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I2CS: International Conference on Innovative Internet Community Systems

https://dl.gi.de/handle/20.500.12116/18975
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Auflistung I2CS: International Conference on Innovative Internet Community Systems nach Schlagwort "conformance testing"

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  • Konferenzbeitrag
    Automatic web service testing from WSDL descriptions
    (11th International Conference on Innovative Internet Community Systems (I2CS 2011), 2011) Salva, Sébastien; Rollet, Antoine
    Web Services fall under the so-called emerging technologies category and are getting more and more used for Internet applications or business transactions. Currently, there is an important need for validation techniques of web service based architectures. Web services, that are currently proposed into UDDI registries, are not always tested. And for most of them, no specification is provided. So, we propose in this paper, a testing method which can generate test cases only from WSDL descriptions. This method is able to check the following aspects: operation existence, exception management, and session management. We express how to generate test cases and we describe a testing framework, composed of a web service tester, which executes test cases and gives the final test verdict.
  • Konferenzbeitrag
    A distributed cache management for test derivation
    (10th International Conferenceon Innovative Internet Community Systems (I2CS) – Jubilee Edition 2010 –, 2010) Gros-Desormeaux, Harry; Fouchal, Hacène; Hunel, Philippe
    Complex systems need to be validated before industrial development. The last step in the validation process is testing. This part has to be considered with care in order to avoid troubles. This step takes a long time and requires a lot of resources. In this paper, a complex system is described a Timed Labeled Transition System (TLTS). In such description, we focus on the specification of the event ordering respecting time constraints. Since the TLTS may be very large (million of states for industrial systems), we present a solution to reduce the test derivation complexity. We aim to decompose the derivation process among some hosts participating to the generation algorithm. Each host will deal with a part of the system independently ; each host will derive test sequences for some fixed states from the system. Some computations are redundant. In order to reduce them, on each host we use the Bloom filters concept used to manage a local cache containing computed sequences. Then, we show how to compute the results given by all hosts in order give a set of test sequences for the whole system. We suggest an implementation of this technique on the JXTA environment deployed on some hosts. We analyze a large number of experiments on different TLTS. Finally, we have shown that the use of Bloom filters make increases the test derivation performances.