Generic programming is a widely appreciated and strongly affecting paradigm in software development. Genericity has become an integral part of most widely known and used programming languages. Some have just most recently been extended with generics, as is the case with Java 1.5. Some are known to have generics from the very beginning and even before they were extended to support object-oriented programming, as is the case with Ada. Genericity, templating, parameterized types, or parametric polymorphism refer to the same technique; basically, instantiating versions of an algorithm using built-in types, classes, objects, or program units as parameters. This Thesis work is to provide a comparison between three different language approaches to generic programming. The languages to be compared are Ada, C++, and Java. The objective of this study is to understand how and why these languages employ certain features with generics to provide a degree of support for generic programming, and to understand the extent to which each language could support a powerful and flexible version of generic programming.
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Generic programming is a widely appreciated and strongly affecting paradigm in software development. Genericity has become an integral part of most widely known and used programming languages. Some have just most recently been extended with generics, as is the case with Java 1.5. Some are known to have generics from the very beginning and even before they were extended to support object-oriented programming, as is the case with Ada. Genericity, templating, parameterized types, or parametric polymorphism refer to the same technique; basically, instantiating versions of an algorithm using built-in types, classes, objects, or program units as parameters. This Thesis work is to provide a comparison between three different language approaches to generic programming. The languages to be compared are Ada, C++, and Java. The objective of this study is to understand how and why these languages employ certain features with generics to provide a degree of support for generic programming, and to understand the extent to which each language could support a powerful and flexible version of generic programming.
Khalifa completed his Bachelor's and Master's work at the University of Jyväskylä (Finland), in 2005, where he was majoring in Information Systems Science, specializing in Software Engineering. Khalifa is expected to receive his PhD in Computer Science from Victoria University of Wellington (New Zealand) in 2013.
Les informations fournies dans la section « A propos du livre » peuvent faire référence à une autre édition de ce titre.
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Taschenbuch. Etat : Neu. nach der Bestellung gedruckt Neuware - Printed after ordering - Generic programming is a widely appreciated and strongly affecting paradigm in software development. Genericity has become an integral part of most widely known and used programming languages. Some have just most recently been extended with generics, as is the case with Java 1.5. Some are known to have generics from the very beginning and even before they were extended to support object-oriented programming, as is the case with Ada. Genericity, templating, parameterized types, or parametric polymorphism refer to the same technique; basically, instantiating versions of an algorithm using built-in types, classes, objects, or program units as parameters. This Thesis work is to provide a comparison between three different language approaches to generic programming. The languages to be compared are Ada, C++, and Java. The objective of this study is to understand how and why these languages employ certain features with generics to provide a degree of support for generic programming, and to understand the extent to which each language could support a powerful and flexible version of generic programming. N° de réf. du vendeur 9783848413997
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