![]() The '%' character is used to represent the 'ALT' key on your keyboard. MyWindow.TypeKeys("l") #Clicks Login Remotely To do this using pywinauto, assuming you already have a reference to the window, you can do so like this: myWindow.SetFocus() If I wanted to click this menu option I would first have to send ALT+S, and then type L. For my specific example, I had a settings option "Settings -> Login Remotely". On windows, the ALT key can be used to access a menu. While an answer has already been posted for an alternative solution, I would like to add a workaround that can be used in pywinauto. Image of the form on which I tested the code above:Īs you can see, the menuStrip1 is discovered, but I have not found a way to get to its children (Meniu 1, Meniu 2).Īny idea on how to find the menu and its children? Win32gui.EnumChildWindows(hwnd, getClasses, "a") Hwnd = win32gui.FindWindow(None, 'Form1') #recursive method to get all the controlsĬlasses.append(win32gui.GetWindowText(childHwnd)) I used the code below to try and find the menu. The test is required to access the menu of the application and click on one of the sub menu items. I am using python 3.4 with python for windows extension and pywinauto. See the Automated IntelliPrompt topic for more information.I have to build an automation ui test for a WinForms application. The Python language has built-in automated IntelliPrompt completion list, parameter info, and quick info features that greatly enhance the end user's editing experience. See the Resolver topic for more information. The resolver is used by the automated IntelliPrompt features to determine what to show in the UI for various scenarios. ResolverĮach Python IProject has an IResolver that can examine a Python context and AST expression and return the results associated with that expression. See the Context topic for more information. This sort of information is essential in passing to the resolver to determine what to display in automated IntelliPrompt. The context includes data such as containing AST node, target expression, and more. The Python language can return detailed context information about any offset in a document. See the Indent Provider topic for more information. Indent ProviderĪn indent provider enables support for smart indent features when pressing ENTER. See the Parsing and Parse Data topic for more information. The ILLParseData results returned by this parser are consumed by multiple other features of the language, such as code outlining, parse error display, etc. The Python language uses an advanced parser that has been constructed using the Actipro LL(*) Parser Framework, and provides functionality for building ASTs, reporting parse errors, and more. See the Getting Started topic for more information. It is very important to follow the steps in this topic to configure the language correctly so that its advanced features operate as expected. ![]() This topic covers how to get started using the Python language from the Python Language Add-on, implemented by the PythonSyntaxLanguage class, and lists its requirements for supporting advanced features like parsing and automated IntelliPrompt. See the Assemblies and Add-on Licensing topic for more information. The pricing on the add-on is very cheap and licenses are all Enterprise licenses, meaning they cover your entire organization.
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