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Java

  1. About the Course
  2. Syllabus
  3. Target Audience
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    Course Overview

      Java training london is the most talented programming tongue carter for standalone application, Networked Application and the web application. As it is a stage independent vernacular which proposes it will keep running in any Operating System the length of Java Framework is open. In the present market the greater part of the little affiliations moreover the gigantic association like banks use Java as their web stage. Java has in addition gone more huge into the minimal programming as well, stimulating all the Android Mobile Devices, Android Tablet Devices, and Android Apps which has bigger part bit of the general business in the present versatile business division around the world

      In Java OCP accreditation you will get from main establishment through to push level and would advance into zones of Oracle-guaranteed Java specialisation–, for example, Java Developer, Java-based web/business modeler. With Java OCP get formally saw as an Oracle Certified Java Programmer today.

      Course Length: 60 Hours

      Evening Classes

    • Tuesday and Thursday
    • 6:30pm - 9:30pm
    • 10 weeks
    • Saturday Classes

    • 10:00am - 5:00pm
    • 10 weeks
Course Content

Java Platform Overview

  • Introductions
  • Course Schedule
  • Java Overview
  • Java Platforms
  • OpenJDK
  • Licensing
  • Java in Server Environments
  • The Java Community Process

  • Java Syntax and Class Review

    • Simple Java classes
    • Java fields, constructors and methods
    • Model objects using Java classes
    • Package and import statements

    • Encapsulation and Polymorphism

      • Encapsulation in Java class design
      • Model business problems with Java classes
      • Immutability
      • Subclassing
      • Overloading methods
      • Variable argument methods

      • Java Class Design

        • Access modifiers: private, protected and public
        • Method overriding
        • Constructor overloading
        • The instanceof operator
        • Virtual method invocation
        • Polymorphism
        • Casting object references
        • Overriding Object methods

        • Advanced Class Design

          • Abstract classes and type generalization
          • The static and final modifiers
          • Field modifier best practices
          • The Singleton design pattern
          • Designing abstract classes
          • Nested classes
          • Enumerated types

          • Inheritance with Java Interfaces

            • Java Interfaces
            • Types of Inheritance
            • Object composition and method delegation
            • Implementing multiple interfaces
            • The DAO design pattern

            • Generics and Collections

              • Generic classes and type parameters
              • Type inference (diamond)
              • Collections and generics
              • List, set and Map
              • Stack and Deque

              • String processing

                • String manipulation with StringBuilder and StringBuffer
                • Essential String methods
                • Text parsing in Java
                • Input processing with Scanner
                • Text output and formatting
                • Regular expressions with the Pattern and Matcher classes

                • Exceptions and Assertions

                  • Exceptions categories
                  • Standard Java Exception classes
                  • Creating your own Exception classes
                  • Using try-catch and the finally clause
                  • Using try-with-resources and the AutoCloseable interface
                  • The multi-catch feature
                  • Best practices using exceptions
                  • Assertions

                  • I/O Fundamentals

                    • I/O using Java
                    • Reading the console input stream
                    • Writing to the console
                    • Using I/O Streams
                    • Chaining I/O Streams
                    • Channel I/O
                    • Reading and writing objects using Serialization

                    • File I/O with NIO 2

                      • The Path interface
                      • The Files class
                      • Directory and File operations
                      • Managing file system attributes
                      • Reading, writing, and creating files
                      • Watching for file system changes

                      • Threading

                        • Operating system task scheduling
                        • Recognizing multithreaded environments
                        • Creating multi-threaded solutions
                        • Sharing data across threads
                        • Synchronization and Deadlock
                        • Immutable objects

                        • Concurrency

                          • Creating Atomic variables
                          • Using Read-Write Locks
                          • Thread-safe collections
                          • Concurrenct synchronizers (Semaphore, Phaser, and others)
                          • Executors and ThreadPools to concurrently schedule tasks
                          • Parallelism and the Fork-Join framework

                          • Spring Framework

                            • Spring architecture fundamentals
                            • Identifying Spring application components
                            • Defining the n-tier application architecture

                            • Applying Inversion of Control (IoC)and Dependency Injection (DI)

                              • Delegating object creation to the Spring bean factory
                              • Controlling bean creation with scopes and methods

                              • Minimising Code with Aspect-Oriented Programming (AOP)

                                • Transparently applying common functionality
                                • Defining advice, pointcuts and advisors
                                • Minimising configuration with Autoproxying

                                • AspectJ style AOP

                                  • AspectJ pointcut expression language
                                  • Applying AspectJ style with annotations

                                  • Constructing an Effective DataAccess Tier with Spring

                                    • Simplifying data access with JDBC templates
                                    • Streamlining runaway code with JDBC templates
                                    • Structuring queries and callbacks for maintainability

                                    • Abstracting the Data Access Layer

                                      • Supporting the Data Access Object (DAO) pattern
                                      • Achieving implementation independence with platform agnostic exceptions

                                      • Managing transactions

                                        • Analysing Java EE transaction support
                                        • Controlling transactions with Spring transaction manager
                                        • Declaring transaction policies with XML and annotations

                                        • Localization

                                          • Advantages of localization
                                          • Defining locale
                                          • Read and set locale using the Locale object
                                          • Resource bundles
                                          • Format messages, dates and number