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Thinking in Java (ISBN 978-0131872486) is a book about the Java programming language, written by Bruce Eckel and first published in 1998. Prentice Hall published the 4th edition of the work in 2006. The book represents a print version of Eckel’s “Hands-on Java” seminar.
Programming Logic and Design, Introductory, 5th Edition, ISBN 1-4239-0195-9. Programming Logic and Design, Comprehensive, 4th Edition, ISBN 1-4188-3633-8. Programming Logic and Design, Introductory, 4th Edition, ISBN 1-4188-3634-6. An Object-Oriented Approach to Programming Logic and Design, 2nd Edition, ISBN 1-4239-0184-3.
Bruce Eckel (born () July 8, 1957 (age 67)) is a computer programmer, author, and consultant. [citation needed]Eckel's best known works are Thinking in Java and the two-volume series Thinking in C++, aimed at programmers wanting to learn the Java or C++ programming languages, respectively, particularly those with little experience of object-oriented programming.
Concurrent logic programming integrates concepts of logic programming with concurrent programming. Its development was given a big impetus in the 1980s by its choice for the systems programming language of the Japanese Fifth Generation Project (FGCS). [67] A concurrent logic program is a set of guarded Horn clauses of the form:
The mechanisms for modular or object-oriented programming that are provided by a programming language are mechanisms that allow developers to provide SoC. [4] For example, object-oriented programming languages such as C#, C++, Delphi, and Java can separate concerns into objects, and architectural design patterns like MVC or MVP can separate presentation and the data-processing (model) from ...
Software Design for Flexibility, by Chris Hanson and Gerald Jay Sussman; How to Design Programs (HtDP), which intends to be a more accessible book for introductory Computer Science, and to address perceived deficiencies in SICP; Essentials of Programming Languages (EoPL), a book for Programming Languages courses
Rather than having a single instance per application (e.g. the java.lang.Runtime object in the Java programming language) the multiton pattern instead ensures a single instance per key. The multiton pattern does not explicitly appear as a pattern in the highly regarded object-oriented programming textbook Design Patterns. [1]
Declarative programming – describes what computation should perform, without specifying detailed state changes c.f. imperative programming (functional and logic programming are major subgroups of declarative programming) Distributed programming – have support for multiple autonomous computers that communicate via computer networks