Selenium was born for web-application testing. But have you ever thought it could be a great tool for testing Windows desktop apps too?

Today, more and more desktop apps use a web-like approach to implement their UI. The methods vary from basic HTMLayout environment to complex designs in CEF (Chromium Embedded Framework). However traditional GUI automation tools seem to be a step behind or ignoring the trend completely. This situation calls for finding new ways of testing.

In our talk we shall introduce to you a new way of utilizing Selenium for automated testing of desktop applications. No matter whether the HTML UI content is completely offline or loaded and updated dynamically, Selenium is able to access and navigate it just like in a web page. We’ll also show you how to build a small framework around it and plug it into your Continuous Integration process. All of this will be demonstrated using a real-life instance of Avast Antivirus for Windows.

Automated visual testing is a major emerging trend in the dev / test community. In this talk you will learn what visual testing is and why it should be automated. We will take a deep dive into some of the technological challenges involved with visual test automation and show how modern tools address them. We will review available Selenium-based open-source and commercial visual testing tools, demo cutting edge technologies that enable running cross browser and cross device visual tests at large scale, and show how visual test automation fits in the development / deployment lifecycle.

If you don’t know what visual testing is, if you think that Sikuli is a visual test automation tool, if you are already automating your visual tests and want to learn more on what else is out there, if you are on your way to implement Continuous Deployment or just interested in seeing how cool image processing algorithms can be, this talk is for you!

Over the last few years, Appium has become the choice automation tool for mobile application UI testing. Most people are familiar with the basics of Appium, but did you know that you Appium can identify elements using image recognition? Did you know you it's also possible to automate Windows phone and Desktop apps with Appium? Have you ever seen Appium run the same test on multiple operating systems, or seen an Appium test run using several devices at once?

The talk will cover advanced Appium topics such as these along with best practices to ensure you get the most out of Appium.

Automate Native/Hybrid applications and execute the tests on several iOS real devices parallely without registering appium nodes to selenium grid.

This talk is about a ruby gem I wrote for adding visual assertion with selenium as driver.

While we continuously implement new functionalities in our app, automated functional tests acts as safety net and gives us confidence. Still, there is something missing. Many times we get feedback like:
"Sign-In button has shifted and user have to scroll down to see it"
"We wanted to change background color of screen-X, it got changed for Screen-Y screen as well"
"Why has fonts of this link become so tiny?”
I am working on customer facing enterprise level Mobile apps of one of the biggest airline in the world. For us user experience is as important as functionality.
Our regression suit did not have capability to catch such issues. Moreover, we started building another airline app from the same codebase with only change in user interface of this new app. This means, change done for one app, affects another. Hence, it became really critical to enhance our automation with visual assertions.
To accomplish this, I worte my own gem called 'nakal'.http://rubygems.org/gems/nakal

This is going to be a Talk + Demonstration

Total Continuous Integration is a series of functional and nonfunctional tests that runs periodically with the help of continuous integration tool.

 Writing a script and automating the test cases are really time saving, But it will be more effective if its Headless and runs periodically. Also at the end of every automation scripts we need Reports. This can be easily achieved with the help of continuous integration tool- Jenkins. Jenkins is one open source tool to perform continuous integration and build automation. The basic functionality of Jenkins is to execute a predefined list of steps. The trigger for this execution can be time or event based. 

In this session we will discuss how to run your selenium scripts, Jmeter scripts or your JS scripts periodically and generate reports on each build. We will also explore how to run a selenium script headlessly with the help of Xvfb.

In this era of continuous software development and continuous delivery automation of a software plays a really big role in reducing time and effort for quality control and visually verifying individual functionalities. Automation plays a vital role in quickly pin pointing any break within the functionalities of the software system and also provides a quick report so that the software development team is aware what functionality in the system needs to be attended.

The session would contain running an automation test headless by using the capability of phantomjs driver, running Selenium, implemented in Java and triggered by TestNG. People interested in learning automation can utilise the power of phantomjs driver to run tests quickly and get the desired test reports.