"Concepts of Programming Languages" (12th Edition) by Robert W. Sebesta is an authoritative computer science textbook published by Pearson. It provides a comprehensive framework for evaluating, designing, and understandi
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"Concepts of Programming Languages" (12th Edition) by Robert W. Sebesta is an authoritative computer science textbook published by Pearson. It provides a comprehensive framework for evaluating, designing, and understanding contemporary programming languages. [1, 2, 3]
Key Editions and Identifiers
- Print ISBN-13: 978-0134997186
- eTextbook ISBN-13: 978-0135102268
- Global Edition ISBN-13: 978-1292436821
- Core Objective: Critically analyze language constructs, examine design alternatives, and prepare students for compiler design. [1, 2, 3, 4]
Major Updates in the 12th Edition
- Modern Language Additions: Integrates syntax, data types, and parameters from Swift and Python (e.g., Python iterators).
- Outdated Language Removal: Drops legacy sections covering Lua and Objective-C.
- Functional Programming Enhancements: Introduces new material covering functional paradigms, including generic functions and constructs in F#. [1, 2, 4, 5]
Book Structure & Core Topics
The book systematically covers language paradigms across 16 structured chapters: [, 2]
- Preliminaries & History: Criteria for language evaluation (readability, writability, reliability) and the evolution of major languages.
- Syntax & Semantics: Methods for formal syntax description (BNF, EBNF) alongside lexical and syntax analysis.
- Data Architecture: In-depth studies of names, bindings, scopes, data types, expressions, and assignment statements.
- Control Structure & Subprograms: Structural execution mechanics, subprogram implementation, and abstraction facilities.
- Object-Oriented Programming (OOP) & Abstraction: Abstract Data Types (ADTs), encapsulation, inheritance, and dynamic method binding.
- Advanced Topics: Concurrency mechanisms, exception handling, and event handling.
- Alternative Paradigms: Dedicated introductions to Functional Programming (Scheme, ML, Haskell) and Logic Programming (Prolog). [1, 3, 5]
Educational Value
The textbook is heavily utilized in junior- and senior-level university courses. It helps software engineers choose the right tool for specific development domains by evaluating speed, readability, and resource usage. [1]
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