![]() Info] ee[39m Spawning chromedriver with: /AppData/Local/Programs/Appium Server GUI/resources/app/node_modules/appium/node_modules/appium-chromedriver/chromedriver/win/chromedriver_win32_v.39. Original error: invalid argument: cannot parse capability: goog:chromeOptions from invalid argument: unrecognized chrome option: androidDeviceSerial Import .ui.I get the below error on Windows Appium InspectorĪn unknown server-side error occurred while processing the command. Import io.appium.java_client.AppiumDriver ![]() Again, it's not a true "test" in the sense that I'm not making any verifications, but I am showcasing how easy it is to automate a Windows application using the Appium API. Without further ado, I present my very useless test of the Weather app, which simply finds every day which is listed in the app, clicks on each one, and then prints out the weather forecast (along with sunrise/sunset) for that particular day. But it also means that you can't necessarily assume the app will always be in the same state across different systems (say in a CI environment).Īlso, because I was running the test on the computer I was using, I of course had to stop work while the test was running, so as not to disturb it (WinAppDriver steals the mouse and moves it around just like a user would). It meant I could manually open the Weather app and click through all the prompts and ads, then trust that the state would remain the same when I launched an automated test. Once we know how to find elements, there's really not much more we need to know to write our test! The only wrinkle I discovered is that, unlike Appium's behavior with mobile apps, WinAppDriver does not reset the state of applications when a session starts. Other non-dynamic elements had the AutomationId attribute set, and for these elements, we can use the corresponding attribute as the selector for the accessibility id locator strategy. I could easily find this element via the name locator strategy, or (as I ended up doing), using xpath. We can see that the Name attribute has most of the information I might want, including the date, the high and low temperatures, and a weather forecast. This is the representation of a ListItem element which shows a particular day of the week along with a little weather summary. The first is platformName, you set it to either iOS or Android depending on your app type. Next, you need to define two key/value pairs. That will open a launch window for Appium Inspector. I found it to be quite useful, with plenty of sections like this, that clued me into the most helpful available attributes: Just install Appium Desktop, then after starting the server, click the magnifying glass icon. After I was able to launch a session using the capabilities above, I ran driver.getPageSource() to have a look at the source XML. I found the Weather app to be quite well-instrumented with automation-ready IDs and labels. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |