![]() ![]() Validate code against this design to make sure dependencies in code remain consistent with the design. How to: Add Class Diagrams to Projects (Class Designer)ĭescribe the high-level system design and validate code against this design:ĭescribe the high-level system design and its intended dependencies by creating dependency diagrams. Visualize the structure of classes in a project by creating class diagrams from code. Map methods on the call stack while debugging Find potential problems using code map analyzers Use code maps to debug your applications See an overview of the relationships in your code for the entire solution. We wanted diagrams that would enable us to understand our software with minimal context. We needed a lightweight way to visualize software architecture, optimized for human-to-human communication. Map relationships between specific pieces of code. Software visualization is not a new problem, and there are many solutions out there the most famous being the Unified Modeling Language (UML). To see which editions of Visual Studio support each feature, see Edition support for architecture and modeling tools What do you want to do? Scenario These tools also help you communicate more easily with the people involved with your project. To describe class structures, create class diagrams. To describe your system's architecture and keep the code consistent with its design, create dependency diagrams and validate code against these diagrams. To understand the relationships in your code, map those relationships visually. This lets you visually learn how your changes might affect the code and help you assess the work and risks that result from those changes. You can use the visualization and modeling tools in Visual Studio to help you understand existing code and describe your application. ![]()
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