![]() Use the Ctrl+F on Windows or Cmd+F on macOS, and find the project you want to focus on. It is possible to navigate to a given project and position it at the center of your project dependency diagram. Or print it and hang it on your team room wall! Navigating the Project Dependency Diagram You can also add notes to annotate certain projects.įrom the toolbar, you can export the diagram as an image, and include it in your documentation. Using the context menu, you can enable a grid (and the snap to grid option, if needed), so you can organize the project dependency diagram to your liking. Blocks in the diagram can also be moved around. Have a look at the various context menus and toolbar icons, and try zooming/panning the diagram. In the Project Diagram tool window, you can also select which projects (or solution folders) should be visible. Double-clicking an item in the diagram will expand (or collapse) its child items. In this particular solution, I have some solution folders ( src, tests, samples), so those will be shown by default. The project dependency diagram follows your solution structure, and starts by showing all top-level items in your solution. You can open the project dependency diagram from the context menu in solution explorer, or by using the Tools | Architecture | Show Project Diagram menu. In this post, we’ll have a look at what project dependency diagrams look like, what information they show, and how we can use them to analyze project coupling in a solution. With project dependency diagrams you can visualize project dependencies in your solution, and explore its architecture. ![]() ![]() In the latest Rider 2020.3 Early Access Preview (EAP) builds, we’re bringing in Project Dependency Diagrams from ReSharper! ![]()
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