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Provided by: Software Training Academy, Inc The Spring Framework revised |
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This course enables the experienced Java developer to use the Spring Application Framework to create simple and complex Web applications. Spring is a far-reaching framework that aims to facilitate all sorts of Java development, including every level of multi-tier distributed systems. Here we focus on the Core and MVC modules, with a lighter (but not dismissive) touch on persistence through DAO and ORM modules.
The Core module gives the developer declarative control over object creation and assembly; this is useful for any tier of any Java application. So is Spring's validation framework, and so we study these things in a mix of standalone (J2SE) applications and Web applications deployed to the Tomcat server/container. Then students build Web applications that use the Spring MVC framework to rationalize their designs into coherent request/response cycles. They use Spring command objects to manage HTML forms and their data, and connect these to the validation framework. We connect our applications to persistent stores and study the DAO and ORM modules, to better understand JDBC and Hibernate persistence models and declarative transaction control.
LEARNING OBJECTIVES
Understand the scope, purpose, and architecture of Spring
Use Spring's Inversion of Control to declare application components, rather than hard-coding their states and lifecycles
Use Dependency Injection to further control object relationships from outside the Java code base
Create validators for business objects, and associate them for application-level and unit-testing uses
Build a Web application as a Spring DispatcherServlet and associated application context, with declared beans acting as controllers, command objects, and view resolvers
Build and manage HTML forms with Spring command objects and custom tags
Use Spring interceptors to implement horizontal features in the Web application
Connect business objects to persistent stores using Spring's DAO and ORM modules
Course Duration: 3 days. For less experienced Java programmers who nonetheless meet the stated prerequisites, a 4-day timeline may be appropriate, to give some background on Java web applications and some breathing room around the later lab exercises.
Prerequisites:
Java programming Course 103 is excellent preparation.
Servlets programming Course 110
JSP Course 112
Basic knowledge of XML Course 501
The Core module gives the developer declarative control over object creation and assembly; this is useful for any tier of any Java application. So is Spring's validation framework, and so we study these things in a mix of standalone (J2SE) applications and Web applications deployed to the Tomcat server/container. Then students build Web applications that use the Spring MVC framework to rationalize their designs into coherent request/response cycles. They use Spring command objects to manage HTML forms and their data, and connect these to the validation framework. We connect our applications to persistent stores and study the DAO and ORM modules, to better understand JDBC and Hibernate persistence models and declarative transaction control.
LEARNING OBJECTIVES
Understand the scope, purpose, and architecture of Spring
Use Spring's Inversion of Control to declare application components, rather than hard-coding their states and lifecycles
Use Dependency Injection to further control object relationships from outside the Java code base
Create validators for business objects, and associate them for application-level and unit-testing uses
Build a Web application as a Spring DispatcherServlet and associated application context, with declared beans acting as controllers, command objects, and view resolvers
Build and manage HTML forms with Spring command objects and custom tags
Use Spring interceptors to implement horizontal features in the Web application
Connect business objects to persistent stores using Spring's DAO and ORM modules
Course Duration: 3 days. For less experienced Java programmers who nonetheless meet the stated prerequisites, a 4-day timeline may be appropriate, to give some background on Java web applications and some breathing room around the later lab exercises.
Prerequisites:
Java programming Course 103 is excellent preparation.
