ELEC50010-IAC-CW/inputs/reference.txt

334 lines
3.6 KiB
Plaintext

== Instruction ==
C code
Assembly code
Hex code
Reference Output
================
ADDIU Add immediate unsigned (no overflow)
== ADDU Add unsigned (no overflow) ==
int main(void) {
int a = 3 + 5;
}
ORI $4,$0,3
ORI $5,$0,5
ADDU $2,$4,$5
JR $0
34040003
34050005
00851021
00000008
register_v0 = 8
AND Bitwise and
ANDI Bitwise and immediate
==BEQ Branch on equal==
ORI $4,$0,5
ORI $5,$0,5
BEQ $4,$5,3
NOP
JR $0
NOP
ORI $2,$0,1
JR $0
34040005
34050005
10850003
00000000
00000008
00000000
34020001
00000008
register_v0 = 1
==BGEZ Branch on greater than or equal to zero==
ORI $4,$0,3
BGEZ $4,3
NOP
JR $0
NOP
ORI $2,$0,1
JR $0
34040003
04810003
00000000
00000008
00000000
34020001
00000008
register_v0 = 1
==BGEZAL Branch on non-negative (>=0) and link==
ORI $4,$0,3
BGEZAL $4,4
NOP
ADDIU $2,$2,1
JR $0
NOP
ORI $2,$0,1
JR $31
34040003
04910004
00000000
24420001
00000008
00000000
34020001
03E00008
register_v0 = 2
==BGTZ Branch on greater than zero==
ORI $4,$0,3
BGTZ $4,3
NOP
JR $0
NOP
ORI $2,$0,1
JR $0
34040003
1C800003
00000000
00000008
00000000
34020001
00000008
register_v0 = 1
==BLEZ Branch on less than or equal to zero==
ORI $4,$0,-1
BLEZ $4,3
NOP
JR $0
NOP
ORI $2,$0,1
JR $0
3404FFFF
18800003
00000000
00000008
00000000
34020001
00000008
register_v0 = 1
==BLTZ Branch on less than zero==
ORI $4,$0,-1
BLTZ $4,3
NOP
JR $0
NOP
ORI $2,$0,1
JR $0
3404FFFF
04800003
00000000
00000008
00000000
34020001
00000008
register_v0 = 1
==BLTZAL Branch on less than zero and link==
ORI $4,$0,-1
BLTZAL $4,4
NOP
ADDIU $2,$2,1
JR $0
NOP
ORI $2,$0,1
JR $31
3404FFFF
04900004
00000000
24420001
00000000
00000008
34020001
03E00008
register_v0 = 2
==BNE Branch on not equal==
ORI $4,$0,3
ORI $5,$0,5
BNE $4,$5,3
NOP
JR $0
NOP
ORI $2,$0,1
JR $0
34040003
34040005
14850003
00000000
00000008
00000000
34020001
00000008
register_v0 = 1
DIV Divide
DIVU Divide unsigned
==J Jump==
J 4
NOP
JR $0
NOP
ORI $2,$0,1
JR $0
08000004
00000000
00000008
00000000
34020001
00000008
register_v0 = 1
==JALR Jump and link register==
ORI $5,$0,1C
LUI $5,BFC0
JALR $4,$5
NOP
ADDIU $2,$2,1
JR $0
NOP
ORI $2,$0,1
JR $4
3405001C
3C05BCF0
00A02009
00000000
24420001
00000008
00000000
34020001
00800008
register_v0 = 2
==JAL Jump and link==
JAL 5
NOP
ADDIU $2,$2,1
JR $0
NOP
ORI $2,$0,1
JR $31
0C000005
00000000
24420001
00000008
00000000
34020001
03E00008
register_v0 = 2
==JR Jump register==
ORI $5,$0,14
LUI $5,BFC0
JR $5
NOP
JR $0
NOP
ORI $2,$0,1
JR $0
34050014
3C05BCF0
00A00008
00000000
00000008
34020001
00000008
register_v0 = 1
LB Load byte
LBU Load byte unsigned
LH Load half-word
LHU Load half-word unsigned
LUI Load upper immediate
LW Load word
LWL Load word left
LWR Load word right
//MTHI Move to HI
//MTLO Move to LO
//MULT Multiply
//MULTU Multiply unsigned
//OR Bitwise or
//ORI Bitwise or immediate
//SB Store byte
//SH Store half-word
//SLL Shift left logical
//SLLV Shift left logical variable
//SLT Set on less than (signed)
//SLTI Set on less than immediate (signed)
//SLTIU Set on less than immediate unsigned
//SLTU Set on less than unsigned
///SRA Shift right arithmetic
//SRAV Shift right arithmetic
//SRL Shift right logical
//SRLV Shift right logical variable
//SUBU Subtract unsigned
//SW Store word
//XOR Bitwise exclusive or
//XORI Bitwise exclusive or immediate