What is advance Java?
The definition of advance inside the dictionary refers to a forward motion, development, or progress, and the definition of enhancing is something that improves things. To become experts in that sector, we must strengthen our fundamental understanding.
Java is divided into two types:
Core Java (J2SE) and Advanced Java (JEE). This section will introduce advanced Java and discuss its applications, advantages, topics, and differences from basic Java. The fundamentals of Java programming, such as data types, operators, loops, threads, and exception handling, are addressed inside the Java part. It is used to build multipurpose apps. But common concepts like sql databases, networking, Servlet, online services, etc. are covered in advanced Java.
Advance Java relates to the Java programming language. It is a feature of the Java language. It's an additional step or variation of Java, especially for building network- or business-oriented or internet-focused software. It integrates things like socket programming, RMI, Servlet, JSP, and JDBC. It is a concentration on a specific area. Most apps created using advanced Java have a two-tier structure, consisting of a client and a server. All server-based programmes belong to the category of advanced Java programmes.
What does Advance Java mean?
- It reduces the difficulty of creating n-tier applications.
- API connecting components and the application server containers is established.
- The JEE web server and containers offer framework services.
Advantages of Advance Java
There are 4 main uses of Advance Java. They are network-centricity, procedure simplification, and a standard for future visualisation.
- Libraries for comprehending the Client-Server design for web-based apps are provided by JEE (advanced Java).
- Additionally, we could work with both web and application platforms like Glassfish and Apache TomcatWe could also work with. You can learn how well Http operates by utilising these services. Core Java does not support it.
- Understanding advanced Java is especially critical if you work with trade techniques such as Hadoop, cloud-native, and data science.
- It offers services, APIs, and standards that allow developers to create multi-tiered, web-based applications.
- We can create secure payment online apps like banking apps and software that manage inventory because of various advanced Java frameworks like Spring, Hibernate, and Struts.
Topics in advance Java
1. Fundamentals of web applications
- What does the term Web Application mean?
- What do the difference between the client and the server?
- How does the interaction between the web and sever can take place?
- Basics of the HTTP
- Fundamentals of the HTML and What does TCP and URL?
- The requirement of the web container
2. The set-up for the web Applications and the web containers
- installing Tomcat Container on a computer
- To configure an Eclipse Servlets JSP project
- Web application project structure for Servlet JSP APIs dependent configuration
- Describe Servlets.
- How can they help? Why do they exist?
- What does the Servlet code look like?
- The HTTP methods are GET, POST, PUT, DELETE, TRACE, and OPTIONS.
- GET/POST requests and their distinctions
- Lifecycle of a Servlet
- serving context and serving configuration
- Request Connection and Delivering
4. Management of sessions
- What is the meaning of the session?
- What is required for session management?
- How can I book a session?
- Transferring session data between both the client and the server
- Techniques for transferring session information, such as cookies and rewriting
- Procedure for ending the session
- Overview of JSP and its use
- Simple tags in HTML
- The complete life cycle of JSP
6. Elements of jsp
- Meaning of the following elements and how they relate through into JSP Lifecycle
- What do JSP directives do?
- The Page Directive
- Contains instructions
- Controller Taglib
1. Introduction to MVC
- Describe MVC.
- Types 1 and 2 of Mvc pattern
- Why use the Struts framework?
- Introduction of Struts 1
- Relationship of Struts 1 and Struts 2
- Struts 2 Building 2.
2. Explained using an architecture of the system are the following elements:
- Model, Views, and Controller Staad Framework Fighters and bombers Components
- Class models and actions
- OGNL Value Stack
the foundation & applications design; an orientation to configurations
Annotations and Unambiguous configure strategies
3. Interceptors for Struts 2
- How do interceptors work
- Interceptor responsibility Method of interception calling in Struts 2
- What Interceptors Are
- Interceptor stacking definition
- Customized Interceptor Definition
Hibernate Framework (version 3. x)
- What does the ORM principle describe?
- What is the purpose of using ORM?
- What implementations can be done using ORM?
2. Hibernatte architecture
- Introduction to Hibernate
- Architecture of Hibernate
- What are classes in hibernate