List of Figures

Chapter 1: Classes

Figure 1-1: Class notation

Figure 1-2: Alternate class notations

Figure 1-3: Sample classes

Figure 1-4: Class responsibilities

Figure 1-5: UML object notation

Figure 1-6: Visibility

Figure 1-7: Attribute details

Figure 1-8: Operation details

Figure 1-9: Precondition

Figure 1-10: Postcondition

Figure 1-11: Abstract class

Figure 1-12: Active class

Figure 1-13: Provided interfaces

Figure 1-14: Required interfaces

Figure 1-15: Provided/required interface

Figure 1-16: Ports and connectors

Figure 1-17: Properties

Figure 1-18: Parts

Figure 1-19: Ports and parts

Figure 1-20: Behavior port

Figure 1-21: Collaborations

Figure 1-22: Collaboration with internal structure

Figure 1-23: Collaboration occurrence

Figure 1-24: Auxiliary and focus stereotypes

Figure 1-25: Data types

Figure 1-26: Enumeration

Figure 1-27: Stereotype as stereotype

Chapter 2: Class Relationships

Figure 2-1: Binary associations

Figure 2-2: N-ary association

Figure 2-3: One-way navigation between classes

Figure 2-4: Named association

Figure 2-5: Association roles

Figure 2-6: Association multiplicity

Figure 2-7: Aggregation notation

Figure 2-8: Aggregating multiple classes

Figure 2-9: Self-aggregation

Figure 2-10: Aggregations

Figure 2-11: Composition

Figure 2-12: Generalization notation

Figure 2-13: Generalizing multiple classes

Figure 2-14: Generalization

Figure 2-15: Powertype

Figure 2-16: Dependency

Figure 2-17: Usage dependency

Figure 2-18: Create dependency

Figure 2-19: Instantiation

Figure 2-20: Abstraction dependency

Figure 2-21: Derivation dependency

Figure 2-22: Realization dependency

Figure 2-23: Refinement dependency

Figure 2-24: Trace dependency

Figure 2-25: Permission dependency

Figure 2-26: Substitution dependency

Figure 2-27: Association class

Chapter 3: Class and Object Diagrams

Figure 3-1: Domain-level class diagram

Figure 3-2: Analysis-level class diagram

Figure 3-3: Expansion of analysis-level class diagram

Figure 3-4: High-level design class diagram

Figure 3-5: Low-level design class diagram

Figure 3-6: Object diagram

Chapter 4: Use Cases

Figure 4-1: Actors (primary notation)

Figure 4-2: Actors (secondary notation)

Figure 4-3: Use cases (primary notation)

Figure 4-4: Subject owning use case

Figure 4-5: Include

Figure 4-6: Extend

Figure 4-7: Explaining a use case extension

Figure 4-8: Use cases (secondary notation)

Figure 4-9: Use case generalization

Figure 4-10: Use case diagram

Chapter 5: Packages

Figure 5-1: Package (no members shown)

Figure 5-2: Package (members shown internally)

Figure 5-3: Package (members shown externally)

Figure 5-4: Element import and access

Figure 5-5: Element import with alias

Figure 5-6: Package import

Figure 5-7: Package merge

Figure 5-8: Package diagram

Chapter 6: Events, Actions, and Activities

Figure 6-1: Signals

Figure 6-2: Reception

Figure 6-3: Send dependency

Figure 6-4: Actions

Figure 6-5: Local precondition

Figure 6-6: Local postcondition

Figure 6-7: Pins

Figure 6-8: Call behavior action invoking activity

Figure 6-9: Send signal action

Figure 6-10: Accept signal action

Figure 6-11: Accept time event action

Figure 6-12: Exceptions

Figure 6-13: Complex activity

Figure 6-14: Initial node

Figure 6-15: Flow final node

Figure 6-16: Activity final node

Figure 6-17: Decision node

Figure 6-18: Decision input

Figure 6-19: Merge node

Figure 6-20: Fork node

Figure 6-21: Join node

Figure 6-22: Exception handler

Figure 6-23: Object nodes

Figure 6-24: Data store node

Figure 6-25: Activity edge

Figure 6-26: Activity edge with connectors

Figure 6-27: Swimlanes

Figure 6-28: Interruptible activity region

Figure 6-29: Structured activity node

Figure 6-30: Expansion region

Figure 6-31: Expansion region with one node

Figure 6-32: Activity diagram

Figure 6-33: Design package with activity diagram

Chapter 7: State Machines

Figure 7-1: States

Figure 7-2: Transitions

Figure 7-3: Guards

Figure 7-4: Entry action

Figure 7-5: Exit action

Figure 7-6: Deferred event

Figure 7-7: Entry point

Figure 7-8: Exit point

Figure 7-9: Initial state

Figure 7-10: Final state

Figure 7-11: Choice

Figure 7-12: Fork

Figure 7-13: Join

Figure 7-14: Junction

Figure 7-15: Shallow history

Figure 7-16: Terminate pseudostate

Figure 7-17: Sequential substates

Figure 7-18: Concurrent substates

Figure 7-19: Submachine state

Figure 7-20: State machine diagram

Figure 7-21: Design package with state diagram

Chapter 8: Interactions

Figure 8-1: Lifelines

Figure 8-2: Combined fragment

Figure 8-3: Interaction operands

Figure 8-4: Continuations

Figure 8-5: Stop

Figure 8-6: Interaction occurrence

Figure 8-7: Part decomposition

Figure 8-8: Sequence diagram

Figure 8-9: Communication diagram

Figure 8-10: Design package with sequence and collaboration diagrams

Figure 8-11: Interaction overview diagram

Figure 8-12: Timing diagram

Chapter 9: Components, Deployment, and Higher-Level Modeling

Figure 9-1: Component

Figure 9-2: Component (alternate notation)

Figure 9-3: Realization dependency

Figure 9-4: Component diagram for Web server

Figure 9-5: Component diagram for application server

Figure 9-6: Implementation package

Figure 9-7: Artifacts

Figure 9-8: Manifestation

Figure 9-9: Nodes

Figure 9-10: Devices

Figure 9-11: Execution environment

Figure 9-12: Deployment specification

Figure 9-13: Deployment diagram

Figure 9-14: Deployment package

Figure 9-15: Framework

Figure 9-16: Subsystems

Chapter 10: Profiles, Templates, and Information Flows

Figure 10-1: Profile applications

Figure 10-2: Extension

Figure 10-3: Binding

Figure 10-4: Bound package

Figure 10-5: Bound collaboration

Figure 10-6: Information item

Figure 10-7: Information flow