Java Open Source Projects Directory

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Testing Tools

salome-tmf

Salome-TMF is a test management framework. Salome-TMF offers features for creating and executing tests. Salome-TMF uses the concept of tests defined in the norm ISO9646. Tests can be manual or automatic, tests are organized in campaigns and are executed with different datasets in different environments. For making test execution fully automatic, Salome-TMF has integrated a script language based on Java, as one of several plugins which extend Salome-TMF functionalities.

 

ddtunit

DDTUnit is a testing framework based on JUnit that focus on a datadriven approach to testing. It separates testcode from testdata by suppliing an easy to learn xml based data description schema. DDTUnit supports complex object description like collections, maps and value objects out of the box.

 

jtr-java-test-runner

JTR (Java Test Runner) is a framework meant for fastening the building of both complex and simple test enviroments. It is based on concepts such as Inversion of Control, and is ready for EJB and JMS testing. The JTR 2.0 framework will give you the chance to code only the testing logic. All the boring middleware-related tasks (connecting to ConnectionFactories, opening connections, sharing connections, opening sessions, handleing exceptions, retrieving administered objects) are carried out by the JTR 2.0 runtime on your behalf according to what you have stated in the jtr.xml configuration file. Thanks to IoC (Inversion Of Control), the JTR 2.0 runtime is able to inject all these resources into your IRunner concrete implementations. This entails that you are not required to actively retrieve the resources you need: you declaratively tell the JTR 2.0 framework you are going to need them at runtime, and Inversion Of Control will do the work. The thing same happens with EJBs: all the low-level details are always handled by the JTR framework to let you work only on the pure logic of your tests.

 

jumble

Jumble is a Java mutation testing tool that works in conjunction with JUnit. The purpose of mutation testing is to provide a measure of the effectiveness of test cases. A single mutation is performed on the code to be tested, the corresponding test cases are then executed. If the modified code fails the tests, then this increases confidence in the tests. Conversely, if the modified code passes the tests this indicates a testing deficiency.

 

p-unit

p-unit is a framework for performance benchmark and unit test. It records memory consumption and execution time, and generates result in the form of plain text, image and pdf file. p-unit allows users to plugin their own result report. As a tool for unit-test, p-unit supports to run the same tests with a single thread or multi-threads.

 

t2

T2 is a random testing tool. As one, it is fully automatic, but one must keep in mind that the code coverage of random testing is in general very limited. It should be used as a complement to other testing methods. T2 checks for internal errors, run time exceptions, method specifications, and class invariant. T2 does not check individual methods in isolation; instead T2 generates random executions where methods may interfere with each other, and thus it may discover more subtle errors. Violating executions can be saved for re-test (regression). No special specification language is needed. Specifications are written in plain Java. The current state is prototype.

 

depunit

DepUnit is a data and dependency driven unit test system for Java. DepUnit is ideal for sets of tests that depend on data from previous tests. DepUnit makes it easy to run the same tests over multiple data sets.

 

unicorn

Unicorn provides Swing components for interactively invoking methods on JMX MBeans, JavaBeans, and Web Services. It is intended to allow developers to implement simple testing and debugging tools quckly. Unicorn also can be extended to handle other types of objects. All you have to do is implement an ObjectPanelModel.

 


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