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Service integration-oriented workflow model and implementation method
ZHANG Xinglong, LI Songli, XIAO Junchao
Journal of Computer Applications    2015, 35 (7): 1993-1998.   DOI: 10.11772/j.issn.1001-9081.2015.07.1993
Abstract412)      PDF (985KB)(587)       Save

Since there are two problems when using current workflow to integrate existing software services: 1) Information of the integrated service is insufficient to satisfy the service integrating needs;2) Only few node types without any business meaning can be chosen during process customization, which complicates the process customization. Thus, a new workflow model was proposed. Firstly, three information parts of the workflow model: structure information, service information and people information were determined by analyzing actual business processes under service integration environment; secondly, the corresponding description between three information parts and JPDL (JBoss jBPM Process Definition Language) was given to prove the completeness of the new workflow model; finally, the key elements of each information part were described. The experimental results show that 48 business processes can be quickly built and met the actual business needs based on 35 services. The rich service information provides guarantee for the process operation and the execution correct rate is 100%; the process customization is more convenient with less than 2 min from process customization to execution. The results show that the proposed model can help to build new business process quickly based on existing software services and save the software development costs.

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Constructing method of metamorphic relations in object-oriented software testing
HOU Xuemei, YU Lei, ZHANG Xinglong, LI Zhibo
Journal of Computer Applications    2015, 35 (10): 2990-2994.   DOI: 10.11772/j.issn.1001-9081.2015.10.2990
Abstract685)      PDF (783KB)(440)       Save
To solve the Oracle problem of method sequence call in object-oriented software testing, a method of metamorphic relations constructing for object-oriented software testing based on algebraic specification was proposed. Firstly, metamorphic relations constructing criteria for object-oriented testing was defined based on the algebraic specification. Then the normal form metamorphic relations constructing method in the Generating a Finite number of Test cases (GFT) algorithm was improved according to these criteria. Finally, the improved method was verified through constructing IntStack class metamorphic relations. The experimental results showed that, compared with the normal form metamorphic relations constructing method, the metamorphic relations redundancy was reduced by 66% at the same mutation score. The results indicate that the new method has a low metamorphic relations redundancy and improves the efficiency of software testing.
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