InfoQ Homepage Enterprise Architecture Content on InfoQ
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SOA Governance Maturity – an Architect’s View
This article presents a framework of SOA Governance processes, a maturity model, linked to the processes and a description of how architects should be involved in these processes. The authors provided some practical guidelines on how architects can lead or provide support at the various processes of the lifecycle and maturity levels.
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Is PHP Ready for the Enterprise?
Although PHP boasts of being the most widely used environment for web application development, it has been traditionally considered as not suitable for the enterprise. InfoQ has conducted a virtual panel regarding the evolution of the language/platform and its suitability in enterprise environments.
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Routing Messages in Mule
Jackie Wheeler discusses the use of Mule as a message routing solution for SOA middleware. The article covers key concepts, selection of a message style; passing, filtering and splitting messages; and, calling external services. Examples of messaging implementation are included.
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Top 10 Changes in Flex 4
This week, Adobe released their first official beta of Flex 4, codenamed Gumbo. The release includes a number of major changes. This list gives a high level overview of the items that have changed in the latest version of the popular RIA framework.
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Using JBoss ESB and JBPM for Implementing VMS Solutions
In a new article, Boris Lublinsky discusses how the JBoss middleware platform, specifically JBoss ESB and jBPM (JBoss Business Process Management) can be used to integrate both internal and third-party services to deliver composite services and content in customer-specific forms, including Web services, WAP, portals, and more.
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Metamodel Oriented Programming
In this article, Jean-Jacques Dubray questions the belief that code and models are two separate worlds. He presents a unified view of Model Driven Engineering, Architecture and Programming models. In particular, he introduces a novel approach to specify execution element semantics in DSLs.
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Grid Computing on the Azure Cloud Computing Platform, Part 3: Running a Grid Application
In Part 1 of this series we introduced a design pattern for grid computing on Azure, while in Part 2 we developed a grid application in C#. This time we'll run the application, first locally and then in the cloud. In order to do that, we'll need some help from a grid computing framework.
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Introduction to Data Services
This article by Vijay Narayanan, provides an introduction to several aspects of data services that will be of interest to both SOA practitioners and data architects. A general case for data services introduces the article before the author explores specific issues, including: definition of need, rationale and benefits, scope, development, and consumption patterns.
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The Economics of Service Orientation
This article explores the structural economic changes brought up by service orientation. Most IT organizations today are under enormous financial pressure trying to keep rising costs and flat budgets in synch. The restructuring brought about by the concept of services and reuse at the service level promises long lasting relief from the cost treadmill.
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Grid Computing on the Azure Cloud Computing Platform, Part 2: Developing a Grid Application
David Pallmann shows how to perform grid computations on the Azure cloud computing platform. In Part 1 he presented a design pattern, while in Part 2&3 he shows how to develop&run a grid application.
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Introduction to Virtual Service Oriented Grids
This article discusses the combination of three ideas, virtualization, service-orientation, and grid computing into a single concept and computing platform concept, "virtual service-oriented grids." In addition to history and definitions, the article addresses an approach, with an example, to analyzing and implementing this technology.
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Grid Computing on the Azure Cloud Computing Platform, Part 1
In this 3-parts series of articles, David Pallmann explains how to perform grid computations on the Azure cloud computing platform. In Part 1 he presents a design pattern for using Azure for grid computing, while in Part 2 and 3 he is going to give a concrete code example.