Calculating BPEL test coverage through instrumentation

Assessing the quality of tests for BPEL processes is a difficult task in projects following SOA principles. Since insufficient testing can lead to unforeseen defects that can be extremely costly in complex and mission critical environments, this problem needs to be addressed. By using formally defin...

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Main Authors: Lubke, D., Singer, L., Salnikow, A.
Format: Conference Proceeding
Language:English
Subjects:
Area measurement
Automatic testing
Instruments
Mission critical systems
Semiconductor optical amplifiers
Service oriented architecture
Software engineering
Software testing
System testing
Web services
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Singer, L.
Salnikow, A.
description Assessing the quality of tests for BPEL processes is a difficult task in projects following SOA principles. Since insufficient testing can lead to unforeseen defects that can be extremely costly in complex and mission critical environments, this problem needs to be addressed. By using formally defined test metrics that can be evaluated automatically by using an extension to the BPELUnit testing framework, testers are able to assess whether their white box tests cover all important areas of a BPEL process. This leads to better tests and thus to better BPEL processes because testers can improve their test cases by knowing which important areas of the BPEL process have not been tested yet.
doi_str_mv 10.1109/IWAST.2009.5069049
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects Area measurement
Automatic testing
Instruments
Mission critical systems
Semiconductor optical amplifiers
Service oriented architecture
Software engineering
Software testing
System testing
Web services
title Calculating BPEL test coverage through instrumentation
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