf2037c00
.word 0xf2038000
.word 0xf2038400
.word 0xf2038800
.word 0xf2038c00
.word 0xf2039000
.word 0xf2039400
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.word 0xf2040400
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.word 0xf2040c00
.word 0xf2041000
.word 0xf2041400
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.word 0xf2042400
.word 0xf2042800
.word 0xf2042c00
.word 0xf2043000
.word 0xf2043400
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.word 0xf2043c00
.word 0xf2044000
.word 0xf2044400
.word 0xf2044800
.word 0xf2044c00
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.word 0xf2045400
.word 0xf2045800
.word 0xf2045c00
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.word 0xf2046400
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.word 0xf2046c00
.word 0xf2047000
.word 0xf2047400
.word 0xf2047800
.word 0xf2047c00
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.word 0xf2049000
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.word 0xf2051000
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.word 0xf2054c00
.word 0xf2055000
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.word 0xf2056000
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.word 0xf2057000
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.word 0xf2057800
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.word 0xf27b6000
.word 0xf27b6400
.word 0xf27b6800
.word 0xf27b6c00
.word 0xf27b7000
.word 0xf27b7400
.word 0xf27b7800
.word 0xf27b7c00
.word 0xf27b8000
.word 0xf27b8400
.word 0xf27b8800
.word 0xf27b8c00
.word 0xf27b9000
.word 0xf27b9400
.word 0xf27b9800
.word 0xf27b9c00
.word 0xf27ba000
.word 0xf27ba400
.word 0xf27ba800
.word 0xf27bac00
.word 0xf27bb000
.word 0xf27bb400
.word 0xf27bb800
.word 0xf27bbc00
.word 0xf27bc000
.word 0xf27bc400
.word 0xf27bc800
.word 0xf27bcc00
.word 0xf27bd000
.word 0xf27bd400
.word 0xf27bd800
.word 0xf27bdc00
.word 0xf27be000
.word 0xf27be400
.word 0xf27be800
.word 0xf27bec00
.word 0xf27bf000
.word 0xf27bf400
.word 0xf27bf800
.word 0xf27bfc00
.word 0xf27c0000
.word 0xf27c0400
.word 0xf27c0800
.word 0xf27c0c00
.word 0xf27c1000
.word 0xf27c1400
.word 0xf27c1800
.word 0xf27c1c00
.word 0xf27c2000
.word 0xf27c2400
.word 0xf27c2800
.word 0xf27c2c00
.word 0xf27c3000
.word 0xf27c3400
.word 0xf27c3800
.word 0xf27c3c00
.word 0xf27c4000
.word 0xf27c4400
.word 0xf27c4800
.word 0xf27c4c00
.word 0xf27c5000
.word 0xf27c5400
.word 0xf27c5800
.word 0xf27c5c00
.word 0xf27c6000
.word 0xf27c6400
.word 0xf27c6800
.word 0xf27c6c00
.word 0xf27c7000
.word 0xf27c7400
.word 0xf27c7800
.word 0xf27c7c00
.word 0xf27c8000
.word 0xf27c8400
.word 0xf27c8800
.word 0xf27c8c00
.word 0xf27c9000
.word 0xf27c9400
.word 0xf27c9800
.word 0xf27c9c00
.word 0xf27ca000
.word 0xf27ca400
.word 0xf27ca800
.word 0xf27cac00
.word 0xf27cb000
.word 0xf27cb400
.word 0xf27cb800
.word 0xf27cbc00
.word 0xf27cc000
.word 0xf27cc400
.word 0xf27cc800
.word 0xf27ccc00
.word 0xf27cd000
.word 0xf27cd400
.word 0xf27cd800
.word 0xf27cdc00
.word 0xf27ce000
.word 0xf27ce400
.word 0xf27ce800
.word 0xf27cec00
.word 0xf27cf000
.word 0xf27cf400
.word 0xf27cf800
.word 0xf27cfc00
.word 0xf27d0000
.word 0xf27d0400
.word 0xf27d0800
.word 0xf27d0c00
.word 0xf27d1000
.word 0xf27d1400
.word 0xf27d1800
.word 0xf27d1c00
.word 0xf27d2000
.word 0xf27d2400
.word 0xf27d2800
.word 0xf27d2c00
.word 0xf27d3000
.word 0xf27d3400
.word 0xf27d3800
.word 0xf27d3c00
.word 0xf27d4000
.word 0xf27d4400
.word 0xf27d4800
.word 0xf27d4c00
.word 0xf27d5000
.word 0xf27d5400
.word 0xf27d5800
.word 0xf27d5c00
.word 0xf27d6000
.word 0xf27d6400
.word 0xf27d6800
.word 0xf27d6c00
.word 0xf27d7000
.word 0xf27d7400
.word 0xf27d7800
.word 0xf27d7c00
.word 0xf27d8000
.word 0xf27d8400
.word 0xf27d8800
.word 0xf27d8c00
.word 0xf27d9000
.word 0xf27d9400
.word 0xf27d9800
.word 0xf27d9c00
.word 0xf27da000
.word 0xf27da400
.word 0xf27da800
.word 0xf27dac00
.word 0xf27db000
.word 0xf27db400
.word 0xf27db800
.word 0xf27dbc00
.word 0xf27dc000
.word 0xf27dc400
.word 0xf27dc800
.word 0xf27dcc00
.word 0xf27dd000
.word 0xf27dd400
.word 0xf27dd800
.word 0xf27ddc00
.word 0xf27de000
.word 0xf27de400
.word 0xf27de800
.word 0xf27dec00
.word 0xf27df000
.word 0xf27df400
.word 0xf27df800
.word 0xf27dfc00
.word 0xf27e0000
.word 0xf27e0400
.word 0xf27e0800
.word 0xf27e0c00
.word 0xf27e1000
.word 0xf27e1400
.word 0xf27e1800
.word 0xf27e1c00
.word 0xf27e2000
.word 0xf27e2400
.word 0xf27e2800
.word 0xf27e2c00
.word 0xf27e3000
.word 0xf27e3400
.word 0xf27e3800
.word 0xf27e3c00
.word 0xf27e4000
.word 0xf27e4400
.word 0xf27e4800
.word 0xf27e4c00
.word 0xf27e5000
.word 0xf27e5400
.word 0xf27e5800
.word 0xf27e5c00
.word 0xf27e6000
.word 0xf27e6400
.word 0xf27e6800
.word 0xf27e6c00
.word 0xf27e7000
.word 0xf27e7400
.word 0xf27e7800
.word 0xf27e7c00
.word 0xf27e8000
.word 0xf27e8400
.word 0xf27e8800
.word 0xf27e8c00
.word 0xf27e9000
.word 0xf27e9400
.word 0xf27e9800
.word 0xf27e9c00
.word 0xf27ea000
.word 0xf27ea400
.word 0xf27ea800
.word 0xf27eac00
.word 0xf27eb000
.word 0xf27eb400
.word 0xf27eb800
.word 0xf27ebc00
.word 0xf27ec000
.word 0xf27ec400
.word 0xf27ec800
.word 0xf27ecc00
.word 0xf27ed000
.word 0xf27ed400
.word 0xf27ed800
.word 0xf27edc00
.word 0xf27ee000
.word 0xf27ee400
.word 0xf27ee800
.word 0xf27eec00
.word 0xf27ef000
.word 0xf27ef400
.word 0xf27ef800
.word 0xf27efc00
.word 0xf27f0000
.word 0xf27f0400
.word 0xf27f0800
.word 0xf27f0c00
.word 0xf27f1000
.word 0xf27f1400
.word 0xf27f1800
.word 0xf27f1c00
.word 0xf27f2000
.word 0xf27f2400
.word 0xf27f2800
.word 0xf27f2c00
.word 0xf27f3000
.word 0xf27f3400
.word 0xf27f3800
.word 0xf27f3c00
.word 0xf27f4000
.word 0xf27f4400
.word 0xf27f4800
.word 0xf27f4c00
.word 0xf27f5000
.word 0xf27f5400
.word 0xf27f5800
.word 0xf27f5c00
.word 0xf27f6000
.word 0xf27f6400
.word 0xf27f6800
.word 0xf27f6c00
.word 0xf27f7000
.word 0xf27f7400
.word 0xf27f7800
.word 0xf27f7c00
.word 0xf27f8000
.word 0xf27f8400
.word 0xf27f8800
.word 0xf27f8c00
.word 0xf27f9000
.word 0xf27f9400
.word 0xf27f9800
.word 0xf27f9c00
.word 0xf27fa000
.word 0xf27fa400
.word 0xf27fa800
.word 0xf27fac00
.word 0xf27fb000
.word 0xf27fb400
.word 0xf27fb800
.word 0xf27fbc00
.word 0xf27fc000
.word 0xf27fc400
.word 0xf27fc800
.word 0xf27fcc00
.word 0xf27fd000
.word 0xf27fd400
.word 0xf27fd800
.word 0xf27fdc00
.word 0xf27fe000
.word 0xf27fe400
.word 0xf27fe800
.word 0xf27fec00
.word 0xf27ff000
.word 0xf27ff400
.word 0xf27ff800
.word 0xf27ffc00
|
ejit-org/ejit-compiler | 914 | asm-test/aarch64.s | .text
adds x0, x0, x0
subs x0, x0, x0
adcs x0, x0, x0
sbcs x0, x0, x0
ands x0, x0, x0
orr x0, x0, x0
eor x0, x0, x0
mul x0, x0, x0
udiv x0, x0, x0
sdiv x0, x0, x0
lsl x0, x0, x0
lsr x0, x0, x0
asr x0, x0, x0
ldr x0, rel
rel: add x0, x0, x0
adds x0, x0, #0x123
subs x0, x0, #0x123
adcs x0, x0, xzr
sbcs x0, x0, xzr
ands x0, x0, #1
orr x0, x0, #1
eor x0, x0, #1
lsl x0, x0, #1
lsr x0, x0, #1
asr x0, x0, #1
ands x0, x0, #2
orr x0, x0, #2
eor x0, x0, #2
lsl x0, x0, #2
lsr x0, x0, #2
asr x0, x0, #2
mov x0, x0
mvn x0, x0
negs x0, x0
cmp x0, x0
adr x1, l1
adr x1, l1
l1:
adr x1, l1
adr x1, l1
blr x0
br x0
l2:
b.eq l2
b.ne l2
b.gt l2
b.ge l2
b.lt l2
b.le l2
b.hi l2
b.hs l2
b.lo l2
b.ls l2
l3:
b l3
|
eightchip/Fast_Merge_Excel | 15,150 | umya-spreadsheet/zstd-sys/zstd/lib/decompress/huf_decompress_amd64.S | /*
* Copyright (c) Meta Platforms, Inc. and affiliates.
* All rights reserved.
*
* This source code is licensed under both the BSD-style license (found in the
* LICENSE file in the root directory of this source tree) and the GPLv2 (found
* in the COPYING file in the root directory of this source tree).
* You may select, at your option, one of the above-listed licenses.
*/
#include "../common/portability_macros.h"
#if defined(__ELF__) && defined(__GNUC__)
/* Stack marking
* ref: https://wiki.gentoo.org/wiki/Hardened/GNU_stack_quickstart
*/
.section .note.GNU-stack,"",%progbits
#if defined(__aarch64__)
/* Mark that this assembly supports BTI & PAC, because it is empty for aarch64.
* See: https://github.com/facebook/zstd/issues/3841
* See: https://gcc.godbolt.org/z/sqr5T4ffK
* See: https://lore.kernel.org/linux-arm-kernel/20200429211641.9279-8-broonie@kernel.org/
* See: https://reviews.llvm.org/D62609
*/
.pushsection .note.gnu.property, "a"
.p2align 3
.long 4 /* size of the name - "GNU\0" */
.long 0x10 /* size of descriptor */
.long 0x5 /* NT_GNU_PROPERTY_TYPE_0 */
.asciz "GNU"
.long 0xc0000000 /* pr_type - GNU_PROPERTY_AARCH64_FEATURE_1_AND */
.long 4 /* pr_datasz - 4 bytes */
.long 3 /* pr_data - GNU_PROPERTY_AARCH64_FEATURE_1_BTI | GNU_PROPERTY_AARCH64_FEATURE_1_PAC */
.p2align 3 /* pr_padding - bring everything to 8 byte alignment */
.popsection
#endif
#endif
#if ZSTD_ENABLE_ASM_X86_64_BMI2
/* Calling convention:
*
* %rdi (or %rcx on Windows) contains the first argument: HUF_DecompressAsmArgs*.
* %rbp isn't maintained (no frame pointer).
* %rsp contains the stack pointer that grows down.
* No red-zone is assumed, only addresses >= %rsp are used.
* All register contents are preserved.
*/
ZSTD_HIDE_ASM_FUNCTION(HUF_decompress4X1_usingDTable_internal_fast_asm_loop)
ZSTD_HIDE_ASM_FUNCTION(HUF_decompress4X2_usingDTable_internal_fast_asm_loop)
ZSTD_HIDE_ASM_FUNCTION(_HUF_decompress4X2_usingDTable_internal_fast_asm_loop)
ZSTD_HIDE_ASM_FUNCTION(_HUF_decompress4X1_usingDTable_internal_fast_asm_loop)
.global HUF_decompress4X1_usingDTable_internal_fast_asm_loop
.global HUF_decompress4X2_usingDTable_internal_fast_asm_loop
.global _HUF_decompress4X1_usingDTable_internal_fast_asm_loop
.global _HUF_decompress4X2_usingDTable_internal_fast_asm_loop
.text
/* Sets up register mappings for clarity.
* op[], bits[], dtable & ip[0] each get their own register.
* ip[1,2,3] & olimit alias var[].
* %rax is a scratch register.
*/
#define op0 rsi
#define op1 rbx
#define op2 rcx
#define op3 rdi
#define ip0 r8
#define ip1 r9
#define ip2 r10
#define ip3 r11
#define bits0 rbp
#define bits1 rdx
#define bits2 r12
#define bits3 r13
#define dtable r14
#define olimit r15
/* var[] aliases ip[1,2,3] & olimit
* ip[1,2,3] are saved every iteration.
* olimit is only used in compute_olimit.
*/
#define var0 r15
#define var1 r9
#define var2 r10
#define var3 r11
/* 32-bit var registers */
#define vard0 r15d
#define vard1 r9d
#define vard2 r10d
#define vard3 r11d
/* Calls X(N) for each stream 0, 1, 2, 3. */
#define FOR_EACH_STREAM(X) \
X(0); \
X(1); \
X(2); \
X(3)
/* Calls X(N, idx) for each stream 0, 1, 2, 3. */
#define FOR_EACH_STREAM_WITH_INDEX(X, idx) \
X(0, idx); \
X(1, idx); \
X(2, idx); \
X(3, idx)
/* Define both _HUF_* & HUF_* symbols because MacOS
* C symbols are prefixed with '_' & Linux symbols aren't.
*/
_HUF_decompress4X1_usingDTable_internal_fast_asm_loop:
HUF_decompress4X1_usingDTable_internal_fast_asm_loop:
ZSTD_CET_ENDBRANCH
/* Save all registers - even if they are callee saved for simplicity. */
push %rax
push %rbx
push %rcx
push %rdx
push %rbp
push %rsi
push %rdi
push %r8
push %r9
push %r10
push %r11
push %r12
push %r13
push %r14
push %r15
/* Read HUF_DecompressAsmArgs* args from %rax */
#if defined(_WIN32)
movq %rcx, %rax
#else
movq %rdi, %rax
#endif
movq 0(%rax), %ip0
movq 8(%rax), %ip1
movq 16(%rax), %ip2
movq 24(%rax), %ip3
movq 32(%rax), %op0
movq 40(%rax), %op1
movq 48(%rax), %op2
movq 56(%rax), %op3
movq 64(%rax), %bits0
movq 72(%rax), %bits1
movq 80(%rax), %bits2
movq 88(%rax), %bits3
movq 96(%rax), %dtable
push %rax /* argument */
push 104(%rax) /* ilowest */
push 112(%rax) /* oend */
push %olimit /* olimit space */
subq $24, %rsp
.L_4X1_compute_olimit:
/* Computes how many iterations we can do safely
* %r15, %rax may be clobbered
* rbx, rdx must be saved
* op3 & ip0 mustn't be clobbered
*/
movq %rbx, 0(%rsp)
movq %rdx, 8(%rsp)
movq 32(%rsp), %rax /* rax = oend */
subq %op3, %rax /* rax = oend - op3 */
/* r15 = (oend - op3) / 5 */
movabsq $-3689348814741910323, %rdx
mulq %rdx
movq %rdx, %r15
shrq $2, %r15
movq %ip0, %rax /* rax = ip0 */
movq 40(%rsp), %rdx /* rdx = ilowest */
subq %rdx, %rax /* rax = ip0 - ilowest */
movq %rax, %rbx /* rbx = ip0 - ilowest */
/* rdx = (ip0 - ilowest) / 7 */
movabsq $2635249153387078803, %rdx
mulq %rdx
subq %rdx, %rbx
shrq %rbx
addq %rbx, %rdx
shrq $2, %rdx
/* r15 = min(%rdx, %r15) */
cmpq %rdx, %r15
cmova %rdx, %r15
/* r15 = r15 * 5 */
leaq (%r15, %r15, 4), %r15
/* olimit = op3 + r15 */
addq %op3, %olimit
movq 8(%rsp), %rdx
movq 0(%rsp), %rbx
/* If (op3 + 20 > olimit) */
movq %op3, %rax /* rax = op3 */
cmpq %rax, %olimit /* op3 == olimit */
je .L_4X1_exit
/* If (ip1 < ip0) go to exit */
cmpq %ip0, %ip1
jb .L_4X1_exit
/* If (ip2 < ip1) go to exit */
cmpq %ip1, %ip2
jb .L_4X1_exit
/* If (ip3 < ip2) go to exit */
cmpq %ip2, %ip3
jb .L_4X1_exit
/* Reads top 11 bits from bits[n]
* Loads dt[bits[n]] into var[n]
*/
#define GET_NEXT_DELT(n) \
movq $53, %var##n; \
shrxq %var##n, %bits##n, %var##n; \
movzwl (%dtable,%var##n,2),%vard##n
/* var[n] must contain the DTable entry computed with GET_NEXT_DELT
* Moves var[n] to %rax
* bits[n] <<= var[n] & 63
* op[n][idx] = %rax >> 8
* %ah is a way to access bits [8, 16) of %rax
*/
#define DECODE_FROM_DELT(n, idx) \
movq %var##n, %rax; \
shlxq %var##n, %bits##n, %bits##n; \
movb %ah, idx(%op##n)
/* Assumes GET_NEXT_DELT has been called.
