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The eagerly anticipated new edition of the bestselling introduction to x86 assembly language
The long-awaited third edition of this bestselling introduction to assembly language has been completely rewritten to focus on 32-bit protected-mode Linux and the free NASM assembler. Assembly is the fundamental language bridging human ideas and the pure silicon hearts of computers, and popular author Jeff Dunteman retains his distinctive lighthearted style as he presents a step-by-step approach to this difficult technical discipline.
He starts at the very beginning, explaining the basic ideas of programmable computing, the binary and hexadecimal number systems, the Intel x86 computer architecture, and the process of software development under Linux. From that foundation he systematically treats the x86 instruction set, memory addressing, procedures, macros, and interface to the C-language code libraries upon which Linux itself is built.
- Serves as an ideal introduction to x86 computing concepts, as demonstrated by the only language directly understood by the CPU itself
- Uses an approachable, conversational style that assumes no prior experience in programming of any kind
- Presents x86 architecture and assembly concepts through a cumulative tutorial approach that is ideal for self-paced instruction
- Focuses entirely on free, open-source software, including Ubuntu Linux, the NASM assembler, the Kate editor, and the Gdb/Insight debugger
- Includes an x86 instruction set reference for the most common machine instructions, specifically tailored for use by programming beginners
- Woven into the presentation are plenty of assembly code examples, plus practical tips on software design, coding, testing, and debugging, all using free, open-source software that may be downloaded without charge from the Internet.
- Sales Rank: #57018 in Books
- Published on: 2009-10-05
- Released on: 2009-09-18
- Original language: English
- Number of items: 1
- Dimensions: 9.30" h x 1.40" w x 7.30" l, 2.05 pounds
- Binding: Paperback
- 648 pages
From the Back Cover
Learn assembly language, and you learn the machine
In this third edition of his bestselling guide to Intel x86 assembly language under Linux, Jeff Duntemann positions assembly not as unapproachable geek arcana but as a first programming language, suitable for readers who have no previous programming experience. As the fundamental language of the CPU, assembly lays the groundwork for all other programming languages, especially native-code C, C++, and Pascal. By mastering assembly, programmers will learn how x86 computers operate all the way down to "the bare silicon," at a level of detail that no other approach can equal.
Assembly Language Step by Step, Third Edition, helps you:
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Review the fundamental concepts behind computing and programming, including the hexadecimal and binary number bases
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Understand the evolution of the Intel CPUs and how modern x86 processors operate
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Grasp the process of programming itself, from editing source code through assembly, linking, and debugging
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Comprehend x86 32-bit protected-mode memory addressing
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Learn the x86 instruction set by dissecting numerous complete example programs
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Work with the wealth of free programming utilities under Ubuntu Linux, including the Kate editor, the NASM assembler, and the GNU toolset
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Master practical details of Linux programming, including procedures, macros, the INT 80h call gate, and calls to the standard C libraries
About the Author
Jeff Duntemann has been writing about computing for over thirty years, and is the author of numerous books on programming, wireless networking, and system administration. He has been a columnist in Dr. Dobb's Journal, and has edited well-known programming publications like PC Techniques and Visual Developer. After hours, he enjoys blogging, astronomy, amateur radio, and writing science fiction.
Most helpful customer reviews
36 of 40 people found the following review helpful.
Great Introductory Book on IA-32 Assembly!
By Robin Levin
This is a very good introductory book on IA-32 Assembly programming on Linux (well, Ubuntu distro specifically but adaptable to other distros too). Uses NASM and a stack of tools that are likely available for all distros (but again definitely if you have an Ubuntu variant).
If you're really ready to take your time and are shooting for a well-grounded point of departure than this book is for you. If you've already mastered things like IA-32 architecture, number theory, adding in hex, fundamentals of assembly, registers, eflags, etc., than this might move too slow for you. That being said, you may just find some interesting nuggets in this book.
One thing I really liked about this book is he moves at a very realistic gradient for the beginning assembly newbie and also provides a very nice setup for experimentation (that is, he suggests a certain toolset which, once setup, will allow you to step through your program and inspect the registers instruction by instruction). I found this quite helpful in making abstract concepts more concrete and to confirm my understanding. Also, very nice use of diagrams not usually found in a topic as terse as assembly language!
Some have complained on earlier editions that they don't like his writing style and that he takes too long to get you to the meat of assembly. I wasn't too crazy about the Martians FooBitidy whatever analogy that he uses, and he definitely can take a bit long to get to the point from time to time. However, this can come in useful for complicated sections as he really takes his time to lay it all out in such a way to where you'd have to be asleep not to "get it". As a programmer who has learned to do a lot of reading on the side, I don't much care if 100 pages could have been stripped down - I'm more concerned with whether I can actually learn from a book. If you require K&R style writing you my not like this. However, my suggestion - deal with a bit of annoying fluff and you'll be thankful in the end. I just don't see another resource that gets you this kind of grounding IMO.
