Projects tagged ‘messaging’ and ‘middleware’

JBoss Application Server is the #1 most widely used Java application server on the market. A J2EE certified platform for developing and deploying enterprise Java applications, Web applications, and ... [More] Portals, JBoss Application Server provides the full range of J2EE 1.4 features as well as extended enterprise services including clustering, caching, and persistence. [Less]

Apache ActiveMQ is a fast Message Bus which supports many Cross Language Clients and Protocols and many advanced features while fully supporting JMS 1.1 and J2EE 1.4.

Apache Camel is a powerful rule based integration framework which provides a POJO based implementation of the Enterprise Integration Patterns using an extremely powerful fluent API (or declarative ... [More] Java Domain Specific Language) to configure routing and mediation rules. The Domain Specific Language means that Apache Camel can support type-safe smart completion of routing rules in your IDE using regular Java code without huge amounts of XML configuration files; though Xml Configuration inside Spring is also supported. [Less]

PEtALS is the highly distributed Open Source ESB hosted by OW2. PEtALS delivers OW2 JavaTM Business Integration (JBI) platform. PEtALS provides lightweight and packaged integration solutions, based ... [More] on JSR-208 specifications, with a strong focus on distribution and clustering. PEtALS helps you to integrate your Enterprise Business Units in order to provide a value added global solution. By assembling all your enterprise elements, you can provide new applications by re-using some existing ones. Thus, all your applications expose their logic by exposing services. This concept is know as a Service Oriented Architecture (SOA). The project also provides a set of JBI components and a component development kit that will help users to develop their own components. [Less]

The WSO2 ESB is a lightweight and easy-to-use Open Source Enterprise Service Bus (ESB) available under the Apache Software License v2.0. WSO2 ESB allows administrators to simply and easily configure ... [More] message routing, virtualization, intermediation, transformation, logging, task scheduling, load balancing, failover routing, event brokering, etc.. The runtime has been designed to be completely asynchronous, non-blocking and streaming based on the Apache Synapse core. WSO2 ESB 2.1.0 is developed on top of the revolutionary Carbon platform (Middleware a' la carte), and is based on the OSGi framework to achieve the better modularity for your Service Oriented Architecture (SOA). This also contains a lots of new features and many other optional components to customize the behavior of the server. [Less]

RabbitMQ is a complete and highly reliable Enterprise Messaging system. The RabbitMQ client libraries and broker daemon can be used together to create an AMQP network, or used individually to bring the benefits of RabbitMQ to established networks.

JORAM (Java Open Reliable Asynchronous Messaging) is an open source implementation of the JMS (Java Message Service) 1.1 API. It provides access to a really distributed MOM (Message Oriented ... [More] Middleware), built on top of the ScalAgent D.T. agents based platform and used within many critical operational applications. Stable versions of JORAM are JMS 1.1 certified. Moreover JORAM is used by JOnAS to undergo the J2EE 1.4 certification, and has passed all tests concerning JMS 1.1 certification in this J2EE TCK. JORAM is a mature project started in 1999, it is an open source software released under the LGPL license since May 2000. Professional Support is available from Scalagent D.T. [Less]

Mirth is an HL7 interface gateway that allows for message filtering, transforming, and routing. Creating HL7 interfaces for existing systems becomes easy using the rich client interface and channel ... [More] creation wizard which associates applications with Mirth engine components. All configuration is done through a Java client which can connect remotely, and channels (HL7 interfaces) are easily configured, imported and exported using this interface. Once channels are properly configured, they can then be deployed, which means that they are actively running. They can be viewed on the status page of the application, and they can be started, stopped, or paused from this location. Various statistics, processed messages, and system events can also be viewed via the status page. [Less]

Inferno® is a distributed operating system, originally developed at Bell Labs, but now developed and maintained by Vita Nuova® as Free Software. Applications written in Inferno's concurrent ... [More] programming language, Limbo, are compiled to its portable virtual machine code (Dis), to run anywhere on a network in the portable environment that Inferno provides. Unusually, that environment looks and acts like a complete operating system. The use of a high-level language and virtual machine is sensible but mundane. The interesting thing is the system's representation of services and resources. They are represented in a file-like name hiearchy. Programs access them using only the file operations open, read/write, and close. The 'files' may of course represent stored data, but may also be devices, network and protocol interfaces, dynamic data sources, and services. The approach unifies and provides basic naming, structuring, and access control mechanisms for all system resources. A single file-service protocol (called Styx or 9P2000) makes all those resources available for import or export throughout the network in a uniform way, independent of location. An application simply attaches the resources it needs to its own per-process name hierarchy ('name space'). The system can be used to build portable client and server applications. It makes it straightforward to build lean applications that share all manner of resources over a network, without the cruft of much of the 'Grid' software one sees. Inferno can run 'native' on various ARM, PowerPC, SPARC and x86 platforms but also 'hosted', under an existing operating system (including FreeBSD, Irix, Linux, MacOS X, Plan 9, and Solaris), again on various processor types. [Less]

The Qpid Project provides an open and interoperable, multiple language implementations of the Advanced Messaged Queuing Protocol (AMQP) specification and related technologies including PGM ... [More] , transaction management, queuing, distribution, security, management and heterogeneous multi-platform support for messaging. [Less]