* Calls DECODE_FROM_DELT then GET_NEXT_DELT
*/
#define DECODE_AND_GET_NEXT(n, idx) \
DECODE_FROM_DELT(n, idx); \
GET_NEXT_DELT(n) \
/* // ctz & nbBytes is stored in bits[n]
* // nbBits is stored in %rax
* ctz = CTZ[bits[n]]
* nbBits = ctz & 7
* nbBytes = ctz >> 3
* op[n] += 5
* ip[n] -= nbBytes
* // Note: x86-64 is little-endian ==> no bswap
* bits[n] = MEM_readST(ip[n]) | 1
* bits[n] <<= nbBits
*/
#define RELOAD_BITS(n) \
bsfq %bits##n, %bits##n; \
movq %bits##n, %rax; \
andq $7, %rax; \
shrq $3, %bits##n; \
leaq 5(%op##n), %op##n; \
subq %bits##n, %ip##n; \
movq (%ip##n), %bits##n; \
orq $1, %bits##n; \
shlx %rax, %bits##n, %bits##n
/* Store clobbered variables on the stack */
movq %olimit, 24(%rsp)
movq %ip1, 0(%rsp)
movq %ip2, 8(%rsp)
movq %ip3, 16(%rsp)
/* Call GET_NEXT_DELT for each stream */
FOR_EACH_STREAM(GET_NEXT_DELT)
.p2align 6
.L_4X1_loop_body:
/* Decode 5 symbols in each of the 4 streams (20 total)
* Must have called GET_NEXT_DELT for each stream
*/
FOR_EACH_STREAM_WITH_INDEX(DECODE_AND_GET_NEXT, 0)
FOR_EACH_STREAM_WITH_INDEX(DECODE_AND_GET_NEXT, 1)
FOR_EACH_STREAM_WITH_INDEX(DECODE_AND_GET_NEXT, 2)
FOR_EACH_STREAM_WITH_INDEX(DECODE_AND_GET_NEXT, 3)
FOR_EACH_STREAM_WITH_INDEX(DECODE_FROM_DELT, 4)
/* Load ip[1,2,3] from stack (var[] aliases them)
* ip[] is needed for RELOAD_BITS
* Each will be stored back to the stack after RELOAD
*/
movq 0(%rsp), %ip1
movq 8(%rsp), %ip2
movq 16(%rsp), %ip3
/* Reload each stream & fetch the next table entry
* to prepare for the next iteration
*/
RELOAD_BITS(0)
GET_NEXT_DELT(0)
RELOAD_BITS(1)
movq %ip1, 0(%rsp)
GET_NEXT_DELT(1)
RELOAD_BITS(2)
movq %ip2, 8(%rsp)
GET_NEXT_DELT(2)
RELOAD_BITS(3)
movq %ip3, 16(%rsp)
GET_NEXT_DELT(3)
/* If op3 < olimit: continue the loop */
cmp %op3, 24(%rsp)
ja .L_4X1_loop_body
/* Reload ip[1,2,3] from stack */
movq 0(%rsp), %ip1
movq 8(%rsp), %ip2
movq 16(%rsp), %ip3
/* Re-compute olimit */
jmp .L_4X1_compute_olimit
#undef GET_NEXT_DELT
#undef DECODE_FROM_DELT
#undef DECODE
#undef RELOAD_BITS
.L_4X1_exit:
addq $24, %rsp
/* Restore stack (oend & olimit) */
pop %rax /* olimit */
pop %rax /* oend */
pop %rax /* ilowest */
pop %rax /* arg */
/* Save ip / op / bits */
movq %ip0, 0(%rax)
movq %ip1, 8(%rax)
movq %ip2, 16(%rax)
movq %ip3, 24(%rax)
movq %op0, 32(%rax)
movq %op1, 40(%rax)
movq %op2, 48(%rax)
movq %op3, 56(%rax)
movq %bits0, 64(%rax)
movq %bits1, 72(%rax)
movq %bits2, 80(%rax)
movq %bits3, 88(%rax)
/* Restore registers */
pop %r15
pop %r14
pop %r13
pop %r12
pop %r11
pop %r10
pop %r9
pop %r8
pop %rdi
pop %rsi
pop %rbp
pop %rdx
pop %rcx
pop %rbx
pop %rax
ret
_HUF_decompress4X2_usingDTable_internal_fast_asm_loop:
HUF_decompress4X2_usingDTable_internal_fast_asm_loop:
ZSTD_CET_ENDBRANCH
/* Save all registers - even if they are callee saved for simplicity. */
push %rax
push %rbx
push %rcx
push %rdx
push %rbp
push %rsi
push %rdi
push %r8
push %r9
push %r10
push %r11
push %r12
push %r13
push %r14
push %r15
/* Read HUF_DecompressAsmArgs* args from %rax */
#if defined(_WIN32)
movq %rcx, %rax
#else
movq %rdi, %rax
#endif
movq 0(%rax), %ip0
movq 8(%rax), %ip1
movq 16(%rax), %ip2
movq 24(%rax), %ip3
movq 32(%rax), %op0
movq 40(%rax), %op1
movq 48(%rax), %op2
movq 56(%rax), %op3
movq 64(%rax), %bits0
movq 72(%rax), %bits1
movq 80(%rax), %bits2
movq 88(%rax), %bits3
movq 96(%rax), %dtable
push %rax /* argument */
push %rax /* olimit */
push 104(%rax) /* ilowest */
movq 112(%rax), %rax
push %rax /* oend3 */
movq %op3, %rax
push %rax /* oend2 */
movq %op2, %rax
push %rax /* oend1 */
movq %op1, %rax
push %rax /* oend0 */
/* Scratch space */
subq $8, %rsp
.L_4X2_compute_olimit:
/* Computes how many iterations we can do safely
* %r15, %rax may be clobbered
* rdx must be saved
* op[1,2,3,4] & ip0 mustn't be clobbered
*/
movq %rdx, 0(%rsp)
/* We can consume up to 7 input bytes each iteration. */
movq %ip0, %rax /* rax = ip0 */
movq 40(%rsp), %rdx /* rdx = ilowest */
subq %rdx, %rax /* rax = ip0 - ilowest */
movq %rax, %r15 /* r15 = ip0 - ilowest */
/* rdx = rax / 7 */
movabsq $2635249153387078803, %rdx
mulq %rdx
subq %rdx, %r15
shrq %r15
addq %r15, %rdx
shrq $2, %rdx
/* r15 = (ip0 - ilowest) / 7 */
movq %rdx, %r15
/* r15 = min(r15, min(oend0 - op0, oend1 - op1, oend2 - op2, oend3 - op3) / 10) */
movq 8(%rsp), %rax /* rax = oend0 */
subq %op0, %rax /* rax = oend0 - op0 */
movq 16(%rsp), %rdx /* rdx = oend1 */
subq %op1, %rdx /* rdx = oend1 - op1 */
cmpq %rax, %rdx
cmova %rax, %rdx /* rdx = min(%rdx, %rax) */
movq 24(%rsp), %rax /* rax = oend2 */
subq %op2, %rax /* rax = oend2 - op2 */
cmpq %rax, %rdx
cmova %rax, %rdx /* rdx = min(%rdx, %rax) */
movq 32(%rsp), %rax /* rax = oend3 */
subq %op3, %rax /* rax = oend3 - op3 */
cmpq %rax, %rdx
cmova %rax, %rdx /* rdx = min(%rdx, %rax) */
movabsq $-3689348814741910323, %rax
mulq %rdx
shrq $3, %rdx /* rdx = rdx / 10 */
/* r15 = min(%rdx, %r15) */
cmpq %rdx, %r15
cmova %rdx, %r15
/* olimit = op3 + 5 * r15 */
movq %r15, %rax
leaq (%op3, %rax, 4), %olimit
addq %rax, %olimit
movq 0(%rsp), %rdx
/* If (op3 + 10 > olimit) */
movq %op3, %rax /* rax = op3 */
cmpq %rax, %olimit /* op3 == olimit */
je .L_4X2_exit
/* If (ip1 < ip0) go to exit */
cmpq %ip0, %ip1
jb .L_4X2_exit
/* If (ip2 < ip1) go to exit */
cmpq %ip1, %ip2
jb .L_4X2_exit
/* If (ip3 < ip2) go to exit */
cmpq %ip2, %ip3
jb .L_4X2_exit
#define DECODE(n, idx) \
movq %bits##n, %rax; \
shrq $53, %rax; \
movzwl 0(%dtable,%rax,4),%r8d; \
movzbl 2(%dtable,%rax,4),%r15d; \
movzbl 3(%dtable,%rax,4),%eax; \
movw %r8w, (%op##n); \
shlxq %r15, %bits##n, %bits##n; \
addq %rax, %op##n
#define RELOAD_BITS(n) \
bsfq %bits##n, %bits##n; \
movq %bits##n, %rax; \
shrq $3, %bits##n; \
andq $7, %rax; \
subq %bits##n, %ip##n; \
movq (%ip##n), %bits##n; \
orq $1, %bits##n; \
shlxq %rax, %bits##n, %bits##n
movq %olimit, 48(%rsp)
.p2align 6
.L_4X2_loop_body:
/* We clobber r8, so store it on the stack */
movq %r8, 0(%rsp)
/* Decode 5 symbols from each of the 4 streams (20 symbols total). */
FOR_EACH_STREAM_WITH_INDEX(DECODE, 0)
FOR_EACH_STREAM_WITH_INDEX(DECODE, 1)
FOR_EACH_STREAM_WITH_INDEX(DECODE, 2)
FOR_EACH_STREAM_WITH_INDEX(DECODE, 3)
FOR_EACH_STREAM_WITH_INDEX(DECODE, 4)
/* Reload r8 */
movq 0(%rsp), %r8
FOR_EACH_STREAM(RELOAD_BITS)
cmp %op3, 48(%rsp)
ja .L_4X2_loop_body
jmp .L_4X2_compute_olimit
#undef DECODE
#undef RELOAD_BITS
.L_4X2_exit:
addq $8, %rsp
/* Restore stack (oend & olimit) */
pop %rax /* oend0 */
pop %rax /* oend1 */
pop %rax /* oend2 */
pop %rax /* oend3 */
pop %rax /* ilowest */
pop %rax /* olimit */
pop %rax /* arg */
/* Save ip / op / bits */
movq %ip0, 0(%rax)
movq %ip1, 8(%rax)
movq %ip2, 16(%rax)
movq %ip3, 24(%rax)
movq %op0, 32(%rax)
movq %op1, 40(%rax)
movq %op2, 48(%rax)
movq %op3, 56(%rax)
movq %bits0, 64(%rax)
movq %bits1, 72(%rax)
movq %bits2, 80(%rax)
movq %bits3, 88(%rax)
/* Restore registers */
pop %r15
pop %r14
pop %r13
pop %r12
pop %r11
pop %r10
pop %r9
pop %r8
pop %rdi
pop %rsi
pop %rbp
pop %rdx
pop %rcx
pop %rbx
pop %rax
ret
#endif
|
eightchip/Fast_Merge_Excel | 3,647 | umya-spreadsheet/rustix-0.37.28/src/backend/linux_raw/arch/outline/x86_64.s | // Assembly code for making x86-64 syscalls.
//
// x86-64 syscall argument register ordering is the same as the x86-64
// userspace argument register ordering except that a3 is passed in r10
// instead of rcx, and the syscall number (nr) is passed in eax.
//
// outline.rs takes care of reordering the nr argument to the end for us,
// so we only need to move nr into eax and move rcx into r10 as needed.
//
// x32 is not yet supported.
.file "x86_64.s"
.intel_syntax noprefix
.section .text.rustix_syscall0_nr_last,"ax",@progbits
.p2align 4
.weak rustix_syscall0_nr_last
.hidden rustix_syscall0_nr_last
.type rustix_syscall0_nr_last, @function
rustix_syscall0_nr_last:
.cfi_startproc
mov eax,edi
syscall
ret
.cfi_endproc
.size rustix_syscall0_nr_last, .-rustix_syscall0_nr_last
.section .text.rustix_syscall1_nr_last,"ax",@progbits
.p2align 4
.weak rustix_syscall1_nr_last
.hidden rustix_syscall1_nr_last
.type rustix_syscall1_nr_last, @function
rustix_syscall1_nr_last:
.cfi_startproc
mov eax,esi
syscall
ret
.cfi_endproc
.size rustix_syscall1_nr_last, .-rustix_syscall1_nr_last
.section .text.rustix_syscall1_noreturn_nr_last,"ax",@progbits
.p2align 4
.weak rustix_syscall1_noreturn_nr_last
.hidden rustix_syscall1_noreturn_nr_last
.type rustix_syscall1_noreturn_nr_last, @function
rustix_syscall1_noreturn_nr_last:
.cfi_startproc
mov eax,esi
syscall
ud2
.cfi_endproc
.size rustix_syscall1_noreturn_nr_last, .-rustix_syscall1_noreturn_nr_last
.section .text.rustix_syscall2_nr_last,"ax",@progbits
.p2align 4
.weak rustix_syscall2_nr_last
.hidden rustix_syscall2_nr_last
.type rustix_syscall2_nr_last, @function
rustix_syscall2_nr_last:
.cfi_startproc
mov eax,edx
syscall
ret
.cfi_endproc
.size rustix_syscall2_nr_last, .-rustix_syscall2_nr_last
.section .text.rustix_syscall3_nr_last,"ax",@progbits
.p2align 4
.weak rustix_syscall3_nr_last
.hidden rustix_syscall3_nr_last
.type rustix_syscall3_nr_last, @function
rustix_syscall3_nr_last:
.cfi_startproc
mov eax,ecx
syscall
ret
.cfi_endproc
.size rustix_syscall3_nr_last, .-rustix_syscall3_nr_last
.section .text.rustix_syscall4_nr_last,"ax",@progbits
.p2align 4
.weak rustix_syscall4_nr_last
.hidden rustix_syscall4_nr_last
.type rustix_syscall4_nr_last, @function
rustix_syscall4_nr_last:
.cfi_startproc
mov eax,r8d
mov r10,rcx
syscall
ret
.cfi_endproc
.size rustix_syscall4_nr_last, .-rustix_syscall4_nr_last
.section .text.rustix_syscall5_nr_last,"ax",@progbits
.p2align 4
.weak rustix_syscall5_nr_last
.hidden rustix_syscall5_nr_last
.type rustix_syscall5_nr_last, @function
rustix_syscall5_nr_last:
.cfi_startproc
mov eax,r9d
mov r10,rcx
syscall
ret
.cfi_endproc
.size rustix_syscall5_nr_last, .-rustix_syscall5_nr_last
.section .text.rustix_syscall6_nr_last,"ax",@progbits
.p2align 4
.weak rustix_syscall6_nr_last
.hidden rustix_syscall6_nr_last
.type rustix_syscall6_nr_last, @function
rustix_syscall6_nr_last:
.cfi_startproc
mov eax,DWORD PTR [rsp+0x8]
mov r10,rcx
syscall
ret
.cfi_endproc
.size rustix_syscall6_nr_last, .-rustix_syscall6_nr_last
.section .note.GNU-stack,"",@progbits
|
eightchip/Fast_Merge_Excel | 3,423 | umya-spreadsheet/rustix-0.37.28/src/backend/linux_raw/arch/outline/riscv64.s | # Assembly code for making riscv64 syscalls.
#
# riscv64 syscall argument register ordering is the same as the riscv64
# userspace argument register ordering except that the syscall number
# (nr) is passed in a7.
#
# nr_last.rs takes care of reordering the nr argument to the end for us,
# so we only need to move nr into a7.
.file "riscv64.s"
.section .text.rustix_syscall0_nr_last,"ax",@progbits
.p2align 4
.weak rustix_syscall0_nr_last
.hidden rustix_syscall0_nr_last
.type rustix_syscall0_nr_last, @function
rustix_syscall0_nr_last:
.cfi_startproc
mv a7, a0
ecall
ret
.cfi_endproc
.size rustix_syscall0_nr_last, .-rustix_syscall0_nr_last
.section .text.rustix_syscall1_nr_last,"ax",@progbits
.p2align 4
.weak rustix_syscall1_nr_last
.hidden rustix_syscall1_nr_last
.type rustix_syscall1_nr_last, @function
rustix_syscall1_nr_last:
.cfi_startproc
mv a7, a1
ecall
ret
.cfi_endproc
.size rustix_syscall1_nr_last, .-rustix_syscall1_nr_last
.section .text.rustix_syscall1_noreturn_nr_last,"ax",@progbits
.p2align 4
.weak rustix_syscall1_noreturn_nr_last
.hidden rustix_syscall1_noreturn_nr_last
.type rustix_syscall1_noreturn_nr_last, @function
rustix_syscall1_noreturn_nr_last:
.cfi_startproc
mv a7, a1
ecall
unimp
.cfi_endproc
.size rustix_syscall1_noreturn_nr_last, .-rustix_syscall1_noreturn_nr_last
.section .text.rustix_syscall2_nr_last,"ax",@progbits
.p2align 4
.weak rustix_syscall2_nr_last
.hidden rustix_syscall2_nr_last
.type rustix_syscall2_nr_last, @function
rustix_syscall2_nr_last:
.cfi_startproc
mv a7, a2
ecall
ret
.cfi_endproc
.size rustix_syscall2_nr_last, .-rustix_syscall2_nr_last
.section .text.rustix_syscall3_nr_last,"ax",@progbits
.p2align 4
.weak rustix_syscall3_nr_last
.hidden rustix_syscall3_nr_last
.type rustix_syscall3_nr_last, @function
rustix_syscall3_nr_last:
.cfi_startproc
mv a7, a3
ecall
ret
.cfi_endproc
.size rustix_syscall3_nr_last, .-rustix_syscall3_nr_last
.section .text.rustix_syscall4_nr_last,"ax",@progbits
.p2align 4
.weak rustix_syscall4_nr_last
.hidden rustix_syscall4_nr_last
.type rustix_syscall4_nr_last, @function
rustix_syscall4_nr_last:
.cfi_startproc
mv a7, a4
ecall
ret
.cfi_endproc
.size rustix_syscall4_nr_last, .-rustix_syscall4_nr_last
.section .text.rustix_syscall5_nr_last,"ax",@progbits
.p2align 4
.weak rustix_syscall5_nr_last
.hidden rustix_syscall5_nr_last
.type rustix_syscall5_nr_last, @function
rustix_syscall5_nr_last:
.cfi_startproc
mv a7, a5
ecall
ret
.cfi_endproc
.size rustix_syscall5_nr_last, .-rustix_syscall5_nr_last
.section .text.rustix_syscall6_nr_last,"ax",@progbits
.p2align 4
.weak rustix_syscall6_nr_last
.hidden rustix_syscall6_nr_last
.type rustix_syscall6_nr_last, @function
rustix_syscall6_nr_last:
.cfi_startproc
mv a7, a6
ecall
ret
.cfi_endproc
.size rustix_syscall6_nr_last, .-rustix_syscall6_nr_last
.section .note.GNU-stack,"",@progbits
|
eightchip/Fast_Merge_Excel | 6,415 | umya-spreadsheet/rustix-0.37.28/src/backend/linux_raw/arch/outline/mips.s | # Assembly code for making mips64 syscalls.
#
# mips64 syscall argument register ordering is the same as the mips64
# userspace argument register ordering except that the syscall number
# (nr) is passed in v0.
#
# outline.rs takes care of reordering the nr argument to the end for us,
# so we only need to move nr into v0.
.file "mips.s"
.section .mdebug.abi32
.previous
.abicalls
.section .text.rustix_syscall0_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall0_nr_last
.hidden rustix_syscall0_nr_last
.type rustix_syscall0_nr_last, @function
.set nomips16
.set nomicromips
.ent rustix_syscall0_nr_last
rustix_syscall0_nr_last:
.frame $sp,0,$31
.mask 0x00000000,0
.fmask 0x00000000,0
.set noreorder
.set nomacro
move $2, $4
syscall
negu $8, $2
jr $31
movn $2, $8, $7
.end rustix_syscall0_nr_last
.size rustix_syscall0_nr_last, .-rustix_syscall0_nr_last
.section .text.rustix_syscall1_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall1_nr_last
.hidden rustix_syscall1_nr_last
.type rustix_syscall1_nr_last, @function
.set nomips16
.set nomicromips
.ent rustix_syscall1_nr_last
rustix_syscall1_nr_last:
.frame $sp,0,$31
.mask 0x00000000,0
.fmask 0x00000000,0
.set noreorder
.set nomacro
move $2, $5
syscall
negu $8, $2
jr $31
movn $2, $8, $7
.end rustix_syscall1_nr_last
.size rustix_syscall1_nr_last, .-rustix_syscall1_nr_last
.section .text.rustix_syscall1_noreturn_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall1_noreturn_nr_last
.hidden rustix_syscall1_noreturn_nr_last
.type rustix_syscall1_noreturn_nr_last, @function
.set nomips16
.set nomicromips
.ent rustix_syscall1_noreturn_nr_last
rustix_syscall1_noreturn_nr_last:
.frame $sp,0,$31
.mask 0x00000000,0
.fmask 0x00000000,0
.set noreorder
.set nomacro
move $2, $5
syscall
teq $zero, $zero
.end rustix_syscall1_noreturn_nr_last
.size rustix_syscall1_noreturn_nr_last, .-rustix_syscall1_noreturn_nr_last
.section .text.rustix_syscall2_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall2_nr_last
.hidden rustix_syscall2_nr_last
.type rustix_syscall2_nr_last, @function
.set nomips16
.set nomicromips
.ent rustix_syscall2_nr_last
rustix_syscall2_nr_last:
.frame $sp,0,$31
.mask 0x00000000,0
.fmask 0x00000000,0
.set noreorder
.set nomacro
move $2, $6
syscall
negu $8, $2
jr $31
movn $2, $8, $7
.end rustix_syscall2_nr_last
.size rustix_syscall2_nr_last, .-rustix_syscall2_nr_last
.section .text.rustix_syscall3_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall3_nr_last
.hidden rustix_syscall3_nr_last
.type rustix_syscall3_nr_last, @function
.set nomips16
.set nomicromips
.ent rustix_syscall3_nr_last
rustix_syscall3_nr_last:
.frame $sp,0,$31
.mask 0x00000000,0
.fmask 0x00000000,0
.set noreorder
.set nomacro
move $2, $7
syscall
negu $8, $2
jr $31
movn $2, $8, $7
.end rustix_syscall3_nr_last
.size rustix_syscall3_nr_last, .-rustix_syscall3_nr_last
.section .text.rustix_syscall4_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall4_nr_last
.hidden rustix_syscall4_nr_last
.type rustix_syscall4_nr_last, @function
.set nomips16
.set nomicromips
.ent rustix_syscall4_nr_last
rustix_syscall4_nr_last:
.frame $sp,0,$31
.mask 0x00000000,0
.fmask 0x00000000,0
.set noreorder
.set nomacro
lw $2, 16($sp)
syscall
negu $8, $2
jr $31
movn $2, $8, $7
.end rustix_syscall4_nr_last
.size rustix_syscall4_nr_last, .-rustix_syscall4_nr_last
.section .text.rustix_syscall5_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall5_nr_last
.hidden rustix_syscall5_nr_last
.type rustix_syscall5_nr_last, @function
.set nomips16
.set nomicromips
.ent rustix_syscall5_nr_last
rustix_syscall5_nr_last:
.frame $sp,0,$31
.mask 0x00000000,0
.fmask 0x00000000,0
.set noreorder
.set nomacro
lw $2, 20($sp)
syscall
negu $8, $2
jr $31
movn $2, $8, $7
.end rustix_syscall5_nr_last
.size rustix_syscall5_nr_last, .-rustix_syscall5_nr_last
.section .text.rustix_syscall6_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall6_nr_last
.hidden rustix_syscall6_nr_last
.type rustix_syscall6_nr_last, @function
.set nomips16
.set nomicromips
.ent rustix_syscall6_nr_last
rustix_syscall6_nr_last:
.frame $sp,0,$31
.mask 0x00000000,0
.fmask 0x00000000,0
.set noreorder
.set nomacro
lw $2, 24($sp)
syscall
negu $8, $2
jr $31
movn $2, $8, $7
.end rustix_syscall6_nr_last
.size rustix_syscall6_nr_last, .-rustix_syscall6_nr_last
.section .text.rustix_syscall7_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall7_nr_last
.hidden rustix_syscall7_nr_last
.type rustix_syscall7_nr_last, @function
.set nomips16
.set nomicromips
.ent rustix_syscall7_nr_last
rustix_syscall7_nr_last:
.frame $sp,0,$31
.mask 0x00000000,0
.fmask 0x00000000,0
.set noreorder
.set nomacro
lw $2, 28($sp)
syscall
negu $8, $2
jr $31
movn $2, $8, $7
.end rustix_syscall7_nr_last
.size rustix_syscall7_nr_last, .-rustix_syscall7_nr_last
.section .note.GNU-stack,"",@progbits
|
eightchip/Fast_Merge_Excel | 3,979 | umya-spreadsheet/rustix-0.37.28/src/backend/linux_raw/arch/outline/arm.s | // Assembly code for making arm syscalls.
//
// arm syscall argument register ordering is the similar to the arm
// userspace argument register ordering except that the syscall number
// (nr) is passed in r7.
//
// nr_last.rs takes care of reordering the nr argument to the end for us,
// so we only need to move nr into r7 and take care of r4 and r5 if needed.
.file "arm.s"
.arch armv5t
.section .text.rustix_syscall0_nr_last,"ax",%progbits
.p2align 4
.weak rustix_syscall0_nr_last
.hidden rustix_syscall0_nr_last
.type rustix_syscall0_nr_last, %function
rustix_syscall0_nr_last:
.fnstart
.cantunwind
push {r7, lr}
mov r7, r0
svc #0
pop {r7, pc}
.fnend
.size rustix_syscall0_nr_last, .-rustix_syscall0_nr_last
.section .text.rustix_syscall1_nr_last,"ax",%progbits
.p2align 4
.weak rustix_syscall1_nr_last
.hidden rustix_syscall1_nr_last
.type rustix_syscall1_nr_last, %function
rustix_syscall1_nr_last:
.fnstart
.cantunwind
push {r7, lr}
mov r7, r1
svc #0
pop {r7, pc}
.fnend
.size rustix_syscall1_nr_last, .-rustix_syscall1_nr_last
.section .text.rustix_syscall1_noreturn_nr_last,"ax",%progbits
.p2align 4
.weak rustix_syscall1_noreturn_nr_last
.hidden rustix_syscall1_noreturn_nr_last
.type rustix_syscall1_noreturn_nr_last, %function
rustix_syscall1_noreturn_nr_last:
.fnstart
.cantunwind
// Don't save r7 and lr; this is noreturn, so we'll never restore them.
mov r7, r1
svc #0
udf #16 // Trap instruction
.fnend
.size rustix_syscall1_noreturn_nr_last, .-rustix_syscall1_noreturn_nr_last
.section .text.rustix_syscall2_nr_last,"ax",%progbits
.p2align 4
.weak rustix_syscall2_nr_last
.hidden rustix_syscall2_nr_last
.type rustix_syscall2_nr_last, %function
rustix_syscall2_nr_last:
.fnstart
.cantunwind
push {r7, lr}
mov r7, r2
svc #0
pop {r7, pc}
.fnend
.size rustix_syscall2_nr_last, .-rustix_syscall2_nr_last
.section .text.rustix_syscall3_nr_last,"ax",%progbits
.p2align 4
.weak rustix_syscall3_nr_last
.hidden rustix_syscall3_nr_last
.type rustix_syscall3_nr_last, %function
rustix_syscall3_nr_last:
.fnstart
.cantunwind
push {r7, lr}
mov r7, r3
svc #0
pop {r7, pc}
.fnend
.size rustix_syscall3_nr_last, .-rustix_syscall3_nr_last
.section .text.rustix_syscall4_nr_last,"ax",%progbits
.p2align 4
.weak rustix_syscall4_nr_last
.hidden rustix_syscall4_nr_last
.type rustix_syscall4_nr_last, %function
rustix_syscall4_nr_last:
.fnstart
.cantunwind
push {r7, lr}
ldr r7, [sp, #8]
svc #0
pop {r7, pc}
.fnend
.size rustix_syscall4_nr_last, .-rustix_syscall4_nr_last
.section .text.rustix_syscall5_nr_last,"ax",%progbits
.p2align 4
.weak rustix_syscall5_nr_last
.hidden rustix_syscall5_nr_last
.type rustix_syscall5_nr_last, %function
rustix_syscall5_nr_last:
.fnstart
.cantunwind
push {r4, r7, r11, lr}
ldr r7, [sp, #20]
ldr r4, [sp, #16]
svc #0
pop {r4, r7, r11, pc}
.fnend
.size rustix_syscall5_nr_last, .-rustix_syscall5_nr_last
.section .text.rustix_syscall6_nr_last,"ax",%progbits
.p2align 4
.weak rustix_syscall6_nr_last
.hidden rustix_syscall6_nr_last
.type rustix_syscall6_nr_last, %function
rustix_syscall6_nr_last:
.fnstart
.cantunwind
push {r4, r5, r7, lr}
add r7, sp, #16
ldm r7, {r4, r5, r7}
svc #0
pop {r4, r5, r7, pc}
.fnend
.size rustix_syscall6_nr_last, .-rustix_syscall6_nr_last
.section .note.GNU-stack,"",%progbits
|
eightchip/Fast_Merge_Excel | 12,301 | umya-spreadsheet/rustix-0.37.28/src/backend/linux_raw/arch/outline/x86.s | // Assembly code for making x86 syscalls.
