An Eclipse Plug-in for the Java PathFinder Runtime Verification System

The transition of a development prototype to a product is a challenging task. There are several shortcomings of a prototype such as the difficulty of client deployment, configuration issues and memory usage. The Eclipse RCP is a platform for development that offers many advantages such as: multiplatform nature; small memory footprint usage and extensible architecture. In this work we present the use of the Eclipse Rich Client Platform (RCP) as the basis for the deployment of a Contextual Medical Image Viewer. The Contextual Viewer is a concept of interface for medical/clinical information visualization that uses different contexts to enhance the user's capability and experience. We present the contextual viewer for X-Ray Angiographic images, based on Eclipse RCP, which can use information from two different sources. We conclude that the Eclipse RCP is a promising platform for final-user quality software, improving the Contextual Medical Image Viewer features.

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“…• Arcelli et al [6] redesigned an explicit state model checker called Java PathFinder (JPF) to be an Eclipse plug-in;…”

Section: Eclipse Rich Client Platform (Rcp)mentioning

confidence: 99%

Using Eclipse RCP for the contextual image viewer

Moreno

Furuie

2008

SPIE Proceedings

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A scalable, configurable, SOA-compatible vehicle exhausts surveillance and management system

Cai

Chen

et al. 2010

2010 IEEE International Conference on Software Engineering and Service Sciences

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Thread Scheduling Sequence Generation Based on All Synchronization Pair Coverage Criteria

Jun

Zheng

Shi

et al. 2020

Int. J. Soft. Eng. Knowl. Eng.

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Testing multi-thread programs becomes extremely difficult because thread interleavings are uncertain, which may cause a program getting different results in each execution. Thus, Thread Scheduling Sequence (TSS) is a crucial factor in multi-thread program testing. A good TSS can obtain better testing efficiency and save the testing cost especially with the increase of thread numbers. Focusing on the above problem, in this paper, we discuss a kind of approach that can efficiently generate TSS based on the concurrent coverage criteria. First, we give a definition of Synchronization Pair (SP) as well as all Synchronization Pairs Coverage (ASPC) criterion. Then, we introduce the Synchronization Pair Thread Graph (SPTG) to describe the relationships between SPs and threads. Moreover, this paper presents a TSS generation method based on the ASPC according to SPTG. Finally, TSSs automatic generation experiments are conducted on six multi-thread programs in Java Library with the help of Java Path Finder (JPF) tool. The experimental results illustrate that our method not only generates TSSs to cover all SPs but also requires less state number, transition number as well as TSS number when satisfying ASPC, compared with other three widely used TSS generation methods. As a result, it is clear that the efficiency of TSS generation is obviously improved.

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An Eclipse Plug-in for the Java PathFinder Runtime Verification System

Cited by 3 publications

References 5 publications

Using Eclipse RCP for the contextual image viewer

Using Eclipse RCP for the contextual image viewer

A scalable, configurable, SOA-compatible vehicle exhausts surveillance and management system

Thread Scheduling Sequence Generation Based on All Synchronization Pair Coverage Criteria

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