Trumpf.Coparoo.Web is a .NET library for C# that helps you write fast, maintainable, robust and fluent Selenium-driven web tests based on the control/page/root-object (Coparoo) pattern.

The following sign-in/out test scenario illustrates how the framework facilitates writing user interface tests in "natural" way:

var app = new GitHubWebDriver();                    // create the test driver
app.Open();                                         // open the github page in a new browser tab
app.On<Header>().SignIn.Click();                    // click the sign-in button
app.On<SignInForm>().SignIn("myUser", "abc");       // enter the user credentials ...
app.On<Header>().Profile.Click();                   // open the user profile
app.On<ProfileDrowndown>().SignOut.Click();         // sign out

To make it easier for you to develop with the Trumpf Coparoo Web library we release it as NuGet package. The latest library is available on https://www.nuget.org/packages/Trumpf.Coparoo.Web. To install, just type Install-Package Trumpf.Coparoo.Web in the Package Manager Console.

If you want to learn more about the control/page/root-object pattern, the idea behind this framework, consider reading the design pattern introduction. It illustrates how the framework can help you at writing maintainable and fast-running user interface tests.

If you can't wait getting started and want see some code, have a look at this code example.

Supposed you have already defined your first Coparoo test and want to know how to better structure page objects and related tests, have a look at Coparoo's page test runner.

Finally, if things are set up and you want to work on user interface tests in a collaborative setup consisting of many possibly independent teams, or write test cases even before the user interfaces ready to execute (say, directly after the UX team is done) consider reading this tutorial.

Main development by Alexander Kaiser (alexander.kai...@de.trumpf.com or alexander.kai...@cs.ox.ac.uk).

Ideas and contributions by many more including

• Daniel Knorreck, Gerald Waldherr / Additive Manufacturing, TRUMPF Laser- und Systemtechnik GmbH, Ditzingen
• Jochen Lange, Matthias Wetzel, Markus Ament, Bernd Gschwind, Bernd Theissler, Andreas Alavi, Sebastian Mayer, Daniel Boeck / TRUMPF Werkzeugmaschinen GmbH + Co. KG, Ditzingen
• Igor Mikhalev / Trumpf Laser Marking Systems AG, Schweiz
• Thanikaivel Natarajan / India Metamation Software P. Ltd., India
• Nol Zefaj, Nils Engelbach, Phi Dang, Mattanja Kern, Felix Eisele / AXOOM GmbH, Karlsruhe
• Manuel Pfemeter / AIT – Applied Information Technologies GmbH & Co. KG, Stuttgart
• Marie Jeutter / Hochschule Karlsruhe

Copyright (c) TRUMPF Werkzeugmaschinen GmbH + Co. KG. All rights reserved. 2016, 2017, 2018.

Licensed under the Apache License Version 2.0 License.