OMG Omg-Certified uml professional intermediate - UM0-200 Exam Practice Test

A. exactly one provided interface or exactly one required interface

B. multiple required interfaces or multiple provided interfaces

C. exactly one required interface and exactly one provided interface

D. equal numbers of provided interfaces and required interfaces

E. multiple provided interfaces and multiple required interfaces

A. Installation

B. ExecutionEnvironment

C. Association

D. Hardware

E. Node

A. object of the specified class being created

B. undefined behavior

C. exception being raised

D. error log entry being created

E. arbitrary object of one of its subclasses being created

A. three

B. one

C. none

D. two

A. any number

B. one

C. none

D. two

A. should not refer to any dynamic variables, i.e., to attributes of the lifelines

B. must cover the same lifelines on all interaction operands within one combined fragment

C. must always cover all lifelines covered by the operand

D. must only cover one lifeline, namely the one lifeline having the first event occurrence of the interaction operand

A. attributes and operations

B. operations, but not attributes

C. neither attributes nor operations

D. attributes, but not operations

A. Stereotypes can be specialized, but metaclasses cannot be specialized.

B. A metaclass is a limited kind of a stereotype that can only be used in conjunction with one of the stereotypes it limits.

C. Metaclasses can be specialized, but stereotypes cannot be specialized.

D. A stereotype is a specialization of a metaclass that can be used by itself, whereas a metaclass must be used with a stereotype.

E. A stereotype is a limited kind of a metaclass that can be only be used in conjunction with one of the metaclasses it extends.

A. They permit removing constraints that apply to existing metamodels.

B. They do not permit customizing for domains, platforms, and methods.

C. They do not allow for modifying existing stereotypes.

D. They do not allow for modifying existing metamodels.

A. either two p messages or two q messages

B. either p followed by q or q followed by p

C. only a p message followed by a q message

D. any combination of two p messages and two q messages

A. three

B. one

C. none

D. two

A. Port p realizes the features defined by interface F.

B. Port p requires the features defined by interface F.

C. Class C has internal structure.

D. Object c1 is a kind of component.

E. Port p is connected to an object called F.