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RabbitMQ Content on InfoQ


Latest featured content about RabbitMQ

Your Cloud and RabbitMQ

Topics
AMQP,
Messaging,
AMQP 2011,
Web Services,
SOA,
AMQP Conference,
Enterprise Architecture,
Cloud Computing,
Conferences,
Architecture,
RabbitMQ,
vFabric,
Enterprise,
Demo

Alexis Richardson discusses how messaging is performed in the cloud from a Management, Integration, Scale and Federation perspective, demoing vFabric RabbitMQ’s implementation of AMQP.

News about RabbitMQ

Apollo Next Generation Message Queuing Posts Some Impressive Benchmarks

Topics
JMS,
Java EE,
Java,
Languages,
Programming,
Benchmark,
RabbitMQ,
ActiveMQ,
HornetQ

Apollo is a next generation message queuing solution that recently posted some impressive benchmarks against RabbitMQ, HornetQ, and ActiveMQ. The benchmarks indicate that Apollo will be on a lot of developer's roadmaps for messaging.

VMware's CloudFoundry Service Gains Support for PostgreSQL

Topics
Spring,
MongoDB,
Java,
Cloud Foundry,
Dependency Injection,
SpringSource,
Postgres,
Distributed Document Oriented Database,
MySQL,
NoSQL,
Languages,
VMWare,
Relational Databases,
PaaS,
Deployment / Datacenter,
Design Pattern,
Programming,
Object Oriented Design,
Cloud Computing,
Patterns,
Infrastructure,
Design,
RabbitMQ,
Database,
Companies

VMware is adding support for PostgreSQL to CloudFoundry, it's open source PAAS solution.

WSO2 Introduces a New Open Source Project: WSO2 Message Broker

Topics
AMQP,
Messaging,
Java,
Web Services,
Languages,
SOA,
Enterprise Architecture,
Architecture,
Programming,
RabbitMQ

Paul Fremantle announced on his blog a new open source projet and product: WSO2 Message Broker. MB is based on the Apache Qpid and supports Amazon SQS APIs and WS-Eventing.

SpringSource vFabric cloud application framework platform

Topics
Application Servers,
Messaging,
Spring,
Java,
Virtualization,
Web Services,
Monitoring Tools,
Dependency Injection,
SpringSource,
Cloud Foundry,
Apache,
Infrastructure,
IaaS,
Languages,
VMWare,
Enterprise Architecture,
SOA,
Monitoring,
Design Pattern,
PaaS,
Web Servers,
Performance & Scalability,
GemFire,
Cloud Computing,
Architecture,
Programming,
SpringSource Application Platform,
Object Oriented Design,
Companies,
Design,
Patterns,
SpringSource tc Server,
RabbitMQ,
Hyperic HQ

While VMWare offering a new range of products to support its vision of enterprise cloud computing at VMWorld 2010 is interesting from an operations and user perspective, developer focus is on vFabric the Spring platform for developing and running cloud based applications. The goal is to provide the same convenience infrastructure for cloud applications as for spring based enterprise applications.

OpenCredo Announces AMQP Support for Spring Integration

Topics
Spring,
Messaging,
Java,
Web Services,
Erlang,
Dependency Injection,
SpringSource,
Design Pattern,
Languages,
Enterprise Architecture,
VMWare,
SOA,
Functional Programming,
Patterns,
Architecture,
Programming,
Object Oriented Design,
Design,
Enterprisey,
Companies,
Spring Integration,
RabbitMQ

OpenCredo Ltd has announced support for talking to Advanced Message Queuing Protocol (AMQP) based messagng servers from Spring Integration, a lightweight ESB-like messaging framework. The new support brings MOM vendors whose product doesn't support JMS to users of the Spring Integration framework. Some Message Queues, like RabbitMQ, are very scalable and don't support JMS.

Presentations about RabbitMQ

Messaging for Modern Applications

Topics
SpringOne 2GX 2011,
AMQP,
SpringOne,
Conferences,
Messaging,
Spring,
Java,
Web Services,
Dependency Injection,
SpringSource,
Languages,
Enterprise Architecture,
SOA,
Design Pattern,
VMWare,
Programming,
Architecture,
Patterns,
RabbitMQ,
Object Oriented Design,
Design,
Companies

Tom McCuch discusses the current trends in modern applications, how they can use messaging, how Spring Integration provides a messaging DSL, and the architecture of AMQP and RabbitMQ.

Multi-Platform Messaging with RabbitMQ

Topics
AMQP,
Messaging,
Web Services,
Java,
SOA,
Enterprise Architecture,
Languages,
Architecture,
What's Next,
Programming,
Stomp,
RabbitMQ

Rob Harrop demoes how to use RabbitMQ from a variety of languages (Java, Python, Ruby and Erlang) and different environments using AMQP and STOMP to achieve for multi-platform communication.

Spring AMQP

Topics
AMQP,
SpringOne,
Messaging,
Conferences,
Spring,
Web Services,
Java,
SpringSource,
Dependency Injection,
Languages,
SOA,
Design Pattern,
VMWare,
Enterprise Architecture,
Architecture,
Programming,
Design,
Patterns,
RabbitMQ,
Spring Integration,
Object Oriented Design,
SpringOne 2010,
Companies

Matthias Radestock introduces messaging, AMQP and RabbitMQ. Mark Fisher and Mark Pollack present and demo Spring AMQP, an abstraction layer for using AMQP independently from the broker implementation.

The Private Cloud: Amazon, Google, ... and You!

Topics
SpringOne,
Spring,
Conferences,
Virtualization,
Dependency Injection,
SpringSource,
Private Cloud,
Java,
Stories & Case Studies,
IaaS,
Infrastructure,
Deployment,
Design Pattern,
VMWare,
Languages,
PaaS,
Architecture,
Agile,
SpringSource tc Server,
Cloud Computing,
Object Oriented Design,
Programming,
Design,
SpringSource dm Server,
Patterns,
Companies,
RabbitMQ

Jon Brisbin tells the story of how his company of 30,000 employees moved from an ancient system to making their own private cloud based on vSphere, tcServer, RabbitMQ, and a REST framework over the period of one year. He presents the minimum requirements needed to create such a cloud, underlining the advantages brought by virtualization, parallelism, and asynchronicity.

Horizontal Scalability via Transient, Shardable, and Share-Nothing Resources

Topics
CouchDB,
Couchbase,
Memcached,
Caching,
QCon San Francisco 2009,
Distributed Document Oriented Database,
Companies,
Distributed Cache,
Heroku,
Erlang,
QCon,
NoSQL,
PaaS,
Clustering & Caching,
Scalability,
Functional Programming,
Architecture,
Conferences,
Database,
Performance & Scalability,
Programming,
Infrastructure,
Hadoop,
RabbitMQ,
Cloud Computing,
Redis

Adam Wiggins believes that now is the time of horizontal scalability achieved by using resources that are transient, shardable and share nothing with other resources. He gives as example several applications and a language: memcached, CouchDB, Hadoop, Redis, Varnish, RabbitMQ, Erlang, detailing how each one applies those principles.