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OMG-OCUP2-ADV300 Exam Questions
- Topic 1: Common Structure: This topic might cover core concepts such as elements (classes, packages), relationships (inheritance, association), and basic building blocks for representing real-world entities and their interactions in a UML model.
- Topic 2: Classification: It defines classes, inheritance hierarchies, specifying attributes and operations, and potentially advanced sub-topics like abstract classes and interfaces for defining reusable functionality.
- Topic 3: The MOF & Metamodeling: This topic explores how UML uses MOF to define its own elements such as classes, and relationships. It also focuses on how models can be built on top of this foundation.
- Topic 4: Activities: It explains how UML represents steps, decisions, and flows within a system. It might cover concepts like activity diagrams, actions within those activities. Moreover, the topic covers sub-topics such as concurrency modeling for handling multiple tasks happening simultaneously.
- Topic 5: Interactions: It focuses on sequence diagrams for visualizing the message sequence over time and potentially collaboration diagrams for depicting the overall structure of interacting objects.
- Topic 6: Structured Classifiers: The topic explores how a class can be composed of other classes or parts, with internal connections between them.
- Topic 7: Actions: This topic delves into how individual steps or operations are modeled in UML. It also covers different action types such as pre-conditions and post-conditions, and how they link together to form the overall flow of an activity.
- Topic 8: Alf: It discusses how Alf code can be embedded in UML elements such as activities or states to provide more detailed, executable logic that complements the visual diagrams.
- Topic 9: fUML: This topic explores how UML models with specific elements and constraints can be transformed into a format that machines can understand and execute.
- Topic 10: StateMachines: This section likely explores how UML depicts an object's lifecycle, including different states it can be in (on, off, running) and the events that trigger transitions between those states.
- Topic 11: Common Behavior: This topic introduces foundational concepts such as events, receptions, and behaviors themselves.
Free OMG OMG-OCUP2-ADV300 Exam Actual Questions
Note: Premium Questions for OMG-OCUP2-ADV300 were last updated On Jul. 13, 2026 (see below)
Choose the correct answer:
Which behavioral process can be modeled by a FunctionBehavior?
A FunctionBehavior in UML is a specialized form of behavior that specifies a function that, when executed, yields results influenced only by its input arguments and its internal attributes, without any side effects (e.g., altering global variables or I/O operations). This makes it stateless. Among the options provided:
A involves I/O operations which are not covered under FunctionBehavior as it implies side effects.
B deals with environmental inputs and actuator control, not just function computation.
C could be considered but implies a state change which again might involve side effects, depending on the implementation.
D purely involves calculation based on input parameters, which fits the definition of FunctionBehavior perfectly, as it is a stateless computation.
E is incorrect because UML indeed includes the concept of FunctionBehavior.
UML Specification, Section on Behaviors
Further details on FunctionBehaviors can be found in the UML 2.5 Documentation under the Classification and Behaviors sections.
Choose the correct answer:
In fUML. how must an execution model be modeled?
In fUML (Foundational UML), an execution model must be modeled as an Activity.fUML is a subset of UML that includes the ability to model behavior using UML activities, which are composed of a rich set of primitive actions1.Activities in fUML represent the executable aspects of a model and define the flow of control and data2. They are the primary means for specifying the detailed procedural logic of the behavior of a system within fUML.
Choose the correct answer:
Which capability Is provided by the Profile mechanism?
The Profile mechanism in UML provides the capability to adapt existing metamodel elements for specific purposes. Profiles allow modelers to extend the standard UML metamodel with additional semantics by defining stereotypes, tagged values, and constraints that are specific to a particular domain, platform, or methodology. This means that profiles tailor the existing UML metamodel elements to create domain-specific models without changing the underlying metamodel itself. This adaptation mechanism is described in the UML 2.x Superstructure and Infrastructure Specifications, which detail how profiles can be used to customize the UML for particular domains or purposes.
Choose the correct answer:
Which behavioral process can be modeled by a FunctionBehavior?
A FunctionBehavior in UML is a specialized form of behavior that specifies a function that, when executed, yields results influenced only by its input arguments and its internal attributes, without any side effects (e.g., altering global variables or I/O operations). This makes it stateless. Among the options provided:
A involves I/O operations which are not covered under FunctionBehavior as it implies side effects.
B deals with environmental inputs and actuator control, not just function computation.
C could be considered but implies a state change which again might involve side effects, depending on the implementation.
D purely involves calculation based on input parameters, which fits the definition of FunctionBehavior perfectly, as it is a stateless computation.
E is incorrect because UML indeed includes the concept of FunctionBehavior.
UML Specification, Section on Behaviors
Further details on FunctionBehaviors can be found in the UML 2.5 Documentation under the Classification and Behaviors sections.
Choose the correct answer:
Consider the following diagram fragment:
Which statement is correct?
In UML, the {subsets} keyword is used to indicate that one property is a subset of another property. In the provided diagram fragment, the association end -b {subsets part} indicates that the property b on class A is a subset of the property part on class B. This means that the elements associated with A through b are contained within the larger set associated with B through part. This kind of relationship is typically used in more complex class models where a part-whole hierarchy is represented, and it allows the model to show that certain associations are more specific subsets of a more general association. This usage is explained in the UML 2.x Superstructure Specification, where the semantics of association subsets are defined.
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