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Course Outline

Generics

  • Rationale, application scenarios, and cost-benefit analysis of Generics
  • Type Erasure
  • Type Boundaries
  • Wildcards
  • Generic Methods

Multithreading

  • The Java Thread System
  • Thread Management
  • Thread Interaction and State Management
  • Thread Synchronization
  • Volatile Fields and Synchronized Methods
  • The wait and notify Pattern
  • The join and sleep Pattern
  • Concurrency API
  • Atomic Operations
  • Thread Pools

Reflection

  • Strategic use cases and limitations of reflection
  • Applications for Meta-Data
  • The Reflection API
  • Understanding Class Objects
  • The java.lang.reflect Package
  • Reading Type Information
  • Navigating Inheritance Trees
  • Dynamic Instantiation
  • Dynamic Invocation
  • Reflecting on Generics
  • Accessing private fields via reflection

Annotations

  • Aspect-Oriented Programming (AOP)
  • Built-In Annotations
  • Annotations Model
  • Annotation Types and Definitions
  • Annotations vs. Descriptors (XML)

Multi-process Communication

  • Shared Memory
  • Sockets
  • Non-Blocking Sockets
  • TCP
  • URL Objects
  • HTTP and Other TCP Servers
  • Datagram Clients and Servers
  • Multi-Threading in Servers

Requirements

Participants must possess a solid understanding of Java and Object-Oriented Programming (OOP) concepts, including interfaces, inheritance, polymorphism, generics, collections, recursive methods, as well as the practical application of annotations and varargs.

 7 Hours

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