//
// On x86 we use the "fastcall" convention which passes the first two
// arguments in ecx and edx. Outline.rs reorders the arguments to put
// a1 and a2 in those registers so they we don't have to move them to
// set up the kernel convention.
//
// "fastcall" expects callee to pop argument stack space, so we use
// `ret imm` instructions to clean up the stack. We don't need callee
// cleanup per se, it just comes along with using "fastcall".
.file "x86.s"
.intel_syntax noprefix
.section .text.rustix_indirect_syscall0_nr_last_fastcall,"ax",@progbits
.p2align 4
.weak rustix_indirect_syscall0_nr_last_fastcall
.hidden rustix_indirect_syscall0_nr_last_fastcall
.type rustix_indirect_syscall0_nr_last_fastcall, @function
rustix_indirect_syscall0_nr_last_fastcall:
.cfi_startproc
mov eax,ecx
call edx
ret
.cfi_endproc
.size rustix_indirect_syscall0_nr_last_fastcall, .-rustix_indirect_syscall0_nr_last_fastcall
.section .text.rustix_indirect_syscall1_nr_last_fastcall,"ax",@progbits
.p2align 4
.weak rustix_indirect_syscall1_nr_last_fastcall
.hidden rustix_indirect_syscall1_nr_last_fastcall
.type rustix_indirect_syscall1_nr_last_fastcall, @function
rustix_indirect_syscall1_nr_last_fastcall:
.cfi_startproc
push ebx
.cfi_def_cfa_offset 8
.cfi_offset ebx, -8
mov ebx,ecx
mov eax,edx
call DWORD PTR [esp+0x8]
pop ebx
.cfi_def_cfa_offset 4
ret 0x4
.cfi_endproc
.size rustix_indirect_syscall1_nr_last_fastcall, .-rustix_indirect_syscall1_nr_last_fastcall
.section .text.rustix_indirect_syscall1_noreturn_nr_last_fastcall,"ax",@progbits
.p2align 4
.weak rustix_indirect_syscall1_noreturn_nr_last_fastcall
.hidden rustix_indirect_syscall1_noreturn_nr_last_fastcall
.type rustix_indirect_syscall1_noreturn_nr_last_fastcall, @function
rustix_indirect_syscall1_noreturn_nr_last_fastcall:
.cfi_startproc
mov ebx,ecx
mov eax,edx
call DWORD PTR [esp+0x4]
ud2
.cfi_endproc
.size rustix_indirect_syscall1_noreturn_nr_last_fastcall, .-rustix_indirect_syscall1_noreturn_nr_last_fastcall
.section .text.rustix_indirect_syscall2_nr_last_fastcall,"ax",@progbits
.p2align 4
.weak rustix_indirect_syscall2_nr_last_fastcall
.hidden rustix_indirect_syscall2_nr_last_fastcall
.type rustix_indirect_syscall2_nr_last_fastcall, @function
rustix_indirect_syscall2_nr_last_fastcall:
.cfi_startproc
push ebx
.cfi_def_cfa_offset 8
.cfi_offset ebx, -8
mov ebx,edx
mov eax,DWORD PTR [esp+0x8]
call DWORD PTR [esp+0xc]
pop ebx
.cfi_def_cfa_offset 4
ret 0x8
.cfi_endproc
.size rustix_indirect_syscall2_nr_last_fastcall, .-rustix_indirect_syscall2_nr_last_fastcall
.section .text.rustix_indirect_syscall3_nr_last_fastcall,"ax",@progbits
.p2align 4
.weak rustix_indirect_syscall3_nr_last_fastcall
.hidden rustix_indirect_syscall3_nr_last_fastcall
.type rustix_indirect_syscall3_nr_last_fastcall, @function
rustix_indirect_syscall3_nr_last_fastcall:
.cfi_startproc
push ebx
.cfi_def_cfa_offset 8
.cfi_offset ebx, -8
mov ebx,DWORD PTR [esp+0x8]
mov eax,DWORD PTR [esp+0xc]
call DWORD PTR [esp+0x10]
pop ebx
.cfi_def_cfa_offset 4
ret 0xc
.cfi_endproc
.size rustix_indirect_syscall3_nr_last_fastcall, .-rustix_indirect_syscall3_nr_last_fastcall
.section .text.rustix_indirect_syscall4_nr_last_fastcall,"ax",@progbits
.p2align 4
.weak rustix_indirect_syscall4_nr_last_fastcall
.hidden rustix_indirect_syscall4_nr_last_fastcall
.type rustix_indirect_syscall4_nr_last_fastcall, @function
rustix_indirect_syscall4_nr_last_fastcall:
.cfi_startproc
push ebx
.cfi_def_cfa_offset 8
push esi
.cfi_def_cfa_offset 12
.cfi_offset esi, -12
.cfi_offset ebx, -8
mov ebx,DWORD PTR [esp+0xc]
mov esi,DWORD PTR [esp+0x10]
mov eax,DWORD PTR [esp+0x14]
call DWORD PTR [esp+0x18]
pop esi
.cfi_def_cfa_offset 8
pop ebx
.cfi_def_cfa_offset 4
ret 0x10
.cfi_endproc
.size rustix_indirect_syscall4_nr_last_fastcall, .-rustix_indirect_syscall4_nr_last_fastcall
.section .text.rustix_indirect_syscall5_nr_last_fastcall,"ax",@progbits
.p2align 4
.weak rustix_indirect_syscall5_nr_last_fastcall
.hidden rustix_indirect_syscall5_nr_last_fastcall
.type rustix_indirect_syscall5_nr_last_fastcall, @function
rustix_indirect_syscall5_nr_last_fastcall:
.cfi_startproc
push ebx
.cfi_def_cfa_offset 8
push esi
.cfi_def_cfa_offset 12
push edi
.cfi_def_cfa_offset 16
.cfi_offset edi, -16
.cfi_offset esi, -12
.cfi_offset ebx, -8
mov ebx,DWORD PTR [esp+0x10]
mov esi,DWORD PTR [esp+0x14]
mov edi,DWORD PTR [esp+0x18]
mov eax,DWORD PTR [esp+0x1c]
call DWORD PTR [esp+0x20]
pop edi
.cfi_def_cfa_offset 12
pop esi
.cfi_def_cfa_offset 8
pop ebx
.cfi_def_cfa_offset 4
ret 0x14
.cfi_endproc
.size rustix_indirect_syscall5_nr_last_fastcall, .-rustix_indirect_syscall5_nr_last_fastcall
.section .text.rustix_indirect_syscall6_nr_last_fastcall,"ax",@progbits
.p2align 4
.weak rustix_indirect_syscall6_nr_last_fastcall
.hidden rustix_indirect_syscall6_nr_last_fastcall
.type rustix_indirect_syscall6_nr_last_fastcall, @function
rustix_indirect_syscall6_nr_last_fastcall:
.cfi_startproc
push ebx
.cfi_def_cfa_offset 8
push esi
.cfi_def_cfa_offset 12
push edi
.cfi_def_cfa_offset 16
push ebp
.cfi_def_cfa_offset 20
.cfi_offset ebp, -20
.cfi_offset edi, -16
.cfi_offset esi, -12
.cfi_offset ebx, -8
mov ebx,DWORD PTR [esp+0x14]
mov esi,DWORD PTR [esp+0x18]
mov edi,DWORD PTR [esp+0x1c]
mov ebp,DWORD PTR [esp+0x20]
mov eax,DWORD PTR [esp+0x24]
call DWORD PTR [esp+0x28]
pop ebp
.cfi_def_cfa_offset 16
pop edi
.cfi_def_cfa_offset 12
pop esi
.cfi_def_cfa_offset 8
pop ebx
.cfi_def_cfa_offset 4
ret 0x18
.cfi_endproc
.size rustix_indirect_syscall6_nr_last_fastcall, .-rustix_indirect_syscall6_nr_last_fastcall
.section .text.rustix_syscall0_nr_last_fastcall,"ax",@progbits
.p2align 4
.weak rustix_syscall0_nr_last_fastcall
.hidden rustix_syscall0_nr_last_fastcall
.type rustix_syscall0_nr_last_fastcall, @function
rustix_syscall0_nr_last_fastcall:
.cfi_startproc
mov eax,ecx
int 0x80
ret
.cfi_endproc
.size rustix_syscall0_nr_last_fastcall, .-rustix_syscall0_nr_last_fastcall
.section .text.rustix_syscall1_nr_last_fastcall,"ax",@progbits
.p2align 4
.weak rustix_syscall1_nr_last_fastcall
.hidden rustix_syscall1_nr_last_fastcall
.type rustix_syscall1_nr_last_fastcall, @function
rustix_syscall1_nr_last_fastcall:
.cfi_startproc
push ebx
.cfi_def_cfa_offset 8
.cfi_offset ebx, -8
mov eax,edx
mov ebx,ecx
int 0x80
pop ebx
.cfi_def_cfa_offset 4
ret
.cfi_endproc
.size rustix_syscall1_nr_last_fastcall, .-rustix_syscall1_nr_last_fastcall
.section .text.rustix_syscall1_noreturn_nr_last_fastcall,"ax",@progbits
.p2align 4
.weak rustix_syscall1_noreturn_nr_last_fastcall
.hidden rustix_syscall1_noreturn_nr_last_fastcall
.type rustix_syscall1_noreturn_nr_last_fastcall, @function
rustix_syscall1_noreturn_nr_last_fastcall:
.cfi_startproc
mov eax,edx
mov ebx,ecx
int 0x80
ud2
.cfi_endproc
.size rustix_syscall1_noreturn_nr_last_fastcall, .-rustix_syscall1_noreturn_nr_last_fastcall
.section .text.rustix_syscall2_nr_last_fastcall,"ax",@progbits
.p2align 4
.weak rustix_syscall2_nr_last_fastcall
.hidden rustix_syscall2_nr_last_fastcall
.type rustix_syscall2_nr_last_fastcall, @function
rustix_syscall2_nr_last_fastcall:
.cfi_startproc
push ebx
.cfi_def_cfa_offset 8
.cfi_offset ebx, -8
mov ebx,edx
mov eax,DWORD PTR [esp+0x8]
int 0x80
pop ebx
.cfi_def_cfa_offset 4
ret 0x4
.cfi_endproc
.size rustix_syscall2_nr_last_fastcall, .-rustix_syscall2_nr_last_fastcall
.section .text.rustix_syscall3_nr_last_fastcall,"ax",@progbits
.p2align 4
.weak rustix_syscall3_nr_last_fastcall
.hidden rustix_syscall3_nr_last_fastcall
.type rustix_syscall3_nr_last_fastcall, @function
rustix_syscall3_nr_last_fastcall:
.cfi_startproc
push ebx
.cfi_def_cfa_offset 8
.cfi_offset ebx, -8
mov ebx,DWORD PTR [esp+0x8]
mov eax,DWORD PTR [esp+0xc]
int 0x80
pop ebx
.cfi_def_cfa_offset 4
ret 0x8
.cfi_endproc
.size rustix_syscall3_nr_last_fastcall, .-rustix_syscall3_nr_last_fastcall
.section .text.rustix_syscall4_nr_last_fastcall,"ax",@progbits
.p2align 4
.weak rustix_syscall4_nr_last_fastcall
.hidden rustix_syscall4_nr_last_fastcall
.type rustix_syscall4_nr_last_fastcall, @function
rustix_syscall4_nr_last_fastcall:
.cfi_startproc
push ebx
.cfi_def_cfa_offset 8
push esi
.cfi_def_cfa_offset 12
.cfi_offset esi, -12
.cfi_offset ebx, -8
mov ebx,DWORD PTR [esp+0xc]
mov esi,DWORD PTR [esp+0x10]
mov eax,DWORD PTR [esp+0x14]
int 0x80
pop esi
.cfi_def_cfa_offset 8
pop ebx
.cfi_def_cfa_offset 4
ret 0xc
.cfi_endproc
.size rustix_syscall4_nr_last_fastcall, .-rustix_syscall4_nr_last_fastcall
.section .text.rustix_syscall5_nr_last_fastcall,"ax",@progbits
.p2align 4
.weak rustix_syscall5_nr_last_fastcall
.hidden rustix_syscall5_nr_last_fastcall
.type rustix_syscall5_nr_last_fastcall, @function
rustix_syscall5_nr_last_fastcall:
.cfi_startproc
push ebx
.cfi_def_cfa_offset 8
push edi
.cfi_def_cfa_offset 12
push esi
.cfi_def_cfa_offset 16
.cfi_offset esi, -16
.cfi_offset edi, -12
.cfi_offset ebx, -8
mov ebx,DWORD PTR [esp+0x10]
mov esi,DWORD PTR [esp+0x14]
mov edi,DWORD PTR [esp+0x18]
mov eax,DWORD PTR [esp+0x1c]
int 0x80
pop esi
.cfi_def_cfa_offset 12
pop edi
.cfi_def_cfa_offset 8
pop ebx
.cfi_def_cfa_offset 4
ret 0x10
.cfi_endproc
.size rustix_syscall5_nr_last_fastcall, .-rustix_syscall5_nr_last_fastcall
.section .text.rustix_syscall6_nr_last_fastcall,"ax",@progbits
.p2align 4
.weak rustix_syscall6_nr_last_fastcall
.hidden rustix_syscall6_nr_last_fastcall
.type rustix_syscall6_nr_last_fastcall, @function
rustix_syscall6_nr_last_fastcall:
.cfi_startproc
push ebp
.cfi_def_cfa_offset 8
push ebx
.cfi_def_cfa_offset 12
push edi
.cfi_def_cfa_offset 16
push esi
.cfi_def_cfa_offset 20
.cfi_offset esi, -20
.cfi_offset edi, -16
.cfi_offset ebx, -12
.cfi_offset ebp, -8
mov ebx,DWORD PTR [esp+0x14]
mov esi,DWORD PTR [esp+0x18]
mov edi,DWORD PTR [esp+0x1c]
mov ebp,DWORD PTR [esp+0x20]
mov eax,DWORD PTR [esp+0x24]
int 0x80
pop esi
.cfi_def_cfa_offset 16
pop edi
.cfi_def_cfa_offset 12
pop ebx
.cfi_def_cfa_offset 8
pop ebp
.cfi_def_cfa_offset 4
ret 0x14
.cfi_endproc
.size rustix_syscall6_nr_last_fastcall, .-rustix_syscall6_nr_last_fastcall
.section .text.rustix_int_0x80,"ax",@progbits
.p2align 4
.weak rustix_int_0x80
.hidden rustix_int_0x80
.type rustix_int_0x80, @function
rustix_int_0x80:
.cfi_startproc
int 0x80
ret
.cfi_endproc
.size rustix_int_0x80, .-rustix_int_0x80
.section .note.GNU-stack,"",@progbits
|
eightchip/Fast_Merge_Excel | 5,751 | umya-spreadsheet/rustix-0.37.28/src/backend/linux_raw/arch/outline/mips64.s | # Assembly code for making mips64 syscalls.
#
# mips64 syscall argument register ordering is the same as the mips64
# userspace argument register ordering except that the syscall number
# (nr) is passed in v0.
#
# outline.rs takes care of reordering the nr argument to the end for us,
# so we only need to move nr into v0.
.file "mips64.s"
.section .mdebug.abi64
.previous
.abicalls
.section .text.rustix_syscall0_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall0_nr_last
.hidden rustix_syscall0_nr_last
.type rustix_syscall0_nr_last, @function
.set nomips16
.set nomicromips
.ent rustix_syscall0_nr_last
rustix_syscall0_nr_last:
.frame $sp,0,$31
.mask 0x00000000,0
.fmask 0x00000000,0
.set noreorder
.set nomacro
move $2, $4
syscall
dnegu $12, $2
jr $31
movn $2, $12, $7
.end rustix_syscall0_nr_last
.size rustix_syscall0_nr_last, .-rustix_syscall0_nr_last
.section .text.rustix_syscall1_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall1_nr_last
.hidden rustix_syscall1_nr_last
.type rustix_syscall1_nr_last, @function
.set nomips16
.set nomicromips
.ent rustix_syscall1_nr_last
rustix_syscall1_nr_last:
.frame $sp,0,$31
.mask 0x00000000,0
.fmask 0x00000000,0
.set noreorder
.set nomacro
move $2, $5
syscall
dnegu $12, $2
jr $31
movn $2, $12, $7
.end rustix_syscall1_nr_last
.size rustix_syscall1_nr_last, .-rustix_syscall1_nr_last
.section .text.rustix_syscall1_noreturn_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall1_noreturn_nr_last
.hidden rustix_syscall1_noreturn_nr_last
.type rustix_syscall1_noreturn_nr_last, @function
.set nomips16
.set nomicromips
.ent rustix_syscall1_noreturn_nr_last
rustix_syscall1_noreturn_nr_last:
.frame $sp,0,$31
.mask 0x00000000,0
.fmask 0x00000000,0
.set noreorder
.set nomacro
move $2, $5
syscall
teq $0, $0
.end rustix_syscall1_noreturn_nr_last
.size rustix_syscall1_noreturn_nr_last, .-rustix_syscall1_noreturn_nr_last
.section .text.rustix_syscall2_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall2_nr_last
.hidden rustix_syscall2_nr_last
.type rustix_syscall2_nr_last, @function
.set nomips16
.set nomicromips
.ent rustix_syscall2_nr_last
rustix_syscall2_nr_last:
.frame $sp,0,$31
.mask 0x00000000,0
.fmask 0x00000000,0
.set noreorder
.set nomacro
move $2, $6
syscall
dnegu $12, $2
jr $31
movn $2, $12, $7
.end rustix_syscall2_nr_last
.size rustix_syscall2_nr_last, .-rustix_syscall2_nr_last
.section .text.rustix_syscall3_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall3_nr_last
.hidden rustix_syscall3_nr_last
.type rustix_syscall3_nr_last, @function
.set nomips16
.set nomicromips
.ent rustix_syscall3_nr_last
rustix_syscall3_nr_last:
.frame $sp,0,$31
.mask 0x00000000,0
.fmask 0x00000000,0
.set noreorder
.set nomacro
move $2, $7
syscall
dnegu $12, $2
jr $31
movn $2, $12, $7
.end rustix_syscall3_nr_last
.size rustix_syscall3_nr_last, .-rustix_syscall3_nr_last
.section .text.rustix_syscall4_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall4_nr_last
.hidden rustix_syscall4_nr_last
.type rustix_syscall4_nr_last, @function
.set nomips16
.set nomicromips
.ent rustix_syscall4_nr_last
rustix_syscall4_nr_last:
.frame $sp,0,$31
.mask 0x00000000,0
.fmask 0x00000000,0
.set noreorder
.set nomacro
move $2, $8
syscall
dnegu $12, $2
jr $31
movn $2, $12, $7
.end rustix_syscall4_nr_last
.size rustix_syscall4_nr_last, .-rustix_syscall4_nr_last
.section .text.rustix_syscall5_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall5_nr_last
.hidden rustix_syscall5_nr_last
.type rustix_syscall5_nr_last, @function
.set nomips16
.set nomicromips
.ent rustix_syscall5_nr_last
rustix_syscall5_nr_last:
.frame $sp,0,$31
.mask 0x00000000,0
.fmask 0x00000000,0
.set noreorder
.set nomacro
move $2, $9
syscall
dnegu $12, $2
jr $31
movn $2, $12, $7
.end rustix_syscall5_nr_last
.size rustix_syscall5_nr_last, .-rustix_syscall5_nr_last
.section .text.rustix_syscall6_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall6_nr_last
.hidden rustix_syscall6_nr_last
.type rustix_syscall6_nr_last, @function
.set nomips16
.set nomicromips
.ent rustix_syscall6_nr_last
rustix_syscall6_nr_last:
.frame $sp,0,$31
.mask 0x00000000,0
.fmask 0x00000000,0
.set noreorder
.set nomacro
move $2, $10
syscall
dnegu $12, $2
jr $31
movn $2, $12, $7
.end rustix_syscall6_nr_last
.size rustix_syscall6_nr_last, .-rustix_syscall6_nr_last
.section .note.GNU-stack,"",@progbits
|
eightchip/Fast_Merge_Excel | 3,525 | umya-spreadsheet/rustix-0.37.28/src/backend/linux_raw/arch/outline/aarch64.s | // Assembly code for making aarch64 syscalls.
//
// aarch64 syscall argument register ordering is the same as the aarch64
// userspace argument register ordering except that the syscall number
// (nr) is passed in w8.
//
// outline.rs takes care of reordering the nr argument to the end for us,
// so we only need to move nr into w8.
//
// arm64-ilp32 is not yet supported.
