![]() ![]() Saving the current docking states by using XML file.īinaryFormatter formatter = new BinaryFormatter() ĭockingManager.SaveDockState (formatter, StorageFormat.Xml, Load the saved layout from the XML file ![]() Step 2: To save the layout into the created XML file, pass the formatter, storage format, and file path as parameters to the SaveDockState method. Step 1: Create an XML file, set its build action as None, and set Copy to Output Directory to Copy if newer in the Properties. ĭocking Child Windows Arranged like in Visual Studio Also refer to the Create Visual Studio-like Docking Layout in WPF blog post for a step-by-step procedure on arranging child windows in the Docking control like in Visual Studio. Refer to the Getting Started documentation on creating and arranging child windows in the Docking control. Arrange the child window states like in Visual Studio.Refer to the Adding control manually in C# documentation for more information on how to do this. Adding DockingManager into the MainWindowĪdd child windows to the DockingManager. After installing the NuGet package, drag and drop the DockingManager from the Toolbox into the MainWindow.Install the NuGet package in your WPF project.Configuring Docking control in a WPF applicationĬonfigure the WPF application for the Docking control by following these steps: In the upcoming sections, we will see this in depth. You can also save layout changes and reload them on reopening the application. ![]() Now, we’re going to see how this functionality can be achieved using the Syncfusion Docking control.īy default, the Docking control does not contain any saved layouts that are similar to Visual Studio, but you can make some at the application level. In the previous section, we saw how Visual Studio performs layout switching based on the project’s state. Resetting Visual Studio Layout to Default Setting Change Docking control layout based on a project’s state like Visual Studio You can easily restore the original layout by choosing Window > Reset Window Layout in the toolbar. Reset layout back to Visual Studio’s default setting.īecause Visual Studio saves any layout changes that you do, there might be a situation where you have totally messed it up, or you may want to switch back to the default setting. Switching to run mode and then coming back to edit mode, or even after closing and opening the application, the layout will be retained. For instance, if you auto-hide the Properties window in edit mode, the layout is saved. Supplementing the multiple layouts in Visual Studio is the fact that Visual Studio automatically saves your changes in the layout. When you stop debugging, Visual Studio goes back to its original state, the edit mode, so that you can continue editing your project. Toolbox and Properties panels are removed.Solution Explorer goes to an autohidden state.Added additional windows like Auto, Locals, Watch, Diagnostic Tools, etc.When a project is executed, you can see that the layout changes to make it suitable for a debugging environment. The following image shows Visual Studio in the debugging state. Here, the region for typing code is given the maximum amount of space so that users can focus on coding. The following image illustrates Visual Studio in the programming state. Visual Studio’s layout based on project state ![]() Any changes in the layout will be saved so that the layout is intact when Visual Studio is closed and reopened. Visual Studio also has multiple layouts that dynamically change based on programming, compiling, and debugging modes. Before starting with it, let’s explore Visual Studio’s layout and its state persistence. In this blog, we’ll see how to achieve this Visual Studio like layout state persistence using the Syncfusion WPF Docking control. Visual Studio supports a sophisticated layout system which is used to organize multiple windows interactively. ![]()
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