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Libxml2-java is simple wrapper for native libxml2. You can examine below comparison by running. The following is a brief comparison with Apache Xerces which is bundled on JDK with 100KB xml document.
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Libxml2-java is not so fast as I expected.
Get libxml2 for mac update#
DomManipulationTest: Test cases for creating and update DOM.SaxTest: Test cases with bare and JSR SAX.JaxpTest: Test cases with DocumentBuilderFactory.BasicTest: Test cases building DOM with XML and navigating dom tree.DOMĭocumentBuilderFactory implementation has been tested withīy setting as system property then adding libxml2-java.jar on classpath. Launched with web.xml, server.xml, context.xml, and my webapps works well as usualīy setting as system property then adding libxml2-java.jar on classpath.SAXParserFactory implementation has been tested with getChildText()) // Bear Test Compatibility with JAXP SAX so you need to call LibXml.disposeAutoRetainedItems() on the same thread as the thread allocated (retained) that items. The backend list holding disposable items is not thread-safe and is managed by internal thread-local-storage. This would retain every disposable objects automatically until you call LibXml.disposeAutoRetainedItems().
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If it also makes you hassle, you can avoid it by calling tAutoRetainEveryDisposable. It will retain Disposable items to backend list until you claim LibXml.disposeAutoRetainedItems(). If you don't believe timing of Object.finalize() and calling dispose() method manually as I don't, libxml2-java allows you to handle memory de-allocation by calling autoDispose(). Note that Docucment.dispose() will free all children nodes as well. However If you have to claim it explicitly, Document.dispose(), XPathContext.dispose() and all nodes implement Disposable will do the job. It makes you not hassle with memory management issue. Libxml2-java will free underlying native resources on Object.finalize() by default. It requires system to have google/tcmalloc.h and -ltcmalloc.