Search Results for "java implementation loader"

... localization testing (NLS) allowing the same tests to work for many different languages or test configurations. With various different tool configurations SAFS can be used to test Java, Web/Html, Flex, .Net, WPF, Win, iOS, and Android domains natively. And with advanced Image-Based Testing support built-in SAFS can be used to test virtually anything, anywhere.

A collection of software benchmarks developed to compare the performance of Java with C on identical code. No language libraries were used to avoid implementation differences. Some of the benchmarks are also implemented in Python and Scala. There are benchmarks for bit twiddling, numerical computing, data structure manipulation, concurrent computing, callouts to native libraries, and, graphics processing units (GPU) utilization.

This open source software benchmarks the queries per second of an Apache Lucene index. It is an Java implementation and uses MultiFieldQueryParser to form a query.

This tool supports the implementation of Checklist using objective criteria to evaluate any characteristic. The Spider-CL was developed in the Software Quality context, but it can be used in any one.

JFTA is an API that makes your testing code independent of the underlying implementation. Thus you can easily switch between different implementations at runtime. Currently JFTA provides implementations for HtmlUnit and Selenium RC.

ObjectInspector is a set of classes designed to match objects and by extension to test bean implementation code. These entry points are designed to be extendible through the use of registration of additional matchers & factories.

kaustubha is a testing module for IKE protocol. It is designed to allow a user to test any RFC compliant implementation against malformed packets.

The OpenPC^2 project aims to develop a free, easy-to-use, and flexible programming contest control system. Our goal is to provide an open-source implementation of PC^2 and help people to hold programming contests like ACM/ICPC.