OMG-OCUP2-INT200 Certification Exam Sample Questions

OMG-OCUP2-INT200 Dumps PDF, OCUP 2 Intermediate Dumps, download UML 2 Intermediate free Dumps, OMG OCUP 2 Intermediate exam questions, free online UML 2 Intermediate exam questionsYou have to pass the OMG-OCUP2-INT200 exam to receive the certification from OMG. To increase the effectiveness of your study and make you familiar with the actual exam pattern, we have prepared this OMG OCUP 2 Intermediate sample questions. Our Sample OMG Certified UML Professional 2 - Intermediate Practice Exam will give you more insight about both the type and the difficulty level of the questions on the OMG UML 2 Intermediate exam.

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OMG OCUP 2 Intermediate Sample Questions:

01. A Class Furnace declares an Operation shutDown() and a Reception for a Signal OverTemp. Its StateMachine has one Transition triggered by shutDown and another triggered by OverTemp.
How do the two Transitions differ in what their triggers respond to?
a) Both respond to SignalEvents, since an active Class receives every incoming request as a Signal instance and a Reception merely names one of those Signals
b) shutDown responds to a SignalEvent and OverTemp to a CallEvent, since a Reception is a form of Operation that the Class declares alongside its others
c) shutDown responds to a CallEvent and OverTemp to a SignalEvent, since one is the receipt of an invocation and the other the receipt of a Signal
d) shutDown responds to a CallEvent and OverTemp to a ChangeEvent, since a Signal trigger fires for as long as the condition it names stays true
e) Both respond to an AnyReceiveEvent, since a Reception and an Operation are alike matched by that single catch-all trigger kind on a Transition
 
02. A GeneralizationSet groups the Generalizations of Vehicle into Car, Truck and Bus. The modeler names VehicleCategory as the set's powertype.
What does naming VehicleCategory as the powertype assert?
a) Car, Truck and Bus are each an instance of VehicleCategory, so the powertype classifies classifiers rather than objects
b​) VehicleCategory is a common superclass of Car, Truck and Bus, so every vehicle instance is classified by it as well as by Vehicle
c) Every instance of Vehicle is also an instance of VehicleCategory, so the powertype classifies the objects, which the generalization set partitions
d) The generalization set is thereby {complete, disjoint}, so each of its three Classifiers belongs to no other generalization set of Vehicle
 
03. A StructuredClassifier RouterChassis has a part typed LineCard with multiplicity 1..*. The part is a Property with composite aggregation.
What does that declaration require of every RouterChassis instance?
a) It may share a LineCard with another chassis, and a multiplicity bounds only how many such instances the chassis refers to
b) It may exist with no LineCard for part of its life, and at least one is required only before the chassis is destroyed
c) It owns at least one LineCard throughout its life, and no such LineCard instance belongs to a second chassis
d) It leaves its LineCard instances in place when destroyed, and a part's lifetime is bound to its connector rather than to its owner
 
04. An ExecutionEnvironment hosts the Artifact orders.war, which manifests the OrderService Component. The team has to record the transaction timeout and connection pool size that apply to this deployment, and to record different values where the same Artifact is deployed on a second ExecutionEnvironment.
How does UML v2.5.1 let them record these parameters?
a) With a DeploymentSpecification attached to the Deployment itself, because that is what lets each deployment onto a Node carry its own parameter values
b) With a DeploymentSpecification attached to the ExecutionEnvironment, so its execution parameters apply to every Artifact deployed on that Node
c) With a DeploymentSpecification attached to the OrderService Component, whose parameters follow it when an Artifact manifests the Component
d) With an InstanceSpecification of the Node whose Slots hold the parameter values, and a Deployment relationship cannot itself be given properties
 
