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Introduction to 64 Bit Assembly Programming for Linux and OS X: For Linux and OS X
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About the Author
Ray Seyfarth was born in Natchez, Mississippi in 1953. He went to public schools in Natchez and earned a B.S. degree in Mathematics from Delta State University in 1974. In 1978 he completed an M.S. degree in Mathematics from the University of Southern Mississippi. He worked for 5 years as a scientific programmer at NASA beginning in 1977. His work at NASA included Fortran and Assembly programming for remote sensing and image processing on a variety of 16 and 32 bit computers. In 1984 we returned to school at the University of Florida to study Computer Science. He completed his Ph.D. at Florida in 1989. From 1990 to 2012 Dr. Seyfarth taught Computer Science at the University of Southern Mississippi. He taught a wide variety of subjects and enjoyed learning new languages and algorithms. He retired from Southern Miss in 2012 and since retirement has spent his time writing, programming, woodworking and gardening.
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Product details
Paperback: 270 pages
Publisher: CreateSpace Independent Publishing Platform; 3 edition (June 30, 2014)
Language: English
ISBN-10: 1484921909
ISBN-13: 978-1484921906
Product Dimensions:
6.1 x 0.6 x 9.2 inches
Shipping Weight: 1.1 pounds (View shipping rates and policies)
Average Customer Review:
4.0 out of 5 stars
9 customer reviews
Amazon Best Sellers Rank:
#720,961 in Books (See Top 100 in Books)
EDIT: The criticisms I had below still hold, but I've increased my rating from 2 to 4 stars. Oddly enough, right around page 50, the quality of the book dramatically improved. I haven't spotted errors, and it became substantially more readable. Overall, this book is pretty good way to get a decent idea of how to read and work with x86 64-bit assembly for Linux/OS X in only about 200 pages. I suspect that if I wanted to really become proficient with assembly, I'd need another, more comprehensive work. But I'm content with having the ability to read and understand assembly when I come across it, and this book is sufficient for that goal.-----------------------------------------------------------------------------------------------------------------------------------------I am only about 50 pages in, and will update if my view changes.Unfortunately, the book seems riddled with typos and mistakes. For instance, pages 32-35 on reading memory with ebe:-he completely changes several lines in the example program from what it was just a couple pages earlier, with no explanation for why, and then uses one of the changed lines as a breakpoint-in the "define variable" menu that he directs the reader to, he mentions a "size" parameter that can be adjusted. This parameter doesn't seem to exist in my system...and it doesn't even exist in the supporting screenshots in the book. What gives?-Attempting to follow his instructions, I am simply not seeing the same behaviorThat being said, the information itself seems good, so I hope it gets better. I was really hoping for a good tutorial that would walk me through exercises. This seems to position itself that way, but if the examples aren't accurate then the utility of the book is substantially reduced.
This book really made sense conceptually. This explains in straight forward language how processors and assembly language works. If you want to develop an understanding of assembly language this book is a good place to start. The code examples didn't seem to make sense. But after reading the book I was able to find a lot of program examples online and make sense of them. I would say this is a good book whether you are learning x86_64 assembly as a first language or you are an experienced programmer. It's also a fast read and stays interesting as far as programming books are interesting.
I love this book so much, it's not funny. I just wish there were more of it.Assembly programming is so exciting to me, I wish this book existed for the entire AMD64 instruction set.Not for building your own OS, but rather for optimizing your existing programs with assembly. Shows how to view existing programs assembly code with objdump, shows how to interact with c or other compiled libraries, and how to write your own.
I bought this book to bring my 32-bit Intel assembly programming knowledge up to date. It does not disappoint. The text is clear and the author provides a very useful and free workbench (ebe) that lets you assemble your code, run it and debug it just like an IDE. The workbench lets you see the processor registers, the stack backtrace, variables and memory and many other things) all at the same time. I work almost exclusively on OS X and I couldn't get the workbench to work the first time I installed it, so I sent an email to the author and got a reply within the hour. After a couple of email exchanges, the problem was resolved (it was an issue with the installation of third party software, not the author's).
