| // Get hold of the ActivityFunctions profile |
| // that contains the Function stereotype |
| var profile = ActivityFunctionsProfile!Profile.all.first(); |
| |
| // Get hold of the Function stereotype |
| var functionStereotype = profile.getPackagedElement("Function"); |
| |
| // Create a new plain UML Model element |
| var newModel : new UML!Model(name="NewModel"); |
| // Apply the ActivityFunctions profile to it |
| newModel.applyProfile(profile); |
| |
| // Create a new plain UML Activity element |
| var newActivity : new UML!Activity(name="NewActivity"); |
| // ... add it as a child of the Model created above |
| newModel.packagedElement.add(newActivity); |
| |
| // ... and apply the Function stereotype to it |
| var newFunction = newActivity.applyStereotype(functionStereotype); |
| // Set the value of the body property of the Function stereotype |
| newFunction.body = "return 42;"; |
| |
| // If we now try to query Function.all, the call will fail |
| // as the model is not aware of the Function type |
| |
| // To remedy this we need to get hold of the EPackage |
| // representation of the ActivityProfile |
| var profileEPackage = newModel.profileApplications.first().appliedDefinition; |
| // ... and add it to the package registry of our UML model |
| UML.resource.resourceSet.packageRegistry.put(profileEPackage.nsURI, profileEPackage); |
| |
| // We can then use all the stereotypes in the profile |
| // as regular types |
| newFunction = UML!Function.all.first(); |
| newFunction.body.println(); |
| |
| // The function and its underlying activity are still |
| // two separate elements in the model, linked via |
| // the function's base_Activity reference |
| newFunction.base_Activity.name.println(); |
