A comparative study between computer programming languages for developing distributed systems in web environment

Abstract

Web services are the next step in the growth of the Internet and permit active objects to be located on Websites providing distributed services to potential clients. The main advantage of Web services is that provides interoperating between different software applications and computer programming language running on a variety platforms. The high computer programming language uses by students, teachers and professionals have designed and upgraded rapidly by the developers and Interest Company. This paper focuses on the principle of the differentiation of computer programming languages by compare their criteria's and features. The main purpose of this paper is to study, analyze, explore, compare and discuss the issues and measurements of these languages which nowadays have been a powerful means to assist human beings in many applications. This paper presents a view of the capabilities of each of language, and should help those trying to understand their technical similarities, differences, and capabilities.

A Pragmatic Comparison of Four Different Programming Languages

“…In the Journal, "A Comparative Study between Computer Programming Languages for Developing Distributed Systems in Web Environment" [1] the authors studied and evaluated the performance of C++, Java and C# in the field of distributed systems in the web environment. In relation to the field, they also measured their simplicity, reliability, concurrency and maintainability of the languages.…”

An observation model to detect security violations in web services environment

“…Observers register their interest with one or more observable objects, and are notified when an event or interaction that satisfies this interest is recognized by an observation's policy. The observer paradigm also supports a fundamental OO design heuristic by facilitating loose coupling between communicating objects [8,9].…”

“…Although Java [8] simplifies memory management for the programmer, it is still possible to create memory leaks via live references. Any reference to a listener that remains within a system after attempting to remove the listener will inhibit the Java garbage collector and create a memory leak.…”