.file "aarch64.s"
.arch armv8-a
.section .text.rustix_syscall0_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall0_nr_last
.hidden rustix_syscall0_nr_last
.type rustix_syscall0_nr_last, @function
rustix_syscall0_nr_last:
.cfi_startproc
mov w8, w0
svc #0
ret
.cfi_endproc
.size rustix_syscall0_nr_last, .-rustix_syscall0_nr_last
.section .text.rustix_syscall1_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall1_nr_last
.hidden rustix_syscall1_nr_last
.type rustix_syscall1_nr_last, @function
rustix_syscall1_nr_last:
.cfi_startproc
mov w8, w1
svc #0
ret
.cfi_endproc
.size rustix_syscall1_nr_last, .-rustix_syscall1_nr_last
.section .text.rustix_syscall1_noreturn_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall1_noreturn_nr_last
.hidden rustix_syscall1_noreturn_nr_last
.type rustix_syscall1_noreturn_nr_last, @function
rustix_syscall1_noreturn_nr_last:
.cfi_startproc
mov w8, w1
svc #0
brk #0x1
.cfi_endproc
.size rustix_syscall1_noreturn_nr_last, .-rustix_syscall1_noreturn_nr_last
.section .text.rustix_syscall2_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall2_nr_last
.hidden rustix_syscall2_nr_last
.type rustix_syscall2_nr_last, @function
rustix_syscall2_nr_last:
.cfi_startproc
mov w8, w2
svc #0
ret
.cfi_endproc
.size rustix_syscall2_nr_last, .-rustix_syscall2_nr_last
.section .text.rustix_syscall3_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall3_nr_last
.hidden rustix_syscall3_nr_last
.type rustix_syscall3_nr_last, @function
rustix_syscall3_nr_last:
.cfi_startproc
mov w8, w3
svc #0
ret
.cfi_endproc
.size rustix_syscall3_nr_last, .-rustix_syscall3_nr_last
.section .text.rustix_syscall4_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall4_nr_last
.hidden rustix_syscall4_nr_last
.type rustix_syscall4_nr_last, @function
rustix_syscall4_nr_last:
.cfi_startproc
mov w8, w4
svc #0
ret
.cfi_endproc
.size rustix_syscall4_nr_last, .-rustix_syscall4_nr_last
.section .text.rustix_syscall5_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall5_nr_last
.hidden rustix_syscall5_nr_last
.type rustix_syscall5_nr_last, @function
rustix_syscall5_nr_last:
.cfi_startproc
mov w8, w5
svc #0
ret
.cfi_endproc
.size rustix_syscall5_nr_last, .-rustix_syscall5_nr_last
.section .text.rustix_syscall6_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall6_nr_last
.hidden rustix_syscall6_nr_last
.type rustix_syscall6_nr_last, @function
rustix_syscall6_nr_last:
.cfi_startproc
mov w8, w6
svc #0
ret
.cfi_endproc
.size rustix_syscall6_nr_last, .-rustix_syscall6_nr_last
.section .note.GNU-stack,"",@progbits
|
eightchip/Fast_Merge_Excel | 3,592 | umya-spreadsheet/rustix-0.37.28/src/backend/linux_raw/arch/outline/powerpc64.s | # Assembly code for making powerpc64le syscalls.
#
# powerpc64le syscall argument register ordering is the same as the
# powerpc64le userspace argument register ordering except that the syscall
# number (nr) is passed in r0.
#
# outline.rs takes care of reordering the nr argument to the end for us,
# so we only need to move nr into r0.
.file "powerpc64le.s"
.machine power8
.abiversion 2
.section .text.rustix_syscall0_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall0_nr_last
.hidden rustix_syscall0_nr_last
.type rustix_syscall0_nr_last, @function
rustix_syscall0_nr_last:
.cfi_startproc
mr 0, 3
sc
bnslr
neg 3, 3
blr
.cfi_endproc
.size rustix_syscall0_nr_last, .-rustix_syscall0_nr_last
.section .text.rustix_syscall1_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall1_nr_last
.hidden rustix_syscall1_nr_last
.type rustix_syscall1_nr_last, @function
rustix_syscall1_nr_last:
.cfi_startproc
mr 0, 4
sc
bnslr
neg 3, 3
blr
.cfi_endproc
.size rustix_syscall1_nr_last, .-rustix_syscall1_nr_last
.section .text.rustix_syscall1_noreturn_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall1_noreturn_nr_last
.hidden rustix_syscall1_noreturn_nr_last
.type rustix_syscall1_noreturn_nr_last, @function
rustix_syscall1_noreturn_nr_last:
.cfi_startproc
mr 0, 4
sc
trap
.cfi_endproc
.size rustix_syscall1_noreturn_nr_last, .-rustix_syscall1_noreturn_nr_last
.section .text.rustix_syscall2_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall2_nr_last
.hidden rustix_syscall2_nr_last
.type rustix_syscall2_nr_last, @function
rustix_syscall2_nr_last:
.cfi_startproc
mr 0, 5
sc
bnslr
neg 3, 3
blr
.cfi_endproc
.size rustix_syscall2_nr_last, .-rustix_syscall2_nr_last
.section .text.rustix_syscall3_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall3_nr_last
.hidden rustix_syscall3_nr_last
.type rustix_syscall3_nr_last, @function
rustix_syscall3_nr_last:
.cfi_startproc
mr 0, 6
sc
bnslr
neg 3, 3
blr
.cfi_endproc
.size rustix_syscall3_nr_last, .-rustix_syscall3_nr_last
.section .text.rustix_syscall4_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall4_nr_last
.hidden rustix_syscall4_nr_last
.type rustix_syscall4_nr_last, @function
rustix_syscall4_nr_last:
.cfi_startproc
mr 0, 7
sc
bnslr
neg 3, 3
blr
.cfi_endproc
.size rustix_syscall4_nr_last, .-rustix_syscall4_nr_last
.section .text.rustix_syscall5_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall5_nr_last
.hidden rustix_syscall5_nr_last
.type rustix_syscall5_nr_last, @function
rustix_syscall5_nr_last:
.cfi_startproc
mr 0, 8
sc
bnslr
neg 3, 3
blr
.cfi_endproc
.size rustix_syscall5_nr_last, .-rustix_syscall5_nr_last
.section .text.rustix_syscall6_nr_last,"ax",@progbits
.p2align 2
.weak rustix_syscall6_nr_last
.hidden rustix_syscall6_nr_last
.type rustix_syscall6_nr_last, @function
rustix_syscall6_nr_last:
.cfi_startproc
mr 0, 9
sc
bnslr
neg 3, 3
blr
.cfi_endproc
.size rustix_syscall6_nr_last, .-rustix_syscall6_nr_last
.section .note.GNU-stack,"",@progbits
|
el-ev/rvos | 49 | user_c/entry.S | .section .text
.globl _start
_start:
j main
|
el-ev/rvos | 2,168 | kernel/src/trap/trap.S | .macro SAVE reg, off
sd \reg, \off*8(a0)
.endm
.macro LOAD reg, off
ld \reg, \off*8(a0)
.endm
.globl _kernel_to_user
.type _kernel_to_user, @function
.align 3
_kernel_to_user:
SAVE s0, 34
SAVE s1, 35
SAVE s2, 36
SAVE s3, 37
SAVE s4, 38
SAVE s5, 39
SAVE s6, 40
SAVE s7, 41
SAVE s8, 42
SAVE s9, 43
SAVE s10, 44
SAVE s11, 45
SAVE ra, 46
SAVE sp, 47
SAVE tp, 48
csrw sscratch, a0
LOAD t0, 32
csrw scause, t0
LOAD t0, 33
csrw sepc, t0
LOAD x1, 1
LOAD x2, 2
LOAD x3, 3
LOAD x4, 4
LOAD x5, 5
LOAD x6, 6
LOAD x7, 7
LOAD x8, 8
LOAD x9, 9
//
LOAD x11, 11
LOAD x12, 12
LOAD x13, 13
LOAD x14, 14
LOAD x15, 15
LOAD x16, 16
LOAD x17, 17
LOAD x18, 18
LOAD x19, 19
LOAD x20, 20
LOAD x21, 21
LOAD x22, 22
LOAD x23, 23
LOAD x24, 24
LOAD x25, 25
LOAD x26, 26
LOAD x27, 27
LOAD x28, 28
LOAD x29, 29
LOAD x30, 30
LOAD x31, 31
LOAD x10, 10 // x10 is a0
sret
.size _kernel_to_user, . - _kernel_to_user
.globl _user_to_kernel_trap
.type _user_to_kernel_trap, @function
.align 3
_user_to_kernel_trap:
csrrw a0, sscratch, a0
SAVE x1, 1
SAVE x2, 2
SAVE x3, 3
SAVE x4, 4
SAVE x5, 5
SAVE x6, 6
SAVE x7, 7
SAVE x8, 8
SAVE x9, 9
csrr x9, sscratch
SAVE x9, 10
SAVE x11, 11
SAVE x12, 12
SAVE x13, 13
SAVE x14, 14
SAVE x15, 15
SAVE x16, 16
SAVE x17, 17
SAVE x18, 18
SAVE x19, 19
SAVE x20, 20
SAVE x21, 21
SAVE x22, 22
SAVE x23, 23
SAVE x24, 24
SAVE x25, 25
SAVE x26, 26
SAVE x27, 27
SAVE x28, 28
SAVE x29, 29
SAVE x30, 30
SAVE x31, 31
csrr t0, scause
SAVE t0, 32
csrr t0, sepc
SAVE t0, 33
LOAD s0, 34
LOAD s1, 35
LOAD s2, 36
LOAD s3, 37
LOAD s4, 38
LOAD s5, 39
LOAD s6, 40
LOAD s7, 41
LOAD s8, 42
LOAD s9, 43
LOAD s10, 44
LOAD s11, 45
LOAD ra, 46
LOAD sp, 47
LOAD tp, 48
ret
.size _user_to_kernel_trap, . - _user_to_kernel_trap |
EmbeddedKC/RustEKC | 2,458 | tools/fw_jump/start.S | /*
* FreeRTOS V202212.00
* Copyright (C) 2020 Amazon.com, Inc. or its affiliates. All Rights Reserved.
*
* Permission is hereby granted, free of charge, to any person obtaining a copy of
* this software and associated documentation files (the "Software"), to deal in
* the Software without restriction, including without limitation the rights to
* use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of
* the Software, and to permit persons to whom the Software is furnished to do so,
* subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included in all
* copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS
* FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR
* COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER
* IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN
* CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
*
* https://www.FreeRTOS.org
* https://www.github.com/FreeRTOS
*
*/
#include "param.h"
.section .init
.globl _start
_start:
// Continue primary hart
MOV x0, #0
MOV x1, #PRIM_HART
CMP x0, x1
B.NE secondary
// Primary hart
ADR x28, _stack_top
MOV sp, x28
B down_el1
//////////////////////////////////
// if exception level higher than EL1, down to EL1
down_el3:
MOV x0, #0x3C0
MSR spsr_el3, x0
ADR x0, down_el2
MSR elr_el3, x0
eret
down_el2:
MOV x0, #0x3C0
MSR spsr_el2, x0
ADR x0, down_el1
MSR elr_el2, x0
eret
down_el1:
//////////////////////////////////
// Load data section
ADR x0, _data_lma
ADR x1, _data
ADR x2, _edata
CMP x1, x2
B.GE while1_end
while1:
LOAD x28, [x0]
STOR x28, [x1]
ADD x0, x0, REGSIZE
ADD x1, x1, REGSIZE
CMP x1, x2
B.LT while1
while1_end:
//////////////////////////////////
//////////////////////////////////
// Clear bss section
ADR x0, _bss
ADR x1, _ebss
CMP x0, x1
B.GE while2_end
while2:
STOR XZR, [x0]
ADD x0, x0, REGSIZE
CMP x0, x1
B.LE while2
while2_end:
//////////////////////////////////
// argc, argv, envp is 0
MOV x0, #0
MOV x1, #0
MOV x2, #0
B main
deadlock:
MOV x0, #0x233
B deadlock
secondary:
// TODO: Multicore is not supported
MOV x0, #0x665
B secondary
|
EmbeddedKC/RustEKC | 3,326 | codes/arch/allwinner_D1H/src/nk_gate.S |
.altmacro
.macro SAVE_REGISTER n
sd x\n, \n*8(sp)
.endm
.macro LOAD_REGISTER n
ld x\n, \n*8(sp)
.endm
.macro SAVE_REGISTER2 n o
sd x\n, \o*8+\n*8(x28)
.endm
.macro LOAD_REGISTER2 n o
ld x\n, \o*8+\n*8(x28)
.endm
.section .text.nktrampoline
.globl nk_entry
# 入参 x10 nkapi handler
# 入参 x11~x15 params
# 结构
# #####################################
# 高地址
# 维护: outer satp
# 加载: nk satp
# 加载: outer register (0, 1, ......, 31)
# 保存：nk register (0, 1, ......, 31)
# 低地址
# #####################################
nk_entry:
# let x28 to be PROXYCONTEXT
PROXYCONTEXT x28
ld x30, 91*8(x28) # nkapi_level
bne x30, zero, nk_bypass # nkapi_level is 0 means in os (gate), >0 means in mmk (bypass).
# switch sie to disable interrupt
PROXYCONTEXT x28
# load OS's sie from proxy to x31
csrr x31, sie
# write MMK's sie
ld x29, 66*8(x28)
csrw sie, x29
addi x30, x30, 1
sd x30, 91*8(x28) # api level add 1 when entry
# load MMK's satp
ld x29, 64*8(x28)
csrw satp, x29
# store OS's sie from x31 to proxy
sd x31, 67*8(x28)
# store all outer kernel registers to proxy, 包括栈指针
.set n, 1
.rept 27
SAVE_REGISTER2 %n 32
.set n, n+1
.endr
# load nk sp
ld sp, 2*8(x28)
# let x28 to be APITABLE (METADATA + 0x800)
MMKAPI_TABLE x28
# the handler in nkcall vec: APITABLE + nk_call_num*8
sll x17, x17, 3
add x28, x28, x17
ld x28, 0(x28)
# handler function call
jalr x1, x28, 0
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
# save ret value from function handler call
sd x10, (32+10)*8(x28)
sd x11, (32+11)*8(x28)
# exit
j nk_exit
.globl nk_bypass
nk_bypass:
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
addi sp,sp,-30*8
# store all nk registers
.set n, 1
.rept 28
SAVE_REGISTER %n
.set n, n+1
.endr
MMKAPI_TABLE x28
# the handler in nkcall vec: MMKAPI_TABLE + nk_call_num*8
sll x17, x17, 3
add x28, x28, x17
ld x28, 0(x28)
# handler function call
jalr x1, x28, 0
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
# keep the retval
mv x29, x10
mv x30, x11
# load all nk registers
.set n, 1
.rept 28
LOAD_REGISTER %n
.set n, n+1
.endr
addi sp,sp,30*8
# restore the retval
mv x10, x29
mv x11, x30
jr x1
.globl nk_exit
# 结构
# #####################################
# 高地址
# 加载: outer satp
# 维护: nk satp
# 加载: outer register (0, 1, ......, 31)
# 保存：nk register (0, 1, ......, 31)
# 低地址
# #####################################
nk_exit:
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
# save nk sp
sd sp, 2*8(x28)
ld x30, 91*8(x28) # nkapi level
addi x30, x30, -1
sd x30, 91*8(x28) # api level remove 1 when exit
# load OS's satp
ld x29, 65*8(x28)
csrw satp, x29
# enable interrupt
ld x31, 67*8(x28) # Load OS's sie
csrw sie, x31
.set n, 1
.rept 27
LOAD_REGISTER2 %n 32
.set n, n+1
.endr
# jump back, according to outer kernel's ra
jr x1
|
EmbeddedKC/RustEKC | 268 | codes/arch/allwinner_D1H/src/top.S | .altmacro
.macro PROXYCONTEXT n
li \n, -0x3000
.endm
.altmacro
.macro MMKAPI_TABLE n
li \n, -0x3000+0x800
.endm
.altmacro
.macro CONFIG_DATA n
li \n, -0x3000+0x400
.endm
.include "src/nk_gate.S"
.include "src/trap/trap.S"
.include "src/trap/trap_signal.S" |
EmbeddedKC/RustEKC | 3,824 | codes/arch/allwinner_D1H/src/trap/trap.S |
.altmacro
.macro SAVE_GP n
sd x\n, \n*8(sp)
.endm
.macro LOAD_GP n
ld x\n, \n*8(sp)
.endm
.macro ENTRY_GATE n
li \n, -0x1000
.endm
.macro TRAP_CONTEXT n
li \n, 0xffffe
sll \n, \n, 12
.endm
# note that it break the context of t0~t6.
.macro REG_INFO
mv x31, x17
mv x30, x10
li x17, 9
csrr t0, sscratch
csrr t1, scause
csrr t2, stval
csrr t3, sepc
ecall
mv x17, x31
mv x10, x30
.endm
.section .text.trampoline
.globl __alltraps
.globl __delegate
.globl __restore
.align 2
__alltraps:
csrrw sp, sscratch, sp # 第一次进入这段汇编之前，是先进入了下面的restore汇编
# 所以这里进来的之前，sscratch的值就是TRAP_CONTEXT的值，sp是用户栈的位置，因为pc指的指令触发了trap
# CPU直接根据stvec的值跳转了进来，sp没有被中途改变
# now sp->*TrapContext in user space, sscratch->user stack
# save other general purpose registers
sd x1, 1*8(sp)
# skip sp(x2), we will save it later
sd x3, 3*8(sp)
# save x4~x31
.set n, 4
.rept 28
SAVE_GP %n
.set n, n+1
.endr
# read user stack from sscratch and save it in TrapContext
csrr t2, sscratch
sd t2, 2*8(sp)
# we can use t0/t1/t2 freely, because they have been saved in TrapContext
csrr t0, sstatus
csrr t1, sepc
sd t0, 32*8(sp)
sd t1, 33*8(sp)
# fsd fs1, 34*8(sp)
# .half 0xba22
# .half 0xbe26
# load trap_handler into t1
# ld t1, 35*8(sp)
# let a0 be trap context.
mv a0, sp
# move to kernel_sp
ld sp, 34*8(sp)
# here if scause is not syscall, delegate.
csrr t3, scause
li t4, 8
bne t3, t4, __delegate
# here if syscall id is smaller than 0x400, delegate.
ld t3, 17*8(a0)
li t4, 0x400
blt t3, t4, __delegate
# nkapi call.
# mv a0, a0 # param0: ctx: *TrapContext
li a7, 0 # NKAPI_TRAP_HANDLE = 0
# t3 = nk_trampoline
ENTRY_GATE t3
jalr x1, t3, 0
# back to user.
j __restore
__delegate:
# change stvec to TRAMPOLINE + ktrap - alltraps
la x29, __alltraps
la x30, _ktrap
sub x30, x30, x29
li x29, -0x2000
add x29, x29, x30
csrw stvec, x29
CONFIG_DATA x28
# x29 is user handler
ld x29, 0*8(x28)
jalr x1, x29, 0
CONFIG_DATA x28
# x29 is signal handler
ld x29, 2*8(x28)
jalr x1, x29, 0
# jump back
j __restore
__restore:
li x28, 0xffffe
sll a0, x28, 12
# a0 = 0xffffe000, trap context.
# 所有用户的trapcontext都保存在同一个虚拟地址位置 TRAP_CONTEXT
csrw sscratch, a0
mv sp, a0 # 把a0的值写入sp
# restore sstatus/sepc
ld t0, 32*8(sp) # 按照存储规则去加载trap context中的值
ld t1, 33*8(sp)
csrw sstatus, t0
csrw sepc, t1
li x28, 0
li x30, 0x3000
sub x28, x28, x30
# change stvec to user trap(TRAMPOLINE)
li x29, -0x2000
csrw stvec, x29
# restore general purpose registers except x0/sp/tp
ld x1, 1*8(sp)
ld x3, 3*8(sp)
.set n, 4
.rept 28
LOAD_GP %n
.set n, n+1
.endr
# back to user stack
ld sp, 2*8(sp) # restore sp at last.
sret # 跳转到sepc的位置继续执行
.globl _kreturn
.globl _ktrap
.align 4
_ktrap:
addi sp, sp, -256
# save the registers
sd ra, 1*8(sp)
# sd sp, 2*8(sp)
sd gp, 3*8(sp)
# sd tp, 4*8(sp)
.set n, 5
.rept 27
SAVE_GP %n
.set n, n+1
.endr
CONFIG_DATA x28
# x29 is ktrap handler
ld x29, 1*8(x28)
# ld x29, 92*8(x28)
jalr x1, x29, 0
sd x10, 10*8(sp)
sd x11, 11*8(sp)
j _kreturn
_kreturn:
# restore registers
ld ra, 1*8(sp)
# ld sp, 2*8(sp)
ld gp, 3*8(sp)
# not this, in case we moved CPUs: ld tp, 24(sp)
.set n, 5
.rept 27
LOAD_GP %n
.set n, n+1
.endr
addi sp, sp, 256
# return to whatever we were doing in the kernel
sret
|
EmbeddedKC/RustEKC | 170 | codes/arch/allwinner_D1H/src/trap/trap_signal.S | .altmacro
.section .text.signaltrampoline
.globl __signal_trampoline
.align 2
__signal_trampoline:
# ecall sys_sigreturn
addi a7, zero, 139
ecall
|
EmbeddedKC/RustEKC | 1,583 | codes/arch/qemu_virt_armv7/src/trap/trap.S | .macro INVALID_EXCP, kind, source
.p2align 7
LDR r8, =-0x2200
MOV sp, r8
SAVE_REGS
mov r0, sp
mov r1, #\kind
mov r2, #\source
bl invalid_exception
# bl: branch to addr, and save pc+4 to lr(x30). like jal.
b .Lexception_return
.endm
.macro HANDLE_SYNC
.p2align 7
SAVE_REGS
mov r0, sp
bl handle_sync_exception
b .Lexception_return
.endm
.macro HANDLE_IRQ
.p2align 7
SAVE_REGS
mov r0, sp
bl handle_irq_exception
b .Lexception_return
.endm
.macro MMK_HANDLER, kind
SAVE_REGS
mov r0, sp
mov r1, #\kind
bl mmk_trap_handler
RESTORE_REGS
SUBS PC, LR, #4
.endm
.p2align 11
.globl mmk_exception_vector_base
mmk_exception_vector_base:
b reset_handler // 0x00: Reset
b undefined_handler // 0x04: Undefined Instruction
b svc_handler // 0x08: Supervisor Call (SVC)
b prefetch_abort_handler // 0x0C: Prefetch Abort
b data_abort_handler // 0x10: Data Abort
b reserved_handler // 0x14: Reserved
b irq_handler // 0x18: IRQ
b fiq_handler // 0x1C: FIQ
// 以下是各个异常的处理函数（你可以定义为具体功能）
reset_handler:
MMK_HANDLER 0
b .
undefined_handler:
MMK_HANDLER 1
b .
svc_handler:
MMK_HANDLER 2
b .
prefetch_abort_handler:
MMK_HANDLER 3
b .
data_abort_handler:
MMK_HANDLER 4
b .
reserved_handler:
MMK_HANDLER 5
b .
irq_handler:
MMK_HANDLER 6
b .
fiq_handler:
MMK_HANDLER 7
b .
