Right click on them and select C++ Round-trip > Reverse Code from the pop-up menu. Once you have performed round-trip engineering for once, you can update specific UML class(es) from source code for reflecting the changes made on that particular class(es) To update, select in class diagram the UML class(es) you want to update. In order to trigger this function, make sure you have performed round-trip engineering at least for once and the diagram has at least one class. To update, right click on the background of the class diagram for update and select Utilities > C++ Round-trip > Reverse Code from the pop-up menu. Once you have performed round-trip engineering for once, you can update UML class(es) on a diagram from source code for reflecting the changes made in code. Updating UML classes on a class diagram from code Click OK button to proceed with reversal.If you want to carry out actual reverse engineering, uncheck Reverse source on demand. For details about on demand reverse engineering, refer to the section below. By default, an on-demand reverse engineering will be carried out, which means to form indexes to the added path(s) instead of actually reversing them.The mappings between source paths and model are defined If you do not use model to structure your project, keep model to be. You can add multiple Source-path-to-model mapping by pressing the + button. Once a mapping is defined, round-trip engineering will be performed between the model and path as defined. For example, you may create a Prototype model and an Implementation model for storing classes developed in prototype and implementation phrases respectively. You can place the UML classes to be produced to specific model for better categorization. Model is a UML element that acts as a container of other elements. In the Reverse Code dialog box, specify the mapping between source path and model.Select Tools > Code > Reverse Java Code.You can produce UML classes from source code, or to update from code all the reversed UML classes in project. You can make use of round-trip engineering to keep your implementation model and source code up-to-date, so as to produce up-to-date documentation on your model. Round-trip engineering is the ability to generate model from source code and generate source code from model, and keep them synchronized. ![]() How to Generate UML from C++ (Round-Trip)?
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