Download OMG-OCUP-300 Question Bank and practice with Exam Braindumps
Our OMG-OCUP-300 questions have been certified by OMG certified specialists, who are exceptionally qualified and certified individuals with years of professional experience related to the OMG-OCUP-300 exam. Learning our OMG-OCUP-300 PDF Download is enough to pass the OMG-OCUP-300 test with high marks.

Killexams.com is a website that provides the latest and most up-to-date OMG OMG-OCUP-300 exam dumps which are excellent for passing the OMG-Certified UML Professional Advanced (OMG-OCUP2-ADV300) test. It is the best way to enhance your position as a specialist in your organization. Our reputation is built on helping people pass the OMG-OCUP-300 test on their first attempt. For the past four years, our PDF Download has remained at the top, and our customers trust our OMG-OCUP-300 Exam Questions and VCE for their real OMG-OCUP-300 test. Killexams.com is the best source for genuine OMG-OCUP-300 test questions, and we keep our OMG-OCUP-300 exam dumps valid and up-to-date.

Preparing for the OMG OMG-OCUP-300 test is not easy with just an OMG-OCUP-300 coursebook or free PDF Download available online. There are unique questions asked in the real OMG-OCUP-300 test that confuse the candidate and cause them to fail the test. Killexams.com solves this problem by gathering genuine OMG-OCUP-300 PDF Download in Exam Questions and VCE test system files. You just need to download 100% free OMG-OCUP-300 PDF Download before registering for the full version of OMG-OCUP-300 exam dumps. You will be pleased to go through our OMG-OCUP-300 PDF Download.

Exam Number: OMG-OCUP-300
Duration: 90 minutes for residents of English-speaking countries; 120 minutes for all others
Number of questions: 58
Minimum Passing Score: 29

The UML 2 Advanced certification test tests an individual's knowledge on the complete UML palette of elements and attributes available for modeling structure and behavior in up to the largest of system models as well as metamodeling based on other specifications in the UML family (Alf, fUML and MOF). With a UML 2 Advanced certification, a model builder is the company UML guru at the highest level of technical management, leading workgroups and presentations, making decisions on analysis, design and development proposals and evaluating their results.

Common Structure 21%
Classification 14%
The MOF & Metamodeling 12%
Activities 9%
Interactions 9%
Structured Classifiers 8%
Actions 7%
Alf 6%
fUML 6%
StateMachines 5%
Common Behavior 3%

- Classifiers
- Classifier Templates
- Features
- Generalization Sets
- Operations
- Properties
- Information Flows
- Name Expression
- Profiles
- Realization
- Templates
- Associations
- Collaborations
- Components
- String Expression
- Values
- Artifacts
- Deployments
- Alf
- Integration with UML Models
- Lexical Structure
- Scope
- Semantic Conformance
- BEHAVIORAL DIAGRAMS
- ACTIONS ACTIVITIES COMMON
- BEHAVIOR
- INTERACTIONS STATE MACHINES fUML
- Behavioral Semantics
- Overviews of Abstract Syntax
- and Execution Model
- Scope
- Terms and Definitions
- AcceptEventActions
- Invocation Actions
- Structured ActionsRaisedExceptionActions
- Object ActionsValueSpecificationActions
- Activities
- Activity Groups
- Control Nodes
- Exception
- Executable Nodes
- Object Nodes
- Behaviors-Reentrant
- Events-Event Pool
- FunctionBehavior
- Fragments
- Interaction Overview
- Interactions
- Interaction Uses
- Lifelines
- Messages
- Occurrences
- Behavior StateMachines
- Protocol StateMachines
- StateMachine Redefinition

