IA 32 Intel Architecture Software Developer Manual 1st Edition by Intel Corporation – Ebook PDF Instant Download/Delivery.
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ISBN 10:
ISBN 13:
Author: Intel Corporation
The IA-32 Intel Architecture Software Developer Manual is an essential guide for developers working with Intel’s 32-bit processor architecture, commonly known as the IA-32 (also referred to as x86 architecture). This manual provides an in-depth exploration of the architecture’s hardware and software components, offering detailed information necessary for programming, debugging, and optimizing software for IA-32-based systems.
Intended primarily for software developers, system programmers, and engineers, this manual serves as a comprehensive resource for understanding how the IA-32 architecture operates at both the hardware and software levels. It covers key topics including instruction sets, memory management, interrupt handling, I/O interfacing, and system-level programming. The manual also delves into more advanced features such as performance optimization, debugging techniques, and extensions to the architecture, like MMX and SSE.
By providing explanations of low-level operations, register management, and system-level control, the manual equips developers with the knowledge needed to create efficient and robust software that takes full advantage of IA-32’s capabilities. It is an indispensable tool for those looking to write, maintain, and optimize code for systems based on Intel’s 32-bit processors.
IA 32 Intel Architecture Software Developer Manual 1st Table of contents:
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Introduction
1.1. Overview of IA-32 Architecture
1.2. Purpose and Scope of the Manual
1.3. IA-32 Processor Family Overview
1.4. Intended Audience: Who Should Use This Manual?
1.5. Conventions Used in the Manual -
IA-32 Architecture Overview
2.1. Key Features of IA-32
2.2. Registers in IA-32
2.3. Memory Addressing Modes
2.4. IA-32 Instruction Set Overview
2.5. Address Spaces and Virtual Memory -
Processor Modes and Control
3.1. Real-Mode Operation
3.2. Protected-Mode Operation
3.3. Virtual 8086 Mode
3.4. System Management Mode (SMM)
3.5. Privilege Levels and Protection Mechanisms -
Instruction Set Architecture (ISA)
4.1. Data Movement Instructions
4.2. Arithmetic and Logical Operations
4.3. Control Transfer Instructions
4.4. String and Multibyte Instructions
4.5. Floating-Point and SIMD Instructions
4.6. System-Level Instructions -
Memory Management
5.1. Segment Management and Paging
5.2. Segment Descriptor and Access Control
5.3. Virtual Address Translation
5.4. Paging Mechanisms and Page Tables
5.5. Memory Protection and Cache Management -
Interrupts and Exceptions
6.1. Types of Interrupts and Exceptions
6.2. Interrupt Vector Table and Handlers
6.3. Software and Hardware Interrupts
6.4. Handling Exceptions and Faults
6.5. Interrupts in Protected Mode -
I/O and Peripheral Interfacing
7.1. Programmed I/O and Memory-Mapped I/O
7.2. I/O Ports and Access Methods
7.3. DMA (Direct Memory Access)
7.4. Interrupt Handling in I/O Operations
7.5. PCI and Other Bus Architectures -
System Programming and Control
8.1. Setting Up and Managing Task States
8.2. Task Switching and Multitasking
8.3. Control Registers and System Flags
8.4. Writing System-Level Software
8.5. Debugging and Performance Monitoring -
System Architecture and Bus Operations
9.1. IA-32 System Architecture Overview
9.2. Memory and I/O Bus Communication
9.3. Cache Organization and Data Transfer
9.4. Advanced Bus Operations and Synchronization
9.5. Power Management and Hardware Interrupts -
Optimization and Performance Considerations
10.1. Performance Bottlenecks in IA-32 Systems
10.2. Optimizing for Speed and Efficiency
10.3. Compiler Optimization Techniques
10.4. Memory Access Patterns and Cache Optimization
10.5. Using Profiling Tools for Performance Analysis -
Advanced Features and Extensions
11.1. IA-32 Extensions Overview
11.2. MMX Technology
11.3. SSE and SSE2 Instruction Sets
11.4. 3DNow! and Other Extensions
11.5. Advanced Power Management and Virtualization -
Debugging and Error Handling
12.1. Using Debuggers with IA-32 Architecture
12.2. Exception Handling and Recovery Techniques
12.3. Diagnosing Common Issues and Faults
12.4. Implementing Robust Error-Handling Mechanisms
12.5. Best Practices for Debugging and Testing IA-32 Software
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