|
EmbeddedKC/RustEKC | 170 | codes/arch/qemu_virt_armv7/src/trap/trap_signal.S | .altmacro
.section .text.signaltrampoline
.globl __signal_trampoline
.align 2
__signal_trampoline:
# ecall sys_sigreturn
addi a7, zero, 139
ecall
|
EmbeddedKC/RustEKC | 1,832 | codes/arch/qemu_virt_armv7/src/asm/entry.S | .equ MODE_USR, 0x10 // User mode
.equ MODE_FIQ, 0x11 // FIQ mode
.equ MODE_IRQ, 0x12 // IRQ mode
.equ MODE_SVC, 0x13 // Supervisor mode (系统调用进入内核的模式)
.equ MODE_ABT, 0x17 // Abort mode
.equ MODE_UND, 0x1B // Undefined instruction mode
.equ MODE_SYS, 0x1F // System mode (特权级的用户代码，常用于内核运行)
.section .text._start
.globl _start
_start:
cpsid if
# mem access controller.
LDR R0, =0xFFFFFFFF
MCR p15, 0, R0, c3, c0, 0
mrs r0, cpsr
bic r0, r0, #0x1F
orr r0, r0, #MODE_SVC
msr CPSR_c, r0
ldr sp, =svc_stack_top
bic r0, r0, #0x1F
orr r0, r0, #MODE_IRQ
msr CPSR_c, r0
ldr sp, =irq_stack_top
bic r0, r0, #0x1F
orr r0, r0, #MODE_ABT
msr CPSR_c, r0
ldr sp, =abt_stack_top
bic r0, r0, #0x1F
orr r0, r0, #MODE_UND
msr CPSR_c, r0
ldr sp, =und_stack_top
bic r0, r0, #0x1F
orr r0, r0, #MODE_FIQ
msr CPSR_c, r0
ldr sp, =fiq_stack_top
bic r0, r0, #0x1F
orr r0, r0, #MODE_SYS
msr CPSR_c, r0
ldr sp, =sys_stack_top
//switch to SVC.
bic r0, r0, #0x1F
orr r0, r0, #MODE_SVC
msr CPSR_c, r0
ldr sp, =boot_stack_top
MOV R0, #0
mov r11, sp
bl estart
.section .bss.stack
.align 3
.equ STACK_SIZE, 0x1000 // 每种模式 4KB 栈空间
.global __stack_start
__stack_start:
.space STACK_SIZE
.global fiq_stack_top
fiq_stack_top:
.space STACK_SIZE
.global irq_stack_top
irq_stack_top:
.space STACK_SIZE
.global svc_stack_top
svc_stack_top:
.space STACK_SIZE
.global abt_stack_top
abt_stack_top:
.space STACK_SIZE
.global und_stack_top
und_stack_top:
.space STACK_SIZE
.global sys_stack_top
sys_stack_top:
.space STACK_SIZE
|
EmbeddedKC/RustEKC | 3,448 | codes/arch/qemu_virt_armv7/src/asm/nk_gate.S | .section .text.nktrampoline
.globl nk_gate
# 入参 r10 nkapi handler
# 入参 r11~r15 params
# 结构
# #####################################
# 高地址
# 维护: outer satp
# 加载: nk satp
# 加载: outer register (0, 1, ......, 31)
# 保存：nk register (0, 1, ......, 31)
# 低地址
# #####################################
nk_gate:
STMFD SP!, {R10-R12}
# let r10 to be PROXYCONTEXT
PROXYCONTEXT r10
LDR r11, [r10, #91*4]
# nkapi_level
MOV r10, #0
CMP r11, r10
LDMFD SP!, {R10-R12}
// fffff010
BNE nk_bypass
# nkapi_level is 0 means in os (gate), >0 means in mmk (bypass).
nk_entry:
# let r10 to be PROXYCONTEXT
PROXYCONTEXT r10
# load OS's CPSR (intr) from proxy to r7, keep r7 not changed!
MRS r7, CPSR
# disable interrupts
BL disable_intr
ADD r9, r9, #1
STR r9, [r8, #PROXY_NKAPI_LEVEL]
# api level add 1 when entry
# use MMK's satp
LDR r0, [r8, #PROXY_EKC_SATP]
BL write_root_pt
# store OS's CPSR (intr) from r7 to proxy
STR r7, [r8, #PROXY_OS_CPSR]
# store all outer kernel registers to proxy, 包括栈指针
PROXYCONTEXT r7
# addr=0xfffffffffffff038
ADD r9, r7, #(PROXY_OS_REGS)
SAVE_CTX_TO_ADDR r9
# this macro would break r8 and r9
# load nk sp
LDR r9, [r7, #PROXY_EKC_SP]
# addr=0xfffffffffffff0c8
MOV SP, r9
# let r8 to be APITABLE (METADATA + 0x800)
MMKAPI_TABLE r8
# addr=0xfffffffffffff0d0
# the handler in nkcall vec: APITABLE + nk_call_num*8
LSL r7, r7, #3
ADD r8, r8, r7
LDR r8, [r8, #0]
# todo: LDR r8, [r8, r7]
# handler function call
BLX r8
# addr=0xfffffffffffff0e0
# let r8 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT r8
# save ret value from function handler call
STR r0, [r8, #PROXY_OS_REGS]
STR r1, [r8, #PROXY_OS_REGS+4]
# exit
B nk_exit
.globl nk_bypass
nk_bypass:
SAVE_REGS
MMKAPI_TABLE r8
//the handler in nkcall vec: MMKAPI_TABLE + nk_call_num*8
//MMK API always use 8 byte per vector.
LSL r7, r7, #3
ADD r8, r8, r7
LDR r8, [r8, #0]
//0xfffff0d4
# handler function call
BLX r8
//update the return value
//Note: stack struct = CPSR, lr, r0, r1...r12
STR r0, [sp, #8]
STR r1, [sp, #8]
RESTORE_REGS
//0xfffff0ec Note============Here the LR is not the correct LR. Find why.
BX LR
.globl nk_exit
# 结构
# #####################################
# 高地址
# 加载: outer satp
# 维护: nk satp
# 加载: outer register (0, 1, ......, 31)
# 保存：nk register (0, 1, ......, 31)
# 低地址
# #####################################
nk_exit:
# let r8 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT r8
# save nk sp
MOV r9, SP
STR r9, [r8, #PROXY_EKC_SP]
LDR r9, [r8, #PROXY_NKAPI_LEVEL]
# nkapi level
ADD r9, r9, #-1
STR r9, [r8, #PROXY_NKAPI_LEVEL]
# api level remove 1 when exit
# load OS's satp
LDR r0, [r8, #PROXY_OS_SATP]
BL write_root_pt
# tlbi alle1
# dsb sy
# isb
# enable interrupt (Load OS's CPSR)
LDR r7, [r8, #PROXY_OS_CPSR]
MSR cpsr, r7
# BL enable_intr
# load all outer kernel registers from proxy, 包括栈指针
PROXYCONTEXT r9
ADD r9, r9, #PROXY_OS_REGS
LOAD_CTX_FROM_ADDR r9
# addr = -0xd38
# jump back, according to outer kernel's ra
BX lr
|
EmbeddedKC/RustEKC | 1,681 | codes/arch/qemu_virt_armv7/src/asm/top.S | #define USIZE_WIDTH 4
#define USIZE_BIT 2
// PROXYCONTEXT.
.equ PROXY_EKC_REGS, (0*USIZE_WIDTH)
.equ PROXY_EKC_SP, (13*USIZE_WIDTH)
.equ PROXY_OS_REGS, (32*USIZE_WIDTH)
.equ PROXY_OS_SP, ((32+13)*USIZE_WIDTH)
.equ PROXY_EKC_SATP, (64*USIZE_WIDTH)
.equ PROXY_OS_SATP, (65*USIZE_WIDTH)
.equ PROXY_EKC_CPSR, (66*USIZE_WIDTH)
.equ PROXY_OS_CPSR, (67*USIZE_WIDTH)
.equ PROXY_NKAPI_LEVEL, (91*USIZE_WIDTH)
//.equ PROXY_OS_REGS, 32*USIZE_WIDTH
.altmacro
.macro PROXYCONTEXT n
LDR \n, =-0x3000
.endm
.altmacro
.macro MMKAPI_TABLE n
LDR \n, =-0x3000+0x800
.endm
.altmacro
.macro CONFIG_DATA n
LDR \n, =-0x3000+0x400
.endm
.altmacro
.macro SAVE_STACK z s
STR r\z, [\s, #\z*USIZE_WIDTH]
.endm
.macro LOAD_STACK z s
LDR r\z, [\s, #\z*USIZE_WIDTH]
.endm
.macro SAVE_REGS
STMFD SP!, {R0-R12}
mrs r10, CPSR
STMFD SP!, {r10, r14}
.endm
.macro RESTORE_REGS
LDMFD SP!, {r10, r14}
msr CPSR, r10
LDMFD SP!, {R0-R12}
.endm
.macro SAVE_CTX_TO_ADDR a
MOV r9, \a
# save r0 ~ r10
.set n, 0
.rept 15
SAVE_STACK %n r9
# STR r%n, [r9, #%n*8]
.set n, n+1
.endr
# save sp as r11
MOV r8, SP
STR r8, [r9, #31*8]
.endm
.macro LOAD_CTX_FROM_ADDR a
MOV r9, \a
# load r0 ~ r8
.set n, 0
.rept 15
LOAD_STACK %n r9
# LDR r%n, [r9, #%n*8]
.set n, n+1
.endr
# load r10
LDR r10, [r9, #30*8]
# load sp as r11
LDR r8, [r9, #31*8]
MOV SP, r8
.endm
.include "src/asm/entry.S"
.include "src/asm/cpu.S"
.include "src/asm/nk_gate.S"
.include "src/trap/trap.S"
# .include "src/trap/trap_signal.S"
|
EmbeddedKC/RustEKC | 511 | codes/arch/qemu_virt_armv7/src/asm/cpu.S | .macro return
bx LR
.endm
.globl cpu_time
cpu_time:
MRC p15, 0, r0, c14, c0, 2
return
.globl cpu_id
cpu_id:
MRC p15, 0, r0, c0, c0, 5
return
.globl cpu_freq
cpu_freq:
MRC p15, 0, r0, c14, c0, 0
return
.globl cpu_sync
cpu_sync:
dsb ish
isb
return
.globl write_root_pt
write_root_pt:
MCR p15, 0, r0, c2, c0, 0
return
.globl enable_intr
enable_intr:
CPSIE I
CPSIE F
return
.globl disable_intr
disable_intr:
CPSID I
CPSID F
return
|
EmbeddedKC/RustEKC | 3,963 | codes/arch/qemu_vexpressa9_armv7/src/trap/trap_autoSVC.S | .section .text
////////////////////////////
// Assuming that OS has initialized all the stack pointer.
////////////////////////////
// FIXME:
// This macro would save all the context from user, but:
// the trap handler cannot see the correct value of lr and r10 of user!
// correct: the lr shift
.macro IRQ_TO_SVC c ty
stmia sp, {r9, r10} @ save r10, r9
mrs r10, spsr
str r10, [sp, #8] @ save spsr
// correct the lr return.
add lr, lr, #4
str lr, [sp, #12]
// a fake SVC state into spsr.
mrs r10, cpsr
bic r10, #0x1F
eor r10, r10, #0x13
msr spsr_cxsf, r10
// keep r9 the previous IRQ state
ldr r9, [sp, #8]
// keep r10 the current IRQ state
mrs r10, cpsr
// "return" to SVC state
// lr cannot be changed in the special state.
movs pc, pc
// disable irq fiq
cpsid i
cpsid f
// save the "current" IRQ state into spsr.
msr spsr_cxsf, r10
// set the SVC lr to irq return.
// Here must use adr instead of ldr, because PC-relative are required in trampoline
adr lr, irq_exit
.endm
.globl mmk_exception_vector_base
.globl strampoline
.align 12
strampoline:
mmk_exception_vector_base:
_reset_handler:
b reset_handler // 0x00: Reset
_undefined_handler:
b undefined_handler // 0x04: Undefined Instruction
_svc_handler:
b svc_handler // 0x08: Supervisor Call (SVC)
_prefetch_abort_handler:
b prefetch_abort_handler // 0x0C: Prefetch Abort
_data_abort_handler:
b data_abort_handler // 0x10: Data Abort
_reserved_handler:
b reserved_handler // 0x14: Reserved
_irq_handler:
b irq_handler // 0x18: IRQ
_fiq_handler:
b fiq_handler // 0x1C: FIQ
// 以下是各个异常的处理函数（你可以定义为具体功能）
reset_handler:
IRQ_TO_SVC 4
add sp, sp, #-20*4
SAVE_CTX_TO_ADDR sp
mov r8, #0
b __alltraps
undefined_handler:
IRQ_TO_SVC 4
add sp, sp, #-20*4
SAVE_CTX_TO_ADDR sp
mov r8, #1
b __alltraps
svc_handler:
add sp, sp, #-20*4
SAVE_CTX_TO_ADDR sp
// let r9 be previous IRQ state.
mrs r9, spsr
mov r8, #2
b __alltraps
prefetch_abort_handler:
IRQ_TO_SVC 0
add sp, sp, #-20*4
SAVE_CTX_TO_ADDR sp
mov r8, #3
b __alltraps
data_abort_handler:
IRQ_TO_SVC 0
add sp, sp, #-20*4
SAVE_CTX_TO_ADDR sp
mov r8, #4
b __alltraps
reserved_handler:
IRQ_TO_SVC 4
add sp, sp, #-20*4
SAVE_CTX_TO_ADDR sp
mov r8, #5
b __alltraps
irq_handler:
IRQ_TO_SVC 4
add sp, sp, #-20*4
SAVE_CTX_TO_ADDR sp
mov r8, #6
b __alltraps
fiq_handler:
IRQ_TO_SVC 4
add sp, sp, #-20*4
SAVE_CTX_TO_ADDR sp
mov r8, #7
b __alltraps
// Calling convention to __alltraps:
// r8 - the interrupt type.
// r9 - the caller CPU state register (spsr).
// __alltraps wont protect any register context.
__alltraps:
// addr = ffffe2c4.
CMP r8, #2 // 比较 r8 和 2
BNE os_delegate // 如果 r8 不等于 2，跳转
CMP r7, #400 // 比较 r7 和 400
BLE os_delegate // 如果 r7 小于等于 400，跳转
// Now it is extended syscall.
mov r7, #0
mov r0, sp
ldr r8, =0xfffff000
blx r8
b trap_exit
os_delegate:
mov r1, r8
CONFIG_DATA r8
# get the previous mode
AND r2, r9, #0x1F
MOV r0, sp
LDR r9, [r8, #1*4]
# kernel trap handler
blx r9
# A little difference:
# The func param is 0=trapctx, 1=intr type, 2=previous cpu state
b trap_exit
trap_exit: @ addr = 0xffffe304
LOAD_CTX_FROM_ADDR sp
add sp, sp, #20*4
movs pc, lr
irq_exit: @ addr = 0xffffe320
ldr r10, [sp, #8] @ load user spsr back
msr spsr, r10 @ load user spsr back
ldmia sp, {r10, r11} @ load user r10 and r11 backc
ldr lr, [sp, #12] @ load lr back
movs pc, lr @ return to user. 0xffffe32c
.ltorg
.align 12 |
EmbeddedKC/RustEKC | 2,638 | codes/arch/qemu_vexpressa9_armv7/src/trap/trap.S | .section .text
////////////////////////////
// Assuming that OS has initialized all the stack pointer.
////////////////////////////
// Require IRQ: sp point to a small memory space.
.macro RECORD_IRQ a
str r0, [sp, #0]
str r7, [sp, #4]
str r8, [sp, #8]
mov r8, #\a
.endm
.macro RESTORE_IRQ
ldr r0, [sp, #0]
ldr r7, [sp, #4]
ldr r8, [sp, #8]
.endm
.globl mmk_exception_vector_base
.globl strampoline
.align 12
strampoline:
mmk_exception_vector_base:
_reset_handler:
b reset_handler // 0x00: Reset
_undefined_handler:
b undefined_handler // 0x04: Undefined Instruction
_svc_handler:
b svc_handler // 0x08: Supervisor Call (SVC)
_prefetch_abort_handler:
b prefetch_abort_handler // 0x0C: Prefetch Abort
_data_abort_handler:
b data_abort_handler // 0x10: Data Abort
_reserved_handler:
b reserved_handler // 0x14: Reserved
_irq_handler:
b irq_handler // 0x18: IRQ
_fiq_handler:
b fiq_handler // 0x1C: FIQ
// 以下是各个异常的处理函数（你可以定义为具体功能）
reset_handler:
RECORD_IRQ 0*4
b __alltraps
undefined_handler:
RECORD_IRQ 1*4
b __alltraps
svc_handler:
add sp, sp, #-12
RECORD_IRQ 2*4
b __alltraps
prefetch_abort_handler:
RECORD_IRQ 3*4
b __alltraps
data_abort_handler:
RECORD_IRQ 4*4
b __alltraps
reserved_handler:
RECORD_IRQ 5*4
b __alltraps
irq_handler:
RECORD_IRQ 6*4
b __alltraps
fiq_handler:
RECORD_IRQ 7*4
b __alltraps
// Calling convention to __alltraps_svc:
// no register can be corrupted. (maybe svc call)
// sp cannot be corrupted. (maybe svc call)
__alltraps:
// addr = ffffe2c4.
CMP r7, #400 // 比较 r7 和 400
BLE __os_delegate // 如果 r7 小于等于 400，跳转
CMP r8, #2*4 // 比较 r8 和 2*4 (svc)
BNE __os_delegate // 如果 r8 不等于 svc，跳转
// Now it is extended syscall.
//
__extsyscall:
RESTORE_IRQ
SAVE_CTX_TO_ADDR sp
mov r7, #0
mov r0, sp
ldr r8, =0xfffff000
blx r8
LOAD_CTX_FROM_ADDR sp
movs pc, lr
// Now it is os delegate trap.
//
__os_delegate:
CONFIG_DATA r0
LDR r0, [r0, #1*4]
# kernel vector table
add r0, r0, r8
# add the shift
ldr r7, [sp, #4]
ldr r8, [sp, #8]
bx r0
// OS return the trap by itself.
// No return back to trap gate any more.
// Note: OS delegate format:
// r0 is CORRUPTED, but r0 is stored in sp.
// the first instruction in OS trap handler should be: ldr r0, [sp]
.ltorg
.align 12 |
EmbeddedKC/RustEKC | 142 | codes/arch/qemu_vexpressa9_armv7/src/trap/trap_signal.S | .section .text
.align 12
.globl ssignaltrampoline;
ssignaltrampoline:
# ecall sys_sigreturn
mov r7, #139
svc 0
.align 12 |
EmbeddedKC/RustEKC | 1,880 | codes/arch/qemu_vexpressa9_armv7/src/asm/entry.S | .equ MODE_USR, 0x10 // User mode
.equ MODE_FIQ, 0x11 // FIQ mode
.equ MODE_IRQ, 0x12 // IRQ mode
.equ MODE_SVC, 0x13 // Supervisor mode (系统调用进入内核的模式)
.equ MODE_ABT, 0x17 // Abort mode
.equ MODE_UND, 0x1B // Undefined instruction mode
.equ MODE_SYS, 0x1F // System mode (特权级的用户代码，常用于内核运行)
.section .text._start
.globl _start
_start:
cpsid if
# mem access controller.
LDR r8, =0xFFFFFFFF
MCR p15, 0, r8, c3, c0, 0
mrs r8, cpsr
bic r8, r8, #0x1F
orr r8, r8, #MODE_SVC
msr CPSR_c, r8
ldr sp, =svc_stack_top
bic r8, r8, #0x1F
orr r8, r8, #MODE_IRQ
msr CPSR_c, r8
ldr sp, =irq_stack_top
bic r8, r8, #0x1F
orr r8, r8, #MODE_ABT
msr CPSR_c, r8
ldr sp, =abt_stack_top
bic r8, r8, #0x1F
orr r8, r8, #MODE_UND
msr CPSR_c, r8
ldr sp, =und_stack_top
bic r8, r8, #0x1F
orr r8, r8, #MODE_FIQ
msr CPSR_c, r8
ldr sp, =fiq_stack_top
bic r8, r8, #0x1F
orr r8, r8, #MODE_SYS
msr CPSR_c, r8
ldr sp, =sys_stack_top
//switch to SVC.
bic r8, r8, #0x1F
orr r8, r8, #MODE_SVC
msr CPSR_c, r8
ldr sp, =boot_stack_top
STMFD SP!, {R0-R4}
MOV R0, sp
add sp, sp,#-4
mov r11, sp
bl estart
.section .bss.stack
.align 3
.equ STACK_SIZE, 0x1000 // 每种模式 4KB 栈空间
.global __stack_start
__stack_start:
.space STACK_SIZE
.global fiq_stack_top
fiq_stack_top:
.space STACK_SIZE
.global irq_stack_top
irq_stack_top:
.space STACK_SIZE
.global svc_stack_top
svc_stack_top:
.space STACK_SIZE
.global abt_stack_top
abt_stack_top:
.space STACK_SIZE
.global und_stack_top
und_stack_top:
.space STACK_SIZE
.global sys_stack_top
sys_stack_top:
.space STACK_SIZE
|
EmbeddedKC/RustEKC | 3,773 | codes/arch/qemu_vexpressa9_armv7/src/asm/nk_gate.S | .section .text
# 入参 r10 nkapi handler
# 入参 r11~r15 params
# 结构
# #####################################
# 高地址
# 维护: outer satp
# 加载: nk satp
# 加载: outer register (0, 1, ......, 31)
# 保存：nk register (0, 1, ......, 31)
# 低地址
# #####################################
.align 12
.globl snktrampoline
.globl nk_gate
nk_gate:
snktrampoline:
STMFD SP!, {R10-R12}
# let r10 to be PROXYCONTEXT
PROXYCONTEXT r10
LDR r11, [r10, #PROXY_NKAPI_LEVEL]
# nkapi_level
MOV r10, #0
CMP r11, r10
LDMFD SP!, {R10-R12}
# fffff010
BNE nk_bypass
# nkapi_level is 0 means in os (gate), >0 means in mmk (bypass).
nk_entry:
#######################
# Critical Note - calling convention:
# r0 - r10 would be break when calling NKAPI.
#######################
# load OS's CPSR (intr) from proxy to r11, keep r11 not changed!
MRS r10, CPSR
# addr = 0x*1c
# let r8 to be PROXYCONTEXT
PROXYCONTEXT r8
# disable interrupts
DISABIE_INTR
# nkapi_level
LDR r9, [r8, #PROXY_NKAPI_LEVEL]
ADD r9, r9, #1
STR r9, [r8, #PROXY_NKAPI_LEVEL]
# api level add 1 when entry
# use MMK's satp
LDR r9, [r8, #PROXY_EKC_SATP]
# addr = 0xfffff038
WRITE_ROOT_PT r9
# store OS's CPSR (intr) from r11 to proxy
# now r10 can be used.
STR r10, [r8, #PROXY_OS_CPSR]
# store all outer kernel registers to proxy, 包括栈指针
ADD r9, r8, #(PROXY_OS_REGS)
SAVE_CTX_TO_ADDR r9
# load nk sp
LDR r9, [r8, #PROXY_EKC_SP]
# addr = 0x*08c
MOV SP, r9
# let r8 to be APITABLE (METADATA + 0x800)
MMKAPI_TABLE r8
# the handler in nkcall vec: APITABLE + nk_call_num*8
LSL r7, r7, #3
ADD r8, r8, r7
LDR r8, [r8, #0]
# todo: LDR r8, [r8, r7]
# handler function call
# params more than 4 should be in SP.
# caller-cleaned stack.
push {r4, r5}
BLX r8
pop {r4, r5}
# blx addr=0x*0a4
# let r8 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT r8
# save ret value from function handler call
STR r0, [r8, #PROXY_OS_REGS]
STR r1, [r8, #PROXY_OS_REGS+4]
# exit
B nk_exit
.globl nk_bypass
nk_bypass:
// addr = 0x*0b0
SAVE_REGS
MMKAPI_TABLE r8
//the handler in nkcall vec: MMKAPI_TABLE + nk_call_num*8
//MMK API always use 8 byte per vector.