You definitely should be ready to take your time with this one. For example, he will ask you to put down the book and learn to add up to 0Fh + 0Fx, and expects you to commit this to memory. I made flash cards and put the book down for a few days until I had that down pat (this only happens once in the book though) - so yes, there's some commitment involved on the reader's part. But it won't dump you on the side of the road half way in so you'll be happy you made the effort. Note that he many times will present a code example with a few new concepts and THEN explain those concepts shortly thereafter. He seems to like to show some things in context and this requires some forward references - nothing that leaves you too miffed though.
Overall, wish I had this book earlier in my career! Well down My Duntemann!
26 of 28 people found the following review helpful.
Fantastic introduction to assembly language
By Steve E. Chapel
The author is a very experienced assembly language programmer, and he covers topics in a very organized way so that the reader can fully understand at each step of the way. This is a bit boring for programmers who are familiar with assembly language, even those vastly different from Intel's, but those readers can skip the first three chapters and skim parts of the others.
The author does a fantastic job of focusing on the most important information needed for assembly language programming. He does not present a comprehensive explanation of every instruction, but instead explains each type of instruction and the most used instructions. He covers the use of tools including debuggers and make, and explains how to interface with C programs and how to make Linux kernel calls. After reading each chapter, I was able to use references available on the Internet to find any information that wasn't in the book, such as a comprehensive list of kernel calls and Intel assembly language instructions.
The instructions given in the book for setting up the tools are for Ubuntu, but yum works well on Fedora:
yum install unzip bless nasm make gcc kdbg insight kdesdk kdebase
One problem with the book is that it sticks to 32-bit assembly language and doesn't explain what differs on 64-bit systems. I found that I had to change nasm's output format from elf to elf64 (-f elf64) and use the 64-bit registers (rax, rbx, rbp, etc.) The book describes pushad and popad to push and pop all general purpose registers, but these do not work with the 64-bit registers. Indicating that a memory reference is 64 bits is done with qword. I couldn't output command line arguments as set up by the Linux runtime without copying them into a different buffer.
On 64-bit Linux, the glibc calling conventions are completely different than those described in the book. I was able to figure out how to call printf by writing a C program and disassembling it with objdump, which I found more readable then gcc's assembly listing. The glibc calling convention for 64-bit is that the arguments are passed in registers, with the first argument in rdi, second in rsi, third in rdx, and fourth in rcx; also the rax register must be set to zero for variable-argument functions. The registers rbx, rbp, rsp, r12, r13, 14, and 15 must be saved by the called function.
The fact that I was able to program on a 64-bit system even though the book doesn't cover 64-bit systems is a testament to how well the author covers the basics. Instead of trying to provide every little piece of information an assembly language programmer may need, he provides clear explanations of the basics so that the reader can understand enough to look up any additional information needed. I recommend this book over all others for programmers who want to learn Intel assembly language.
60 of 70 people found the following review helpful.
Where the Cool Kids Program
By Amazon Customer
A long time ago, in a basement far far away, I was sitting in front of a long-suffering television set, banging away on a Commodore 64, trying to dive beyond BASIC programming to where the cool kids played, down below the user interface, down in the guts of the machine itself. Stripped of the training wheels, you could write programs on that ancient machine that would fly. The cool kids wrote programs in assembly language. I tried. But I never got there. By the time I hit college, they didn't teach it anymore, and gradually, I moved past it to other programming, and ultimately to more satisfying careers doing other things.
But I never forgot.
Given that background, I didn't have high hopes for Assembly Language Step by Step. I know Jeff. I've read and enjoyed his science fiction, and he's blurbed mine, and to disclaim a moment, I know him well enough that he wouldn't let me pay for my copy of this new, near total rewrite of his classic text on the matter. I knew if anyone could explain assembly to me, it would be him, but I still expected to hit the point where my eyes glazed over and I didn't care anymore.
Instead, by five chapters into the book, I had refreshed my knowledge of binary and hexadecimal math. I'd looked into computer architecture to a depth I never reached before, and begun to understand, really understand the true center of assembly programming, the addressing of memory. And it's not like it was in the days when I tried to learn assembly before. Modern operating systems treat memory differently, and it's this new, more complex memory mapping that I understand now. Even after 30 years in and around the computing industry, this book taught me things I didn't know about what computing is, when all the familiar abstractions are stripped away and the bare code is exposed.
I can't wait to go further.
Thirty years later, that geeky kid in the basement who didn't get it, finally gets it.
If you want to get it, if you want to program where the cool kids program, if you want to understand how that machine on your desk really works, you want, you need, you must have this book. Buy this book. You won't regret it.
Highly recommended.
Five stars
-JRS
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