Test architecture Clause Samples

Test architecture. This aspect specifies test components and classes to provide test configurations. The concepts needed to describe the elements that the test cases defined using the profile are shown in the next figure, and are explained below: SUT: system under test. The SUT is not specified as part of the test model, and the test architecture package imports the UML model of the SUT. From the point of view of black-box testing, internal information is not available for use in the specification of test cases using the Testing Profile. So, the SUT provides only a set of operations via publicly available interfaces. Test Configuration: This element contains all the test component objects and their connections to the SUT. It defines both the initial test configuration and the maximum number of test components objects and connections that might be added during the test execution. Test context: It contains a test configuration and a collection of test cases being executed on the test configuration. Test components interact with the SUT to realize the test cases defined in this test context and fulfil the test objectives. Arbiter: It is a predefined interface provided with the Testing Profile. Its objective is to determine the final verdict for a test case. This determination is done according to a particular arbitration strategy, which is provided in the implementation of the arbiter interface. It is a passive component, except for reporting the test case verdict at the conclusion of each test case. Every test context must have an implementation of the arbiter interface. Scheduler: It is a predefined interface provided with the Testing Profile. Its objective is to control the execution of the different test components. The scheduler will keep information about which test components exist at any point in time, and it will collaborate with the arbiter to inform it when it is time to issue the final verdict. It keeps control over he creation and destruction of test components and it knows which test components take part in each test case. Every test context must have an implementation of a scheduler.
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