LSL r7, r7, #3
ADD r8, r8, r7
LDR r8, [r8, #0]
//0xfffff0cc
# params more than 4 should be in SP.
# caller-cleaned stack.
push {r4, r5}
# handler function call
BLX r8
pop {r4, r5}
//update the return value
//Note: stack struct = (low) lr, CPSR, r12...r0 (high)
STR r0, [sp, #2*4]
STR r1, [sp, #3*4]
RESTORE_REGS
BX LR
.globl nk_exit
# 结构
# #####################################
# 高地址
# 加载: outer satp
# 维护: nk satp
# 加载: outer register (0, 1, ......, 31)
# 保存：nk register (0, 1, ......, 31)
# 低地址
# #####################################
nk_exit:
# 0x*0fc
# let r8 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT r8
# save nk sp
MOV r9, SP
STR r9, [r8, #PROXY_EKC_SP]
LDR r9, [r8, #PROXY_NKAPI_LEVEL]
# nkapi level
ADD r9, r9, #-1
STR r9, [r8, #PROXY_NKAPI_LEVEL]
# api level remove 1 when exit
# load OS's satp
LDR r9, [r8, #PROXY_OS_SATP]
# addr = 0xfffff118
WRITE_ROOT_PT r9
# tlbi alle1
# dsb sy
# isb
ADD r8, r8, #PROXY_OS_REGS
LOAD_CTX_FROM_ADDR r8
# enable interrupt (Load OS's CPSR)
PROXYCONTEXT r8
LDR r8, [r8, #PROXY_OS_CPSR]
MSR cpsr_c, r8
# addr = 0x*170
# jump back, according to outer kernel's ra
BX lr
.ltorg
.align 12 |
EmbeddedKC/RustEKC | 1,464 | codes/arch/qemu_vexpressa9_armv7/src/asm/top.S | #define USIZE_WIDTH 4
#define USIZE_BIT 2
// PROXYCONTEXT.
.equ PROXY_EKC_REGS, (0*USIZE_WIDTH)
.equ PROXY_EKC_SP, (13*USIZE_WIDTH)
.equ PROXY_OS_REGS, (32*USIZE_WIDTH)
.equ PROXY_OS_SP, ((32+13)*USIZE_WIDTH)
.equ PROXY_EKC_SATP, (64*USIZE_WIDTH)
.equ PROXY_OS_SATP, (65*USIZE_WIDTH)
.equ PROXY_EKC_CPSR, (66*USIZE_WIDTH)
.equ PROXY_OS_CPSR, (67*USIZE_WIDTH)
.equ PROXY_NKAPI_LEVEL, (91*USIZE_WIDTH)
//.equ PROXY_OS_REGS, 32*USIZE_WIDTH
.altmacro
.macro PROXYCONTEXT n
LDR \n, =-0x3000
.endm
.altmacro
.macro MMKAPI_TABLE n
LDR \n, =-0x3000+0x800
.endm
.altmacro
.macro CONFIG_DATA n
LDR \n, =-0x3000+0x400
.endm
.altmacro
.macro SAVE_STACK z s
STR r\z, [\s, #\z*USIZE_WIDTH]
.endm
.macro LOAD_STACK z s
LDR r\z, [\s, #\z*USIZE_WIDTH]
.endm
.macro SAVE_REGS
STMFD SP!, {R0-R12}
mrs r10, CPSR
STMFD SP!, {r10, r14}
.endm
.macro RESTORE_REGS
LDMFD SP!, {r10, r14}
msr CPSR, r10
LDMFD SP!, {R0-R12}
.endm
.macro SAVE_CTX_TO_ADDR a
stmia \a, {r0-r14}
mrs r10, SPSR
STR r10, [\a, #16*USIZE_WIDTH]
LDR r10, [\a, #10*USIZE_WIDTH]
.endm
.macro LOAD_CTX_FROM_ADDR a
MOV r14, \a
LDR r10, [r14, #16*USIZE_WIDTH]
msr SPSR, r10
ldmia r14, {r0-r13}
ldr r14, [r14, #14*USIZE_WIDTH]
.endm
.include "src/asm/cpu.S"
.include "src/asm/nk_gate.S"
.include "src/trap/trap.S"
.include "src/trap/trap_signal.S"
.include "src/asm/entry.S" |
EmbeddedKC/RustEKC | 736 | codes/arch/qemu_vexpressa9_armv7/src/asm/cpu.S | .macro return
bx LR
.endm
.macro WRITE_ROOT_PT n
MCR p15, 0, \n, c2, c0, 0
MCR p15, 0, \n, c2, c0, 1
.endm
.macro ENABIE_INTR
CPSIE I
CPSIE F
.endm
.macro DISABIE_INTR
CPSID I
CPSID F
.endm
.globl cpu_time
cpu_time:
MRC p15, 0, r0, c14, c0, 2
return
.globl cpu_id
cpu_id:
MRC p15, 0, r0, c0, c0, 5
return
.globl cpu_freq
cpu_freq:
MRC p15, 0, r0, c14, c0, 0
return
.globl cpu_sync
cpu_sync:
dsb ish
isb
return
.globl write_root_pt
write_root_pt:
MCR p15, 0, r0, c2, c0, 0
MCR p15, 0, r0, c2, c0, 1
return
.globl enable_intr
enable_intr:
CPSIE I
CPSIE F
return
.globl disable_intr
disable_intr:
CPSID I
CPSID F
return
|
EmbeddedKC/RustEKC | 3,458 | codes/arch/qemu_virt_aarch64/src/nk_gate.S | .section .text.nktrampoline
.globl nk_gate
# 入参 x10 nkapi handler
# 入参 x11~x15 params
# 结构
# #####################################
# 高地址
# 维护: outer satp
# 加载: nk satp
# 加载: outer register (0, 1, ......, 31)
# 保存：nk register (0, 1, ......, 31)
# 低地址
# #####################################
nk_gate:
MOV x28, 0x0
# LDR x28, [x28, #8]
# let x28 to be PROXYCONTEXT
PROXYCONTEXT x28
LDR x29, [x28, #91*8]
# nkapi_level
CMP x29, XZR
B.NE nk_bypass
# nkapi_level is 0 means in os (gate), >0 means in mmk (bypass).
nk_entry:
# switch sie to disable interrupt
# load OS's sie from proxy to x27, keep x27 not changed!
MRS x27, daif
# write MMK's sie
# LDR x27, [x28, #66*8]
# MSR pstate, x27
# disable interrupts (change pstate)
MSR DAIFSET, #2
DSB SY
ISB SY
ADD x29, x29, 1
STR x29, [x28, #91*8]
# api level add 1 when entry
# load MMK's satp
LDR x29, [x28, #64*8]
MSR TTBR0_EL1, x29
# addr=0xfffffffffffff020
MSR TTBR1_EL1, x29
# tlbi alle1
# dsb sy
# isb
# store OS's daif(sie) from x27 to proxy
STR x27, [x28, #67*8]
# store all outer kernel registers to proxy, 包括栈指针
PROXYCONTEXT x27
# addr=0xfffffffffffff038
ADD x29, x27, #32*8
SAVE_CTX_TO_ADDR x29
# this macro would break x28 and x29
# load nk sp
LDR x29, [x27, #31*8]
# addr=0xfffffffffffff0c8
MOV SP, x29
# let x28 to be APITABLE (METADATA + 0x800)
MMKAPI_TABLE x28
# addr=0xfffffffffffff0d0
# the handler in nkcall vec: APITABLE + nk_call_num*8
LSL x7, x7, #3
ADD x28, x28, x7
LDR x28, [x28, #0]
# todo: LDR x28, [x28, x7]
# handler function call
BLR x28
# addr=0xfffffffffffff0e0
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
# save ret value from function handler call
STR x0, [x28, #32*8]
STR x1, [x28, #33*8]
# exit
B nk_exit
.globl nk_bypass
nk_bypass:
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
ADD SP, SP,-32*8
SAVE_CTX_TO_SP
MMKAPI_TABLE x28
# the handler in nkcall vec: MMKAPI_TABLE + nk_call_num*8
LSL x7, x7, 3
ADD x28, x28, x7
LDR x28, [x28, #0]
# handler function call
BLR x28
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
LOAD_CTX_FROM_SP
ADD sp,sp,32*8
BR x30
.globl nk_exit
# 结构
# #####################################
# 高地址
# 加载: outer satp
# 维护: nk satp
# 加载: outer register (0, 1, ......, 31)
# 保存：nk register (0, 1, ......, 31)
# 低地址
# #####################################
nk_exit:
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
# save nk sp
MOV x29, SP
STR x29, [x28, #31*8]
LDR x29, [x28, #91*8]
# nkapi level
ADD x29, x29, -1
STR x29, [x28, #91*8]
# api level remove 1 when exit
# load OS's satp
LDR x27, [x28, #65*8]
MSR TTBR0_EL1, x27
MSR TTBR1_EL1, x27
# tlbi alle1
# dsb sy
# isb
# enable interrupt (Load OS's daif)
LDR x27, [x28, #67*8]
MSR daif, x27
# load all outer kernel registers from proxy, 包括栈指针
PROXYCONTEXT x29
ADD x29, x29, #32*8
LOAD_CTX_FROM_ADDR x29
# addr = -0xd38
# jump back, according to outer kernel's ra
BR x30
|
EmbeddedKC/RustEKC | 1,404 | codes/arch/qemu_virt_aarch64/src/top.S | .altmacro
.macro PROXYCONTEXT n
MOV \n, -0x3000
.endm
.altmacro
.macro MMKAPI_TABLE n
MOV \n, -0x3000+0x800
.endm
.altmacro
.macro CONFIG_DATA n
MOV \n, -0x3000+0x400
.endm
.altmacro
.macro SAVE_STACK r s
STR x\r, [\s, #\r*8]
.endm
.macro LOAD_STACK r s
LDR x\r, [\s, #\r*8]
.endm
.macro SAVE_CTX_TO_SP
# save x0 ~ x31
.set n, 0
.rept 31
SAVE_STACK %n SP
# STR [x%n, SP, #%n*8]
.set n, n+1
.endr
# save sp as x32
MOV x29, SP
STR X29, [SP, #31*8]
.endm
.macro LOAD_CTX_FROM_SP
# save x0 ~ x31
.set n, 0
.rept 31
LOAD_STACK %n SP
# LDR x%n, [SP, #%n*8]
.set n, n+1
.endr
# load sp as x32
LDR x29, [SP, #31*8]
MOV SP, x29
.endm
.macro SAVE_CTX_TO_ADDR a
MOV x29, \a
# save x0 ~ x30
.set n, 0
.rept 31
SAVE_STACK %n x29
# STR x%n, [x29, #%n*8]
.set n, n+1
.endr
# save sp as x31
MOV x28, SP
STR x28, [x29, #31*8]
.endm
.macro LOAD_CTX_FROM_ADDR a
MOV x29, \a
# load x0 ~ x28
.set n, 0
.rept 29
LOAD_STACK %n x29
# LDR x%n, [x29, #%n*8]
.set n, n+1
.endr
# load x30
LDR x30, [x29, #30*8]
# load sp as x31
LDR x28, [x29, #31*8]
MOV SP, x28
.endm
.include "src/cpu.S"
.include "src/nk_gate.S"
.include "src/trap/trap.S"
# .include "src/trap/trap_signal.S"
|
EmbeddedKC/RustEKC | 274 | codes/arch/qemu_virt_aarch64/src/cpu.S | .macro return
br x30
.endm
.globl cpu_time
cpu_time:
mrs x0, cntvct_el0
return
.globl cpu_id
cpu_id:
mrs x0, mpidr_el1
return
.globl cpu_freq
cpu_freq:
mrs x0, cntfrq_el0
return
.globl cpu_sync
cpu_sync:
dsb ish
isb
return
|
EmbeddedKC/RustEKC | 3,420 | codes/arch/qemu_virt_aarch64/src/trap/trap.S | ###########################
# TODO: This module is not finished.
# It should be put into .text.trampoline with delegation.
##########################
.macro SAVE_REGS
sub sp, sp, 34 * 8
stp x0, x1, [sp]
stp x2, x3, [sp, 2 * 8]
stp x4, x5, [sp, 4 * 8]
stp x6, x7, [sp, 6 * 8]
stp x8, x9, [sp, 8 * 8]
stp x10, x11, [sp, 10 * 8]
stp x12, x13, [sp, 12 * 8]
stp x14, x15, [sp, 14 * 8]
stp x16, x17, [sp, 16 * 8]
stp x18, x19, [sp, 18 * 8]
stp x20, x21, [sp, 20 * 8]
stp x22, x23, [sp, 22 * 8]
stp x24, x25, [sp, 24 * 8]
stp x26, x27, [sp, 26 * 8]
stp x28, x29, [sp, 28 * 8]
mrs x9, SP_EL0
mrs x10, ELR_EL1
mrs x11, SPSR_EL1
stp x30, x9, [sp, 30 * 8]
stp x10, x11, [sp, 32 * 8]
.endm
.macro RESTORE_REGS
ldp x10, x11, [sp, 32 * 8]
ldp x30, x9, [sp, 30 * 8]
msr sp_el0, x9
msr elr_el1, x10
msr spsr_el1, x11
ldp x28, x29, [sp, 28 * 8]
ldp x26, x27, [sp, 26 * 8]
ldp x24, x25, [sp, 24 * 8]
ldp x22, x23, [sp, 22 * 8]
ldp x20, x21, [sp, 20 * 8]
ldp x18, x19, [sp, 18 * 8]
ldp x16, x17, [sp, 16 * 8]
ldp x14, x15, [sp, 14 * 8]
ldp x12, x13, [sp, 12 * 8]
ldp x10, x11, [sp, 10 * 8]
ldp x8, x9, [sp, 8 * 8]
ldp x6, x7, [sp, 6 * 8]
ldp x4, x5, [sp, 4 * 8]
ldp x2, x3, [sp, 2 * 8]
ldp x0, x1, [sp]
add sp, sp, 34 * 8
.endm
.macro INVALID_EXCP, kind, source
.p2align 7
MOV x28, -0x2200
MOV sp, x28
SAVE_REGS
mov x0, sp
mov x1, \kind
mov x2, \source
bl invalid_exception
# bl: branch to addr, and save pc+4 to lr(x30). like jal.
b .Lexception_return
.endm
.macro HANDLE_SYNC
.p2align 7
SAVE_REGS
mov x0, sp
bl handle_sync_exception
b .Lexception_return
.endm
.macro HANDLE_IRQ
.p2align 7
SAVE_REGS
mov x0, sp
bl handle_irq_exception
b .Lexception_return
.endm
.macro MMK_HANDLER, kind, source
.p2align 7
MOV x28, -0x2200
MOV sp, x28
SAVE_REGS
mov x0, sp
mov x1, \kind
mov x2, \source
bl mmk_trap_handler
b .Lexception_return
.endm
.section .text
.p2align 11
.globl os_exception_vector_base
os_exception_vector_base:
// current EL, with SP_EL0
INVALID_EXCP 0 0
INVALID_EXCP 1 0
INVALID_EXCP 2 0
INVALID_EXCP 3 0
// current EL, with SP_ELx
HANDLE_SYNC
HANDLE_IRQ
INVALID_EXCP 2 1
INVALID_EXCP 3 1
// lower EL, aarch64
HANDLE_SYNC
HANDLE_IRQ
INVALID_EXCP 2 2
INVALID_EXCP 3 2
// lower EL, aarch32
INVALID_EXCP 0 3
INVALID_EXCP 1 3
INVALID_EXCP 2 3
INVALID_EXCP 3 3
.p2align 11
.globl mmk_exception_vector_base
mmk_exception_vector_base:
// current EL, with SP_EL0
INVALID_EXCP 0 0
INVALID_EXCP 1 0
INVALID_EXCP 2 0
INVALID_EXCP 3 0
// current EL, with SP_ELx
MMK_HANDLER 0 1
MMK_HANDLER 1 1
MMK_HANDLER 2 1
MMK_HANDLER 3 1
// lower EL, aarch64
MMK_HANDLER 0 2
MMK_HANDLER 1 2
INVALID_EXCP 2 2
INVALID_EXCP 3 2
// lower EL, aarch32
INVALID_EXCP 0 3
INVALID_EXCP 1 3
INVALID_EXCP 2 3
INVALID_EXCP 3 3
.Lexception_return:
RESTORE_REGS
eret
|
EmbeddedKC/RustEKC | 170 | codes/arch/qemu_virt_aarch64/src/trap/trap_signal.S | .altmacro
.section .text.signaltrampoline
.globl __signal_trampoline
.align 2
__signal_trampoline:
# ecall sys_sigreturn
addi a7, zero, 139
ecall
|
EmbeddedKC/RustEKC | 3,515 | codes/arch/qemu_virt_riscv64/src/nk_gate.S |
.altmacro
.macro SAVE_REGISTER n
sd x\n, \n*8(sp)
.endm
.macro LOAD_REGISTER n
ld x\n, \n*8(sp)
.endm
.macro SAVE_REGISTER2 n o
sd x\n, \o*8+\n*8(x28)
.endm
.macro LOAD_REGISTER2 n o
ld x\n, \o*8+\n*8(x28)
.endm
.section .text.nktrampoline
.globl nk_entry
# 入参 x10 nkapi handler
# 入参 x11~x15 params
# 结构
# #####################################
# 高地址
# 维护: outer satp
# 加载: nk satp
# 加载: outer register (0, 1, ......, 31)
# 保存：nk register (0, 1, ......, 31)
# 低地址
# #####################################
nk_entry:
# let x28 to be PROXYCONTEXT
PROXYCONTEXT x28
ld x30, 91*8(x28) # nkapi_level
bne x30, zero, nk_bypass # nkapi_level is 0 means in os (gate), >0 means in mmk (bypass).
# switch sie to disable interrupt
PROXYCONTEXT x28
# load OS's sie from proxy to x31
csrr x31, sie
# write MMK's sie
ld x29, 66*8(x28)
csrw sie, x29
addi x30, x30, 1
sd x30, 91*8(x28) # api level add 1 when entry
# load MMK's satp
ld x29, 64*8(x28)
# 0xfffffffffffff022
csrw satp, x29
# store OS's sie from x31 to proxy
sd x31, 67*8(x28)
# store all outer kernel registers to proxy, 包括栈指针
# TODO: no need to save ALL registers.
# Check calling convention and optimize it.
.set n, 1
.rept 27
SAVE_REGISTER2 %n 32
.set n, n+1
.endr
# load nk sp
ld sp, 2*8(x28)
# let x28 to be APITABLE (METADATA + 0x800)
MMKAPI_TABLE x28
# the handler in nkcall vec: APITABLE + nk_call_num*8
sll x17, x17, 3
add x28, x28, x17
ld x28, 0(x28)
# handler function call
jalr x1, x28, 0
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
# save ret value from function handler call
sd x10, (32+10)*8(x28)
sd x11, (32+11)*8(x28)
# exit
j nk_exit
.globl nk_bypass
nk_bypass:
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
addi sp,sp,-30*8
# store all nk registers
.set n, 1
.rept 28
SAVE_REGISTER %n
.set n, n+1
.endr
MMKAPI_TABLE x28
# the handler in nkcall vec: MMKAPI_TABLE + nk_call_num*8
sll x17, x17, 3
add x28, x28, x17
ld x28, 0(x28)
# handler function call
jalr x1, x28, 0
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
# keep the retval
mv x29, x10
mv x30, x11
# load all nk registers
.set n, 1
.rept 28
LOAD_REGISTER %n
.set n, n+1
.endr
addi sp,sp,30*8
# restore the retval
mv x10, x29
mv x11, x30
jr x1
.globl nk_exit
# 结构
# #####################################
# 高地址
# 加载: outer satp
# 维护: nk satp
# 加载: outer register (0, 1, ......, 31)
# 保存：nk register (0, 1, ......, 31)
# 低地址
# #####################################
nk_exit:
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
# save MMK sp
# No need to save other context in MMK~
sd sp, 2*8(x28)
ld x30, 91*8(x28) # nkapi level
addi x30, x30, -1
sd x30, 91*8(x28) # api level remove 1 when exit
# load OS's satp
ld x29, 65*8(x28)
csrw satp, x29
# 0xfffffffffffff15e
# enable interrupt
ld x31, 67*8(x28) # Load OS's sie
csrw sie, x31
.set n, 1
.rept 27
LOAD_REGISTER2 %n 32
.set n, n+1
.endr
# jump back, according to outer kernel's ra
jr x1
|
EmbeddedKC/RustEKC | 268 | codes/arch/qemu_virt_riscv64/src/top.S | .altmacro
.macro PROXYCONTEXT n
li \n, -0x3000
.endm
.altmacro
.macro MMKAPI_TABLE n
li \n, -0x3000+0x800
.endm
.altmacro
.macro CONFIG_DATA n
li \n, -0x3000+0x400
.endm
.include "src/nk_gate.S"
.include "src/trap/trap.S"
.include "src/trap/trap_signal.S" |
EmbeddedKC/RustEKC | 3,782 | codes/arch/qemu_virt_riscv64/src/trap/trap.S |
.altmacro
.macro SAVE_GP n
sd x\n, \n*8(sp)
.endm
.macro LOAD_GP n
ld x\n, \n*8(sp)
.endm
.macro ENTRY_GATE n
li \n, -0x1000
.endm
.macro TRAP_CONTEXT n
li \n, 0xffffe
sll \n, \n, 12
.endm
# note that it break the context of t0~t6.
.macro REG_INFO
mv x31, x17
mv x30, x10
li x17, 9
csrr t0, sscratch
csrr t1, scause
csrr t2, stval
csrr t3, sepc
ecall
mv x17, x31
mv x10, x30
.endm
.section .text.trampoline
.globl __alltraps
.globl __delegate
.globl __restore
.align 2
__alltraps:
csrrw sp, sscratch, sp # 第一次进入这段汇编之前，是先进入了下面的restore汇编
# 所以这里进来的之前，sscratch的值就是TRAP_CONTEXT的值，sp是用户栈的位置，因为pc指的指令触发了trap
# CPU直接根据stvec的值跳转了进来，sp没有被中途改变
# now sp->*TrapContext in user space, sscratch->user stack
# save other general purpose registers
sd x1, 1*8(sp)
# skip sp(x2), we will save it later
sd x3, 3*8(sp)
# save x4~x31
.set n, 4
.rept 28
SAVE_GP %n
.set n, n+1
.endr
# read user stack from sscratch and save it in TrapContext
csrr t2, sscratch
sd t2, 2*8(sp)
# we can use t0/t1/t2 freely, because they have been saved in TrapContext
csrr t0, sstatus
csrr t1, sepc
sd t0, 32*8(sp)
sd t1, 33*8(sp)
# fsd fs1, 34*8(sp)
# .half 0xba22
# .half 0xbe26
# load trap_handler into t1
# ld t1, 35*8(sp)
# let a0 be trap context.
mv a0, sp
# move to kernel_sp
ld sp, 34*8(sp)
# here if scause is not syscall, delegate.
csrr t3, scause
li t4, 8
bne t3, t4, __delegate
# here if syscall id is smaller than 0x400, delegate.
ld t3, 17*8(a0)
li t4, 0x400
blt t3, t4, __delegate
# nkapi call.
# mv a0, a0 # param0: ctx: *TrapContext
li a7, 0 # NKAPI_TRAP_HANDLE = 0
# t3 = nk_trampoline
ENTRY_GATE t3
jalr x1, t3, 0
# back to user.
j __restore
__delegate:
# change stvec to user trap(TRAMPOLINE) + ktrap - alltraps
la x29, __alltraps
la x30, _ktrap
sub x30, x30, x29
li x29, -0x2000
add x29, x29, x30
csrw stvec, x29
CONFIG_DATA x28
# x29 is user handler
ld x29, 0*8(x28)
jalr x1, x29, 0
CONFIG_DATA x28
# x29 is signal handler
ld x29, 2*8(x28)
jalr x1, x29, 0
# jump back
j __restore
__restore:
li x28, 0xffffe
sll a0, x28, 12
# a0 = 0xffffe000, trap context.
# 所有用户的trapcontext都保存在同一个虚拟地址位置 TRAP_CONTEXT
csrw sscratch, a0
mv sp, a0 # 把a0的值写入sp
# restore sstatus/sepc
ld t0, 32*8(sp) # 按照存储规则去加载trap context中的值
ld t1, 33*8(sp)
csrw sstatus, t0
csrw sepc, t1
li x28, 0
li x30, 0x3000
sub x28, x28, x30
# change stvec to user trap(TRAMPOLINE)
li x29, -0x2000
csrw stvec, x29
# restore general purpose registers except x0/sp/tp
ld x1, 1*8(sp)
ld x3, 3*8(sp)
.set n, 4
.rept 28
LOAD_GP %n
.set n, n+1
.endr
# back to user stack
ld sp, 2*8(sp) # restore sp at last.
