4 días - 24 horas
This Java Patterns course reviews common and emerging patterns specific to Java SDK and EE development. You'll learn the depth and evolution of pattern-based techniques in Java, with particular emphasis on Java EE 6 conventions.
The lab exercises show you how to identify, apply and re-factor selected patterns into code, using a NetBeans or Eclipse IDE and the GlassFish Application Server v3. You'll also learn a subset of UML notation to expedite communicating through design instead of code.
Java Design Patterns
In design patterns, the responsibility of each component is identified by role. The conventions of design pattern documentation make it easier for development teams to communicate their programming intentions and provide a reference point for the entire Java development community.
The Java language and popular Java-based frameworks incorporate more proven development practices into their programming interfaces with each major release. These practices, referred to as design patterns, document well-known names, code implementation and re-factoring techniques, and the risks and trade-offs associated with using them.
- Identify key design principles of object-oriented development
- Apply Java-specific implementation techniques to well-known patterns
- Use patterns to complete a Java application design
- Use patterns to complete a web-tier application design
- Use patterns to complete a business-tier application design
- Use patterns to improve communication between Java EE tiers
- Identify and refactor anti-patterns in working code
- Using part of a sample architecture scheme, select design patterns for implementing the scheme
Contenidos del curso
Reviewing Object-Oriented Principles in Java
- Describe how OO concepts apply to Java
- Describe how OO principles apply to Java
- List the goals of an OO language
- Interpret Unified Modeling Language (UML) notation and create UML diagrams
- Identify selected design patterns
Reviewing Gang of Four Patterns
- List key behavioral, creational and structural patterns
- Apply the Facade pattern
- Apply the Strategy pattern
- Apply the Observer pattern
- Apply the Composite pattern
- Review the Model-View-Controller (MVC) patterns
Implementing Patterns in Java
- Use implementation patterns designed for Java
- List forces affecting class, state, and behavioral patterns
- Describe how patterns, idioms and refactoring differ from each other
Exploring Changes in Java EE Technology
- Describe the design goals of the Java EE model
- Describe improvements in the Java EE 6 model
Implementing Integration Patterns
- Describe design patterns for the integration tier
- Review Java EE integration changes that apply design patterns
- Identify use cases for applying integration tier patterns
Implementing Patterns in Business Components
- Describe the role of an enterprise bean
- Describe design patterns for the business tier
Implementing Infrastructural Patterns in Java EE
- Describe the role of infrastructural Java EE patterns
- Describe the Service Starter pattern
- Describe the Singleton pattern
- Describe the Bean Locator pattern
- Describe the Resource Binder pattern
Implementing More Infrastructure Patterns
- Describe how Java EE interceptors work
- Describe the Dependency Injection Extender pattern
- Describe the Payload Extractor pattern
- Describe the Context Holder pattern
- Describe the Thread Tracker pattern
- Describe the Law of Leaky Abstractions
- Define AntiPatterns
- Describe Integration Tier AntiPatterns
- Describe Business Tier AntiPatterns
- Describe Presentation Tier AntiPatterns
Selecting Patterns for Architecture
- Define the roles of architect, designer, and developer
- Describe the relationship between design patterns and architecture
- List guidelines for applying patterns to an architectural solution
- Dinstinguish between Java EE 5 and Java EE 6 pattern-based features.
- Implement relevant patterns in each tier of the Java EE environment.
- Re-factor code to improve inter-tier communications.
- Relate pattern-based development to an implementation architecture.
- Apply object-oriented pronciples and design guidelines.
- Implement well-known patterns to Java-specific code problems.
- Application Developers
- J2EE Developer
- Java Developer
- Java EE Developer
- Experience with Java SE and Java EE development
- Java Programming Language, Java SE 6
Oracle Java and Middleware