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A knowledge-based test plan generator for incremental unit and integration software testing

✍ Scribed by Zorica Mihajlović; Dušan Velašević

Publisher
John Wiley and Sons
Year
1998
Tongue
English
Weight
139 KB
Volume
8
Category
Article
ISSN
0960-0833

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✦ Synopsis

Unit and integration testing are two expected levels of testing for conventionally designed programs. This article presents a system for the automatic generation of test plans for incremental unit and integration testing. Starting from a global task of planning integration testing, the system generates a detailed test plan automatically for a given program on the basis of its decomposition as a software structure. The system is implemented as a framebased system. It supports four standard ways of assembling units during integration, and two ways of testing according to parallelism. It also takes into account the units that require more testing than others. The system greatly improves the productivity of planning integration testing in comparison with the current practice of producing test plans manually. Experiments have shown a minimum productivity increase of 55 times.

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## Abstract Family‐based association tests (FBATs) provide simple and powerful tests to detect association between a genetic marker and a disease‐susceptibility locus, manifest in subjects by a phenotype or disease trait. Here we propose a new class of conditional tests for family‐based association