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Course Outline

Create and configure EAP file

  • Create and save an Enterprise Architect project file
  • Understanding types of views
  • Program interface: menus, toolbars, Toolbox, Project Browser, and other windows
  • Docking and hiding windows

Working with a model and diagrams

  • Predefined models
  • Packages (views) and diagrams
  • Adding elements to the model and diagrams
  • Various methods for removing items and their consequences
  • Saving diagrams

Requirements Management

  • Methods for gathering requirements
  • FURPS requirements categories
  • Requirements Diagrams
  • Relationships between requirements
    • Aggregation
    • Dependency
  • Enhancing diagram appearance
    • Diagram layout
    • Color-coding requirements by status
    • Enabling/disabling package names
  • Creating and managing matrix relationships
  • Documenting requirements
    • HTML pages
    • Printable versions
  • Advanced requirement management
    • Custom requirement types
    • Custom requirement statuses
    • Tracking requirements
    • Documenting requirements

Business process modeling and architecture

  • Activity Diagrams
  • Compound activities
  • Control flows and object flows
  • Handling exceptions and interrupt flows
  • Partitions
  • Concurrent flows and decision-making
  • Enhancing diagram appearance
    • Adjusting levels of detail
    • Reducing the amount of detail
    • Managing process complexity
  • Components and Deployment diagrams
  • Initial system architecture - logical and physical
    • Nested components
    • Delegation and assembly
    • Ports
    • Interfaces
    • Communication paths
  • Non-standard implementation of stereotypes in diagrams (OPTIONAL)
    • Stereotypes graphic library
    • Adding the library to the project
    • Custom graphics for stereotypes

Use Cases and their documentation

  • Modeling functional requirements
  • Defining the system scope
  • Actors and their relationships
    • Identifying use cases
    • Association "actor - use case" and its properties
    • Relationships between use cases: include, extend, generalization
  • Auto-numbering
  • Generating Use Case scenarios and activity diagrams based on them
  • Documentation generation
  • Document Templates

Analytical model

  • Class diagram at the domain model level
    • Classes, methods, attributes, abstract classes, interfaces
    • Associations and their characteristics
    • Other relationships: aggregation, composition, generalization, dependency, association class
    • Class identification
  • Sequence Diagram
    • Message types: asynchronous, synchronous, return
    • Stereotypes: Boundary, Control, and Entity

Static model

  • Class Diagram at the design level
  • Source code generation and reverse engineering (OPTIONAL)
    • Generating source code from the diagram
    • Generating diagrams from source code
    • Synchronizing source code and diagrams
  • Object Diagrams

Dynamic Model

  • Static model verification
    • Clarifying method signatures
    • Verifying the class diagram
  • Dynamic modeling at the method call level (sequence diagram) based on use cases and the static analysis model
  • Enhancing diagram appearance
    • Reducing the number of modeled scenarios
    • Reducing the number of lifelines
    • Avoiding complex nested blocks
    • Hiding details
  • State Machine diagram (OPTIONAL)
    • States and sub-states
    • Transitions between states - triggers, conditions, and actions
    • Internal actions (entry, do, exit)

Patterns and profiles (OPTIONAL)

  • "Gang of Four" patterns
  • Patterns defined in the project
  • User-defined patterns
  • Importing profiles from XML files

MDA, source code (OPTIONAL)

  • Transforming Class Diagrams into database schemas
  • Generating SQL scripts based on the Class Diagram
  • Source code generation - available options

Group work

  • Enterprise Architect package versioning
  • Version differences in the project and documentation
  • Using a repository to store the model
  • Collaboration tools

Requirements

Modeling skills in UML.

 21 Hours

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