Once we get the Explorer window handle, we can use the API EnumChildWindows() in order to get all the child window handles.
#Windows grid details how to#
} How to identify the DetailView windows of Explorer windows? Continue the Enumeration for all top level windows return TRUE If the class name is "ExploreWClass" // then this window is Explorer's main window // Then, reterive all its child windows if(strcmp(lpClassName, " ExploreWClass") = 0)ĮnumChildWindows(hwnd, EnumChildWindowsProc, lParam) Get the class name of the current window // Truncates if the class name is more // than 15 (don't want more than 15)
#Windows grid details code#
If the class name is ExploreWClass, then we can conclude that this window is an Explorer instance, as shown below:Ĭopy Code // To enumerate all top level windowsīOOL CALLBACK EnumWindowsProc(HWND hwnd, LPARAM lParam) Then, we can use the GetClassName() API to get the class name. This API will give us each window handle, one by one. We can use a Windows API named EnumWindows() to enumerate all top level windows. Whenever we start a Windows Explorer instance, it creates a parent window, and its class name (of WNDCLASS structure) would be ExploreWClass. How to identify Explorer windows programmatically? By altering these properties, we can play around even with the system windows such as Explorer windows. So by changing these properties or styles, we can achieve our desired look and feel and behaviors. Every window has some styles and properties (please refer to the WNDCLASS structure) associated with it. If you have a background knowledge of the platform Windows API and its functionalities, then you know very well that every window we create or the system creates are child windows to the desktop window. For example, take a scenario - whenever we open the Explorer windows in Details view, we want to enable grid lines as you see in the above screenshot. You should handle the UnloadingRowDetails event to undo changes that are made while loading the row details.This article demonstrates how we can change system windows' properties, styles, etc. You can modify the RowDetailsTemplate before it is displayed by handling the LoadingRowDetails event. A data template that is added as inline XAML is only accessible from the control where it is defined.
A data template that is added as a resource can be used throughout the project without re-creating the template. You define the row details template as either inline XAML or as a resource. Adding a row details section enables you to group some data in a template that is optionally visible or collapsed. You can customize the data presentation in the DataGrid by adding a row details section. This example is part of a larger example available in the How to: Add Row Details to a DataGrid Control topic. The DataGrid displays three values in each row and three more values in the details section when the row is selected. The following example shows a DataGrid with a RowDetailsTemplate defined inline. For more information about what can influence the value, see DependencyProperty. The template that is used to display the row details. Property System::Windows::DataTemplate ^ RowDetailsTemplate member this.RowDetailsTemplate : with get, set Public Property RowDetailsTemplate As DataTemplate Property Value DataTemplate Gets or sets the template that is used to display the row details.
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