This text concentrates on the basic introduction to assembler language from the structured programming point of view and is written for students who need to learn to write assembler programs for business data processing applications. Planning the logic (pseudocode) using top-down, modular structure programming to construct high-quality, easy-to-read programs are covered and emphasis on program development process and modular programming is given. Sample programs introduce each chapter and illustrate how material can be applied to an actual data processing application. These sample programs illustrate application of program development process from start-to-finish, including developing the logic using the pseudocode, defining the input output formats, identifying the processing functions, coding the program and producing the output results.
This text concentrates on the basic introduction to assembler language from the structured programming point of view and is written for students who need to learn to write assembler programs for business data processing applications. Planning the logic (pseudocode) using top-down, modular structure programming to construct high-quality, easy-to-read programs are covered and emphasis on program development process and modular programming is given. Sample programs introduce each chapter and illustrate how material can be applied to an actual data processing application. These sample programs illustrate application of program development process from start-to-finish, including developing the logic using the pseudocode, defining the input output formats, identifying the processing functions, coding the program and producing the output results.
Sprache
Verlagsort
Verlagsgruppe
Zielgruppe
Für höhere Schule und Studium
Für Beruf und Forschung
Illustrationen
Maße
ISBN-13
978-0-87709-089-2 (9780877090892)
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Schweitzer Klassifikation
Getting started; Number systems and data representation; Introduction to assembler language; Files, Modular structure, and printing output; Reading data and performing loops; Comparison and conditional branching; Page and control break processing; Packed-decimal operations; Sequential file updating.