Assembly Language x86 Processors for beginners

Assembly Language x86 Processors for beginners, available at $59.99, has an average rating of 4.4, with 95 lectures, based on 14 reviews, and has 128 subscribers.

You will learn about Write and debug assembly programs with MASM at the machine level for x86 and intel64 processors Number systems and data representation Assembly language basic elements Defining data Data transfer instructions Addition and subtraction Operators and directives Indirect addressing Procedures and stack operations Boolean and comparison instructions Conditional jumps Shift and rotate instructions Multiplication and division instructions This course is ideal for individuals who are Beginners who want to learn assembly language or Students who want to know how the processor works It is particularly useful for Beginners who want to learn assembly language or Students who want to know how the processor works.

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Summary

Title: Assembly Language x86 Processors for beginners

Price: $59.99

Average Rating: 4.4

Number of Lectures: 95

Number of Published Lectures: 95

Number of Curriculum Items: 95

Number of Published Curriculum Objects: 95

Original Price: $22.99

Quality Status: approved

Status: Live

What You Will Learn

Write and debug assembly programs with MASM at the machine level for x86 and intel64 processors
Number systems and data representation
Assembly language basic elements
Defining data
Data transfer instructions
Addition and subtraction
Operators and directives
Indirect addressing
Procedures and stack operations
Boolean and comparison instructions
Conditional jumps
Shift and rotate instructions
Multiplication and division instructions

Who Should Attend

Beginners who want to learn assembly language
Students who want to know how the processor works

Target Audiences

Beginners who want to learn assembly language
Students who want to know how the processor works

This course focuses on programming microprocessors that compatible with Intel and AMD processors with 32 bit and 64 bit of Microsoft Windows.

In this course we will use MASM (Microsoft Macro Assembler) which is included in Microsoft Visual Studio using Irvine.

In this course you will learn basic principles about assembly language, also you will learn the architecture of Intel processor, this course will make you better in Assembly programming and debugging, hardware manipulation and data representation.

For this course you should have programmed in at least one high-level language such as Python, Java, C

This course will cover the following topics:

1-Number systems and data representation (Decimal, Binary and Hexadecimal, Binary and Hexadecimal addition and subtraction)

2-Assembly Language Fundamentals and defining data (types of registers, defining string, Mnemonics, Operands, Directives, Instructions and labels)

3-Data transfer instructions (MOV, MOVZX, MOVSX and XCHG)

4-Data related operators and directives (ALIGN, LENGTHOF, OFFSET, PTR, SIZEOF and TYPE)

5-Inderict addressing ( Indexed operands and Pointers)

6-Addition and subtraction (Flags affected by addition and subtraction, INC and DEC instructions)

7-Procedures and stack operations (CALL and RET instructions, Stack parameters, POP and PUSH and LEA instructions)

8-Boolean and comparisons instructions (AND, NOT, OR, TEST and XOR instructions)

9-Conditional jumps and loop instructions (Conditional structure, Unconditional JMP and LOOP instructions, Jump based on equality JE JNE JCXZ JECXZ, Jump based on signed comparisons, Jump based on unsigned comparisons, Jumps based on specific flag values, LOOPZ LOOPNZ LOOPE and LOOPNE instructions, While loops)

10-Shift and rotate instructions (RCL, RCR, ROL, ROR, SHL, SHR, SHLD and SHRD)

11-Multiplications and division instructions (MUL, IMUL, DIV and IDIV)

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Introduction to Assembly Language for x86 Processors