great book
I received a free copy of both versions (Windows, & (Linux, OS X ) ) in exchange for writing a review for them. This review applies to both. Both versions look like they have the same content in terms of what you learn about in 64-bit assembly. Some of the differences between the 2 versions: process memory model function calls ; more info. at a link - (a 1 pg doc - there's info. on "function call differences" in it )Chapter 1.1 section (a reference) -has info. about why one should study assembly.Pros1. just teaches 64-bit assembly programmingThese books are the only ones I found that do this. They contain other helpful info. & also non-64 bit stuff. They contain examples of assembly programs & screen-shots with info. that pertain to them. 2. learn about the ebe program which can be used for writing assembly programs; ebe is used a lot in this book.Appendix A - Installing ebe for Linux, Mac, WindowsAppendix B - goes into ebe more ; major features of ebe3. suitable for beginners & up4. nicely organized5. can write different C programs in assembly6. can call C functions from the assembly program ; also system calls , stream i/o7. can do high performance assemblyCons:1. Certain parts (some in the learning info), (more in code, exercises) were difficult) Sobel Filter code (more info. in this review) some exercises- a. use advanced math b. difficulty understanding what to do2. no solutions to any of the exercisesSuggestions:explain the more difficult things better & with diagrams too if necessarysee if you can merge both versions of the book into 1 bookprovide solutions to the exercisesSome things not covered:how to call an assembly function from a C programhow OOP , multi-threading are translated in assemblyThis book or the other book: Recommended for learning 64-bit assembly------------------------------------------------------------------------------------I sent the info. below (Sobel Filter Code, possible Errata, Errata) to the author.Sobel Filter Code:Why does it say "at least 3 columns" close to the start of code when to process 14 Sobel values , the column value needs to be a multiple of 16? If this is possible, please clarify?Still, not sure exactly how the code unfills the borders of the output array. Can you explain this? I think I'm getting very close. I wrote info. here.An example: Input: there are 3 rows of pixels, each 16 columns. Output: should be 14 Sobel values in the output array. Elements at [0] & [15] of the row in the output array should be unfilled. P =pixel XMM Registers store output pixels (P2)-(P17) , 16 values, which go in the Output Array BelowEx. Output Array element[0] is at addr 4000 &(Row [0][0]) ; addr 4000 + 1 &(Row[0][1]) contains the 1st output pixel that's from 1 of the XMM registers For every row in the output array, element at [0] in that row doesn't have XMM data OK [Left Border][0] [1] [2] [3] [4] [5] [6] [7] [8] [9] [10] [11] [12] [13] [14] [15] [16] [17]P1 P2 P3 P4 P5 P6 P7 P8 P9 P10 P11 P12 P13 P14 P15 P16 P17 P18P1 -doesn't have XMM dataI don't know what values P16, P17 are but they would be invalid because with an input of 16 columns, output array should only contain 14 Sobel values. For every additional 16 columns, rbx increments by 14. The value 14 is used with addr 4001 to go to addr 4015 . As output array stores more values, it overwrites the values in [15] & [16] with correct values that are for P16, P17. OKIn my example, since there's only 16 columns, the values in [15] & [16] aren't overwritten but are left in the output array.Same issue if there's more than 1 output row. If let's say there were 2 output rows: output address for 2nd row is addr 4001 + 16 &(Row[1][1] ) which is [17] P18 OKP16 = Row[0][15] P17 = Row[1][0]P16 , P17 aren't overwritten.There would be 2 values per row in the output array that aren't overwritten.--------------------------------------------------------------------------------- Errata - Windows Book (certain ones may also apply in the (Linux, OS X) book)left page number refers to (number field) at the top of the pdf page () - has correction(s)30 3rd row hexadecimal = (0xc47) 4th row division (9/16) | remainder = (9) |hexadecimal = (0x9c47)39 The exponent field is ( 10000110 )65 However (if) you specify a ......114 The first parameter in a 64 bit Windows programs (is ) rcx ...129 The required space is 24 bytes, which (it) fits...132 Your program should read (and) accept....151 table mulpd , mulps - in effect column ,I think should say (multiply) not multiple161 The fifth parameter (is) placed...168 in main: (mov rbp, rsp)170 An example would be writing record number 10000 (to) a file....202 before 4. .......then look for the string in the hash table & print its value if (it's) there......213 ......use out -(of)-order232 There are also "update" files which (simply) .....237 You can ........allowing you to select (which) dock windows...242 right above Running a program : .....(including) an option delete them all.------------------------------------------------------------------------------------------ Errata- (Linux, OS X) Book: (certain ones may also apply in the Windows book)left page number refers to (number field) at the top of the pdf page [] - has correction(s)154 in table, divps shows subtract , not divide217 code near bottom: movdqa xmm3, [xmm0]260 macro can [simplify] our while macro Possible Errata229 2nd sentence ....required to [compile ?] ebe
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