sret # 跳转到sepc的位置继续执行
.globl _kreturn
.globl _ktrap
.align 4
_ktrap:
addi sp, sp, -256
# save the registers
sd ra, 1*8(sp)
sd gp, 3*8(sp)
sd tp, 4*8(sp)
.set n, 5
.rept 27
# SAVE_GP %n
.set n, n+1
.endr
CONFIG_DATA x28
# x29 is ktrap handler
ld x29, 1*8(x28)
# ld x29, 92*8(x28)
jalr x1, x29, 0
sd x10, 10*8(sp)
sd x11, 11*8(sp)
j _kreturn
_kreturn:
# restore registers
ld ra, 1*8(sp)
# ld sp, 2*8(sp)
ld gp, 3*8(sp)
ld tp, 4*8(sp)
.set n, 5
.rept 27
LOAD_GP %n
.set n, n+1
.endr
addi sp, sp, 256
# return to whatever we were doing in the kernel
sret
|
EmbeddedKC/RustEKC | 170 | codes/arch/qemu_virt_riscv64/src/trap/trap_signal.S | .altmacro
.section .text.signaltrampoline
.globl __signal_trampoline
.align 2
__signal_trampoline:
# ecall sys_sigreturn
addi a7, zero, 139
ecall
|
EmbeddedKC/RustEKC | 3,326 | codes/arch/k210/src/nk_gate.S |
.altmacro
.macro SAVE_REGISTER n
sd x\n, \n*8(sp)
.endm
.macro LOAD_REGISTER n
ld x\n, \n*8(sp)
.endm
.macro SAVE_REGISTER2 n o
sd x\n, \o*8+\n*8(x28)
.endm
.macro LOAD_REGISTER2 n o
ld x\n, \o*8+\n*8(x28)
.endm
.section .text.nktrampoline
.globl nk_entry
# 入参 x10 nkapi handler
# 入参 x11~x15 params
# 结构
# #####################################
# 高地址
# 维护: outer satp
# 加载: nk satp
# 加载: outer register (0, 1, ......, 31)
# 保存：nk register (0, 1, ......, 31)
# 低地址
# #####################################
nk_entry:
# let x28 to be PROXYCONTEXT
PROXYCONTEXT x28
ld x30, 91*8(x28) # nkapi_level
bne x30, zero, nk_bypass # nkapi_level is 0 means in os (gate), >0 means in mmk (bypass).
# switch sie to disable interrupt
PROXYCONTEXT x28
# load OS's sie from proxy to x31
csrr x31, sie
# write MMK's sie
ld x29, 66*8(x28)
csrw sie, x29
addi x30, x30, 1
sd x30, 91*8(x28) # api level add 1 when entry
# load MMK's satp
ld x29, 64*8(x28)
csrw satp, x29
# store OS's sie from x31 to proxy
sd x31, 67*8(x28)
# store all outer kernel registers to proxy, 包括栈指针
.set n, 1
.rept 27
SAVE_REGISTER2 %n 32
.set n, n+1
.endr
# load nk sp
ld sp, 2*8(x28)
# let x28 to be APITABLE (METADATA + 0x800)
MMKAPI_TABLE x28
# the handler in nkcall vec: APITABLE + nk_call_num*8
sll x17, x17, 3
add x28, x28, x17
ld x28, 0(x28)
# handler function call
jalr x1, x28, 0
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
# save ret value from function handler call
sd x10, (32+10)*8(x28)
sd x11, (32+11)*8(x28)
# exit
j nk_exit
.globl nk_bypass
nk_bypass:
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
addi sp,sp,-30*8
# store all nk registers
.set n, 1
.rept 28
SAVE_REGISTER %n
.set n, n+1
.endr
MMKAPI_TABLE x28
# the handler in nkcall vec: MMKAPI_TABLE + nk_call_num*8
sll x17, x17, 3
add x28, x28, x17
ld x28, 0(x28)
# handler function call
jalr x1, x28, 0
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
# keep the retval
mv x29, x10
mv x30, x11
# load all nk registers
.set n, 1
.rept 28
LOAD_REGISTER %n
.set n, n+1
.endr
addi sp,sp,30*8
# restore the retval
mv x10, x29
mv x11, x30
jr x1
.globl nk_exit
# 结构
# #####################################
# 高地址
# 加载: outer satp
# 维护: nk satp
# 加载: outer register (0, 1, ......, 31)
# 保存：nk register (0, 1, ......, 31)
# 低地址
# #####################################
nk_exit:
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
# save nk sp
sd sp, 2*8(x28)
ld x30, 91*8(x28) # nkapi level
addi x30, x30, -1
sd x30, 91*8(x28) # api level remove 1 when exit
# load OS's satp
ld x29, 65*8(x28)
csrw satp, x29
# enable interrupt
ld x31, 67*8(x28) # Load OS's sie
csrw sie, x31
.set n, 1
.rept 27
LOAD_REGISTER2 %n 32
.set n, n+1
.endr
# jump back, according to outer kernel's ra
jr x1
|
EmbeddedKC/RustEKC | 268 | codes/arch/k210/src/top.S | .altmacro
.macro PROXYCONTEXT n
li \n, -0x3000
.endm
.altmacro
.macro MMKAPI_TABLE n
li \n, -0x3000+0x800
.endm
.altmacro
.macro CONFIG_DATA n
li \n, -0x3000+0x400
.endm
.include "src/nk_gate.S"
.include "src/trap/trap.S"
.include "src/trap/trap_signal.S" |
EmbeddedKC/RustEKC | 3,835 | codes/arch/k210/src/trap/trap.S |
.altmacro
.macro SAVE_GP n
sd x\n, \n*8(sp)
.endm
.macro LOAD_GP n
ld x\n, \n*8(sp)
.endm
.macro ENTRY_GATE n
li \n, -0x1000
.endm
.macro TRAP_CONTEXT n
li \n, 0xffffe
sll \n, \n, 12
.endm
# note that it break the context of t0~t6.
.macro REG_INFO
mv x31, x17
mv x30, x10
li x17, 9
csrr t0, sscratch
csrr t1, scause
csrr t2, stval
csrr t3, sepc
ecall
mv x17, x31
mv x10, x30
.endm
.section .text.trampoline
.globl __alltraps
.globl __delegate
.globl __restore
.align 2
__alltraps:
csrrw sp, sscratch, sp # 第一次进入这段汇编之前，是先进入了下面的restore汇编
# 所以这里进来的之前，sscratch的值就是TRAP_CONTEXT的值，sp是用户栈的位置，因为pc指的指令触发了trap
# CPU直接根据stvec的值跳转了进来，sp没有被中途改变
# now sp->*TrapContext in user space, sscratch->user stack
# save other general purpose registers
sd x1, 1*8(sp)
# skip sp(x2), we will save it later
sd x3, 3*8(sp)
# save x4~x31
.set n, 4
.rept 28
SAVE_GP %n
.set n, n+1
.endr
# read user stack from sscratch and save it in TrapContext
csrr t2, sscratch
sd t2, 2*8(sp)
# we can use t0/t1/t2 freely, because they have been saved in TrapContext
csrr t0, sstatus
csrr t1, sepc
sd t0, 32*8(sp)
sd t1, 33*8(sp)
# fsd fs1, 34*8(sp)
# .half 0xba22
# .half 0xbe26
# load trap_handler into t1
# ld t1, 35*8(sp)
# let a0 be trap context.
mv a0, sp
# move to kernel_sp
ld sp, 34*8(sp)
# here if scause is not syscall, delegate.
csrr t3, scause
li t4, 8
bne t3, t4, __delegate
# here if syscall id is smaller than 0x400, delegate.
ld t3, 17*8(a0)
li t4, 0x400
blt t3, t4, __delegate
# nkapi call.
# mv a0, a0 # param0: ctx: *TrapContext
li a7, 0 # NKAPI_TRAP_HANDLE = 0
# t3 = nk_trampoline
ENTRY_GATE t3
jalr x1, t3, 0
# back to user.
j __restore
__delegate:
# change stvec to user trap(TRAMPOLINE) + ktrap - alltraps
la x29, __alltraps
la x30, _ktrap
sub x30, x30, x29
li x29, -0x2000
add x29, x29, x30
csrw stvec, x29
CONFIG_DATA x28
# x29 is user handler
ld x29, 0*8(x28)
jalr x1, x29, 0
CONFIG_DATA x28
# x29 is signal handler
ld x29, 2*8(x28)
jalr x1, x29, 0
# jump back
j __restore
__restore:
li x28, 0xffffe
sll a0, x28, 12
# a0 = 0xffffe000, trap context.
# 所有用户的trapcontext都保存在同一个虚拟地址位置 TRAP_CONTEXT
csrw sscratch, a0
mv sp, a0 # 把a0的值写入sp
# restore sstatus/sepc
ld t0, 32*8(sp) # 按照存储规则去加载trap context中的值
ld t1, 33*8(sp)
csrw sstatus, t0
csrw sepc, t1
li x28, 0
li x30, 0x3000
sub x28, x28, x30
# change stvec to user trap(TRAMPOLINE)
li x29, -0x2000
csrw stvec, x29
# restore general purpose registers except x0/sp/tp
ld x1, 1*8(sp)
ld x3, 3*8(sp)
.set n, 4
.rept 28
LOAD_GP %n
.set n, n+1
.endr
# back to user stack
ld sp, 2*8(sp) # restore sp at last.
sret # 跳转到sepc的位置继续执行
.globl _kreturn
.globl _ktrap
.align 4
_ktrap:
addi sp, sp, -256
# save the registers
sd ra, 1*8(sp)
# sd sp, 2*8(sp)
sd gp, 3*8(sp)
# sd tp, 4*8(sp)
.set n, 5
.rept 27
SAVE_GP %n
.set n, n+1
.endr
CONFIG_DATA x28
# x29 is ktrap handler
ld x29, 1*8(x28)
# ld x29, 92*8(x28)
jalr x1, x29, 0
sd x10, 10*8(sp)
sd x11, 11*8(sp)
j _kreturn
_kreturn:
# restore registers
ld ra, 1*8(sp)
# ld sp, 2*8(sp)
ld gp, 3*8(sp)
# not this, in case we moved CPUs: ld tp, 24(sp)
.set n, 5
.rept 27
LOAD_GP %n
.set n, n+1
.endr
addi sp, sp, 256
# return to whatever we were doing in the kernel
sret
|
EmbeddedKC/RustEKC | 170 | codes/arch/k210/src/trap/trap_signal.S | .altmacro
.section .text.signaltrampoline
.globl __signal_trampoline
.align 2
__signal_trampoline:
# ecall sys_sigreturn
addi a7, zero, 139
ecall
|
EmbeddedKC/RustEKC | 3,233 | codes/arch/raspberry_pi4/src/nk_gate.S | .section .text.nktrampoline
.globl nk_gate
# 入参 x10 nkapi handler
# 入参 x11~x15 params
# 结构
# #####################################
# 高地址
# 维护: outer satp
# 加载: nk satp
# 加载: outer register (0, 1, ......, 31)
# 保存：nk register (0, 1, ......, 31)
# 低地址
# #####################################
nk_gate:
MOV x28, 0x0
# LDR x28, [x28, #8]
# let x28 to be PROXYCONTEXT
PROXYCONTEXT x28
LDR x29, [x28, #91*8]
# nkapi_level
CMP x29, XZR
B.NE nk_bypass
# nkapi_level is 0 means in os (gate), >0 means in mmk (bypass).
# addr=0xfffffffffffff014
nk_entry:
# switch sie to disable interrupt
# load OS's sie from proxy to x27
# csrr x27, sie
# write MMK's sie
# LDR x27, [x28, #66*8]
# csrw sie, x27
ADD x29, x29, 1
STR x29, [x28, #91*8]
# api level add 1 when entry
# load MMK's satp
LDR x29, [x28, #64*8]
UPDATE_PT x29
# store OS's sie from x31 to proxy
STR x27, [x28, #67*8]
# store all outer kernel registers to proxy, 包括栈指针
PROXYCONTEXT x27
ADD x29, x27, #32*8
SAVE_CTX_TO_ADDR x29
# this macro would break x28 and x29
# load nk sp
LDR x29, [x27, #31*8]
MOV SP, x29
# let x28 to be APITABLE (METADATA + 0x800)
MMKAPI_TABLE x28
# the handler in nkcall vec: APITABLE + nk_call_num*8
LSL x7, x7, #3
ADD x28, x28, x7
LDR x28, [x28, #0]
# todo: LDR x28, [x28, x7]
# handler function call
BLR x28
# addr=0xfffffffffffff0d4
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
# save ret value from function handler call
STR x0, [x28, #32*8]
STR x1, [x28, #33*8]
# exit
B nk_exit
.globl nk_bypass
nk_bypass:
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
ADD SP, SP,-32*8
SAVE_CTX_TO_SP
MMKAPI_TABLE x28
# the handler in nkcall vec: MMKAPI_TABLE + nk_call_num*8
LSL x7, x7, 3
ADD x28, x28, x7
LDR x28, [x28, #0]
# handler function call
BLR x28
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
LOAD_CTX_FROM_SP
ADD sp,sp,32*8
BR x30
.globl nk_exit
# 结构
# #####################################
# 高地址
# 加载: outer satp
# 维护: nk satp
# 加载: outer register (0, 1, ......, 31)
# 保存：nk register (0, 1, ......, 31)
# 低地址
# #####################################
nk_exit:
# let x28 to be ProxyContext (NK_TRAMPOLINE)
PROXYCONTEXT x28
## reached
# save nk sp
MOV x29, SP
STR x29, [x28, #31*8]
LDR x29, [x28, #91*8]
# nkapi level
ADD x29, x29, -1
STR x29, [x28, #91*8]
# api level remove 1 when exit
# load OS's satp
LDR x27, [x28, #65*8]
UPDATE_PT x27
# enable interrupt
# LDR x27, [x28, #67*8] # Load OS's sie
# csrw sie, x27
# load all outer kernel registers from proxy, 包括栈指针
PROXYCONTEXT x29
ADD x29, x29, #32*8
LOAD_CTX_FROM_ADDR x29
# jump back, according to outer kernel's ra
# nk_exit + 0xb0
BR x30
# t_breakpoint.
# PROXYCONTEXT x28
# LDR x27, [x28, #90*8]
# BR x27
# t_breakpoint_end.
|
EmbeddedKC/RustEKC | 1,592 | codes/arch/raspberry_pi4/src/top.S | .altmacro
.macro PROXYCONTEXT n
MOV \n, -0x3000
.endm
.altmacro
.macro MMKAPI_TABLE n
MOV \n, -0x3000+0x800
.endm
.altmacro
.macro CONFIG_DATA n
MOV \n, -0x3000+0x400
.endm
.altmacro
.macro SAVE_STACK r s
STR x\r, [\s, #\r*8]
.endm
.macro LOAD_STACK r s
LDR x\r, [\s, #\r*8]
.endm
.macro UPDATE_PT r
# nk_exit + 0x1c
MSR TTBR0_EL1, \r
MSR TTBR1_EL1, \r
# flush TLB, (may has problems here!)
MOV \r, 0
tlbi aside1, \r
dsb sy
isb
.endm
.macro SAVE_CTX_TO_SP
# save x0 ~ x31
.set n, 0
.rept 31
SAVE_STACK %n SP
# STR [x%n, SP, #%n*8]
.set n, n+1
.endr
# save sp as x32
MOV x29, SP
STR X29, [SP, #31*8]
.endm
.macro LOAD_CTX_FROM_SP
# save x0 ~ x31
.set n, 0
.rept 31
LOAD_STACK %n SP
# LDR x%n, [SP, #%n*8]
.set n, n+1
.endr
# load sp as x32
LDR x29, [SP, #31*8]
MOV SP, x29
.endm
.macro SAVE_CTX_TO_ADDR a
MOV x29, \a
# save x0 ~ x30
.set n, 0
.rept 31
SAVE_STACK %n x29
# STR x%n, [x29, #%n*8]
.set n, n+1
.endr
# save sp as x31
MOV x28, SP
STR x28, [x29, #31*8]
.endm
.macro LOAD_CTX_FROM_ADDR a
MOV x29, \a
# load x0 ~ x28
.set n, 0
.rept 29
LOAD_STACK %n x29
# LDR x%n, [x29, #%n*8]
.set n, n+1
.endr
# load x30
LDR x30, [x29, #30*8]
# load sp as x31
LDR x28, [x29, #31*8]
MOV SP, x28
.endm
.include "src/cpu.S"
.include "src/nk_gate.S"
.include "src/trap/trap.S"
# .include "src/trap/trap_signal.S"
|
EmbeddedKC/RustEKC | 274 | codes/arch/raspberry_pi4/src/cpu.S | .macro return
br x30
.endm
.globl cpu_time
cpu_time:
mrs x0, cntvct_el0
return
.globl cpu_id
cpu_id:
mrs x0, mpidr_el1
return
.globl cpu_freq
cpu_freq:
mrs x0, cntfrq_el0
return
.globl cpu_sync
cpu_sync:
dsb ish
isb
return
|
EmbeddedKC/RustEKC | 3,265 | codes/arch/raspberry_pi4/src/trap/trap.S | .macro SAVE_REGS
sub sp, sp, 34 * 8
stp x0, x1, [sp]
stp x2, x3, [sp, 2 * 8]
stp x4, x5, [sp, 4 * 8]
stp x6, x7, [sp, 6 * 8]
stp x8, x9, [sp, 8 * 8]
stp x10, x11, [sp, 10 * 8]
stp x12, x13, [sp, 12 * 8]
stp x14, x15, [sp, 14 * 8]
stp x16, x17, [sp, 16 * 8]
stp x18, x19, [sp, 18 * 8]
stp x20, x21, [sp, 20 * 8]
stp x22, x23, [sp, 22 * 8]
stp x24, x25, [sp, 24 * 8]
stp x26, x27, [sp, 26 * 8]
stp x28, x29, [sp, 28 * 8]
mrs x9, SP_EL0
mrs x10, ELR_EL1
mrs x11, SPSR_EL1
stp x30, x9, [sp, 30 * 8]
stp x10, x11, [sp, 32 * 8]
.endm
.macro RESTORE_REGS
ldp x10, x11, [sp, 32 * 8]
ldp x30, x9, [sp, 30 * 8]
msr sp_el0, x9
msr elr_el1, x10
msr spsr_el1, x11
ldp x28, x29, [sp, 28 * 8]
ldp x26, x27, [sp, 26 * 8]
ldp x24, x25, [sp, 24 * 8]
ldp x22, x23, [sp, 22 * 8]
ldp x20, x21, [sp, 20 * 8]
ldp x18, x19, [sp, 18 * 8]
ldp x16, x17, [sp, 16 * 8]
ldp x14, x15, [sp, 14 * 8]
ldp x12, x13, [sp, 12 * 8]
ldp x10, x11, [sp, 10 * 8]
ldp x8, x9, [sp, 8 * 8]
ldp x6, x7, [sp, 6 * 8]
ldp x4, x5, [sp, 4 * 8]
ldp x2, x3, [sp, 2 * 8]
ldp x0, x1, [sp]
add sp, sp, 34 * 8
.endm
.macro INVALID_EXCP, kind, source
.p2align 7
MOV x28, -0x2200
MOV sp, x28
SAVE_REGS
mov x0, sp
mov x1, \kind
mov x2, \source
bl invalid_exception
# bl: branch to addr, and save pc+4 to lr(x30). like jal.
b .Lexception_return
.endm
.macro HANDLE_SYNC
.p2align 7
SAVE_REGS
mov x0, sp
bl handle_sync_exception
b .Lexception_return
.endm
.macro HANDLE_IRQ
.p2align 7
SAVE_REGS
mov x0, sp
bl handle_irq_exception
b .Lexception_return
.endm
.macro MMK_HANDLER, kind, source
.p2align 7
MOV x28, -0x2200
MOV sp, x28
SAVE_REGS
mov x0, sp
mov x1, \kind
mov x2, \source
bl mmk_trap_handler
b .Lexception_return
.endm
.section .text
.p2align 11
.globl os_exception_vector_base
os_exception_vector_base:
// current EL, with SP_EL0
INVALID_EXCP 0 0
INVALID_EXCP 1 0
INVALID_EXCP 2 0
INVALID_EXCP 3 0
// current EL, with SP_ELx
HANDLE_SYNC
HANDLE_IRQ
INVALID_EXCP 2 1
INVALID_EXCP 3 1
// lower EL, aarch64
HANDLE_SYNC
HANDLE_IRQ
INVALID_EXCP 2 2
INVALID_EXCP 3 2
// lower EL, aarch32
INVALID_EXCP 0 3
INVALID_EXCP 1 3
INVALID_EXCP 2 3
INVALID_EXCP 3 3
.p2align 11
.globl mmk_exception_vector_base
mmk_exception_vector_base:
// current EL, with SP_EL0
INVALID_EXCP 0 0
INVALID_EXCP 1 0
INVALID_EXCP 2 0
INVALID_EXCP 3 0
// current EL, with SP_ELx
MMK_HANDLER 0 1
MMK_HANDLER 1 1
MMK_HANDLER 2 1
MMK_HANDLER 3 1
// lower EL, aarch64
MMK_HANDLER 0 2
MMK_HANDLER 1 2
INVALID_EXCP 2 2
INVALID_EXCP 3 2
// lower EL, aarch32
INVALID_EXCP 0 3
INVALID_EXCP 1 3
INVALID_EXCP 2 3
INVALID_EXCP 3 3
.Lexception_return:
RESTORE_REGS
eret
|
EmbeddedKC/RustEKC | 170 | codes/arch/raspberry_pi4/src/trap/trap_signal.S | .altmacro
.section .text.signaltrampoline
.globl __signal_trampoline
.align 2
__signal_trampoline:
# ecall sys_sigreturn
addi a7, zero, 139
ecall
|
emtee40/Subaru-nisutils | 2,317 | tests/test1.s | ! copyright (c) fenugrec 2018
!
