Search results
Results from the WOW.Com Content Network
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.
Joyce Farrell is the author of many programming books for Course Technology, a part of Cengage Learning. [1] Her books are widely used as textbooks in higher education institutions.
Nonetheless, the principle is useful in reasoning about the design of class hierarchies. Liskov substitution principle imposes some standard requirements on signatures that have been adopted in newer object-oriented programming languages (usually at the level of classes rather than types; see nominal vs. structural subtyping for the distinction):
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
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.
Chapter 1 is a discussion of object-oriented design techniques, based on the authors' experience, which they believe would lead to good object-oriented software design, including: "Program to an interface, not an implementation." (Gang of Four 1995:18) Composition over inheritance: "Favor 'object composition' over 'class inheritance'." (Gang of ...
Symbolic programming is a paradigm that describes programs able to manipulate formulas and program components as data. [4] Programs can thus effectively modify themselves, and appear to "learn", making them suited for applications such as artificial intelligence , expert systems , natural-language processing and computer games.
The use of logic variables for communication in concurrent logic programming languages was quite similar to futures. These began in Prolog with Freeze and IC Prolog , and became a true concurrency primitive with Relational Language, Concurrent Prolog , guarded Horn clauses (GHC), Parlog , Strand , Vulcan , Janus , Oz-Mozart , Flow Java , and ...