Assembly Language Programming - Fundamentals of Computer Organization and Architecture - page 52

TABLE 3.10 Sample of the X86 Arithmetic Instructions

Mnemonic Operation Subtype

ADD Add source to destination Addition

ADC Add source to destination with carry Addition

INC Increment operand by 1 Addition

SUB Subtract source from destination Subtraction

SBB Subtract source from destination with borrow Subtraction

DEC Decrement operand by 1 Subtraction

MUL Unsigned multiply source by destination Multiply

IMUL Signed multiply source by destination Multiply

DIV Unsigned division accumulator by source Division

IDIV Signed division accumulator by source Division

TABLE 3.11 Sample of the X86 Shift and Rotate
Instructions

Mnemonic Operation

ROR Rotate right

ROL Rotate left

RCL Rotate left through carry

RCR Rotate right through carry

SAR Arithmetic shift right

SAL Arithmetic shift left

SHR Logic shift right

SHL Logic shift left

how the instruction set can be used. The examples presented are the same as those
presented at the end of Chapter 2.

Example 3 Adding 100 numbers stored at consecutive memory locations starting

at location 1000, the results should be stored in memory location 2000. LIST is

TABLE 3.12 Sample of the X86 Control Transfer Instructions

Mnemonic Operation Subtype

SET Set byte to true or false based on condition Conditional

JS Jump if sign Conditional

LOOP Loop if CX does not equal zero Iteration

LOOPE Loop if CX does not equal zero & ZF ¼ 1 Iteration

INT Interrupt Interrupt

IRET Interrupt return Interrupt

JMP Jump unconditional Unconditional

RET Return from procedure Unconditional