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The Complete Edition - Software Engineering for Real-Time Systems

You're reading from   The Complete Edition - Software Engineering for Real-Time Systems A software engineering perspective toward designing real-time systems

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Product type Paperback
Published in Dec 2019
Publisher
ISBN-13 9781839216589
Length 824 pages
Edition 1st Edition
Languages
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Author (1):
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Jim Cooling Jim Cooling
Author Profile Icon Jim Cooling
Jim Cooling
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Table of Contents (16) Chapters Close

Preface
1. Real-Time Systems – Setting the Scene 2. The Search for Dependable Software FREE CHAPTER 3. First Steps – Requirements Analysis and Specification 4. Software and Program Design Concepts 5. Multitasking Systems – an Introduction 6. Diagramming – an Introduction 7. Practical Diagramming Methods 8. Designing and Constructing Software – Code-Related Issues 9. Software Analysis and Design – Methods and Methodologies 10. Analyzing and Testing Source Code 11. Development Tools 12. Mission-Critical and Safety-Critical Systems 13. Performance Engineering 14. Documentation Glossary of terms

8.4 Choosing a High-Level Language for Embedded Systems

8.4.1 Basic Requirements

Before choosing a high-level programming language, four fundamental questions need to be answered:

  • Which language features do we really need (essential requirements)?
  • Which language features are needed to produce high-quality software (primary requirements)?
  • Which language features would be really useful (secondary requirements and performance assessment)?
  • Which language features would be nice to have (flavor of the month (take your pick))?

(a) Essential Features

Essential features are those needed for the development of application software for loading onto a "bare-bones" embedded machine. A minimal set of requirements includes:

  • Assembly language and machine code interfacing
  • Absolute addressing
  • Access to and control of hardware
  • Interrupt handling
  • Bit manipulation
  • Processor (or environment) specific extensions to the core language
  • ...
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