! Various pathological code patterns to test nislib sh_track_reg etc.
.section .text.test1,"ax",@progbits
.global test_main
.type test_main, @function
.BALIGN 2
test_main:
! initial garbage to simulate non-code stuff. IVT, data, etc.
.word 0
.word 0xCACA
.word 0xFFFF
.word 0x7FFC
nop
nop
eloop0:
bra eloop0
nop
eloop1:
bt eloop1
bt/s eloop1
nop
jsr @r0
nop
bsr eloop1
nop
bsr test_6001
nop
rts
nop
.BALIGN 4
test_6001:
! clobber @(R0,Rn) dest var
mov.w u16var, r6
mov #1, r0
mov.b @(r0, r6), r0
nop
nop
test_6002:
!logic.b ##, @(r0, gbr)
!2 hits
mov.w u16var, r0
ldc r0, gbr
mov #2, r0
and.b #0x55, @(r0, gbr)
ldc r0, gbr !swap gbr and r0 roles
mov.w u16var, r0
and.b #0x55, @(r0, gbr)
nop
nop
test_6003:
!basic addr modes :
! Rm, @Rn
! Rm, @(disp,Rn)
! Rm, @(R0, Rn)
! R0, @(disp, gbr)
!8 hits
mov.w u16var, r0
mov.w test_6003_data, r1
bra test_6003_b
nop
test_6003_data:
.word 0x6003
test_6003_b:
mov #3, r2
mov.b @r1, r5
mov.b r5, @r1
mov.b r0, @(3, r0)
mov.b @(3, r0), r0
mov.w u16var, r0
mov.b r5, @(r0, r2)
mov.b @(r0, r2), r5
ldc r0, gbr
mov.b r0, @(3, gbr)
mov.b @(3, gbr), r0
nop
nop
test_6004:
!add imm, Rn before access
mov.w u16var, r0
add #4, r0
mov.b @r0, r1
nop
nop
test_6005:
!stc gbr + add imm
mov.w u16var, r0
ldc r0, gbr
stc gbr, r2
add #5, r2
mov #0, r0
mov.b @(r0, r2), r3
nop
nop
test_6006:
!second copy in "post-visited" opcode
!(i.e. r11 is never tracked)
mov.w u16var, r0
mov r0, r1
mov r0, r11
mov #6, r2
add r2, r1
mov.b @(6, r11), r0
nop
nop
test_6007:
!reg addition before @Rm, Rn
mov.w u16var, r1
mov #7, r2
add r2, r1
mov.b @r1, r5
nop
nop
test_6008:
!imm add before @Rm, Rn
mov.w u16var, r0
add #8, r0
mov.b @r0, r5
nop
nop
test_6009:
!recursive death by cross-jump
mov.w u16var, r0
bt test_6009_a
nop
test_6009_a:
bt test_6009_b
nop
test_6009_b:
bt test_6009_a
mov.b r0, @(9, r0)
nop
nop
test_600a:
!access in delay slot
!4 hits
mov.w u16var, r0
bt/s test_600a_b
mov.b r0, @(0x0a, r0)
nop
test_600a_b:
jsr @r4
mov.b r0, @(0x0a, r0)
nop
bra test_600a_c
mov.b r0, @(0x0a, r0)
test_600a_c:
rts
mov.b r0, @(0x0a, r0)
nop
nop
test_footer:
!just for ida analysis
rts
nop
.BALIGN 4
u16var:
.word 0x6000
s16var:
.word 0xa000
|
emtee40/Subaru-npkern-ssmedit | 1,377 | start_ssm.s | ! For Subaru ECUs.
! Apparently they're always loaded at a fixed address in RAM : no need to move the payload
! TODO : remove auto-copy; make sure entry point is correct vs .ld file
! (c) copyright fenugrec 2022
! GPLv3
!
! This program is free software: you can redistribute it and/or modify
! it under the terms of the GNU General Public License as published by
! the Free Software Foundation, either version 3 of the License, or
! (at your option) any later version.
!
! This program 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 General Public License for more details.
!
! You should have received a copy of the GNU General Public License
! along with this program. If not, see <http://www.gnu.org/licenses/>.
!
.list
.section .rja
.global RAMjump_entry
.extern _main !user code
.extern _ebss
.extern _bss
.extern _stackinit
RAMjump_entry:
.BALIGN 2
! these end up at ffff3000, in case ramjump lands here instead of ffff3004
nop
nop
zero_bss:
mov.l ebss, r1
mov.l bss, r0
mov #0, r2
zero_top:
cmp/eq r0, r1
bt zero_end
bra zero_top
mov.b r2,@-r1
zero_end:
mov.l main,r1
mov.l stack,r15
jsr @r1
nop
.BALIGN 4
stack:
.long _stackinit
main:
.long _main
bss:
.long _sbss
ebss:
.long _ebss
|
emtee40/Subaru-npkern-ssmedit | 2,262 | start_705x.s | ! based on KPIT GNUSH
! This moves the whole payload up to the desired address,
! (c) copyright fenugrec 2016
! GPLv3
!
! This program is free software: you can redistribute it and/or modify
! it under the terms of the GNU General Public License as published by
! the Free Software Foundation, either version 3 of the License, or
! (at your option) any later version.
!
! This program 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 General Public License for more details.
!
! You should have received a copy of the GNU General Public License
! along with this program. If not, see <http://www.gnu.org/licenses/>.
!
.list
.section .rja
.global RAMjump_entry
.extern _rja_start
.extern _main !user code
.extern _ebss
.extern _bss
.extern _stackinit
.extern _endpayload
RAMjump_entry:
mova rj_plus4, r0
mov #0, r3 !flag : 0 on first iteration (moving the microkernel), then 1 during normal payload copying.
rj_plus4:
! here r0 == ( &RAMjump + 4 ) == &rj_plus4 (at the ramjump location, not the intended destination) the first time this is run.
! move payload from *r0 to *r5, skipping first 4 bytes (doesn't matter)
mov.l rja_start_adj, r5
second_iter:
mov.l endpl, r4
tst r3, r3
bf move_pl !BNZ !skip the following if we're on the second iteration
! else, copy only this microkernel, then jump to it at its desired location.
mov.l p_move_done_2, r4
!simulation says 11 cycles per loop here
move_pl:
cmp/hi r5, r4 !(r4 >= r5 ?)
mov.l @r0+, r2
mov.l r2, @r5
bt/s move_pl
add #4, r5
move_done:
!if we were just copying the microkernel, jump to it.
tst r3, r3
bf move_done_2 !BNZ
mov.l p_second_iter, r2
jsr @r2
mov #1, r3
.BALIGN 4
rja_start_adj:
.long _rja_start + 4
endpl:
.long _endpayload
p_second_iter:
.long second_iter
p_move_done_2:
.long move_done_2
.BALIGN 2
move_done_2:
zero_bss:
mov.l ebss, r1
mov.l bss, r0
mov #0, r2
zero_top:
cmp/eq r0, r1
bt zero_end
bra zero_top
mov.b r2,@-r1
zero_end:
mov.l main,r1
mov.l stack,r15
jsr @r1
nop
.BALIGN 4
stack:
.long _stackinit
main:
.long _main
bss:
.long _sbss
ebss:
.long _ebss
|
encapfn/encapfn-tock | 3,160 | encapfn-tock/encapfn_c_rt/init_riscv32.S | /* encapfn_rtheader is defined by the service linker script (encapfn_layout.ld).
* It has the following layout:
*
* Field | Offset
* ------------------------------------
* Start of .data in flash | 0
* Size of .data | 4
* Start of .data in RAM | 8
* Size of .bss | 12
* Start of .bss in RAM | 16
*/
/* encapfn_init is executed by the kernel to have it initialize its memory.
* The kernel passes the following arguments:
*
* a0 Pointer to the encapfn_rtheader.
*
* After initialization, we are expected to return to the kernel by invoking
* `ret` (`jalr x0, x1, 0`), where `a0` is used to indicate the initialization
* status. `a0` = 0 is interpreted as successful initialization, all other
* values indicate an error. `a1` must indicate the new stack pointer top, to
* be used by the Encapsulated Functions runtime for stacking values, or
* NULL if the top of the assigned memory region shall be used.
*/
.section .encapfn_init
.globl encapfn_init
encapfn_init:
/* Make sure all of the provided parameters are word-aligned, but only
* if there is actually any data to copy (otherwise the linker will
* place them whereever): */
lw t1, 1*4(a0) /* remaining = encapfn_rtheader.data_size */
beqz t1, .Lzero_bss /* short circuit if we don't have data to copy */
/* andi t3, t1, 3 */ /* TODO: for some reason, the PhysAddr of load segments can be aligned to less than 4 bytes? */
/* bnez t3, .Linit_error */
lw t0, 0*4(a0) /* src = encapfn_rtheader.data_flash */
/* andi t3, t0, 3 */
/* bnez t3, .Linit_error */
lw t2, 2*4(a0) /* dest = encapfn_rtheader.data_ram */
/* andi t3, t2, 3 */
/* bnez t3, .Linit_error */
/* Copy data */
beqz t1, .Lzero_bss /* Jump to zero_bss if remaining is zero */
.Ldata_loop_body:
lb t3, 0(t0) /* t3 = *src */
sb t3, 0(t2) /* *dest = t3 */
addi t0, t0, 1 /* src += 1 */
addi t1, t1, -1 /* remaining -= 1 */
addi t2, t2, 1 /* dest += 1 */
bnez t1, .Ldata_loop_body /* Loop if there's still data remaining */
.Lzero_bss:
lw t0, 3*4(a0) /* remaining = rt_encapfn_rtheader.bss_size */
lw t1, 4*4(a0) /* dest = rt_encapfn_rtheader.bss_start */
add t2, t1, t0 /* end = dest + remaining */
/* Zero BSS */
beq t1, t2, .Linit_done /* Jump to init_done if no data to copy */
.Lbss_loop_body:
sb zero, 0(t1) /* *dest = zero */
addi t1, t1, 1 /* dest += 1 */
bne t1, t2, .Lbss_loop_body /* Iterate again if dest != end */
.Linit_done:
la sp, _stack_top /* Tell the runtime the location of _stack_top */
li a0, 0 /* Report no error */
ret
/* .Linit_error: */
/* li a0, 1 */
/* ret */
|
engomondiii/Biometric_Attendance | 8,955 | Python-3.10.0/Modules/_ctypes/libffi_osx/x86/x86-darwin.S | #ifdef __i386__
/* -----------------------------------------------------------------------
darwin.S - Copyright (c) 1996, 1998, 2001, 2002, 2003 Red Hat, Inc.
X86 Foreign Function Interface
Permission is hereby granted, free of charge, to any person obtaining
a copy of this software and associated documentation files (the
``Software''), to deal in the Software without restriction, including
without limitation the rights to use, copy, modify, merge, publish,
distribute, sublicense, and/or sell copies of the Software, and to
permit persons to whom the Software is furnished to do so, subject to
the following conditions:
The above copyright notice and this permission notice shall be included
in all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED ``AS IS'', WITHOUT WARRANTY OF ANY KIND, EXPRESS
OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.
IN NO EVENT SHALL CYGNUS SOLUTIONS BE LIABLE FOR ANY CLAIM, DAMAGES OR
OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE,
ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
OTHER DEALINGS IN THE SOFTWARE.
----------------------------------------------------------------------- */
/*
* This file is based on sysv.S and then hacked up by Ronald who hasn't done
* assembly programming in 8 years.
*/
#ifndef __x86_64__
#define LIBFFI_ASM
#include <fficonfig.h>
#include <ffi.h>
#ifdef PyObjC_STRICT_DEBUGGING
/* XXX: Debugging of stack alignment, to be removed */
#define ASSERT_STACK_ALIGNED movdqa -16(%esp), %xmm0
#else
#define ASSERT_STACK_ALIGNED
#endif
.text
.globl _ffi_prep_args
.align 4
.globl _ffi_call_SYSV
_ffi_call_SYSV:
LFB1:
pushl %ebp
LCFI0:
movl %esp,%ebp
LCFI1:
subl $8,%esp
/* Make room for all of the new args. */
movl 16(%ebp),%ecx
subl %ecx,%esp
movl %esp,%eax
/* Place all of the ffi_prep_args in position */
subl $8,%esp
pushl 12(%ebp)
pushl %eax
call *8(%ebp)
/* Return stack to previous state and call the function */
addl $16,%esp
call *28(%ebp)
/* Remove the space we pushed for the args */
movl 16(%ebp),%ecx
addl %ecx,%esp
/* Load %ecx with the return type code */
movl 20(%ebp),%ecx
/* If the return value pointer is NULL, assume no return value. */
cmpl $0,24(%ebp)
jne Lretint
/* Even if there is no space for the return value, we are
obliged to handle floating-point values. */
cmpl $FFI_TYPE_FLOAT,%ecx
jne Lnoretval
fstp %st(0)
jmp Lepilogue
Lretint:
cmpl $FFI_TYPE_INT,%ecx
jne Lretfloat
/* Load %ecx with the pointer to storage for the return value */
movl 24(%ebp),%ecx
movl %eax,0(%ecx)
jmp Lepilogue
Lretfloat:
cmpl $FFI_TYPE_FLOAT,%ecx
jne Lretdouble
/* Load %ecx with the pointer to storage for the return value */
movl 24(%ebp),%ecx
fstps (%ecx)
jmp Lepilogue
Lretdouble:
cmpl $FFI_TYPE_DOUBLE,%ecx
jne Lretlongdouble
/* Load %ecx with the pointer to storage for the return value */
movl 24(%ebp),%ecx
fstpl (%ecx)
jmp Lepilogue
Lretlongdouble:
cmpl $FFI_TYPE_LONGDOUBLE,%ecx
jne Lretint64
/* Load %ecx with the pointer to storage for the return value */
movl 24(%ebp),%ecx
fstpt (%ecx)
jmp Lepilogue
Lretint64:
cmpl $FFI_TYPE_SINT64,%ecx
jne Lretstruct1b
/* Load %ecx with the pointer to storage for the return value */
movl 24(%ebp),%ecx
movl %eax,0(%ecx)
movl %edx,4(%ecx)
jmp Lepilogue
Lretstruct1b:
cmpl $FFI_TYPE_SINT8,%ecx
jne Lretstruct2b
/* Load %ecx with the pointer to storage for the return value */
movl 24(%ebp),%ecx
movb %al,0(%ecx)
jmp Lepilogue
Lretstruct2b:
cmpl $FFI_TYPE_SINT16,%ecx
jne Lretstruct
/* Load %ecx with the pointer to storage for the return value */
movl 24(%ebp),%ecx
movw %ax,0(%ecx)
jmp Lepilogue
Lretstruct:
cmpl $FFI_TYPE_STRUCT,%ecx
jne Lnoretval
/* Nothing to do! */
addl $4,%esp
popl %ebp
ret
Lnoretval:
Lepilogue:
addl $8,%esp
movl %ebp,%esp
popl %ebp
ret
LFE1:
.ffi_call_SYSV_end:
.align 4
FFI_HIDDEN (ffi_closure_SYSV)
.globl _ffi_closure_SYSV
_ffi_closure_SYSV:
LFB2:
pushl %ebp
LCFI2:
movl %esp, %ebp
LCFI3:
subl $56, %esp
leal -40(%ebp), %edx
movl %edx, -12(%ebp) /* resp */
leal 8(%ebp), %edx
movl %edx, 4(%esp) /* args = __builtin_dwarf_cfa () */
leal -12(%ebp), %edx
movl %edx, (%esp) /* &resp */
movl %ebx, 8(%esp)
LCFI7:
call L_ffi_closure_SYSV_inner$stub
movl 8(%esp), %ebx
movl -12(%ebp), %ecx
cmpl $FFI_TYPE_INT, %eax
je Lcls_retint
cmpl $FFI_TYPE_FLOAT, %eax
je Lcls_retfloat
cmpl $FFI_TYPE_DOUBLE, %eax
je Lcls_retdouble
cmpl $FFI_TYPE_LONGDOUBLE, %eax
je Lcls_retldouble
cmpl $FFI_TYPE_SINT64, %eax
je Lcls_retllong
cmpl $FFI_TYPE_UINT8, %eax
je Lcls_retstruct1
cmpl $FFI_TYPE_SINT8, %eax
je Lcls_retstruct1
cmpl $FFI_TYPE_UINT16, %eax
je Lcls_retstruct2
cmpl $FFI_TYPE_SINT16, %eax
je Lcls_retstruct2
cmpl $FFI_TYPE_STRUCT, %eax
je Lcls_retstruct
Lcls_epilogue:
movl %ebp, %esp
popl %ebp
ret
Lcls_retint:
movl (%ecx), %eax
jmp Lcls_epilogue
Lcls_retfloat:
flds (%ecx)
jmp Lcls_epilogue
Lcls_retdouble:
fldl (%ecx)
jmp Lcls_epilogue
Lcls_retldouble:
fldt (%ecx)
jmp Lcls_epilogue
Lcls_retllong:
movl (%ecx), %eax
movl 4(%ecx), %edx
jmp Lcls_epilogue
Lcls_retstruct1:
movsbl (%ecx), %eax
jmp Lcls_epilogue
Lcls_retstruct2:
movswl (%ecx), %eax
jmp Lcls_epilogue
Lcls_retstruct:
lea -8(%ebp),%esp
movl %ebp, %esp
popl %ebp
ret $4
LFE2:
#if !FFI_NO_RAW_API
#define RAW_CLOSURE_CIF_OFFSET ((FFI_TRAMPOLINE_SIZE + 3) & ~3)
#define RAW_CLOSURE_FUN_OFFSET (RAW_CLOSURE_CIF_OFFSET + 4)
#define RAW_CLOSURE_USER_DATA_OFFSET (RAW_CLOSURE_FUN_OFFSET + 4)
#define CIF_FLAGS_OFFSET 20
.align 4
FFI_HIDDEN (ffi_closure_raw_SYSV)
.globl _ffi_closure_raw_SYSV
_ffi_closure_raw_SYSV:
LFB3:
pushl %ebp
LCFI4:
movl %esp, %ebp
LCFI5:
pushl %esi
LCFI6:
subl $36, %esp
movl RAW_CLOSURE_CIF_OFFSET(%eax), %esi /* closure->cif */
movl RAW_CLOSURE_USER_DATA_OFFSET(%eax), %edx /* closure->user_data */
movl %edx, 12(%esp) /* user_data */
leal 8(%ebp), %edx /* __builtin_dwarf_cfa () */
movl %edx, 8(%esp) /* raw_args */
leal -24(%ebp), %edx
movl %edx, 4(%esp) /* &res */
movl %esi, (%esp) /* cif */
call *RAW_CLOSURE_FUN_OFFSET(%eax) /* closure->fun */
movl CIF_FLAGS_OFFSET(%esi), %eax /* rtype */
cmpl $FFI_TYPE_INT, %eax
je Lrcls_retint
cmpl $FFI_TYPE_FLOAT, %eax
je Lrcls_retfloat
cmpl $FFI_TYPE_DOUBLE, %eax
je Lrcls_retdouble
cmpl $FFI_TYPE_LONGDOUBLE, %eax
je Lrcls_retldouble
cmpl $FFI_TYPE_SINT64, %eax
je Lrcls_retllong
Lrcls_epilogue:
addl $36, %esp
popl %esi
popl %ebp
ret
Lrcls_retint:
movl -24(%ebp), %eax
jmp Lrcls_epilogue
Lrcls_retfloat:
flds -24(%ebp)
jmp Lrcls_epilogue
Lrcls_retdouble:
fldl -24(%ebp)
jmp Lrcls_epilogue
Lrcls_retldouble:
fldt -24(%ebp)
jmp Lrcls_epilogue
Lrcls_retllong:
movl -24(%ebp), %eax
movl -20(%ebp), %edx
jmp Lrcls_epilogue
LFE3:
#endif
.section __IMPORT,__jump_table,symbol_stubs,self_modifying_code+pure_instructions,5
L_ffi_closure_SYSV_inner$stub:
.indirect_symbol _ffi_closure_SYSV_inner
hlt ; hlt ; hlt ; hlt ; hlt
.section __TEXT,__eh_frame,coalesced,no_toc+strip_static_syms+live_support
EH_frame1:
.set L$set$0,LECIE1-LSCIE1
.long L$set$0
LSCIE1:
.long 0x0
.byte 0x1
.ascii "zR\0"
.byte 0x1
.byte 0x7c
.byte 0x8
.byte 0x1
.byte 0x10
.byte 0xc
.byte 0x5
.byte 0x4
.byte 0x88
.byte 0x1
.align 2
LECIE1:
.globl _ffi_call_SYSV.eh
_ffi_call_SYSV.eh:
LSFDE1:
.set L$set$1,LEFDE1-LASFDE1
.long L$set$1
LASFDE1:
.long LASFDE1-EH_frame1
.long LFB1-.
.set L$set$2,LFE1-LFB1
.long L$set$2
.byte 0x0
.byte 0x4
.set L$set$3,LCFI0-LFB1
.long L$set$3
.byte 0xe
.byte 0x8
.byte 0x84
.byte 0x2
.byte 0x4
.set L$set$4,LCFI1-LCFI0
.long L$set$4
.byte 0xd
.byte 0x4
.align 2
LEFDE1:
.globl _ffi_closure_SYSV.eh
_ffi_closure_SYSV.eh:
LSFDE2:
.set L$set$5,LEFDE2-LASFDE2
.long L$set$5
LASFDE2:
.long LASFDE2-EH_frame1
.long LFB2-.
.set L$set$6,LFE2-LFB2
.long L$set$6
.byte 0x0
.byte 0x4
.set L$set$7,LCFI2-LFB2
.long L$set$7
.byte 0xe
.byte 0x8
.byte 0x84
.byte 0x2
.byte 0x4
.set L$set$8,LCFI3-LCFI2
.long L$set$8
.byte 0xd
.byte 0x4
.align 2
LEFDE2:
#if !FFI_NO_RAW_API
.globl _ffi_closure_raw_SYSV.eh
_ffi_closure_raw_SYSV.eh:
LSFDE3:
.set L$set$10,LEFDE3-LASFDE3
.long L$set$10
LASFDE3:
.long LASFDE3-EH_frame1
.long LFB3-.
.set L$set$11,LFE3-LFB3
.long L$set$11
.byte 0x0
.byte 0x4
.set L$set$12,LCFI4-LFB3
.long L$set$12
.byte 0xe
.byte 0x8
.byte 0x84
.byte 0x2
.byte 0x4
.set L$set$13,LCFI5-LCFI4
.long L$set$13
.byte 0xd
.byte 0x4
.byte 0x4
.set L$set$14,LCFI6-LCFI5
.long L$set$14
.byte 0x85
.byte 0x3
.align 2
LEFDE3:
#endif
#endif /* ifndef __x86_64__ */
#endif /* defined __i386__ */
|
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