JAVA Training

Advanced JAVA Overview

Advanced Java refers to the more advanced concepts and
features of the Java programming language that go beyond the basics of core
Java. It includes a wide range of topics and technologies that expand the
capabilities of Java for building complex and scalable applications. Here are
some key areas of advanced Java:

1.
Java Database Connectivity (JDBC):
JDBC is a Java API that provides a standard way to interact with relational
databases. Advanced Java covers topics like connecting to databases, executing
queries, performing transactions, and handling result sets using JDBC.

2.
JavaServer Pages (JSP) and Servlets:
JSP and Servlets are technologies used for building dynamic web applications in
Java. They allow for server-side processing of web requests and generating
dynamic web content. Advanced Java explores advanced topics in JSP and
Servlets, such as session management, filters, listeners, and MVC
(Model-View-Controller) architecture.

3.
Java Persistence API (JPA) and
Hibernate: JPA is a Java specification for object-relational mapping (ORM),
which provides a way to map Java objects to relational database tables.
Hibernate is a popular ORM framework that implements JPA. Advanced Java covers
advanced JPA and Hibernate concepts like entity relationships, caching, performance
tuning, and advanced query techniques.

4.
Java Messaging Service (JMS): JMS is
a Java API for messaging systems that enables communication between different
components of an application through messages. Advanced Java covers topics such
as creating and consuming messages, using message queues and topics, and
implementing message-driven beans.

5.
Multithreading and Concurrency:
Advanced Java explores advanced concepts of multithreading and concurrency,
such as thread synchronization, locks, semaphores, and concurrent data
structures. It also covers the Java Concurrency API, which provides
higher-level abstractions for managing concurrent programming.

6.
Java Network Programming: Advanced
Java includes networking concepts such as sockets, network protocols (TCP/IP,
UDP), and remote method invocation (RMI). It covers topics like creating
networked applications, implementing client-server communication, and handling
network protocols.

7.
Java Security: Advanced Java covers
security-related topics such as authentication, authorization, secure coding
practices, encryption, digital signatures, and using security frameworks like
Java Security API (JCA) and Java Authentication and Authorization Service
(JAAS).

8.
Java EE (Enterprise Edition): Java EE
is a collection of Java APIs and specifications for building enterprise
applications. Advanced Java may delve into Java EE technologies like JavaServer
Faces (JSF), Enterprise JavaBeans (EJB), Java Persistence API (JPA), Java
Message Service (JMS), and Java Transaction API (JTA).

9.
Design Patterns: Advanced Java often
includes the study and application of design patterns, which are reusable
solutions to common software design problems. Examples of design patterns in
Java include Singleton, Factory, Observer, Decorator, and MVC.

10.  Performance
Tuning and Optimization: Advanced Java explores techniques and best practices
for optimizing the performance of Java applications. It covers profiling,
memory management, garbage collection, benchmarking, and performance analysis
tools.

These are
just some areas covered in advanced Java. The field is vast, and there are
numerous other topics and technologies that developers can explore to further
enhance their Java programming skills.