Guide to Assembly Language: A Concise Introduction by James T. Streib

By James T. Streib

Although the necessity for meeting language programmers has diminished, the necessity to comprehend meeting language has no longer, and it is vital to really write meeting language code if one is to appreciate it thoroughly.

This Guide to meeting Language will allow the reader to in a short time start programming in meeting language. via this hands-on programming, readers also will examine extra in regards to the computing device structure of the Intel 32-bit processor, in addition to the connection among high-level and low-level languages. The e-book can both be used as a stand-alone textual content in a one-semester path on meeting language, or as a supplementary textual content in a working laptop or computer association and structure course.

Topics and features:

  • Presents an summary of meeting language, and an creation to common function registers
  • Illustrates the foremost recommendations of every bankruptcy with entire courses, bankruptcy summaries, and routines (with solutions to chose workouts supplied within the Appendices)
  • Covers input/output, simple mathematics directions, choice buildings, and generation structures
  • Introduces good judgment, shift, mathematics shift, rotate, and stack instructions
  • Discusses systems and macros, and examines arrays and strings
  • Investigates computing device language from a discovery perspective
  • Provides an outline of binary and hexadecimal, good judgment, and mathematics within the Appendices, including a thesaurus, and a bit on visible C++ and MASM

This textbook/reference is a perfect advent to programming in meeting language for undergraduate scholars in laptop technology, in addition to a concise advisor for execs wishing to benefit how one can write logically right courses in a minimum volume of time.

Dr. James T. Streib is Professor and Chair of laptop technology at Illinois collage, Jacksonville, Illinois USA.

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Example text

As a result, most assembly languages often use the equivalent of a goto statement in their programs. MASM, however, is relatively unique in that it allows the programmer to use the equivalent of high-level control structures. Although this somewhat negates the reason why one might use an assembly language, it does provide a nice segue from high-level languages to low-level languages and provides an opportunity to see how high-level language control structures can be implemented in a low-level language.

Mov eax,ebx mov horse,ecx 4. Assuming all the variables are declared as sdword, write assembly language instructions to implement each of the following C statements or segments: ∗ A. B. ∗ C. D. i x c b a x = = = = = = 1; y; 2; c; b; y = 1; 5. Assuming all the variables are declared as byte, write assembly language instructions to implement each of the following C statements or segments: ∗ A. B. ∗ C. D. 1 Introduction As mentioned in Chapter 1, input and output (I/O) in assembly language can be quite difficult and complicated.

Although there are other registers that a programmer cannot directly access, they can often be accessed indirectly. One of the most important of these registers is the eflags register that controls various aspects of the CPU and contains the status of the CPU at any particular time. As various instructions execute, they set various 1-bit and 2-bit flags within the eflags register. Instead of having to use logic instructions to access the individual bits as is done in many other processors, each flag is given an individual twoletter abbreviation and some of these flags can be accessed in high-level control structures using a high-level operator as will be discussed later in this chapter.

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