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Jmx Introduction - Java-Springs
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Job SearchThe JMX support in Spring provides you with the features to easily and transparently integrate your Spring application into a JMX infrastructure.
JMX?
This is not an introduction to JMX... it doesn't try to explain the motivations of why one might want to use JMX (or indeed what the letters JMX actually stand for).
Specifically, Spring's JMX support provides four core features:
- The automatic registration of any Spring bean as a JMX MBean
- A flexible mechanism for controlling the management interface of your beans
- The declarative exposure of MBeans over remote, JSR-160 connectors
- The simple proxying of both local and remote MBean resources
These features are designed to work without coupling your application components to either Spring or JMX interfaces and classes. Indeed, for the most part your application classes need not be aware of either Spring or JMX in order to take advantage of the Spring JMX features.
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Java-Springs Related Tutorials |
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|---|---|
| Adv Java Tutorial | J2EE Tutorial |
| Core Java Tutorial | JSP Tutorial |
| Java Servlets Tutorial | Hibernate Tutorial |
| Java Tutorial | Framework7 Tutorial |
| Java 8 Tutorial |
Java-Springs Related Interview Questions |
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| Adv Java Interview Questions | J2EE Interview Questions |
| Core Java Interview Questions | JSP Interview Questions |
| Java-Springs Interview Questions | Java Servlets Interview Questions |
| JMS(Java Message Service) Interview Questions | Hibernate Interview Questions |
| Java applet Interview Questions | Java Interview Questions |
| Framework7 Interview Questions | Java collections framework Interview Questions |
| Java 8 Interview Questions | Java Programmer Interview Questions |
Java-springs Tutorial
- Dependency Injection And Inversion Of Control
- Modules
- Usage Scenarios
- Java 5
- Improved Documentation
- New Module Organization And Build System
- Overview Of New Features
- Introduction To The Spring Ioc Container And Beans
- Container Overview
- Bean Overview
- Dependencies
- Bean Scopes
- Customizing The Nature Of A Bean
- Bean Definition Inheritance
- Container Extension Points
- Annotation-based Container Configuration
- Classpath Scanning And Managed Components
- Java-based Container Configuration
- Registering A Loadtimeweaver
- Additional Capabilities Of The Applicationcontext
- The Beanfactory
- The Resource Interface
- Built-in Resource Implementations
- The Resourceloader
- The Resourceloaderaware Interface
- Resources As Dependencies
- Application Contexts And Resource Paths
- Validation Using Spring's Validator Interface
- Resolving Codes To Error Messages
- Bean Manipulation And The Beanwrapper
- Spring 3 Type Conversion
- Spring 3 Field Formatting
- Spring 3 Validation
- Feature Overview
- Expression Evaluation Using Spring's Expression Interface
- Expression Support For Defining Bean Definitions
- Language Reference
- Classes Used In The Examples
- @aspectj Support
- Schema-based Aop Support
- Choosing Which Aop Declaration Style To Use
- Mixing Aspect Types
- Proxying Mechanisms
- Programmatic Creation Of @aspectj Proxies
- Using Aspectj With Spring Applications
- Pointcut Api In Spring
- Advice Api In Spring
- Advisor Api In Spring
- Using The Proxyfactorybean To Create Aop Proxies
- Concise Proxy Definitions
- Creating Aop Proxies Programmatically With The Proxyfactory
- Manipulating Advised Objects
- Using The "autoproxy" Facility
- Using Targetsources
- Defining New Advice Types
- Unit Testing
- Integration Testing
- Further Resources
- Introduction To Spring Framework Transaction Management
- Advantages Of The Spring Framework's Transaction Support Model
- Understanding The Spring Framework Transaction Abstraction
- Synchronizing Resources With Transactions