Servlets programming Course 110
JSP Course 112
Basic knowledge of XML Course 501
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Training
Provided by Software Training Academy, Inc
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The Spring Framework revised
1. Overview
Web Applications
J2EE: The Good, The Bad, and the Ugly
Enter the Framework
Spring Modules
Controlling Object Creation
Web Applications
Persistence Support
Aspect-Oriented Programming
Integrating Other Frameworks
2. Core Techniques
Component-Based Software
JavaBeans, Reconsidered
The Factory Pattern
Inversion of Control
XML View: Declaring Beans
Java View: Using Beans
Singletons and Prototypes
Initializing Bean State
3. The Business Tier
Complex Systems
Assembling Object Graphs
Dependency Injection
Single and Multiple Relationships
Autowiring
Bean Aliases
Order of Instantiation
Validation
Nested Properties
4. The Web Tier
Servlets and JSPs: What's Missing
The MVC Pattern
The Front Controller Pattern
DispatcherServlet
A Request/Response Cycle
The Strategy Pattern
JavaBeans as Web Components
Web Application Contexts
Handler Mappings
"Creating" a Model
View Resolvers
5. Controllers and Commands
Working with Forms
Command Objects
The Template Method Pattern
Command Controllers
Data Binding
MultiActionController
Scope and Granularity of Command Objects
6. Working with Forms
Property Editors
Validating Form Input
Form Controllers
AbstractFormController
SimpleFormController
Spring Custom Tags
<form:form> and Friends
<form:errors>
Reporting Errors
7. Refining the Handling Cycle
The Intercepting Filter Pattern
Exception Handling
Interceptors
The Decorator Pattern
Context and Lifecycle
Awareness Interfaces
Support and Utility Classes
"Death By XML"
8. The Persistence Tier
The DAO Pattern
The DaoSupport Hierarchy
The DataAccessException Hierarchy
JDBC DAOs
JdbcTemplate and RowMapper
Object/Relational Mapping
Hibernate DAOs
Transaction Control
AOP vs. Annotations
Appendix A. Learning Resources
System Requirements
Hardware minimal: 500 MHz, 256 meg RAM, 500 meg disk space
Hardware recommended: 1.5 GHz, 512 meg RAM, 1 gig disk space.
Operating system: Tested on Windows XP Professional. Course software should be viable on all systems which support a J2SE 5.0 JDK.
Software: All free downloadable tools.
Web Applications
J2EE: The Good, The Bad, and the Ugly
Enter the Framework
Spring Modules
Controlling Object Creation
Web Applications
Persistence Support
Aspect-Oriented Programming
Integrating Other Frameworks
2. Core Techniques
Component-Based Software
JavaBeans, Reconsidered
The Factory Pattern
Inversion of Control
XML View: Declaring Beans
Java View: Using Beans
Singletons and Prototypes
Initializing Bean State
3. The Business Tier
Complex Systems
Assembling Object Graphs
Dependency Injection
Single and Multiple Relationships
Autowiring
Bean Aliases
Order of Instantiation
Validation
Nested Properties
4. The Web Tier
Servlets and JSPs: What's Missing
The MVC Pattern
The Front Controller Pattern
DispatcherServlet
A Request/Response Cycle
The Strategy Pattern
JavaBeans as Web Components
Web Application Contexts
Handler Mappings
"Creating" a Model
View Resolvers
5. Controllers and Commands
Working with Forms
Command Objects
The Template Method Pattern
Command Controllers
Data Binding
MultiActionController
Scope and Granularity of Command Objects
6. Working with Forms
Property Editors
Validating Form Input
Form Controllers
AbstractFormController
SimpleFormController
Spring Custom Tags
<form:form> and Friends
<form:errors>
Reporting Errors
7. Refining the Handling Cycle
The Intercepting Filter Pattern
Exception Handling
Interceptors
The Decorator Pattern
Context and Lifecycle
Awareness Interfaces
Support and Utility Classes
"Death By XML"
8. The Persistence Tier
The DAO Pattern
The DaoSupport Hierarchy
The DataAccessException Hierarchy
JDBC DAOs
JdbcTemplate and RowMapper
Object/Relational Mapping
Hibernate DAOs
Transaction Control
AOP vs. Annotations
Appendix A. Learning Resources
System Requirements
Hardware minimal: 500 MHz, 256 meg RAM, 500 meg disk space
Hardware recommended: 1.5 GHz, 512 meg RAM, 1 gig disk space.
Operating system: Tested on Windows XP Professional. Course software should be viable on all systems which support a J2SE 5.0 JDK.
Software: All free downloadable tools.
About The Training Provider: Software Training Academy, Inc
Software Training Academy, Inc - Software Training Academy is company based in Seattle, WA (USA) and Toronto, ON (Canada) and it offers highly customized IT Training.
Our portfolio includes Java, .NET, Web Development (PHP, Ruby on Rails, etc), Databases (Oracle, SQL Server, MySQL, DB2, etc) and Advanced courses for Microsoft Office.
We deliver courses either onsite or in class throughout North America and Europe, and...
