The JWIG project investigates design of high-level languages and program analyses for server-oriented Web application programming. JWIG is a Java-based descendant of <bigwig>, which in turn was inspired by MAWL. The current version of JWIG provides: * a flexible method for dynamically generating XHTML documents using a unique template mechanism based on XACT, * a convenient programming model for working with form input, including declarative form field validation using PowerForms, * an explicit language-based model of sessions, and * program analyses that at compile-time guarantee that all documents being generated dynamically are valid XHTML 1.0 and that form input fields always match the code that receives the input.
Apache Wink is a simple yet solid framework for building RESTful Web services. It is comprised of a Server module and a Client module for developing and consuming RESTful Web services.
The Wink Server module is a complete implementation of the JAX-RS v1.0 specification. On top of this implementation, the Wink Server module provides a set of additional features that were designed to facilitate the development of RESTful Web services.
The Wink Client module is a Java based framework that provides functionality for communicating with RESTful Web services. The framework is built on top of the JDK HttpURLConnection and adds essential features that facilitate the development of such client applications.
Teiid is a data virtualization system that allows applications to use data from multiple, heterogenous data stores.
Teiid is comprised of tools, components and services for creating and executing bi-directional data services. Through abstraction and federation, data is accessed and integrated in real-time across distributed data sources without copying or otherwise moving data from its system of record.
The Firewater Framework lets you create sophisticated REST based web APIs for your Java and Flash/Flex based web applications. Features include:
* Spring based declarative architecture (zero code web services)
* extensible framework
* supports GET, PUT, POST, OPTIONS and DELETE HTTP methods and matches incoming URL patterns
* supports JDBC back-ends with templated SQL mappings
* supports secured web services using Acegi Spring Security
* supports paging, full-text search, sorting and filtering
* flexible cacheing strategy based on OSCache
* custom Spring schema for easy configuration
Stonehenge is a set of example applications for Service Oriented Architecture that spans languages and platforms and demonstrates best practise and interoperability.
Why Apache Stonehenge ?
The aim of the Stonehenge project is to develop a set of sample applications to demonstrate seamless interoperability across multiple underlying platform technologies by using currently defined W3C and OASIS standard protocols. By having a set of sample applications, with multiple language and framework implementations will become a useful and important part of the SOA landscape. It will:
* illustrate and develop best practice for interoperable applications that communicate via distributed protocols,
* demonstrate interoperability between platforms,
* provide sample code upon which SOA developers can build,
* help identify interoperability issues and their solutions, and
* build confidence in cross-platform deployment of SOA technologies.
XINS is an open-source Web Services framework supporting HTTP protocols such as REST, SOAP, XML-RPC, JSON, JSON-RPC and more.
From the specifications written in simple XML, XINS generates the Client API (.jar), the Java server code template (.war), the WSDL and the documentation of the specification in HTML (with the test forms) or in OpenDocument format.
Jersey 1.0 is an open-source, production-ready reference implementation of JAX-RS, the Java API for RESTful Web Services (JSR-311). Jersey makes it easy to create RESTful web services in Java.
In an earlier Tech Tip, Implementing RESTful Web Services in Java, Paul Sandoz and I introduced RESTful Web Services, JAX-RS, and Jersey, and showed how to write RESTful web services in Java that conform to the JAX-RS specification. In this tip you will learn how to configure data in JSON (JavaScript Object Notation) using Jersey 1.0. JSON is a lightweight data-interchange format that is based on the object notation of the JavaScript language. Because of it's simple text format, JSON provides a good alternative to other data interchange formats such as XML and is particularly attractive as a data interchange format for RESTful web services.
In this tip you will build a Jersey-based web application that provides information about printer status. The application returns the information in JSON format. To build the application, you will use the Maven 2 software project management tool. For more information about Maven, see Welcome to Maven and Building Web Applications with Maven 2.
Jersey is the open source (under dual CDDL+GPL license), production quality, JAX-RS (JSR 311) Reference Implementation for building RESTful Web services. But, it is also more than the Reference Implementation. Jersey provides an API so that developers may extend Jersey to suite their needs. The governance policy is the same as the GlassFish project.
Getting started with Jersey is very easy. First, download the latest distribution of Jersey and unzip it. If you are using NetBeans IDE 6.x, you do not need to download the Jersey distribution. Instead, install the RESTful Web Services plugin from the Plu
Enunciate is a Web service deployment framework. It is not another Web service stack implementation. Rather, Enunciate leverages existing Web service technologies to provide a mechanism to build, package, deploy, and to clearly, accurately deliver your Web service API on the Java platform.
Welcome to soapUI; the leading, award winning, Web Services Testing tool.
soapUI is a Free and Open Source desktop application for Inspecting Web Services, Invoking Web Services, Developing Web Services, Simulating/Mocking Web Services and Functional, Load, Compliance Testing Web Services over HTTP.
soapUI Pro is an extended version with professional support and extended functionality.
Set up and run Xcarecrows 4 WS to manage Apache Tomcat and Apache Axis2 in a few clicks.
* Install and configure Apache Tomcat and Apache Axis2. SSL ready !
* Start, stop and restart Apache Tomcat servers
* Configure as many Apache Tomcat as needed. No limitation.
* Manage Web Applications
* Manage Tomcat users
* Deploy and undeploy Web Services
* Download new Web Applications
* Download new Web Services
* Apache Tomcat version 6.0.13 ready
* Apache Axis2 version 1.2 ready
Welcome to soapUI; the leading, award winning, Web Services Testing tool.
soapUI is a Free and Open Source desktop application for Inspecting Web Services, Invoking Web Services, Developing Web Services, Simulating/Mocking Web Services and Functional, Load, Compliance Testing Web Services over HTTP.
SOAP applications often have to deal with more than just simple messages. The payload for a SOAP message can often include a word processing or PDF document, image, or other binary file. This article explains how to use the Message Transmission Optimization Mechanism (MTOM) to send and receive these messages.
Here's the deal: you develop your complete Web API in source code. Make sure it's well-documented and that the metadata is correct, but don't worry about deployment descriptors, servlet configuration, packaging, or even interoperability. Then invoke Enunc