Lecture 3: Installing Visual Studio 2022 Community Edition

Lecture 4: Setup Visual Studio 2022 for Assembly

Chapter 2: Number systems and data representation

Lecture 1: Introduction to number systems

Lecture 2: Converting binary to hexadecimal

Lecture 3: Converting hexadecimal to binary

Lecture 4: Converting binary to decimal

Lecture 5: Converting hexadecimal to decimal

Lecture 6: Converting decimal to binary

Lecture 7: Converting decimal to hexadecimal

Lecture 8: Binary addition and subtraction

Lecture 9: Hexadecimal addition

Lecture 10: Hexadecimal subtraction

Lecture 11: Negative numbers storage

Lecture 12: Overflow

Chapter 3: Basic language elements

Lecture 1: Integer constants and expressions

Lecture 2: Character and string constants

Lecture 3: Reserved words and identifiers

Lecture 4: Directives and Instructions

Lecture 5: Labels

Lecture 6: Mnemonics and Operands

Lecture 7: Comments and No Operation instruction

Chapter 4: Defining Data

Lecture 1: Defining data

Lecture 2: Types of registers

Lecture 3: Little-Endian and big-endian order

Lecture 4: Template for Assembly Language Program without using Irvine32

Lecture 5: A template for assembly language programs using Irvine32

Lecture 6: Defining strings

Lecture 7: B-1-Example program- Hello World

Lecture 8: B-2-Example program without using Irvine32

Lecture 9: B-3-Example program using Irvine32

Lecture 10: B-4-Example Program-Unsigned Integer to binary-hexadecimal

Lecture 11: C-Assignment 3 – bigEndian to littleEndian

Chapter 5: Data transfer instructions

Lecture 1: MOV instruction

Lecture 2: MOVZX instruction

Lecture 3: MOVSX instruction

Lecture 4: XCHG instruction

Lecture 5: B-Example Program- Case conversion

Lecture 6: C-1-Assignment 1-Using 32 bit signed integer to calculate an expression

Lecture 7: C-2-Assignment 2-Using 8 bit unsigned integer to calculate an expression

Chapter 6: Data related operators and directives

Lecture 1: ALIGN directive

Lecture 2: LENGTHOF operator

Lecture 3: Offset operator

Lecture 4: PTR operator

Lecture 5: SIZEOF operator

Lecture 6: TYPE operator

Chapter 7: Indirect addressing and Addition and subtraction

Lecture 1: Flags affected by addition and subtraction

Lecture 2: INC and DEC instructions

Lecture 3: Arrays

Lecture 4: Indexed operands

Lecture 5: Pointers

Lecture 6: B-Example Program – Summing an Array

Chapter 8: Procedures and Stack operations

Lecture 1: CALL and RET instructions

Lecture 2: Stack parameters

Lecture 3: POP instruction

Lecture 4: PUSH instruction

Lecture 5: LEA instruction

Lecture 6: B-Example program-Reverses a string

Lecture 7: C-Assignment 5 reverse string and count lowercase

Chapter 9: Boolean and comparison instructions

Lecture 1: AND instruction

Lecture 2: NOT instruction

Lecture 3: OR instruction

Lecture 4: TEST instruction

Lecture 5: XOR instruction

Chapter 10: Conditional jumps and loop instructions

Lecture 1: Unconditional JMP and LOOP instructions

Lecture 2: Conditional structure

Lecture 3: Jump based on equality JE JNE JCXZ JECXZ

Lecture 4: Jump based on signed comparisons

Lecture 5: Jump based on unsigned comparisons

Lecture 6: Jumps based on specific flag values

Lecture 7: LOOPZ LOOPNZ LOOPE and LOOPNE instructions

Lecture 8: While loops

Lecture 9: B-1-Example program-sum positive number

Lecture 10: B-2-Example program Find the maximum integer in an array

Lecture 11: B-3-Example program-Convert Java code to ASM code-While loop

Lecture 12: B-4-Example Program- Generating random numbers

Lecture 13: B-5-Example program-Copying a string from source to destination

Lecture 14: C-Assignment 4-Fibonacci number sequence

Chapter 11: Shift and rotate instructions

Lecture 1: RCL and RCR instructions

Lecture 2: ROL instruction

Lecture 3: ROR instruction

Lecture 4: SHL instruction

Lecture 5: SHR instruction

Lecture 6: SHLD and SHRD instructions

Lecture 7: B-Example program-Shift and rotate instructions

Lecture 8: C-Assignment 8-Call two Procedures HexOutput and HexInput

Chapter 12: Multiplication and division instructions

Lecture 1: MUL instruction

Instructors

Muhanad Al-warawreh
Engineer

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5 stars: 9 votes

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