OMG (Object Management Group) -Certified UML Professional OCUP 2 - Intermediate Level Set 1

behavior, connector end, and port ✘ behavior, port and property ✘ port and connector end ✘ property, port, and parameter ✔

should not refer to any dynamic variables, i.e., to attributes of the lifelines ✘ must only cover one lifeline, namely the one lifeline having the first event occurrence of the interaction operand ✘ must always cover all lifelines covered by the operand ✘ must cover the same lifelines on all interaction operands within one combined fragment ✔

Applying a profile means that it is allowed, but not required to apply the stereotypes that are part of the profile. ✘ 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 of the profile. ✔

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

The components must be related to each other via a dependency. ✘ One component must be part of the internal realization of the other component. ✘ The components must have complex ports. ✘ One component must be a subtype of the other. ✔

are taken serially in arbitrary order ✘ can only exist of the object is declared concurrent ✘ are mutually exclusive ✘ must terminate in different regions of a state ✔

at execution time, signals will be delivered from the subordinate ports to the delegating port ✘ subordinate ports must collectively offer the delegated functionality of the delegating port ✘ subordinate ports must be type compatible with the delegating port ✘ multiple delegation is not allowed ✔

behaviors ✘ classes ✘ parameters ✘ test nodes ✔

Metaclasses can be specialized, but stereotypes cannot be specialized. ✘ Stereotypes can be specialized, but metaclasses cannot be specialized. ✘ A metaclass is a limited kind of a stereotype that can only be used in conjunction with one of the stereotypes it limits. ✘ A stereotype is a limited kind of a metaclass that can be only be used in conjunction with one of the metaclasses it extends. ✔

identifies the services that the object owning the port expects of 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 ✘ 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 within the classifier that owns the port ✔