uimaFIT provides Java annotations for describing UIMA components which can be used to directly describe the UIMA components in Java code without the need for traditional UIMA XML descriptors. This greatly simplifies refactoring a component definition (e.g., changing a configuration parameter name). uimaFIT also makes it easy to instantiate UIMA components without using XML descriptor files by providing convenient factory methods. This makes uimaFIT an ideal library for testing UIMA components because the component can be easily instantiated and invoked without requiring a descriptor file to be created first. uimaFIT is very useful in research environments in which programmatic/dynamic instantiation of UIMA pipelines can simplify experimentation. For example, when performing 10-fold cross-validation across a number of experimental conditions, it can be quite laborious to create a different set of descriptor files for each run, or even a script which generates such descriptor files. uimaFIT is type system agnostic and does not depend on (or provide) a specific type system. This project has been superseded by the Apache uimaFIT project.
StressItOut is a hardware stressing and testing program for GNU/Linux. Its main purpose is to strain the computer to ensure the hardware is in good state. There are several test modules: CPU load, memory test, 2D OpenGL painting, 3D OpenGL rendering, hard drives, optical drives, serial ports transmission, and parallel ports. Support for lm-sensors is in the works. This software, when ready for release, will mainly be aimed at the QA departments of hardware manufacturing companies, who need to ensure their newly produced machines perform correctly under heavy workloads, and that all their components work as expected.
PyMuTester is tool to facilitate Mutant Testing (a.k.a Mutant Analysis or Program Mutation) on software systems written in Python. Its main purpose is to assist you in improving your existing unit tests to cover missing checks and “loopholes” in your testing. It works by making small changes (technically known as mutants) to your Python application’s source code and re-running your unit tests over these mutated applications' source code. Since the mutants usually go against the specifications, your unit tests should fail in such tests. If the unit tests still pass, then that is an indication that your unit tests might have missed some checks.
VirtualX is an online examination management system which provides a basis for effective conducting of online exams in an efficient manner. It efficiently and thoroughly evaluates the candidates through a fully-automated system which saves time and gives fast results. It supports report generation and feedback management.
Maveryx is an automated functional testing tool. It provides testers with automated testing capabilities for functional testing, regression testing, GUI testing and data-driven testing. It does not require you to pre-record or capture any GUI Maps (or ‘Test Object Maps’) to create and run tests. During test execution, Maveryx takes ‘snapshots’ of the application user interface and automatically identifies the UI Objects to test. The tool includes fuzzy matching algorithms to unambiguously locate objects at runtime, even if the objects have changed since test creation. Maveryx also provides the ability to automate keywords, to validate dynamic data, to create data-driven tests, and to support custom controls. It is platform independent and runs as a standalone application or as an Eclipse plugin.
Atlassian Bonfire is an add-on for JIRA designed to help testers report bugs from within the Web application they are testing. Using a browser extension, testers can submit bugs with annotated screenshots. Both static and dynamic meta-data can be pre-populated using templates. Test sessions record all test activity and allow testers to link newly found issues to original bug or story. It supports Firefox, IE, Chrome, and Safari.