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Here are my preferences:
1) Automated Parsing Tool: Ideally, I’d like a tool that parses the SystemVerilog code and automatically generates UML diagrams. This would be the most efficient approach. If the tool outputs a basic diagram, I can then edit it for clarity and presentation.
2) Simple Manual Input Tool: If an automated parsing tool isn’t available, a simple tool that allows me to describe the class relationships manually would be helpful. This tool could accept input like:
“`
(Y is abstract, contains these methods, X extends Y and overrides these methods, …)“`
Has anyone encountered similar
challenges?
What tools or approaches would you recommend for generating UML diagrams from SystemVerilog code, especially for a thesis with a focus on clarity and efficiency? @Middleware & OS
@ucgee I would recommend you to make use of an automated parsing tool like Doxygen or SV-UVM-UML. These tools can parse your SystemVerilog code and generate UML diagrams automatically, which can save you a lot of time and effort.
However , if you prefer a manual approach, Try out PlantUML or Mermaid, either of them would be a good choice. 🙂
But Please @ifreakio ,what are some other potential use cases for automatically or manually generated UML diagrams beyond thesis writing, such as in SystemVerilog code development and review?🤔
Well, UML diagrams, whether automatically or manually generated, can be used to review the design of a SystemVerilog module or system. They can help you identify potential issues, such as complex dependencies or missing connections, early in the development process.
Ohh …Ok Thanks @ifreakio
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