匯編語言程序設(shè)計

內(nèi)容概要

　　本書全面細致地講述了匯編語言程序設(shè)計的各個方面。從微處理器體系結(jié)構(gòu)、工作機制到指令集；從最基本的編譯器鏈接器的使用到高級過程、結(jié)構(gòu)和宏的使用；從用純匯編編寫程序到用vc++、bc++等最新編譯器與匯編的混合接口編程；從16位實模式下bios、dos實模式文本及圖形程序設(shè)計到32位保護模式的windows程序設(shè)計；從磁盤基礎(chǔ)知識到intel指令編碼、浮點運算等相關(guān)知識都做了深入而細致的講解。
　　本書內(nèi)容廣博，但又講解得非常深入，是匯編語言課程的很好教材。

作者簡介

　　Kip Irvine has written five computer programming textbooks,
for Intel Assembly Language, C++, Visual Basic (beginning and
advanced), and COBOL. His book Assembly Language for Intel-Based
Computers has been translated into six languages. His first college
degrees (B.M., M.M., and doctorate) were in Music Composition, at
University of Hawaii and University of Miami. He began programming
computers for music synthesis around 1982 and taught programmi.

書籍目錄

preface xix
1 basic concepts
　1.1 welcome to assembly language
　1.2 virtual machine concept
　1.3 data representation
　1.4 boolean operations
　1.5 chapter summary
　1.6 exercises
2 x86 processor architecture
　2.1 general concepts
　2.2 x86 architecture details
　2.3 x86 memory management
　2.4 components of atypical x86 computer
　2.5 input-output system
　2.6 chapter summary
　2.7 chapter exercises
3 assembly language fundamentals
　3.1 basic elements of assembly language
　3.2 example: adding and subtracting integers
　3.3 assembling, linking, and running programs
　3.4 defining data
　3.5 symbolic constants
　3.6 real-address mode programming (optional)
　3.7 chapter summary
　3.8 programming exercises
4 data transfers, addressing, and arithmetic
　4.1 data transfer instructions
　4.2 addition and subtraction
　4.3 data-related operators and directives
　4.4 indirect addressing
　4.5 jmp and loop instructions
　4.6 chapter summary
　4.7 programming exercises
5 procedures
　5.1 introduction
　5.2 linking to an external library
　5.3 the book's link library
　5.4 stack operations
　5.5 defining and using procedures
　5.6 program design using procedures
　5.7 chapter summary
　5.8 programming exercises
6 conditionalprocessing
　6.1 introduction
　6.2 boolean and comparison instructions
　6.3 conditional jumps
　6.4 conditional loop instructions
　6.5 conditional structures
　6.6 application: finite-state machines
　6.7 conditional control flow directives
　6.8 chapter summary
　6.9 programming exercises
7 integer arithmetic
　7.1 introduction
　7.2 shift and rotate instructions
　7.3 shift and rotate applications
　7.4 multiplication and division instructions
　7.5 extended addition and subtraction
　7.6 ascii and unpacked decimal arithmetic
　7.7 packed decimal arithmetic
　7.8 chapter summary
　7.9 programming exercises
8 advanced procedures
　8.1 introduction
　8.2 stack frames
　8.3 recursion
　8.4 invoke, addr, proc, and proto
　8.5 creating multimodule programs
　8.6 java bytecodes
　8.7 chapter summary
　8.8 programming exercises
9 strings and arrays
　9.1 introduction
　9.2 string primitive instructions
　9.3 selected string procedures
　9.4 two-dimensional arrays
　9.6 java bytecodes: string processing
　9.7 chapter summary
　9.8 programming exercises
10 structures and macros
　10.1 structures
　10.2 macros
　10.3 conditional-assembly directives
　10.4 defining repeat blocks
　10.5 chapter summary
　10.6 programming exercises
11 ms-windows programming
　11.1 win32 console programming
　11.2 writing a graphical windows application
　11.3 dynamic memory allocation
　11.4 x86 memory management
　11.5 chapter summary
　11.6 programming exercises
12 floating-point processing and instruction encoding
　12.1 floating-point binary representation
　12.2 floating-point unit
　12.3 x86 instruction encoding
　12.4 chapter summary
　12.5 programming exercises
13 high-level language interface
　13.1 introduction
　13.2 inline assembly code
　13.3 linking to c/c++ in protected mode
　13.4 linking to c/c++ in real-address mode
　13.5 chapter summary
　13.6 programming exercises
14 16-bit ms-dos programming
　14.1 ms-dos and the ibm-pc
　14.2 ms-dos function calls (int 21h)
　14.3 standard ms-dos file i/o services
　14.4 chapter summary
　14.5 programming exercises
　chapters are available from the companion web site
15 disk fundamentals
16 bios-level programming
17 expert ms-dos programming
　appendix a masm reference
　appendix b the x86 instruction set
　appendix c answers to review questions
　appendices are available from the companion web site
　appendix d bios and ms-dos interrupts
　appendix e answers to review questions (chapters 15-17)
index

章節(jié)摘錄

版權(quán)頁：插圖：An effective way to explain how a computer's hardware and sofiware are related is called thevirtualmachine concept.A well-known explanation of tlus model can be found in AndrewTanenbaum's book,Structured Computer Organization. To explain ttus concept.let us beginwith the most basic function of a computer, executing programs.A computer can usually execute programs written in its native machine language. Eachinsrnmion in this language is simple enough to be executed using a relatively small number of Programmers would have a difficult time writing programs in LO because it is enormouslydecailed and consists purely of numbers. If a new language, Ll. could be consLructed that waseasier to use. programs could be written in Ll. There are two ways to aclueve this:Imerpretation: As the Ll program is running. each of ks instructions could be decoded andexecuted by a program written in language LO.

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《匯編語言程序設(shè)計(第6版)(影印版)》是大學(xué)計算機教育國外著名教材系列之一。

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