![A Proof-of-Concept Demo Project at github.com
As proof of concept, a sample guice-hibernate-jersey-vaadin-cloudapp project is
created at github.com: https://github.com/jianwu-github/guice-hbn-jersey-vaadin-cloudapp
This demo project has:
1. A simple PostgreSQL DB with “subscriber” table
2. Hibernate Mapping is used to map Subscriber Class to “subscriber” table
3. A simple “Subscriber Web UI” is built on top of Vaadin 7 utilizing HbnContainer Add-on,
it can be accessed at “http://localhost:8080/[appName]/ui/” when running on a local
Tomcat Server.
4. A simple “Subscriber” REST Service is built on top of Jersey 1.18, it can be accessed at
“http://localhost:8080/[appName]/rest/subscriber/” when running on a local Tomcat
Server.
5. All the components are wired together through Guice 3.0 with ServletModule.
6. The project is built with Maven](https://image.slidesharecdn.com/simpleopensourcejavacloudappstack-140317011249-phpapp01/85/Simple-Open-Source-Java-Cloud-App-Stack-with-Guice-Hibernate-Jersey-and-Vaadin-11-320.jpg)
![A Proof-of-Concept Demo Project at github.com
As proof of concept, a sample guice-hibernate-jersey-vaadin-cloudapp project is
created at github.com: https://github.com/jianwu-github/guice-hbn-jersey-vaadin-cloudapp
This demo project has:
1. A simple PostgreSQL DB with “subscriber” table
2. Hibernate Mapping is used to map Subscriber Class to “subscriber” table
3. A simple “Subscriber Web UI” is built on top of Vaadin 7 utilizing HbnContainer Add-on,
it can be accessed at “http://localhost:8080/[appName]/ui/” when running on a local
Tomcat Server.
4. A simple “Subscriber” REST Service is built on top of Jersey 1.18, it can be accessed at
“http://localhost:8080/[appName]/rest/subscriber/” when running on a local Tomcat
Server.
5. All the components are wired together through Guice 3.0 with ServletModule.
6. The project is built with Maven](https://image.slidesharecdn.com/simpleopensourcejavacloudappstack-140317011249-phpapp01/75/Simple-Open-Source-Java-Cloud-App-Stack-with-Guice-Hibernate-Jersey-and-Vaadin-11-2048.jpg)
Uploaded byJian Wu
Simple Open Source Java Cloud App Stack with Guice, Hibernate, Jersey and Vaadin
This document proposes a Java cloud application stack using Google Guice, Hibernate, Jersey, and Vaadin. It discusses choosing a framework based on Java, serving web and mobile interfaces, and the MVC pattern. It describes using Guice to integrate Hibernate ORM with a PostgreSQL database, Vaadin for a Java web UI, and Jersey for RESTful services. Finally, it mentions a proof-of-concept demo project implementing this stack on GitHub.
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- 1. A Simple OpenSource Java Cloud App Stack with Google Guice, Hibernate, Jersey and Vaadin Jian Wu 03/09/2014
- 2. History of WebFrameworks (Adopted from Matt Raible http://raibledesigins.com)
- 3. How do youchoose a Cloud App Framework/Stack? ● Java is still the most mature and reliable language and platform when developing the Web Apps and Services running in the Cloud ● Two must-have features/functionalities for any Cloud Apps and Services: – Serving HTML5 Web UI to the Browsers – Serving data to the Mobile Devices through Restful Services/APIs ● MVC is still the design pattern to guide UI ● ACID is still important for Your Data Integrity (Note: A Java Framework or Tool will be considered first as it can simplify the development process including dev/debugging, testing, deployment and monitoring)
- 4. Layered Architecture forJava Cloud Apps & Services Using Guice, Hibernate, Jersey and Vaadin PostgreSQL Java Web Container JDBC Connection Google Guice Hibernate ORM App Business Logic … ... HTML5/CSS3/JavascriptHTTP XML/JSON
- 5. Vaadin: Java WebUI Framework Architecture ServerBrowser GWT SQL Container View Presenter Application Service Application Vaadin Platform Server-side Components Terminal Adapter Client-side Engine Data BindingCRUD
- 6. Vaadin: Java WebUI Framework Advanced Web UI with Rich UI Components (1)
- 7. Vaadin: Java WebUI Framework Advanced Web UI with Rich UI Components (2)
- 8. Building RESTful WebServices with Jersey (JAX-RS) (From: http://jersey.java.net)
- 9. Hibernate ORM withBack-end PostgreSQL DB Hibernate is an object-relational mapping (ORM) library for the Java language, providing a framework for mapping an object-oriented domain model to a traditional relational database. Hibernate solves object-relational impedance mismatch problems by replacing direct persistence-related database accesses with high-level object handling functions. “Open Session in View” is a well-known design pattern to integrate Java Web/Service Tier with Hibernate ORM for CRUD operations; and will be used in both Web UI Interaction and Service Request Processing.
- 10. Glue everything togetherwith Google Guice To make Hibernate, Jersey, and Vaadin seamlessly working together in Java Middle-tier Container, we are using Google Guice to “glue” everything together. Google Guice is a light-weight Dependency Injection Framework, its runtime libraries are less than 1M. Guice organizes Java Object Graph through its Module and Binding, Guice's servlet extensions provide Dependency Injection in Web Application and Servlet Container, including configuration of your servlet and filter components. Through Guice Filter and Guice ServletModule, Jersey and Vaadin can be setup and configured in a Servlet Container, such as Tomcat, working nicely with Hibernate “Open Session in View” Pattern.
- 11. A Proof-of-Concept DemoProject at github.com As proof of concept, a sample guice-hibernate-jersey-vaadin-cloudapp project is created at github.com: https://github.com/jianwu-github/guice-hbn-jersey-vaadin-cloudapp This demo project has: 1. A simple PostgreSQL DB with “subscriber” table 2. Hibernate Mapping is used to map Subscriber Class to “subscriber” table 3. A simple “Subscriber Web UI” is built on top of Vaadin 7 utilizing HbnContainer Add-on, it can be accessed at “http://localhost:8080/[appName]/ui/” when running on a local Tomcat Server. 4. A simple “Subscriber” REST Service is built on top of Jersey 1.18, it can be accessed at “http://localhost:8080/[appName]/rest/subscriber/” when running on a local Tomcat Server. 5. All the components are wired together through Guice 3.0 with ServletModule. 6. The project is built with Maven