Title :
Dynamic Test Reconfigurationfor Composite Web Services
Author :
Cooray, Mark B. ; Hamlyn-Harris, James H. ; Merkel, Robert G.
Author_Institution :
Test Capability Group, Hewlett-Packard, Melbourne, VIC, Australia
Abstract :
This paper introduces a testing strategy that is suitable for testing service-based applications. We describe an architecture that responds to changes of service operation, operation arguments and service composition changes. Our proof-of-concept test system performs runtime testing on our model atomic and composite web services using a random testing technique. A novel change identification method was developed to capture changes at the service interface. The test system is able to identify changes that occur in service operations and operational arguments in a service description of a test candidate. Our approach uses a new method to detect changes in a service inventory. Automated reconfiguration is used to support the continuous operation of the testing systems during a test candidate change.
Keywords :
Web services; program testing; atomic Web services; change identification method; composite Web services; dynamic test reconfiguration; operation argument changes; random testing technique; runtime testing; service composition changes; service interface; service inventory; service operation changes; service-based applications; Computer architecture; Generators; Runtime; Service-oriented architecture; Testing; Runtime testing; SOA; software testing;
Journal_Title :
Services Computing, IEEE Transactions on
DOI :
10.1109/TSC.2014.2312953