Search Results for ".net to java"

This framework supports a wide variety of model-based GUI testing techniques. The innovation lies in the architecture of GUITAR, which uses plug-ins to support flexibility and extensibility. Software developers and quality assurance engineers may use this architecture to create new toolchains, new workflows based on the toolchains, and plug in a variety of measurement tools to conduct GUI testing. More detail is presented in this publication: GUITAR: An Innovative Tool for Automated...

Simple, easy-to-use, efficient testing library, for C, C++, Java, .NET, Python and Ruby. Combining high discoverability and low coupling, xTests is a lightweight solution designed for use in verifying other libraries.

XMLUnit 2.x Development Moved to GitHub XMLUnit provides help with testing code that creates or consumes XML. XMLUNit 2.x is available for both Java and .NET with a similar API. Development of this version has moved to a GitHub organization[1] with two git repositories for Java and .NET respectively. All discussion about XMLUnit independent of any version will happen on the XMLUnit general mailing list[2]. XMLUnit for Java 1.x is no longer maintained, please use the legacy artifacts of XMLUnit 2.x if you still need APIs compatible with XMLUnit 1.x. ...

Using an embedded jetty server, this project exposes the core functionality of Sikuli for use within .NET projects. The nuGet package can be installed with the following command entered in the package manager: Install-Package Sikuli4Net Requires a working installation of the latest version of Sikuli. Additional setup required: See screenshots for examples of how to implement this tool. NUnit setup and teardown methods are required. NuGet package page is located here:...

Simple, straight-forward examples of FIT/FitNesse fixtures for Java and .NET test environments. Documentation and examples are available in the form of a live FitNesse wiki and PDF.

JMonitoring and NMonitoring are monitoring frameworks for Java and .Net applications, based on AOP (AspectJ and AspectDNG). Data are stored in database, memory or XML and can be consulted with a web console. http://forge.octo.com/confluence/display/JMO

Avignon is an acceptance test system that allows you to write executable tests in a language that you define. It uses XML to define the syntax of the language but, if you choose to extend the language, leaves the semantics of the tests up to you.