Subido por Edgar Da

SET+DE+INSTR BASICO M4

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CORTEX M4 SET DE INSTRUCCIONES BÁSICO
ACCESO DE MEMORIA
Mnemonic
Operands
Description
LDR {H,SH,B,SB}
LDR {H,SH,B,SB}
STR {H,B}
STR {H,B}
PUSH {Rt1,Rt2,….}
POP {Rt1,Rt2,….}
ADR
MOV, MOVS
Rd, [Rn]
Rd, [Rn,#offset]
Rt, [Rn]
Rt, [Rn,#offset]
reglist
reglist
Rd, label
Rd, <Op2>
Load Register with data
Load Register with data
Store Register data
Store Register data
Push registers onto stack
Pop registers from stack
Set Rd equal to the address at label
Set Rd equal to Op2
MOV
MVN, MVNS
Rd, #imm16
Rd, <Op2>
Set Rd equal to imm16
Set Rd equal to -Op2
LDR {H,SH,B,SB}
Rd, [Rn],#offset
Load Register with data and increment
LDR {H,SH,B,SB}
Rd, [Rn,#offset]!
Load Register with data and increment
ARITMÉTICAS Y LÓGICAS
Mnemonic
Operands
Flags
Rd = [Rn]
Rd = [Rn+off]
[Rn] = Rt
[Rn+off] = Rt
Rd = <label>
Rd = Operand2
Rd[15:0] = imm16, Rd[31:16] = 0,
imm16 range 0-65535
Rd = 0xFFFFFFFF EOR Operand2
Rd = [Rn]
Rn = Rn + off
Rn = Rn + off
Rd = [Rn]
Description
N,Z,C
-
Flags
ADD, ADDS
ADD, ADDS
SUB, SUBS
SUB, SUBS
RSB, RSBS
RSB, RSBS
CMP
CMN
MUL, MULS
MLA
MLS
UDIV
SDIV
{Rd,} Rn,<Op2>
{Rd,} Rn,#imm12
{Rd,} Rn,<Op2>
{Rd,} Rn,#imm12
{Rd,} Rn,<Op2>
{Rd,} Rn,#imm12
Rn, <Op2>
Rn, <Op2>
{Rd,} Rn,Rm
Rd, Rn,Rm, Ra
Rd, Rn,Rm, Ra
{Rd,} Rn,Rm
{Rd,} Rn,Rm
Add
Add
Subtract
Subtract
Reverse Subtract
Reverse Subtract
Compare
Compare Negative
Multiply, 32-bit result
Multiply with Accumulate, 32-bit result
Multiply and Subtract, 32-bit result
Unsigned Divide
Signed Divide
Rd = Rn + Operand2
Rd = Rn + imm12, imm12 range 0-4095
Rd = Rn – Operand2
Rd = Rn - imm12, imm12 range 0-4095
Rd = Operand2 – Rn
Rd = imm12 – Rn
Update PSR flags on Rn – Operand2
Update PSR flags on Rn + Operand2
Rd = Rn * Rm
Rd = Ra + (Rn * Rm)
Rd = Ra – (Rn * Rm)
Rd = Rn / Rm
Rd = Rn / Rm
AND, ANDS
ORR, ORRS
ORN, ORNS
EOR, EORS
BIC, BICS
{Rd,} Rn,<Op2>
{Rd,} Rn,<Op2>
{Rd,} Rn,<Op2>
{Rd,} Rn,<Op2>
{Rd,} Rn,<Op2>
Logical AND
Logical OR
Logical OR NOT
Exclusive OR
Bit Clear
LSL, LSLS
Rd, Rm,Rs
Logical Shift Left (unsigned)
LSL, LSLS
Rd, Rm,#n
Logical Shift Left (unsigned)
LSR, LSRS
Rd, Rm,Rs
Logical Shift Right (unsigned)
LSR, LSRS
Rd, Rm,#n
Logical Shift Right (unsigned)
ASR, ASRS
Rd, Rm,Rs
Arithmetic Shift Right (signed)
ASR, ASRS
Rd, Rm,#n
Arithmetic Shift Right (signed)
ROR, RORS
Rd, Rm,Rs
Rotate Right
ROR, RORS
Rd, Rm,#n
Rotate Right
RRX, RRXS
Rd, Rm
Rotate Right with Extend
Rd = Rn & Operand2
Rd = Rn | Operand2
Rd = Rn | (~ Operand2)
