Object-Oriented Analysis and Design with UML Analyzing the System

To show how to specify object interaction in the UML and to identify associations and inheritance between classes

Knowledge of object-oriented programming concepts, such as encapsulation and inheritance, and of software engineering principles

Web developers

WEB

Using interaction diagrams in UML| - differentiate between sequence and collaboration diagrams and list the ways in which interaction diagrams can be used to define classes' responsibilities.|Creating sequence diagrams in UML| - use the correct conventions in a UML sequence diagram and show how focus of control is handled by the three different message types available in UML.|Labeling a sequence diagram in UML| - correctly label objects and messages in a UML sequence diagram.|Creating collaboration diagrams in UML| - use the correct conventions for classes, objects, messages, multiobjects, and conditions in a UML collaboration diagram.|Completing a collaboration diagram in UML| - complete a collaboration diagram in UML.|Depicting associations in UML| - create associations in UML class diagrams, correctly name an association, and identify relationships between classes in sequence and collaboration diagrams.|Modeling aggregations in UML| - distinguish between aggregations and associations and determine which to use when modeling a relationship.|Adding multiplicity to relationships in UML| - select appropriate multiplicity for a given relationship and use the correct UML notation for different multiplicity indicators.|Defining relationships in UML| - select appropriate relationships between classes, select a role name for a class, name an association, and estimate multiplicity for relationships between classes in a UML class diagram.|Refining associations in UML| - identify situations where the use of reflexive associations, qualified associations, constraints, or association classes is appropriate.|Basic inheritance concepts| - show how structure, behavior, and relationships can be inherited; link the concepts abstract and concrete classes, and polymorphism to inheritance; and list some guidelines for good inheritance.|Finding inheritance| - list the steps involved in the generalization and specialization methods of finding inheritance.|Multiple inheritance| - give examples of and list the best practices for multiple inheritance.|Inheritance, aggregation, and metamorphosis| - choose between using inheritance and aggregation to model a particular scenario, and choose an appropriate method of modeling for metamorphosis in UML.|Adding inheritance and aggregation in UML| - identify appropriate inheritance and aggregation relationships between classes in a UML class diagram.|

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