After a short introduction on the history of programming languages, this book provides step-by-step examples that are mirrored in seven programming languages, including C#, C++, Java, jŠ°vascript, PERL, PHP, Python, Ruby, VB, and VBA. This mirrored approach for each of the examples represents the main feature of the book with the goal of gaining a better understanding of the advantages and disadvantages of programming and scripting languages. This approach also allows readers to learn the mechanics of short implementations and the algorithms involved, no matter what technology and programs are used in the future. Based on the growing need for programmers to be proficient across languages, the book is designed in such a way that no prior training or exposure to the programming languages is needed by readers.
Graphical illustrations are used for technical details about the computation examples to aid in an in-depth understanding of their inner workings. Moreover, the book contains original material that has been class-tested by the author and numerous cases are examined. Readers will also benefit from the inclusion of: (1) Historical and philosophical perspectives on the past, present and future of computer languages. (2) A total of 448 additional files are freely available online, from which a total of 44 files are poster presentations (i.e. PowerPoint and PDF files). (3) A total of 404 code examples reflected in nine computer languages, namely: C#, C++, Java, jŠ°vascript, PERL, PHP, Python, Ruby and VB.
Author(s): Paul A. Gagniuc
Series: Synthesis Lectures on Computer Science
Publisher: Springer International Publishing
Year: 2023
Language: English
Pages: 318
Historical Notes
Paul A. Gagniuc
Pages 1-13
Philosophy and Discussions
Paul A. Gagniuc
Pages 15-40
Paradigms and Concepts
Paul Gagniuc
Pages 41-59
Operators and Expressions
Paul A. Gagniuc
Pages 61-78
Data Types and Statements
Paul A. Gagniuc
Pages 79-104
Classic and Modern Variables
Paul A. Gagniuc
Pages 105-146
Control Structures
Paul Gagniuc
Pages 147-186
Functions
Paul A. Gagniuc
Pages 187-231
Implementations and Experiments
Paul A. Gagniuc
Pages 233-274
Back Matter
Pages 275-280