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EXIficient - EXIficient is a set of open source implementations of the W3C Efficient XML Interchange (EXI) format specification; EXIP - Open source C implementation; Nagasena - Open Source Java/C# implementations of the EXI Format 1.0 provided by FUJITSU. Efficient XML™ - commercial implementation of the EXI specification in Java, .NET, C and C++
It makes it possible to read and write XML data using a programming language class library (e.g. C++, C#, Java), specifically created for a given XML data format. [1] Whilst it is possible to manually write a computer program to achieve this, XML data binding tools generate the source code to perform these tasks.
To this end, XimpleWare has introduced VTD+XML as a binary packaging format combining VTD, LC and the XML text. It can typically be viewed in one of the following two ways: A native XML index that completely eliminates the parsing cost and also retains all benefits of XML. It is a file format that is human readable and backward compatible with XML.
Microsoft Open XML Format SDK [78] contains a set of managed code libraries to create and manipulate Office Open XML files programmatically. Version 1.0 was released on June 10, 2008 [ 79 ] and incorporates the changes made to the Office Open XML specification made during the current ISO/IEC standardization process. [ 80 ]
^ The "classic" format is plain text, and an XML format is also supported. ^ Theoretically possible due to abstraction, but no implementation is included. ^ The primary format is binary, but text and JSON formats are available. [8] [9]
Thus, the minimum memory required for a SAX parser is proportional to the maximum depth of the XML file (i.e., of the XML tree) and the maximum data involved in a single XML event (such as the name and attributes of a single start-tag, or the content of a processing instruction, etc.). This much memory is usually considered negligible. A DOM ...
In computing, the Java API for XML Processing (JAXP) (/ ˈ dʒ æ k s p iː / JAKS-pee), one of the Java XML application programming interfaces (APIs), provides the capability of validating and parsing XML documents. It has three basic parsing interfaces: the Document Object Model parsing interface or DOM interface; the Simple API for XML ...
It is used to parse source code into concrete syntax trees usable in compilers, interpreters, text editors, and static analyzers. [2] [3] It is specialized for use in text editors, as it supports incremental parsing for updating parse trees while code is edited in real time, [4] and provides a built-in S-expression query system for analyzing ...