Difference between revisions of "EclipseLink/Performance"

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** Fetch groups (query, default, dynamic)
 
** Fetch groups (query, default, dynamic)
 
** [[Using_EclipseLink_JPA_Extensions_(ELUG)#Fetch_Size|Fetch size]]
 
** [[Using_EclipseLink_JPA_Extensions_(ELUG)#Fetch_Size|Fetch size]]
** Pagination (firstResult, maxResult, ROWNUM filtering)
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** [[EclipseLink/Examples/JPA/Pagination|Pagination]] (firstResult, maxResult, ROWNUM filtering)
 
** Cursors (stream and scrollable)
 
** Cursors (stream and scrollable)
 
** [[Using_EclipseLink_JPA_Extensions_(ELUG)#Cache_Usage|Cache usage]] (in-memory, primary key)
 
** [[Using_EclipseLink_JPA_Extensions_(ELUG)#Cache_Usage|Cache usage]] (in-memory, primary key)
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==Links==
 
==Links==
* [[Optimizing_the_EclipseLink_Application_(ELUG)| EclipseLink User Guide - Optimization]]
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* "Enhancing Performance" chapter in the ''[http://www.eclipse.org/eclipselink/documentation/ EclipseLink Solutions Guide]''
 
* [[EclipseLink/Development/Performance | Performance Development]]
 
* [[EclipseLink/Development/Performance | Performance Development]]
 
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* [http://java-persistence-performance.blogspot.com/ Java Persistence Performance (Blog)]
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* [http://java-persistence-performance.blogspot.com/2010/08/batch-fetching-optimizing-object-graph.html Batch fetching - optimizing object graph loading]
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* [http://wiki.eclipse.org/EclipseLink/Examples/Distributed#Multicore_Analysis Performance characteristics for 1-512 parallel threads on a single 8-core i7-920 node as part of a distributed JPA application]
 
[[Category:EclipseLink|Performance]]
 
[[Category:EclipseLink|Performance]]

Revision as of 15:07, 31 January 2013

EclipseLink is dedicated to being the best performing, and most scalable JPA implementation.

Contents

Features

EclipseLink's performance features include:

Benchmarks

Forum Posts

Links