Visão Geral

Independentemente da abordagem de desenvolvimento de software, da clássica cascata à programação extrema (XP), todos os especialistas concordam que o desenvolvimento de software de qualidade requer análise e design. A Unified Modeling Language (UML) fornece uma notação padrão comum para registrar modelos de análise e artefatos de design. Este curso aprofunda os processos de análise orientada a objetos e design orientado a objetos usando UML como linguagem de notação.

Objetivo

A importância da modelagem no ciclo de vida de desenvolvimento de software

A notação e os símbolos UML

A abordagem orientada a objetos para analisar e projetar sistemas e soluções de software

Como empregar a notação UML para criar projetos de sistema eficazes e eficientes

Publico Alvo

• Desenvolvedores de software, arquitetos de sistemas, analistas, designers e qualquer pessoa interessada em entender a UML aplicada à análise de objetos e ao projeto de sistemas.
  

Pre-Requisitos

• Uma boa compreensão de tecnologias orientadas a objetos e uma compreensão básica de análise e desi
  

Materiais

Conteúdo Programatico

Analysis, Design, Modeling

1. Systems and Software Quality
2. Software Engineering
3. Life Cycle Properties
4. Analysis and Design
5. Structured vs. Object Approach
6. Modeling
7. Modeling Problem and Solution
8. Modeling Perspectives

The Object-Oriented Paradigm

1. Basic Concepts
2. Classes and Objects
3. Characteristic of Objects
4. Relationships
5. Methods
6. Object-Oriented Analysis
7. Object-Oriented Design
8. Processes and Approaches to OOA&D
9. Unified Process
10. Rational Unified Process
11. Agile Approaches
12. Other Approaches
    

Basic Unified Modeling Language

1. Overview
2. Basic Concepts
3. Classifiers
4. Well-Formedness Rules
5. Basic Notation
6. Classes and Objects
7. Characteristic of Objects
8. Relationships and Methods
9. Other Notation
10. UML Diagrams

Domain Modeling

1. The Information Model
2. Structural Modeling
3. Objects, Attributes, and Associations
4. Links and Messages
5. Information Modeling in the UML
6. Basic Constructs
7. Relationships
8. Stereotypes
9. Packages

Use Case and the Behavior Model

1. Use Case Model
2. Use Cases in the Life Cycle
3. Use Case Diagram
4. Use Case Description
5. Main Success Scenario
6. Alternate Paths
7. Preconditions and Post-Conditions
8. Exception Paths
9. Use Case Extensions
10. Use Case Relationships
11. Generalization
12. The <<extends>> Relationship
13. The <<includes>> Relationship
14. Extension Points
15. Packages

The Analysis Phase

1. Modeling Process
2. Architectural Views
3. Use Case Realizations
4. Activity Diagrams
5. Application of the Activity Diagram
6. Activity Diagram Notation and Syntax
7. State Machines
8. Application of the State Machine
9. State Machine Notation and Syntax
10. Sequence Diagrams
11. Application of the Sequence Diagram
12. Sequence Diagram Notation and Syntax
13. Collaboration Diagrams
14. Communication diagrams
15. Application of the Communication Diagram
16. Communication Diagram Notation and Syntax

Design Phase

1. Moving to Code
2. Internal Component Definition
3. Design for Reuse
4. Design Class Diagrams
5. Operations
6. Methods
7. Designing Quality into Modules
8. Iterating the Design
9. Refactoring
10. Design Best Practices
11. Cohesion
12. Complexity
13. Coupling
14. Congruence

Physical Design

1. UML Implementation Diagrams
2. Component Diagram
3. Application of the Component Diagram
4. Component Diagram Notation and Syntax
5. Deployment diagram
6. Application of the Deployment Diagram
7. Deployment Diagram Notation and Syntax

Patterns

1. The Pattern Concept
2. Benefits of Patterns
3. Common Design Patterns
4. Useful Analysis Patterns
5. Useful Design Patterns

The Bottom Line

1. A Development Process
2. Where to Go for More Information