Backus-Naur Form (BNF)
• This test uses BNF where appropriate to specify textual notation, similar to the way it is used in the UML
specification itself. BNF is defined in Ch. 6 on page 9 (UML 2.5 Specification, Beta 1). Also in Ch. 6 is a
(very!) brief description of execution scope, a term that will be used later in several contexts.
Abstract Syntax
• Every first-level subsection of the UML specification starts with a UML diagram labeled Abstract Syntax.
The OCUP 2 exams do not ask about these diagrams explicitly, but they are good examples of the
language you're studying(!) and represent the relationships linking the elements to be presented in the
sections that follow in a particularly clear and concise way. As an Advanced candidate, you presumably
know how to read these diagrams and use the information they display. If you don't have this skill, you
should develop it. It will provide an advantage to your study, and your work in the field at this level.
CHAPTER 7: COMMON STRUCTURE
• 7.3 Templates -
o Add Templates. Postponed until now, Templates and the many elements that support them are
covered at this Advanced level. Coverage is fairly complete, encompassing elements and
attributes defined for Templates here in Section 7.3 and later on (String Expressions and Name
Expressions, e.g.; most have "Template" somewhere in their names). There are many of these
scattered throughout the specification but we will not point out, for each, that it is now included.
We will, however, specifically mention the following:
o Add Template Signatures, Template Bindings, Bound Element Semantics, and Template Notation
• 7.4 Namespaces - Add:
o NamedElement association with StringExpression, and having both a name and a
nameExpression.
• 7.7 Dependencies - Add:
o Realization
CHAPTER 8: VALUES
• 8.3 Add: String Expressions
CHAPTER 9: CLASSIFICATION
• 9.2 Classifiers
o Classifiers: Add Classifier may own CollaborationUses and UseCases
o Generalization:AddSubstitutability
o Redefinition:AddredefinitionContext
o Substitution: All
• 9.2.4 Notation: NOTE: UML allows a conforming tool to suppress the drawing of individual compartments
or features of a classifier. Scenarios in this examination may use this ability.
• 9.3 Classifier Templates:All
• 9.4 Features:Add: concurrency property, effect property, notation of feature redefinitions
• 9.5 Properties: Add: Note the reference to qualifiers. Add ternary and higher-order associations,
redefinition, composition and transitive deletion, subsettedproperty, isDerivedUnion.
• 9.6 Operations: AddfeaturingClassifier, isQuery, owning classifier context
• 9.7 Generalization Sets - Add: powertypes
CHAPTER 11: STRUCTURED CLASSIFIERS
• 11.2 Structured Classifiers: Add: contracts, n-ary Connectors
• 11.4 Classes: Add: the stereotype «Metaclass»
• 11.5 Associations:Add: n-ary Associations (n>2), Subsetting, Specialization, qualifiers and qualified
Association end, derivation of an Association, navigability via Class:ownedAttribute and
Association:ownedEnd
• 11.6 Components:Add:Profiles based around components, wiring dependency, details of the "white-box"
view beyond the treatment at Intermediate level, execution time semantics of a Connector, and
«Specification» and «Realization» stereotypes
• 11.7 Collaborations:Add:extension of collaborationRole in a specialization
CHAPTER 12: PACKAGES
• 12.3 Profiles:Includes All exceptMOF-equivalent semantics and non-UML metamodels. Also exclude XMI
Serialization.
CHAPTER 13: COMMON BEHAVIOR
• 13.2 Behaviors Add:reentrant Behavior, Function Behavior, Behavior owned as a nestedClassifier
• 13.3 Events Add: Event handling by context object, event pool, wait point, SignalBroadcastAction
CHAPTER 14: STATEMACHINES
• 14.2 Behavior StateMachines: Add:event pool
• 14.3 StateMachine Redefinition: All
• 14.4 Protocol StateMachines:Add: Declarative and Executable ProtocolStateMachines, use of
sophisticated forms of modeling as detailed in the section, multiple ProtocolStateMachines per Classifier,
use of other types of events, ProtocolStateMachine refinement, Protocol Conformance. NOTE:
Unexpected trigger reception and unexpected behavior will not be covered in OCUP 2.
CHAPTER 15: ACTIVITIES
• 15.2 Activities:
o Activities and Activity Nodes:Add: isControlType
o Activity Edges: Add:Object tokens flowing over ControlFlow edges, object tokens accepted by
ExecutableNodes, managing contention between multiple nodes, the weight property
o Object Flows: Add:remainder of subsection. (Basic definition and null token already covered.)
o Variables: All Exceptthe discussion of variable setting in the Note paragraph.
