Open Source Linux Automated Testing Tools - Page 4

TestPlan is an automated testing tool for testing interactive web systems. Tests are written in a specialized language suitable for less technical individuals.

Testerman is an attempt to produce a TTCN-3 inspired test automation system without the strict typing model of the TTCN-3 test control notation that can be too heavy to be practical with non-stricly defined protocols. This is achieved by bringing TTCN-3 primitives and concepts to the Python programming language. It provides a complete environment to design, manage, execute and analyze automated tests, and can be used as a platform to develop test simulators (drivers and stubs) and prototypes of network applications.

A very Flexible and Plugin-able Test Automation Engine. It fully supports the Standardized Test Tool Interfaces as described in http://www.testtoolinterfaces.com/

A testcase management, logging, reporting and test automation tool, similar to the commercial product Test Director. Features: Progress stats, reports, test case import from CSV,doc,web or SQL, STAF plugin. SQL database. Speeds QA and software testing

JXCL is a framework for constructing transforming class loaders for Java. It can be used for a wide range of purposes, including automated testing, in particular testing of unit test coverage.

The uranium is a system for test automation. It uses a prolog language for high-level modelling of business process in software and system of drivers which allows use any channel for manage the program (web, db connection etc).

WebRobot, a Java-based wrapper for HttpUnit and ServletUnit, is a library that helps programmers automate interaction with web sites, especially for automated testing.

"Yet Another Do-It-Yourself (Test) Automation Framework" specification. Use or modify one of the existing software implementations (hosted/referenced here), or implement the framework yourself. Download and read the spec for more details.

The Automated Testing System (ATS) is a Python-based tool for automating the running of tests of an application. ATS can test any program that can signal success or failure via its exit status. ATS is an object-oriented Python program that provides abstractions for user defined tests (usually specified with an executable and command line and / or an input file). It runs these tests, either in serial or in parallel, and creates a log file (or files) describing the results of running the tests. ATS provides the capability to run serial or parallel tests simultaneously up to the resource limits it has been given (i.e. some number of processors on which to run). Tests can be given a priority rating and be dependent upon other tests, and these features are accounted for in its scheduling algorithm. The software is configurable and extensible. ATS provides numerous options for creating dependent chains of tests, filtering based on various criteria, and running tests with custom arguments.

AuDA (Availability under DoS Attacks) security testing environment. Doing automated & reuseable tests. First target it is written for is SIP system. But it is easily extensable and may adopted to other internet services.

VM with ready to run Axway ATS Framework examples

ETAF: e Test Automation Framework The 'e' in ETAF signifies that it is a web based framework. It also stands for Efficient and Effective.

FitNesse fixtures is a set of classes you can use in the test automation tool FitNesse (fitnesse.org)

aim is to provide support for monitoring system behaviour through dynamic analysis, and for analysing and modeling this data for a better understanding of system behaviour and for test automation

Jungletest is an system for automated testing of OpenOffice.org against a large set of documents. Currently, tests determine whether OOo will crash or hang when loading, scrolling through, or exporting the document.

OWLAND is an automated testing framework for description logic reasoners. It supports both ABox and TBox reasoning methods and is capable of running fully automated tests with any ontology and number of currently available reasoners.

Performance test engine written in Java and exposed as a fluent API for writing JUnit tests. Perftence can also be used without JUnit by using perftence-api distribution package. Full test results are provided in html, which can published directly with different CI's (e.g. Jenkins/Hudson). Runtime test statistics are also provided through logging (e.g. using slf4j-log4j and log4j). Pertence tool can also be used for finding out threading issues. Just write a test that uses the component you need to test for threading issues and assign load of threads to the test. Thanks to my employer (Nokia) for letting me publish the initial version of this tool as open-source!

The goal of pure is to deliver a test suite which contained a subset of automated testing cases that were accumulated from the experience of the past few years on testing the Linux kernel and BSPs as well as publishing the resultes of tests. The entire testing automation execution on the targets should be controlled by the file main_test.sh from the top directory, the execution process would be deployed and implemented by its own processing, without any remote management server.

Ruby based test harness to aid in black box test automation, build server automation or any other general automations.

It's a jython library used for android ui automated testing. It's based on the monkeyrunner and monkeyrunner easy api. It is easily used to use and write the automated ui testing monkeyrunner script. can interacti with view not only with the coordinates of the screen.

Modern software systems and application are commonly written in multiple languages, include scripting engines, and are frequently build on multiple specialized frameworks and middleware for a considerable diversity of runtime environments. The latest influencing update in development paradigm is the application of multicore processors. This projects is aimed to unify the required trace and logging output and integrate into debugging environments. The target is to provide general development, test, and production support of software environments based on multiple programming languages for distributed multicore environments.