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ADC ADC ADC ADC ADC ADC ADC BX,DI EAX,5 AX,0FFFFH ;Uses single-byte opcode AL,42H ;Uses single-byte opcode BP,17H WORD [BX+SI+Inset],5 WORD ES:[BX],0B800H
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ADC adds the source operand and the Carry flag to the destination operand, and after the operation, the result replaces the destination operand The add operation is an arithmetic add, and the carry allows multipleprecision additions across several registers or memory locations (To add without taking the Carry flag into account, use the ADD instruction) All affected flags are set according to the operation Most importantly, if the result does not fit into the destination operand, the Carry flag is set to 1 r8 = AL AH BL BH CL CH DL DH sr = CS DS SS ES FS GS m8 = 8-bit memory data m32 = 32-bit memory data i16 = 16-bit immediate data r16 = AX BX CX DX BP SP SI DI r32 = EAX EBX ECX EDX EBP ESP ESI EDI m16 = 16-bit memory data i8 = 8-bit immediate data i32 = 32-bit immediate data
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d8 = 8-bit signed displacement d32 = 32-bit unsigned displacement
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d16 = 16-bit signed displacement
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ADD Arithmetic Addition Flags affected:
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O D I T S Z A P C F F F F F F F F F * * * * * * OF: Overflow flag TF: Trap flag AF: Aux carry DF: Direction flag SF: Sign flag PF: Parity flag IF: Interrupt flag ZF: Zero flag CF: Carry flag
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ADD ADD ADD ADD ADD ADD ADD ADD ADD ADD ADD ADD ADD ADD ADD ADD ADD ADD ADD ADD ADD ADD r8,r8 m8,r8 r8,m8 r16,r16 m16,r16 r16,m16 r32,r32 m32,r32 r32,m32 r8,i8 m8,i8 r16,i16 m16,i16 r32,i32 m32,i32 r16,i8 m16,i8 r32,i8 m32,i8 AL,i8 AX,i16 EAX,i32
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ADD ADD ADD ADD ADD AND ADD ADD BX,DI AX,0FFFFH ;Uses single-byte opcode AL,42H ;Uses single-byte opcode EAX,5 BP,17H DWORD [EDI],EAX WORD [BX+SI+Inset],5 WORD ES:[BX],0B800H
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Notes:
ADD adds the source operand to the destination operand, and after the operation, the result replaces the destination operand The add operation is an arithmetic add, and does not take the Carry flag into account (To add using the Carry flag, use the ADC Add with Carry instruction) All affected flags are set according to the operation Most importantly, if the result does not fit into the destination operand, the Carry flag is set to 1 r8 = AL AH BL BH CL CH DL DH sr = CS DS SS ES FS GS m8 = 8-bit memory data m32 = 32-bit memory data i16 = 16-bit immediate data r16 = AX BX CX DX BP SP SI DI r32 = EAX EBX ECX EDX EBP ESP ESI EDI m16 = 16-bit memory data i8 = 8-bit immediate data i32 = 32-bit immediate data
d8 = 8-bit signed displacement d32 = 32-bit unsigned displacement
d16 = 16-bit signed displacement
AND Logical AND Flags affected:
O D I T S Z A P C F F F F F F F F F * * * * * * OF: Overflow flag TF: Trap flag AF: Aux carry DF: Direction flag SF: Sign flag PF: Parity flag IF: Interrupt flag ZF: Zero flag CF: Carry flag
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AND AND AND AND AND AND AND AND AND AND AND AND AND AND AND AND AND AND r8,r8 m8,r8 r8,m8 r16,r16 m16,r16 r16,m16 r32,r32 m32,r32 r32,m32 r8,i8 m8,i8 r16,i16 m16,i16 r32,i32 m32,i32 AL,i8 AX,i16 EAX,i32
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Examples:
AND AND AND AND AND AND AND BX,DI EAX,5 AX,0FFFFH ;Uses single-byte opcode AL,42H ;Uses single-byte opcode DWORD [EDI],EAX WORD ES:[BX],0B800H WORD [BP+SI],DX
Notes:
AND performs the AND logical operation on its two operands Once the operation is complete, the result replaces the destination operand AND is performed on a bit-by-bit basis, such that bit 0 of the source is ANDed with bit 0 of the destination, bit 1 of the source is ANDed with bit 1 of the destination, and so on The AND operation yields a 1 if both of the operands are 1; and a 0 only if either operand is 0 Note that the operation makes the Auxiliary carry flag undefined CF and OF are cleared to 0, and the other affected flags are set according to the operation's results r8 = AL AH BL BH CL CH DL DH sr = CS DS SS ES FS GS m8 = 8-bit memory data m32 = 32-bit memory data i16 = 16-bit immediate data d8 = 8-bit signed displacement d32 = 32-bit unsigned displacement r16 = AX BX CX DX BP SP SI DI r32 = EAX EBX ECX EDX EBP ESP ESI EDI m16 = 16-bit memory data i8 = 8-bit immediate data i32 = 32-bit immediate data d16 = 16-bit signed displacement
BT Bit Test (386+) Flags affected:
O D I T S Z A P C F F F F F F F F F * OF: Overflow flag TF: Trap flag AF: Aux carry DF: Direction flag SF: Sign flag PF: Parity flag IF: Interrupt flag ZF: Zero flag CF: Carry flag
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BT BT BT BT BT BT BT BT r16,r16 m16,r16 r32,r32 m32,r32 r16,i8 m16,i8 r32,i8 m32,i8 386+ 386+ 386+ 386+ 386+ 386+ 386+ 386+
Examples:
BT BT BT BT BT AX,CX [BX+DI],DX AX,64 EAX,EDX ECX,17
Notes:
BT copies a single specified bit from the left operand to the Carry flag, where it can be tested or fed back into a quantity using one of the shift/rotate instructions Which bit is copied is specified by the right operand Neither operand is altered by BT When the right operand is an 8-bit immediate value, the value specifies the number of the bit to be copied In BT AX,5, bit 5 of AX is copied into CF When the immediate value exceeds the size of the left operand, the value is expressed modulo the size of the left operand That is, because there are not 66 bits in EAX, BT EAX,66 pulls out as many 32s from the immediate value as can be taken, and what remains is the bit number (Here, 2) When the right operand is not an immediate value, the right operand not only specifies the bit to be tested but also an offset from the memory reference in the left operand This is complicated See a detailed discussion in a full assembly language reference r8 = AL AH BL BH CL CH DL DH sr = CS DS SS ES FS GS m8 = 8-bit memory data m32 = 32-bit memory data i16 = 16-bit immediate data d8 = 8-bit signed displacement d32 = 32-bit unsigned displacement r16 = AX BX CX DX BP SP SI DI r32 = EAX EBX ECX EDX EBP ESP ESI EDI m16 = 16-bit memory data i8 = 8-bit immediate data i32 = 32-bit immediate data d16 = 16-bit signed displacement
CALL Call Procedure Flags affected:
O D I T S Z A P C F F F F F F F F F <none> OF: Overflow flag TF: Trap flag AF: Aux carry DF: Direction flag SF: Sign flag PF: Parity flag IF: Interrupt flag ZF: Zero flag CF: Carry flag
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