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Js-test-driver is an open source JavaScript unit tests runner written in Java. The project was started at Google and is under active development. It is available under Apache License 2.0 license

s-test-driver is able to run from command line and reports results to the standard output. As a result, it is possible to fully automate JavaScript tests and run them on a continuous integration server.

s-test-driver is able to run from command line and reports results to the standard output. As a result, it is possible to fully automate JavaScript tests and run them on a continuous integration server.

Supports Google account and OpenID authentication and access control on each JSON document. Provides admin console for setting the access control.

The goal of JsTestDriver is to build a JavaScript test runner which: easily integrates with continuous builds systems and allows running tests on multiple browsers quickly to ease TDD style development.

There are several common strategies for document versioning. The strategy you select will depend on the trade-offs you want to make. Please note that MongoDB does not have any support for triggers. So a few of these methods will require that you be able to do multiple writes.

=== Strategy 1: embed history === In theory, you can embed the history of a document inside of the document itself. This can even be done atomically.

=== Strategy 2: write history to separate collection ===

Our Data Analytics program focuses on the strategic and advanced uses of data analytics across a broad range of industries and occupations. Courses cover data mining, visualization, modeling and optimization

java -Xbootclasspath/a:lib/swinglibrary-0.14.jar:lib/registration-0.1.jar -jar  robotframework-2.5.3.jar  example.html

It is also possible to insert additional jar files to class path using the Xbootclasspath option. In this case, robotframework.jar does not need to be in class path. Here's the above example using Xbootclasspath:

Selenium WebDriver is often used as a basis for testing web applications. Here is a simple example uisng Python's standard unittest library: import unittest class GoogleTestCase(unittest.TestCase): def setUp(self): self.browser = webdriver.Firefox() self.addCleanup(self.browser.quit) def testPageTitle(self): self.browser.get('http://www.google.com') self.assertIn('Google', self.browser.title) if __name__ == '__main__': unittest.main(verbosity=2)

I agree with core developers, that there is no need for that to be implemented inside JsTestDriver. Everybody has slightly different needs and this would make configuration complicated. It is easy to solve in JavaScript: * request HTML page with XMLHttpRequest * extract body * inject into the body of the document under test req = new XMLHttpRequest(); req.open('GET', url, false); /* synchronous */ req.send(null); /* body element with children */ body_content = req.responseText.match(/<body[\s\S]*<\/body>/); body = document.documentElement.getElementsByTagName('body')[0]; /* body tag itself is ignored, only its children will be inserted */ body.innerHTML = body_content; } I've documented the full solution at http://www.mobile-web-consulting.de/post/4720306582/jstestdriver-html-injection-from-separate-file

There is however Morphia, an Object Document Mapper for MongoDB + Java which closely emulates the JPA model but using MongoDB appropriate semantics

DataNucleus already supports MongoDB, for JPA and JDO, the standardised APIs in Java.

clipseLink is planning support for MongoDB from JPA.

You can use jQuery's load() function to load the HTML page you want to test. In your JSTestDriver test function: $('html').load('pageToLoad.html', function() { // load was performed - run your asserts here now }); However, since this uses a callback function, you might have to use an Async Test Case.

This plugin turns your Jenkins cluster into a Selenium2 Grid cluster