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https://issues.apache.org/jira/browse/AIRAVATA-339?page=com.atlassian.jira.plugin.system.issuetabpanels:all-tabpanel
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Suresh Marru closed AIRAVATA-339.
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Resolution: Fixed
This GSoC project is now concluded.
> [GSoC] AMQP Messaging protocol support for Airavata WS-Messenger
> ----------------------------------------------------------------
>
> Key: AIRAVATA-339
> URL: https://issues.apache.org/jira/browse/AIRAVATA-339
> Project: Airavata
> Issue Type: New Feature
> Reporter: Suresh Marru
> Assignee: Lahiru Gunathilake
> Labels: Contributor, gsoc2012, gsoc2013, mentor
> Fix For: 0.13
>
> Attachments: amqp-airavata-server.properties.patch,
> amqp-ws-messenger-client-test.2.patch, amqp-ws-messenger-client-test.patch,
> amqp-ws-messenger-client.patch, amqp-ws-messenger-messagebroker.patch
>
>
> Airavata WS-Messenger is a Web Services-based Messaging System for
> Service-Oriented Computing and is an implementation of WS-Notification and
> WS-Eventing specifications. The message format can be automatically converted
> between the two specifications.
> With an increasing adoption of AMQP, Airavata community has interest to
> support this protocol. The subscription request type can be AMQP or
> Ws-Notification or WS-Eventing for a listener determines the message format
> that the notification consumer will receive. Currently, if WS-Notification
> subscription request is received by the broker, it will send WS-Notification
> messages to the listener. Similarly, if WS-Eventing subscription is received
> by the broker, the broker will produce WS-Eventing messages for that
> listener. The publisher can publish messages in either format. The consumers
> will receive messages in the format they subscribed irrespective of the
> format the message is published. We want to extend this functionality to
> interoperate with AMQP similarly.
> There is extensive literature about Airavata WS Messenger including 4
> research papers. The Airavata community will provide guidance and assistance
> with the project.
> User community & Impact of the software: Airavata is primarily targeted to
> build science gateways using computational resources from various
> disciplines. The initial targeted set of gateways include projects supporting
> research and education in chemistry, life sciences, biophysics, environmental
> sciences, geosciences astronomy and nuclear physics. The goal of airavata is
> to enhance productivity of these gateways to utilize cyberinfrastructure of
> resources (e.g., local lab resources, the Extreme Science and Engineering
> Discovery Environment (XSEDE), the Open Science Grid (OSG), University
> Clusters, Academic and Commercial Computational Clouds like FutureGrid &
> Amazon EC2). By using open community based software components and services
> like Airavata, gateways will be able to focus on providing additional
> scientific capabilities and to expanding the number of supported users. The
> capabilities of these gateways will offer clear benefits to society.
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