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The Unified Modeling Language (UML) is a language used for specifying, constructing, visualizing, and documenting the components of a software system. The UML combines the concepts of Booch, Object Modeling Technique ( OMT ), and Object-Oriented Software Engineering ( OOSE ). The result is a standard modeling language. The UML authors targeted the modeling of concurrent and distributed systems; therefore, UML contains the elements required to address these domains. UML concentrates on a common model that brings together the syntax and semantics using a common notation. This nonexhaustive treatment of UML is arranged in parts. First, we describe the basic elements used in UML. Then, we discuss UML relationships among elements. The follow-up is the resultant UML diagrams. Within each UML diagram type, the
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model elements that are found on that diagram are listed. It is important to note that most model elements are usable in more than one diagram. When we describe each element, relationship and diagram in this chapter, we will use an example from 11: A Case Study (an example SCEA part II project). UML is an evolving language.This chapter was written when OMG UML version 1.5 was current and 2.0 was about to become the official version.
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Elements Used in UML
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In UML, an element is an atomic constituent of a model. A model element is an element that represents an abstraction drawn from the system being modeled. Elements are used in UML diagrams, which will be covered in the following sections. UML defines the elements listed next.
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As mentioned, a class is any uniquely identified abstraction that models a single thing, and the term object is synonymous with instance. Classes have attributes and methods. The class is represented in UML by a rectangle with three horizontal parts: name, attributes, and operation. The name part is required and contains the class name and other documentation-related information. For example, the name could be data_access_object <<javabean>>. The attributes part is optional and contains characteristics of the class. The operations part is also optional and contains method definitions. For example (from our case study, a method that returns a hashmap of name/value pairs describing the attributes of an order whose identifier is order_id):
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method (argument(s)) return type: get_order ( order_id ) hashmap
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An interface is a collection of operations that represent a class or that specify a set of methods that must be implemented by the derived class. An interface typically contains nothing but virtual methods and their signatures. Java supports interfaces directly. The interface is represented in UML by a rectangle with three horizontal parts: name, attributes, and operation. The name part, which is required, contains the class name and other documentation-related information. For example, the name could be data_access_object <<javabean>>. The attributes part (optional)
3: Object-Oriented Analysis and Design
contains characteristics of the class. The operations part (optional) contains method definitions. For example, in our case study we might have a method:
method (argument(s)) return type: get_order ( order_id ) hashmap.
Package
A package is used to organize groups of like elements. The package is the only group type element, and its function is to represent a collection of functionally similar classes. Packages can nest. Outer packages are sometimes called domains. Some outer packages are depicted by an upside-down tuning fork symbol, denoting them as subsystems. The package name is part of the class name for example, given the class accessdata in the ucny.trading.com package, the fully qualified class name is ucny.trading.com.accessdata.
Collaboration
Collaboration defines the interaction of one or more roles along with their contents, associations, relationships, and classes. To use collaboration, the roles must be bound to a class that supports the operations required of the role. A use of collaboration is shown as a dashed ellipse containing the name of the collaboration. A dashed line is drawn from the collaboration symbol to each of the objects, depending on whether it appears within an object diagram that participates in the collaboration. Each line is labeled by the role of the participant.
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