05. Class Vehicle owns the association end parts : Part [0..*]. Two specializations of Vehicle declare ends of their own, where Wheel and Carriage both specialize Part:
- Car declares wheels : Wheel [4] {subsets parts}.
- Train declares cars : Carriage [1..*] {redefines parts}.
What does each declaration assert about the inherited end parts?
a) A Car's wheels are among its parts, which may hold others besides, whereas a Train's cars stand in place of parts altogether
b) Both ends narrow the inherited end to a more specific type, while parts continues to hold values of its own on each class
c) Both ends replace the inherited end for their specialization, so parts is no longer separately populated on either class
d) A Car's wheels stand in place of parts altogether, whereas a Train's cars are among its parts, which may hold others
 
06. Component PaymentProcessor has a Port p typed by the Class PaymentAdapter. PaymentAdapter has an InterfaceRealization of IPayment and a Usage dependency on ILedger. The Port is not conjugated and lists no interfaces of its own.
What are p's provided and required interfaces?
a) Provided ILedger and required IPayment, taking from the Port's type the interfaces it uses and the interfaces it realizes respectively.
b) Neither is defined, since a Port's provided and required interfaces are listed on the Port itself and are not derived.
c) Provided IPayment and ILedger, required none, since everything reachable through a Port forms the public contract.
d) Provided IPayment and required ILedger, derived from the interfaces the Port's type realizes and the interfaces it uses.
 
07. State Monitoring carries an internal transition triggered by the ChangeEvent when (temperature above 90), whose effect writes a log entry. Because the transition is internal, Monitoring is never exited while the machine runs. During one continuous stay in that state the monitored value takes the successive readings 85, 95, 98, 80 and 92.
At which of those readings does the ChangeEvent occur?
a) At 95, 80 and 92, whenever the expression's truth value changes.
b) At 95 alone, and the first satisfaction raises the only occurrence.
c) At 95 and again at 92, because each is a passage from false to true.
d) At 95, 98 and 92, at every reading for which the expression holds.
 
08. The Activity SettleTrade owns two input Parameters and one output Parameter. Three CallBehaviorActions in different parts of the model invoke it, and all three invocations are active at the same moment.
Which consequence follows from Behavior being a specialization of Class?
a) The three invocations share the one Behavior the model declares, so their parameter values have to be reconciled by the enclosing Activity
b) Each invocation is a separate instance of the Behavior, so the three executions hold their own parameter values independently of one another
c) An invocation arriving while the Behavior is already running is queued, so the three executions are serialized rather than allowed to overlap
d) The Behavior's parameters are held per execution while any attributes it declares are shared, in the way a static feature of a Class would be
 
09. The Class Order has structural features total : Money [1], lines : OrderLine [1..*] {ordered} and status : Status [1]. An InstanceSpecification order17 classified by Order carries exactly two Slots: one whose defining feature is total, holding the value 49.95, and one whose defining feature is status, holding an InstanceSpecification classified by Customer.
Which appraisal of order17 is correct?
a) The status Slot is well formed, and the absent lines Slot is the defect, since a feature whose lower bound is at least one requires a Slot.
b) Both Slots are defective, since a Slot's value may not be another InstanceSpecification and a Slot is required for every structural feature of Order.
c) Neither Slot is defective, since Order constrains only which features a Slot may define and never the values that a Slot records.
d) The status Slot is the defect, since a Slot's value must conform to its defining feature's type, while omitting the lines Slot is permitted.
 
10. Two timing requirements must be modeled for a batch interface. The first states that the acknowledgment is received no more than three seconds after the request is sent. The second states that the batch window opens at 02:00.
Which pairing of value specifications states these two requirements correctly?
a) A Duration for the three-second bound, since it is an elapsed interval, and a TimeExpression for the 02:00 window.
b) A Duration for both, since the second requirement is really the interval between midnight and the moment the batch window opens.
c) A TimeExpression for the three-second bound, since it spans the request and the acknowledgment, and a Duration for the 02:00 window.
d) A TimeExpression for both, since each one names an instant on the same clock and a three-second bound is just a later instant.

Answers:

Question: 01
Answer: c		 Question: 02
Answer: a		 Question: 03
Answer: c		 Question: 04
Answer: a		 Question: 05
Answer: a
Question: 06
Answer: d		 Question: 07
Answer: c		 Question: 08
Answer: b		 Question: 09
Answer: d		 Question: 10
Answer: a

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