A. reads objects, write objects, and produces output values
B. performs any set of UML actions
C. writes objects and produces output values
D. reads objects and produces output values
E. produces output values
A. a particular message
B. a particular interaction
C. a particular combined fragment
D. a particular interaction fragment
A. dependencies
B. message passing
C. control flows
D. unidirectional associations
E. state transitions
F. object flows
A. none
B. two
C. any number
D. one
A. merges
B. forks
C. decisions
D. joins
E. flow final nodes
F. activity final nodes
G. initial nodes
A. The union of the interfaces of the target ports must be signature compatible with the interface that is the type of the source port.
B. The interface of at least one of the target ports must be signature compatible with the interface that is the type of the source port.
C. The interface of each of the target ports must be signature compatible with the interface that is the type of the source port.
D. The interfaces of the target ports must have no features in common.
A. number of times that the state has been active before
B. most recent transition that was taken into the state.
C. most recent transition that was taken out of the state
D. most recent active configuration of its substates
A. equivalent to an internal transition
B. any transition that occurs only in that state
C. a transition that will not execute the exit and entry actions of the state but only those of its substates
D. a transition that cannot be triggered if no substate is active
A. HeaderGenerator and LineItemGenerator realize Invoicer.
B. Invoicer realizes Header Generator and Line Item Generator
C. HeaderGenerator and LineItemGenerator are Invoicer ports.
D. An Invoicer component is composed of HeaderGenerator component and a LineItemGenerator component.
A. is a kind of behavior
B. relays any incoming messages directly to the behavior of the owning object
C. has its own behavior that is distinct from the behavior of the classifier
D. owns the behavior of the classifier that owns the port
E. defines the behavior that the owning classifier must realize
F. must have a protocol state machine