o Activity Execution:Add:remainder of subsection. (Material preceding isSingleExecution has
already been covered.)
o Activity Generalization:All.
• 15.3 Control Nodes
o Decision Nodes:Add: decisionInput behavior, Parameters, and guards on multiple outgoing
edges.
• 15.4 Object Nodes
o Object Nodes:AddupperBound, ordering, selection Behavior
o Activity Parameter Nodes:Add:effect of ordering
o Data Store Nodes:Add: selection and transformation
• 15.5 Executable Nodes
o Executable Nodes:Add: concurrent execution
o Exceptions and Exception Handlers: All
• 15.6 Activity Groups
o Activity Partitions:Add:the descriptive text about preparation of descriptive models for review
o Interruptible Activity Regions:Add: isSingleExecution
CHAPTER 16: ACTIONS
• 16.1 Summary: Add dependence of Actions on Activities, basic definition of concrete syntax, and of
execution engine
• 16.2 Actions:
o Actions: Add isLocallyReentrant and isReentrant.
o Pins: Add ordering and isOrdered, token behavior on StructuredActivityNodes, fromActions
o Actions and Pins in Activities:Add:disallowing of acceptance of more tokens than will be
consumed by one execution of an Action, isLocallyReentrant, isControl, isControlType.
• 16.3 Invocation Actions
o Call Actions: AddStartObjectBehaviorAction, classifierBehavior, non-reentrant and reentrant
Behavior, matching owned Parameters to Pins by ordering
o Send Actions: BroadcastSignalAction, SendObjectAction, ordering of owned and inherited
Properties of a Signal, effects of local or remote target object.
o Invocation Actions and Ports:All
• 16.4 Object Actions
o Summary: All
o ValueSpecificationAction: All
• 16.5 - 16.9: Material in these sections is not covered in OCUP 2.
• 16.10 Accept Event Actions
o Accept Call Actions: Add triggering by an asynchronous call, method behavior caveat
o Reply Actions:All
• 16.11 Structured Actions
o Structured Activity Nodes:Add: Variables, semantics of activity edge when contained or not
contained by a StructuredActivityNode
o Isolation: All
• 16.13 Other Actions
o Raise Exception Actions:All
CHAPTER 17: INTERACTIONS
• 17.1 Summary
o Interactions in detailed design phase, all discussion of role of interactions, interleaving
o NOTE THATALL discussion of disallowed or invalid traces in this chapter is included. This
Coverage Map does not list specific references to disallowed or invalid traces.
o Interaction Diagram Variants: Add Interaction Overview Diagram
• 17.2 Interactions
o Add Specializing and redefining an Interaction
• 17.3 Lifelines
o Add coregion
• 17.4 Messages
o Add representation of ConnectableElement with a Type, wildcard argument
o Messages: Add assignment-target, value-specification
o Notation: As in all other sections, notation of covered elements is included automatically. For this
subsection, which includes some notation for elements not mentioned previously, we point out
that All of the notation section is included.
• 17.5 Occurrences
o General Orderings:All
• 17.6 Fragments
o Consider Ignore Fragments:All
o Continuations:All
o Negative: All
o Critical Region:All
o Ignore/Consider: All
o Assertion:All
• 17.7 Interaction Uses
o Notation: InteractionUse, CollaborationUse, strict, and return value
• 17.8 Sequence Diagrams
o Sequence Diagram Notation:AddContinuation, coregion
o Graphic Paths: Add GeneralOrdering
• 17.9 Communication Diagrams
o Sequence expression:Additeration notation for concurrent execution
• 17.10 Interaction Overview Diagrams: All
CHAPTER 18: USE CASES
18.1 UseCases
• 18.1.3 Semantics
o Use Cases and Actors:Adddescription through a Collaboration; being owned by a Classifier.
CHAPTER 19: DEPLOYMENTS
• 19.1 Summary: Add:extending the package
• 19.2 Deployments Add: extending in profiles, Property and InstanceSpecification as targets
• 19.3 Artifacts Add: organizing into composition hierarchies, extending especially as profiles
CHAPTER 20: INFORMATION FLOWS
• 20.1 InformationFlows
o Add InformationFlow sources and targets, channels, InformationItems
COVERAGE OF METAMODELING INCLUDES THESE TOPICS:
Our coverage of metamodeling and the functionality that it enables (executable UML, e.g.) is intended as a survey,
and the experts who wrote the test questions did not expect you to study these specifications in enough depth to
be able to work with the language. Learn the basics of these courses well and try to retain this knowledge as your
modeling work evolves so that, when you come to a point in a project that calls for metamodeling or generating a
UML model intended for execution, you know where to look for solutions.