Displaying similar documents to “Generation of Testing Source Code for Object-Oriented Programs Генериране на кода на тестващ модул за обектно-ориентирани програми”

Extracting Business Rules through Static Analysis of the Source Code Извличане на бизнес правила чрез статичен анализ на програмен код

Manev, Krassimir, Maneva, Neli, Haralambiev, Haralambi (2012)

Union of Bulgarian Mathematicians

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Красимир Манев, Нели Манева, Хараламби Хараламбиев - Подходът с използване на бизнес правила (БП) беше въведен в края на миналия век, за да се улесни специфицирането на фирмен софтуер и да може той да задоволи по-добре нуждите на съответния бизнес. Днес повечето от целите на подхода са постигнати. Но усилията, в научно-изследователски и практически аспект, за постигане на „’формална основа за обратно извличане на БП от съществуващи системи “продължават. В статията е представен подход...

GammaPolarSlicer

Sérgio Areias, Daniela da Cruz, Pedro Rangel Henriques, Jorge Sousa Pinto (2011)

Computer Science and Information Systems

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Semantically Enhanced Software Documentation Processes

Klieber, Werner, Granitzer, Michael, Gaisbauer, Mansuet, Tochtermann, Klaus (2010)

Serdica Journal of Computing

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High-quality software documentation is a substantial issue for understanding software systems. Shorter time-to-market software cycles increase the importance of automatism for keeping the documentation up to date. In this paper, we describe the automatic support of the software documentation process using semantic technologies. We introduce a software documentation ontology as an underlying knowledge base. The defined ontology is populated automatically by analysing source code, software...

Some new technics regarding the parallelisation of ZéBuLoN, an object oriented finite element code for structural mechanics

Frédéric Feyel (2002)

ESAIM: Mathematical Modelling and Numerical Analysis - Modélisation Mathématique et Analyse Numérique

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A finite element code, called ZéBuLoN was parallelised some years ago. This code is entirely written using an object oriented framework (C++ is the support language). The aim of this paper is to present some problems which arose during the parallelization, and some innovative solutions. Especially, a new concept of message passing is presented which allows to take into account SMP machines while still using the parallel virtual machine abstraction.