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How to Download the Documentation for Arm Assembly Language Fundamentals and Techniques
Arm assembly language is a low-level programming language that allows you to directly manipulate the hardware of Arm-based devices. It is useful for writing efficient and compact code, debugging and reverse engineering, and interfacing with other languages and operating systems.
If you want to learn more about Arm assembly language, you will need to download the documentation for Arm Assembly Language Fundamentals and Techniques, a book by William Hohl and Christopher Hinds that covers the basics of Arm assembly language programming.
The documentation for Arm Assembly Language Fundamentals and Techniques is available as a PDF file from the publisher's website. To download it, you will need to follow these steps:
Go to https://www.crcpress.com/Arm-Assembly-Language-Fundamentals-and-Techniques-Second-Edition/Hohl-Hinds/p/book/9781482229851.
Click on the \"Resources\" tab on the left side of the page.
Under the \"For Instructors\" section, click on the \"Download Instructor Resources\" button.
You will be prompted to sign in or create an account with CRC Press. If you already have an account, enter your email and password and click on \"Sign in\". If you don't have an account, click on \"Create an Account\" and fill in the required information.
Once you are signed in, you will be able to access the instructor resources for the book. Click on the \"Download\" link next to the \"PDF\" icon under the \"Book Solutions Manual\" section.
The PDF file will start downloading to your computer. You can open it with any PDF reader software.
You have now downloaded the documentation for Arm Assembly Language Fundamentals and Techniques. You can use it as a reference guide or a supplement to the book. Happy learning!
Now that you have downloaded the documentation for Arm Assembly Language Fundamentals and Techniques, you might be wondering how to use it. The documentation consists of 15 chapters that cover the following topics:
Chapter 1: Introduction to Arm Assembly Language. This chapter gives an overview of the history and features of Arm architecture, the structure and syntax of Arm assembly language, and the tools and resources you will need to start programming in Arm assembly language.
Chapter 2: Data Types and Registers. This chapter explains the different data types and registers that are used in Arm assembly language, such as bytes, words, halfwords, floating-point numbers, general-purpose registers, special-purpose registers, and condition flags.
Chapter 3: Instruction Set. This chapter describes the instruction set of Arm assembly language, which is divided into four categories: data processing instructions, load and store instructions, branch instructions, and miscellaneous instructions. It also introduces some common instruction mnemonics and suffixes.
Chapter 4: Addressing Modes. This chapter discusses the different addressing modes that are used in Arm assembly language, such as immediate addressing, register addressing, register indirect addressing, indexed addressing, and PC-relative addressing. It also explains how to use labels and literals in your code.
Chapter 5: Arithmetic Operations. This chapter shows how to perform arithmetic operations in Arm assembly language, such as addition, subtraction, multiplication, division, modulo, increment, decrement, shift, rotate, and bit manipulation.
Chapter 6: Logical Operations. This chapter shows how to perform logical operations in Arm assembly language, such as AND, OR, XOR, NOT, compare, test bits, and set bits.
Chapter 7: Conditional Execution. This chapter shows how to use conditional execution in Arm assembly language, which allows you to execute certain instructions only if a specified condition is met. It also covers the use of conditional codes and conditional branches.
Chapter 8: Loops and Subroutines. This chapter shows how to use loops and subroutines in Arm assembly language, which allow you to repeat a block of code or call a separate block of code from another part of your program. It also covers the use of stack and link register for saving and restoring the program state.
Chapter 9: Floating-Point Operations. This chapter shows how to use floating-point operations in Arm assembly language, which allow you to perform calculations with decimal numbers. It also covers the use of floating-point registers and instructions.
Chapter 10: Input/Output Operations. This chapter shows how to use input/output operations in Arm assembly language, which allow you to communicate with external devices or memory locations. It also covers the use of memory-mapped I/O and interrupts.
Chapter 11: Advanced Topics. This chapter covers some advanced topics in Arm assembly language, such as exception handling, coprocessor interface, inline assembly, mixed-language programming, and optimization techniques.
Chapter 12: Thumb Instruction Set. This chapter introduces the Thumb instruction set of Arm assembly language, which is a subset of the full instruction set that uses 16-bit instructions instead of 32-bit instructions. It also covers the advantages and disadvantages of using Thumb mode.
Chapter 13: NEON Instruction Set. This chapter introduces the NEON instruction set of Arm assembly language,
which is an extension of the full instruction set that uses 64-bit or 128-bit instructions instead of 32-bit instructions. It also covers the use of NEON registers and instructions for performing SIMD (single instruction multiple data) operations.
Chapter 14: AArch64 Instruction Set. This chapter introduces the AArch64 instruction set of Arm assembly language,
which is a new instruction set that supports 64-bit addressing and processing. It also covers the differences and similarities between AArch32 and AArch64 modes.
Chapter 15: Examples and Exercises. This chapter provides some examples and exercises for practicing your skills in Arm assembly language programming. It also provides solutions and explanations for each exercise.
You can use the documentation as a reference guide or a supplement to the book. You can also follow along with the examples and exercises to test your understanding and improve your proficiency in Arm assembly language programming. aa16f39245