OMG OMG-OCUP2-INT200 Online Practice Questions and Exam Preparation

OMG OMG-OCUP2-INT200 Online Questions & Answers

• Question 51:

  What is the difference between a stereotype and a metaclass?

  A. Metaclasses can be specialized, but stereotypes cannot be specialized.
  B. Stereotypes can be specialized, but metaclasses cannot be specialized.
  C. A metaclass is a limited kind of a stereotype that can only be used in conjunction with one of the stereotypes it limits.
  D. A stereotype is a limited kind of a metaclass that can be only be used in conjunction with one of the metaclasses it extends.
  E. A stereotype is a specialization of a metaclass that can be used by itself, whereas a metaclass must be used with a stereotype.
  D. A stereotype is a limited kind of a metaclass that can be only be used in conjunction with one of the metaclasses it extends.

• Question 52:

  Refer to the exhibit.

  

  How many interfaces does the Customer Service component make visible to its clients?

  A. 3
  B. 1
  D. 4
  E. 2
  A. 3

• Question 53:

  What is true of a required interface associated with a port?

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

• Question 54:

  For what does an interaction operator define semantics?

  A. a particular message
  B. a particular combined fragment
  C. a particular interaction fragment
  D. a particular interaction
  B. a particular combined fragment

• Question 55:

  Which list contains only connectable elements?

  A. behavior, connector end, and port
  B. behavior, port and property
  C. port and connector end
  D. connector end, port and part
  E. property, port, and parameter
  E. property, port, and parameter

• Question 56:

  How many arrows can connect to a partition?

  A. any number
  B. none
  C. two
  D. one
  B. none

• Question 57:

  What is an invocation action on a port used for?

  A. invoking the behavior of the classifier that owns the port
  B. creating a link and attach it to that port
  C. relaying the invocation via links connected to that port
  D. sending a message to that port
  E. receiving a message on that port
  C. relaying the invocation via links connected to that port

• Question 58:

  What best describes the distinction between a delegation connector and an assembly connector?

  A. Assembly connectors provide white box views of components, while delegation connectors provide black box views.
  B. An assembly connects two components while a delegation connector connects the internal contract of a component with its external parts.
  C. A delegation connector can be used to model the internals of a component, while an assembly connector cannot.
  D. An assembly connector connects the required interface or required port on=f one component with the provided interface or provided port of another component, while a delegation connector connects the external contract of a component with its internal parts.
  D. An assembly connector connects the required interface or required port on=f one component with the provided interface or provided port of another component, while a delegation connector connects the external contract of a component with its internal parts.

• Question 59:

  In the exhibit, what is true about the diagram MOpt?

  

  A. Receiving p will come before sending q.
  B. All traces of MOpt include message q.
  C. All traces of MOpt include message p.
  D. No traces of MOpt include both messages p and q.
  B. All traces of MOpt include message q.

• Question 60:

  When an object invokes a ReadSelfAction, what will it retrieve?

  A. attribute values for the invoking object
  B. invoking object
  C. attribute values and links for the invoking object
  D. class name of the invoking object
  E. name of the invoking activity
  D. class name of the invoking object