OMG (Object Management Group)-Certified UML Professional Intermediate

a meta class ✘ a constraint ✘ a stereotype ✘ a tag definition ✔

creates new metamodels ✘ extends existing metamodels ✘ changes existing metamodels ✘ removes existing metamodels ✔

reification ✘ association ✘ dependency ✘ generalization ✔

The extension must be applied at least once in a model. ✘ This extension has a higher priority than the other defined in the same profile. ✘ An instance of the extending stereotype must never be linked to an instance of the extended metaclass. ✘ An instance of the extending stereotype must always be linked to an instance of the extended metaclass. ✔

stereotypes ✘ metaclasses ✘ new associations ✘ associations that redefine existing associations ✔

A profile can be removed at any time from a model. ✘ A profile can be combined with others applied on the same model. ✘ Applying a profile means that it is required to apply the stereotypes that are part or the profile. ✘ Applying a profile means that it is allowed, but not required to apply the stereotypes that are part of the profile. ✔

links that can be connected to that part ✘ connectors that can be connected to that part ✘ instances corresponding to that part that can exist when the classifier is instantiated ✘ times that an instance corresponding to that part can be created during the lifetime of the structured classifier instance ✔

multiple required interfaces or multiple provided interfaces ✘ multiple provided interlaces and multiple required Interfaces ✘ equal numbers of provided Interfaces and required Interfaces ✘ exactly one provided interface or exactly one required Interface ✔

represents an interface that must be defined within the classifier that owns the port ✘ identifies the services that the object owning the port expects of objects connected via that port ✘ identifies the services that the object owning the port can offer to other objects connected via that port ✘ represents an interface that must be defined in the same package in which the classifier owning the port is defined ✔

relays any incoming messages directly to the behavior of the owing object ✘ must have a protocol state machine ✘ owns the behavior of the classifier that owns the port ✘ defines the behavior that the owning classifier must realize ✔