'Cmp instruction' diaporamas de présentation

Fall 2012

Chapter 6: Conditional Processing. Fall 2012. Questions Answered by this Chapter. How can I use the boolean operations introduced in Chapter 1 (AND, OR, NOT)? How do I write an IF statement in assembly language? How are nested-IF statements translated by compilers into machine language?

1.05k views • 92 slides

Fall 2013

Chapter 6: Conditional Processing. Fall 2013. Questions Answered by this Chapter. How can I use the boolean operations introduced in Chapter 1 (AND, OR, NOT)? How do I write an IF statement in assembly language? How are nested-IF statements translated by compilers into machine language?

1.15k views • 92 slides

Fall 2012

Chapter 6: Conditional Processing. Fall 2012. Questions Answered by this Chapter. How can I use the boolean operations introduced in Chapter 1 (AND, OR, NOT)? How do I write an IF statement in assembly language? How are nested-IF statements translated by compilers into machine language?

1.04k views • 92 slides

Conditional Processing

Conditional Processing. Computer Organization and Assembly Languages Yung-Yu Chuang 2005/11/03. with slides by Kip Irvine. Announcements. Midterm exam: Room 103, 10:00am-12:00am next Thursday, open book, chapters 1-5. Assignment #2 is online. Assignment #2 CRC32 checksum.

886 views • 66 slides

Chapter 6: Conditional Processing

Chapter 6: Conditional Processing. Chapter Overview. Boolean and Comparison Instructions Conditional Jumps Conditional Loop Instructions Conditional Structures Application: Finite-State Machines Using the .IF Directive. Boolean and Comparison Instructions. CPU Status Flags

767 views • 63 slides

EEL 3801

EEL 3801. Part V Conditional Processing. Conditional Processing. This section explains how to implement conditional processing in Assembly Language for the 8086/8088 processors. While loops are explicitly implemented in Assembly, conditional structures are not so.

661 views • 55 slides

EEL 3801

EEL 3801. Part V Conditional Processing. Conditional Processing. This section explains how to implement conditional processing in Assembly Language for the 8086/8088 processors. While loops are explicitly implemented in Assembly, conditional structures are not so.

645 views • 55 slides

Chapter 6: Conditional Processing

Chapter 6: Conditional Processing. Boolean and Comparison Instructions. CPU Status Flags AND Instruction OR Instruction XOR Instruction NOT Instruction Applications TEST Instruction CMP Instruction. Status Flags - Review.

698 views • 52 slides

Review

Review. The CPU flags Each instruction affects the CPU flags. The zero flag is set when the result of an operation equal zero. The carry flag is set when an instruction generates a result that is too large (or too small) for the destination operand.

511 views • 48 slides

Assembly Language for Intel-Based Computers

Assembly Language for Intel-Based Computers. Kip R. Irvine. Chapter 6: Conditional Processing. Boolean and Comparison Instructions. CPU Status Flags AND Instruction OR Instruction XOR Instruction NOT Instruction Applications TEST Instruction CMP Instruction. AND Instruction.

828 views • 44 slides

Conditional Processing

455 views • 33 slides

CS2422 Assembly Language & System Programming

378 views • 29 slides

Microprocessor & Assembly Language

215 views • 17 slides

More on logical instruction and conditional jumps

More on logical instruction and conditional jumps. parity flag The parity flag indicates whether the lowest byte of the result of a bitwise arithmetic or logical operation has an even or odd number of 1 bits.

256 views • 12 slides

CS 206D Computer Organization Lab2

232 views • 8 slides