This is the reason users start seeing browser console related errors while the tests are running. Your console, or the CLI where the tests are being executed by PhantomJS, starts acting as a browser console. This is the view of my console where the test cases are running: Now we are good to run our automation test case. I have used an absolute path to point to the PhantomJS binary execution file, but best practice is to use a relative path, as it would be more generic to a system.
You can also set the capability to ignore all SSL alerts appearing by using this line of code: ((DesiredCapabilities) caps).setCapability(PhantomJSDriverService. Also, I have set PhantomJS to take screenshots. Like in the above snippet, I have set the desired capability to get the path of the binary PhantomJS execution file.
#Phantomjs selenium java tutorial driver
Now, as you see, I have used the Capabilities class and its required methods to configure the driver instance as to what configurations the driver should possess in order begin execution on the browser side. “//Users//soumyajit//Documents//Zippers//phantomjs//bin//phantomjs” PhantomJSDriverService.PHANTOMJS_EXECUTABLE_PATH_PROPERTY, ((DesiredCapabilities) caps).setCapability( ((DesiredCapabilities) caps).setCapability(“takesScreenshot”, true) ((DesiredCapabilities) caps).setJavascriptEnabled(true) Step 4) Now, the secret ingredient that will help you start running your automation using PhantomJS: Capabilities caps = new DesiredCapabilities() You have to import the required Selenium jars in order to get started. Step 3) By default, there will be a set of system jars present. Now when you click on your project, you will see the following folder structure: Step 1) Open Eclipse IDE and create a Java project. Let me get you to the automation part now. People can also use the normal Java implementation to run the test cases.
Make sure the PhantomJS version is above 2. The binary executable file of PhantomJS.For example, I used Java to implement the test scenarios with PhantomJS as a browser to run the desired test cases. It becomes much easier when using PhantomJS driver with Selenium, as a person can use his own implementation technique to automate test suites using PhantomJS. PhantomJS uses the WebDriver Wire Protocol implementation, which is achieved by GhostDriver running at the back end of PhantomJS. It is quite fast compared to running tests using the Selenium web driver. It has fast and native support for various web standards such as DOM handling, CSS selector, and JSON. PhantomJS is a webkit which runs headless with an inbuilt JavaScript API. After quite a bit of research, I found out that PhantomJS driver is readily available with the Selenium library.īefore starting, I want everybody to understand what PhantomJS is.
That is when I started researching, thinking about if there are some other ways of integrating PhantomJS with Selenium. But, as I am new to JavaScript, it was a bit time consuming for me to learn the implementation of CasperJS along with the implementation of JavaScript. It was quite easy to implement, and interesting, too, seeing it run in a headless way. Now CasperJS is just a wrapper over PhantomJS to extend its capability. I started using the PhantomJS driver for headless automation because I initially used CasperJS to carry out automation of few test cases.
0 kommentar(er)
