Opensrf_PHP wordpress plugin resources analysis
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| Name | Opensrf_PHP |
| Version | 1.0 |
| Author | Pranjal Prabhash |
| Rating | 0 |
| Last updated | 2013-05-17 07:30:00 |
| Downloads |
139
|
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Home page
Delta: 0%
Post page
Delta: 0%
Home page PageSpeed score has been degraded by 0%, while Post page PageSpeed score has been degraded by 0%
Opensrf_PHP plugin added 1 bytes of resources to the Home page and 14 bytes of resources to the sample Post page.
Opensrf_PHP plugin added 0 new host(s) to the Home page and 0 new host(s) to the sample Post page.
Great! Opensrf_PHP plugin ads no tables to your Wordpress blog database.(extracted from **http://journal.code4lib.org/articles/3284)
OpenSRF is a message routing network that offers scalability and failover support for individual services and entire servers with minimal development and deployment overhead. You can use OpenSRF to build loosely-coupled applications that can be deployed on a single server or on clusters of geographically distributed servers using the same code and minimal configuration changes. Although copyright statements on some of the OpenSRF code date back to Mike Rylander?s original explorations in 2000, Evergreen was the first major application to be developed with, and to take full advantage of, the OpenSRF architecture starting in 2004. The first official release of OpenSRF was 0.1 in February 2005 (http://evergreen-ils.org/blog/?p=21), but OpenSRF?s development continues a steady pace of enhancement and refinement, with the release of 1.0.0 in October 2008 and the most recent release of 1.2.2 in February 2010.
OpenSRF is a distinct break from the architectural approach used by previous library systems and has more in common with modern Web applications. The traditional ?scale-up? approach to serve more transactions is to purchase a server with more CPUs and more RAM, possibly splitting the load between a Web server, a database server, and a business logic server. Evergreen, however, is built on the Open Service Request Framework (OpenSRF) architecture, which firmly embraces the ?scale-out? approach of spreading transaction load over cheap commodity servers. The initial GPLS PINES hardware cluster, while certainly impressive, may have offered the misleading impression that Evergreen requires a lot of hardware to run. However, Evergreen and OpenSRF easily scale down to a single server; many Evergreen libraries run their entire library system on a single server, and most OpenSRF and Evergreen development occurs on a virtual machine running on a single laptop or desktop image.