- Declarative Transaction Management
- Programmatic Transaction Management
- Choosing Between Programmatic And Declarative Transaction Management
- Application Server-specific Integration
- Solutions To Common Problems
- Consistent Exception Hierarchy
- Annotations Used For Configuring Dao Or Repository Classes
- Introduction To Spring Framework Jdbc
- Using The Jdbc Core Classes To Control Basic Jdbc Processing And Error Handling
- Controlling Database Connections
- Jdbc Batch Operations
- Simplifying Jdbc Operations With The Simplejdbc Classes
- Modeling Jdbc Operations As Java Objects
- Common Problems With Parameter And Data Value Handling
- Embedded Database Support
- Initializing A Datasource
- Introduction To Orm With Spring
- General Orm Integration Considerations
- Hibernate
- Jdo
- Jpa
- Ibatis Sql Maps
- Marshaller And Unmarshaller
- Using Marshaller And Unmarshaller
- Xml Schema-based Configuration
- Jaxb
- Castor
- Xmlbeans
- Jibx
- Xstream
- Introduction To Spring Web Mvc Framework
- The Dispatcherservlet
- Implementing Controllers
- Properties Of Handler Mappings
- Resolving Views
- Using Locales
- Using Themes
- Spring's Multipart (fileupload) Support
- Handling Exception Resolver
- Convention Over Configuration Support
- Etag Support
- Configuring Spring Mvc
- View Technologies Introduction
- Jsp & Jstl
- Tiles
- Velocity & Freemarker
- Xslt
- Document Views (pdf/excel)
- Jasperreports
- Feed Views
- Xml Marshalling View
- Json Mapping View
- Integrating With Other Web Frameworks Introduction
- Common Configuration
- Javaserver Faces 1.1 And 1.2
- Apache Struts 1.x And 2.x
- Webwork 2.x
- Tapestry 3.x And 4.x
- Injecting Spring-managed Beans
- The Dispatcherportlet
- The Viewrendererservlet
- Controllers In Portlet Mvc
- Portlet Mode Handler Mappings
- Views And Resolving Them
- Multipart (file Upload) Support
- Handling Exceptions In Java
- Annotation-based Controller Configuration
- Portlet Application Deployment
- Remoting And Web Services Using Spring Introduction
- Exposing Services Using Rmi
- Using Hessian Or Burlap To Remotely Call Services Via Http
- Exposing Services Using Http Invokers
- Java Web Services Apis
- Jms
- Auto-detection Is Not Implemented For Remote Interfaces
- Considerations When Choosing A Technology
- Accessing Restful Services On The Client
- Accessing Ejbs
- Using Spring's Ejb Implementation Support Classes
- Java Message Service Introduction
- Using Spring Jms
- Sending A Message
- Receiving A Message
- Support For Jca Message Endpoints
- Jms Namespace Support Spring
- Jmx Introduction
- Exporting Your Beans To Jmx
- Controlling The Management Interface Of Your Beans
- Controlling The Objectnames For Your Beans
- Jsr-160 Connectors
- Accessing Mbeans Via Proxies
- Notifications
- Jca Cci Introductions
- Configuring Cci
- Using Spring's Cci Access Support
- Modeling Cci Access As Operation Objects
- Transactions Support
- Email Introduction
- Usage
- Using The Javamailsender And The Mimemessagepreparator
- Task Execution And Scheduling Introduction
- The Spring Taskexecutor Abstraction
- The Spring Taskscheduler Abstraction
- The Task Namespace
- Annotation Support For Scheduling And Asynchronous Execution
- Using The Opensymphony Quartz Scheduler
- Using Jdk Timer Support
- Dynamic Language Support Introduction
- A First Example
- Defining Beans That Are Backed By Dynamic Languages
- Scenarios
- Bits And Bobs
Introduction To Spring Framework
New Features And Enhancements In Spring 3.0
The Ioc Container
Resources
Validation, Data Binding, And Type Conversion
Spring Expression Language (spel)
Aspect Oriented Programming With Spring
Spring Aop Apis
Testing
Transaction Management
Dao Support
Data Access With Jdbc
Object Relational Mapping (orm) Data Access
Marshalling Xml Using O/x Mappers
Web Mvc Framework
View Technologies
Integrating With Other Web Frameworks
Portlet Mvc Framework
Remoting And Web Services Using Spring
Enterprise Javabeans (ejb) Integration
Jms (java Message Service)
Jmx
Jca Cci
Task Execution And Scheduling
Dynamic Language Support