Rd = Rn ^ Operand2
Rd = Rn & (~ Operand2)
Rd = Rm << Rs
(Same as MOV{S} Rd, Rm, LSL Rs)
Rd = Rm >> n
(Same as MOV{S} Rd, Rm, LSL n)
Rd = Rm << Rs
(Same as MOV{S} Rd, Rm, LSR Rs)
Rd = Rm >> n
(Same as MOV{S} Rd, Rm, LSR n)
Rd = Rm >> Rs
(Same as MOV{S} Rd, Rm, ASR Rs)
Rd = Rm >> n
(Same as MOV{S} Rd, Rm, ASR n)
Rd = Rm >> Rs
(Same as MOV{S} Rd, Rm, ROR Rs)
Rd = Rm >> #n
(Same as MOV{S} Rd, Rm, ROR n)
Rd = RRX(Rm)
(Same as MOV{S} Rd, Rm, RRX)
ZAS2017-1
N,Z,C
N,Z,C,V
N,Z,C,V
N,Z,C,V
N,Z,C,V
N,Z,C,V
N,Z,C,V
N,Z,C,V
N,Z
N,Z
N,Z,C
N,Z,C
N,Z,C
N,Z,C
N,Z,C
N,Z,C
N,Z,C
N,Z,C
N,Z,C
N,Z,C
N,Z,C
N,Z,C
N,Z,C
N,Z,C
INSTRUCCIONES ESPECIALES
Mnemonic
Operands
CPSID
CPSIE
CONTROL DE FLUJO
Mnemonic
Description
Operands
label
Rm
Branch to label
Branch indirect to location specified by Rm
BL
label
Branch to subroutine at label
BLX
label o Rm
Branch to subroutine indirect specified by Rm o label
Operands
-
Description
B
BX
Mnemonic
Flags
Change Processor State, Disable Interrupts
Change Processor State, Enable Interrupts
i
i
Flags
PC = label. label is this instruction ±32MB
PC = Rm
LR = address of next instruction, PC = label.
label is this instruction ±32MB.
LR = address of next instruction,
PC = Rm[31:1]. O PC = label
Meaning
BEQ
BNE
BCS
BHS
BCC
BLO
BMI
BPL
BVS
BVC
BHI
BLS
BGE
BLT
BGT
BLE
label o Rm
label o Rm
label o Rm
label o Rm
label o Rm
label o Rm
label o Rm
label o Rm
label o Rm
label o Rm
label o Rm
label o Rm
label o Rm
label o Rm
label o Rm
label o Rm
{}
Rd
Encierre operandos opcionales
Especifica el registro de destino . Si se omite Rd, el registro de destino es Rn
Especifica el registro que contiene el primer operando .
Especifica cualquier registro
Es un segundo operando flexibles
Cualquier valor de 0 a 31
Cualquier valor de -255 a 4095
Cualquier dirección dentro de la memoria ROM
Cualquier valor de 0 a 4095
Cualquier valor de 0 a 65535
Dato de 16 bits sin signo
Dato de 16 bits con signo
Dato de 8 bits sin signo
Dato de 8 bits con signo
Rn
Rt
Op2
#n
#offset
label
#imm12
#1mm16
H
SH
B
SB
ZAS2017-1
Equal
Not equal
Higher or same, unsigned
Higher or same, unsigned
Lower, unsigned
Lower, unsigned
Negative
Positive or zero
Overflow
No overflow
Higher, unsigned
Lower or same, unsigned
Greater than or equal, signed
Less than, signed
Greater than, signed
Less than or equal, signed
Condition Flags
Z=1
Z=0
C=1
C=1
C=0
C=0
N=1
N=0
V=1
V=0
C = 1 and Z = 0
C = 0 or Z = 1
N=V
N != V
Z = 0 and N = V
Z = 1 and N != V
-
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