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The Spring Framework

Course Syllabus | Time Table Calendar | Time Table List
 
Duration: 40 Hours (5 days)
 
Upcoming Date: the upcoming date will be published soon
 

Day 1
Introduction to Spring ( 1.5 hours):
  • History.
  • IoC and Dependency Injection.
  • Spring philosophy.
  • AOP
  • Testability.
Inversion of Control ( 4 hours):
  • Introduction.
  • The importance of decoupling.
  • Spring IoC container and the BeanFactory.
  • Dependancies.
  • Injection types.
  • Bean Scopes.
  • Bean Lifecycle and Environment.
  • Bean definition inheritance.
Extending the Container ( 2 hours):
  • Controlling the Bean creation using FactoryBeans.
  • Bean post processors.
  • Bean factory post processors.
The Application Context ( 0.5 hours):
  • Introduction to ApplicationContext.
  • BeanFactory vs. ApplicationContext.
  • Annotation based configuration.
  • ApplicationContext as I18N facility.
  • ApplicationContext as Event facility.
  • ApplicationContext as Resource loader.
  • Integrating the ApplicationContext into complex JavaEE applications.
  • Stereotypes and Auto Detected Components.

Day 2
The Application Context (cont.) ( 2.5 hours):
  • Introduction to ApplicationContext.
  • BeanFactory vs. ApplicationContext.
  • Annotation based configuration.
  • ApplicationContext as I18N facility.
  • ApplicationContext as Event facility.
  • ApplicationContext as Resource loader.
  • Integrating the ApplicationContext into complex JavaEE applications.
  • Stereotypes and Auto Detected Components.
Sophisticated Bean Features ( 2 hours):
  • Validation.
  • Working with BeanWrappers.
  • Property Editors.
Aspect Oriented Programming - AOP ( 1.5 hours):
  • Introduction.
  • Motivation.
  • Concepts and Terminology.
The Spring AOP Model ( 2 hours):
  • Introduction.
  • Limitations.
  • Spring’s Dynamic Proxy model.
  • AspectJ annotation support.
  • Aspect/Pointcut/Advise declarations.
  • The AspectJ pointcut definition language.
  • Introductions.
  • Advisors.
  • Aspect Lifecycle.

Day 3
The Spring AOP Model (cont.) ( 2 hours):
  • Introduction.
  • Limitations.
  • Spring’s Dynamic Proxy model.
  • AspectJ annotation support.
  • Aspect/Pointcut/Advise declarations.
  • The AspectJ pointcut definition language.
  • Introductions.
  • Advisors.
  • Aspect Lifecycle.
Advanced Spring AOP ( 2 hours):
  • Understanding Spring Proxies.
  • Working with full AspectJ support.
  • Choosing the correct AOP model.
  • Load-Time Weaving.
Testing with Spring ( 2 hours):
  • Introduction to Unit and Integration Testing.
  • Unit Testing and Dependancy Injection.
  • Spring Mock Objects.
  • Unit Testing utilities.
  • The Spring TestContext Framework
Spring Remoting - Optional ( 2 hours):
  • Introduction.
  • Remoting by RMI.
  • Remoting by Hessian or Burlap.
  • Remoting by HTTP Invokers.
  • WebServices.
  • Remoting by JMS.

Day 4
Spring Remoting - Optional (cont.) ( 1 hour ):
  • Introduction.
  • Remoting by RMI.
  • Remoting by Hessian or Burlap.
  • Remoting by HTTP Invokers.
  • WebServices.
  • Remoting by JMS.
Data Access Using JDBC - Optional ( 2 hours):
  • Introduction.
  • Using the JdbcTemplate.
  • JDBC Batch Operations.
  • SimpleJDBC Classes.
  • Operation Objects.
Data Access Using ORM(JPA, Hibernate) - Optional ( 2 hours):
  • Introduction to ORM
  • Introduction to JPA and Hibernate
  • Spring integration with JPA.
  • Configuring Declarative Transactions.
Transaction Management - Optional ( 3 hours):
  • Introduction to Transactions.
  • Declarative Transactions.
  • Programmatic Transactions.
  • Declarative vs. Programmatic.
  • Resource Synchronization.

Day 5
Spring MVC - Optional ( 4 hours):
  • Introduction.
  • The MVC pattern.
  • Spring MVC Implementation.
  • Controllers.
  • Mapping Request Handlers.
  • Views.
  • I18N and Locale Resolvers.
  • Customizing Look & Feel using Themes.
  • File Uploading.
  • Error Handling.
  • Using Annotations.
Spring JMS integration - Optional ( 2 hours):
  • Introduction to JMS
  • JMS Configuration Using Spring.
  • Sending/Receiving Messages.
  • Message Driven POJOs.
  • Messaging and Transactions.
Scheduling and Executors - Optional ( 2 hours):
  • Java Scheduling.
  • Using Java Timers.
  • Using Quartz Timers.
  • Using Task Executors.