Advance Java Online training

It is a part of Java programming language. It is an advanced technology or advance version of Java specially designed to develop web-based, network-centric or enterprise applications. It includes the concepts like Servlet, JSP, JDBC, RMI, Socket programming, etc. It is a specialization in specific domain.

Most of the applications developed using advance Java uses tow-tier architecture i.e. Client and Server. All the applications that runs on Server can be considered as advance Java applications.

• It simplifies the complexity of a building n-tier application.
• Standardizes and API between components and application sever container.
• JEE application Server and Containers provides the framework services.

All attendees should be familiar with basic Java programming

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• Exercises:
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• Structured Curriculum Schedule:
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• Faculty Mentoring:
  Turn in daily and weekly homework for personalized feedback from faculty.
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• Hands on Live Projects:
  Work on live lab sessions to tackle real-world projects. Get 100% faculty guidance and ratings.

Advance Java Course Content

Re-Introducing JDBC

• • Review of JDBC architecture
  • Review of JDBC driver types
  • Discussion of evolution of JDBC from version 1.0 through 2.0 and 3.0
  • Principles of Agile and Scrum

Database concepts review

• • Relational database terminology
  • SELECT, INSERT, UPDATE, and DELETE statements
  • Transactions, logging, isolation, and concurrency

Key JDBC classes and the java.sql package

• • DriverManager and DataSource
  • Connection
  • Statement, PreparedStatement, and CallableStatement
  • Extra features supported by the javax.sql package
  • Rowsets
  • Application development activities using the basic JDBC concepts
    • Building an interface for selecting records
    • Building a data-drilldown example
    • Building interfaces for inserting, updating, and deleting records

Connecting to databases

• • Selecting and installing a database driver
  • Connecting to the database via a network address
  • Connecting to the database based on information supplied by JNDI (the Java Naming and Directory Interface)
  • Using the java.sql.DataSource class
  • Increasing performance with connection pooling
  • Opening and closing the connection
  • Handling ClassNotFoundException and SQLException

Working with a database connection

• • Controlling transaction behavior
  • Using getWarning and clearWarnings to retrieve, respond to, and clear warnings
  • Creating statements, prepared statements, and callable statements
  • Retrieving and using database metadata

Ad-Hoc SQL queries with Statement and PreparedStatement

• • Creating a Statement object
  • Executing a SQL statement
    • Using executeQuery() for statements that return a ResultSet
    • Using executeUpdate() for statements that change the database and don’t return a ResultSet
  • Receiving a ResultSet as the result of a query
    • Iterating through and retrieving results
    • Moving the cursor within the ResultSet
    • Establishing when you are at the beginning or end of the ResultSet
  • Creating a PreparedStatement object
  • Setting PreparedStatement parameters
  • Executing the PreparedStatement

Additional techniques for working with ResultSets

• • Navigating the cursor forward, backward, and arbitrarily within a ResultSet
  • Using updateable ResultSets
  • Batch updating of ResultSets
  • More in-depth
  • Obtaining ResultSetMetaData
    • What you can/can’t find out via ResultSetMetaData
    • Obtaining column data types, names, labels, and display sizes
    • Obtaining the column count
    • Additional useful applications for the ResultSetMetaData

JDBC transactions

• • Understanding ACID (atomicity, consistency, isolation, and durability)
  • Turning the committing of transactions on or off
  • Committing and rolling back transactions
  • Overview of distributed transactions in Java EE

JDBC design patterns

• • Overview of client tier, presentation tier, business tier, and resource tier patterns
  • The data access object pattern
  • The value object pattern
  • The model-view-controller pattern

Conclusion