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Jakarta EE
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*[http://docs.huihoo.com/javaone/2015/CON2483-Java-SE-8-for-Java-EE-Developers.pdf Java SE 8 for Java EE Developers] | *[http://docs.huihoo.com/javaone/2015/CON2483-Java-SE-8-for-Java-EE-Developers.pdf Java SE 8 for Java EE Developers] | ||
*[http://docs.huihoo.com/javaone/2015/CON2554-Java-EE-8-Work-in-Progress.pdf Java EE 8 Work in Progress] | *[http://docs.huihoo.com/javaone/2015/CON2554-Java-EE-8-Work-in-Progress.pdf Java EE 8 Work in Progress] | ||
+ | *[http://docs.huihoo.com/javaone/2015/CON3629-Servlet-4.0-HTTP2-and-Reactive-Programming-in-Java-EE-8.pdf Servlet 4.0: HTTP/2 and Reactive Programming in Java EE 8] | ||
*[http://docs.huihoo.com/javaone/2015/TUT2573-Java-EE-7-in-Action.ppt Java EE 7 in Action] | *[http://docs.huihoo.com/javaone/2015/TUT2573-Java-EE-7-in-Action.ppt Java EE 7 in Action] | ||
*[http://docs.huihoo.com/javaone/2015/CON10790-Is-Enterprise-Java-Still-Relevant.pdf Is Enterprise Java Still Relevant?] | *[http://docs.huihoo.com/javaone/2015/CON10790-Is-Enterprise-Java-Still-Relevant.pdf Is Enterprise Java Still Relevant?] |
2016年6月9日 (四) 09:19的版本
您可以在Wikipedia上了解到此条目的英文信息 Jakarta EE Thanks, Wikipedia. |
Java EE:Java Enterprise Edition 的简写,是Java的企业版,主要用于分布式的网络程序的开发,如电子商务网站和ERP系统。
一个典型的Java EE的应用,至少应该包括以下三部分: 表现层,业务逻辑层和数据持久层,为了更加容易地创建企业应用程序,许许多多的Framework涌现出来:
表现层我们可以选择Struts, JSF, Tapestry, WebWork, Velocity等,
业务逻辑层我们可以用普通的JAVA Beans,也可以用EJB(Session Bean)
数据持久层我们可以选择原始的JDBC, ORMapping tools(Hibernate,toplink等),SQLMapper tools(Ibatis),JDO, EJB(Entity Bean)等
每种技术都有它的优点与缺点,各自有各自的适用范畴,例如EJB可以很好地进行分布式处理和Object Cache等,但EJB的运行需要EJB容器,开发调试起来很不方便,特别在需求不确定性很大、模型不稳定的情况下,实在是一种重量级别的开发;而 JAVA BEAN则是一种很轻量级的方式,开发调试容易,但又很难实现分布式处理。在各种技术纷争的今天,暂时还没有一种技术处于绝对的霸主地位。
目录 |
Java EE 规范
Java EE Platform Specification
Java EE 8
Java EE 8 JSRs
- Java EE 8 Platform (JSR 366)
- CDI 2.0 (JSR 365)
- JSON Binding 1.0 (JSR 367)
- JMS 2.1 (JSR 368)
- Java Servlet 4.0 (JSR 369)
- JAX-RS 2.1 (JSR 370)
- MVC 1.0 (JSR 371)
- JSF 2.3 (JSR 372)
- Java EE Management 2.0 (JSR 373)
- JSON-P 1.1 (JSR 374)
- Java EE Security 1.0 (JSR 375)
Java EE 7
Java EE 7专家组发起了一项调查,由开发者来决定明年发布的Java EE 7中将包含哪些新特性。
Java EE 7最显著的一个特点是基于云计算进行设计,满足了平台服务提供商和应用开发者的需求,从而使得移动应用可以被部署在任何基于云的基础设施上,充分感受其在扩展性、弹性、多用户共享方面的优势。此外,Java EE 7的一项重要的特点是延续了此前两个Java EE版本的特点,在开发的简易性上更进一步。它的主要目标就是通过将现有的基于注释的开发模型扩展到JMS 2.0,并更好地整合已有的API,进一步简化企业开发过程。同时,Java EE 7还优化了很多组件,并增加了一些新的、重要的API,比如JAX-RS 2.0中的REST客户端API、Servlet 3.1的WebSocket、Java EE API并发工具,以及期待已久的JCache API等。
Java EE 6
Standard JavaEE 6 Technologies:
- Enterprise JavaBeans Technology (EJB)
- Java Servlet Technology
- Java Server Faces Technology (JSF)
- Java Persistence API (JPA)
- Java Transaction API (JTA)
- Java API for RESTful Web Services (JAX-RS)
- Java API for XML Web Services (JAX-WS)
- Managed Beans
- Contexts and Dependency Injection (CDI)
- Bean Validation
- Java Message Service API (JMS)
- JavaEE Connector Architecture (JCA)
- JavaMail API
- Java Authorization Contract for Containers (JACC)
- Java Authentication Service Provider Interface for Containers (JASPIC)
Java EE 5
文档
- Meet the Java EE Specification Leads
- Meet Snoop, a Discovery Service for Java EE
- Java EE to Microservices Automagically
- Migrating to TomEE and Java EE: A Success Story
- Java EE in Practice at Lufthansa Industry Solutions
- Java EE Application Servers: Multitenant or Containerized? Both!
- Java SE 8 for Java EE Developers
- Java EE 8 Work in Progress
- Servlet 4.0: HTTP/2 and Reactive Programming in Java EE 8
- Java EE 7 in Action
- Is Enterprise Java Still Relevant?
- Java EE Connectors: The Secret Weapon Reloaded
- JSF 2.3: Continued Return on Investment with Incremental Innovation
- JSR 373: New Java EE Management API
- Real-World Batch Processing with Java EE
- JavaScript on Java EE