XSLT is a language for transforming XML documents into other formats like XHTML. It works by applying templates defined in an XSL stylesheet to an XML source document. Key components of XSLT include:
- The <xsl:template> element defines templates that are applied to parts of the XML document matched by an XPath expression
- The <xsl:value-of> element extracts the value of an XML element to include in the output
- The <xsl:for-each> element loops through matching elements to repeatedly apply templates
The document provides an introduction to XSLT (Extensible Stylesheet Language Transformations), including:
1) It discusses XSLT basics like using templates to extract values from XML and output them, using for-each loops to process multiple elements, and if/choose for decisions.
2) It covers XPath for addressing parts of an XML document, and functions like contains() and position().
3) The document gives examples of transforming sample XML data using XSLT templates, value-of, and apply-templates.
XSLT (eXtensible Stylesheet Language Transformations) is a language for transforming XML documents into other XML documents or HTML. It uses XPath to navigate XML documents and allows adding, removing, rearranging, and sorting elements in the output document. Some key points:
- XSLT transforms an XML source tree into an XML result tree
- It uses templates and applies templates to elements to transform the document
- Common elements include <xsl:template>, <xsl:value-of>, <xsl:for-each>, <xsl:if>, <xsl:choose>, and <xsl:apply-templates>
- XSLT is supported by browsers through built-in or third
This document provides an overview of XSLT (Extensible Stylesheet Language Transformations) which is used to transform XML documents into other XML documents or other formats like HTML. It discusses the main components of XSL including XSLT, XPath, and XSL-FO. Key elements of XSLT like xsl:template, xsl:apply-templates, xsl:value-of are described along with how XSLT transformations work. The role of XPath in navigating XML documents and selecting nodes is also summarized.
DITA-OT 2.x: Discover What's New in Toolkit TwoRobert Anderson
What's new in DITA-OT 2.x? What caused us to break backwards compatibility with 1.x, and why is that a good thing? What can you expect from the toolkit in the future?
Slides of my presentations at ApacheCon EU 07, see http://www.eu.apachecon.com/program/talk/84, and at the Cocoon GetTogether 2007, see http://www.cocoongt.org/
Modern XML technologies that are well-suited for big data problems include XML 1.0, namespaces, XSLT 2.0/3.0, XQuery 1.0/3.0, SAX, DOM, Schematron, and XML Schema 1.0/1.1. These core technologies trended highly across surveys of customer projects involving big and complex data. Using an XML database can reduce the complexity and risks of working with big data by allowing the use of XQuery for rapid prototyping and modern XML standards for structuring and processing data.
Upgrading PDF Plugins to DITA_DITA-OT Day 2016IXIASOFT
The document provides guidance on updating PDF plugins for DITA OT 2.x from previous versions. It notes many changes required, including replacements for deprecated templates, changes to variable usage, and separation of processing code into new plugin files. It also highlights some new capabilities in OT 2.x like easier customization of front/back matter, pagination, and links. The document aims to help users update their plugins to work with the new version.
XSLT is a language for transforming XML documents into other formats like XHTML. It works by applying templates defined in an XSL stylesheet to an XML source document. Key components of XSLT include:
- The <xsl:template> element defines templates that are applied to parts of the XML document matched by an XPath expression
- The <xsl:value-of> element extracts the value of an XML element to include in the output
- The <xsl:for-each> element loops through matching elements to repeatedly apply templates
The document provides an introduction to XSLT (Extensible Stylesheet Language Transformations), including:
1) It discusses XSLT basics like using templates to extract values from XML and output them, using for-each loops to process multiple elements, and if/choose for decisions.
2) It covers XPath for addressing parts of an XML document, and functions like contains() and position().
3) The document gives examples of transforming sample XML data using XSLT templates, value-of, and apply-templates.
XSLT (eXtensible Stylesheet Language Transformations) is a language for transforming XML documents into other XML documents or HTML. It uses XPath to navigate XML documents and allows adding, removing, rearranging, and sorting elements in the output document. Some key points:
- XSLT transforms an XML source tree into an XML result tree
- It uses templates and applies templates to elements to transform the document
- Common elements include <xsl:template>, <xsl:value-of>, <xsl:for-each>, <xsl:if>, <xsl:choose>, and <xsl:apply-templates>
- XSLT is supported by browsers through built-in or third
This document provides an overview of XSLT (Extensible Stylesheet Language Transformations) which is used to transform XML documents into other XML documents or other formats like HTML. It discusses the main components of XSL including XSLT, XPath, and XSL-FO. Key elements of XSLT like xsl:template, xsl:apply-templates, xsl:value-of are described along with how XSLT transformations work. The role of XPath in navigating XML documents and selecting nodes is also summarized.
DITA-OT 2.x: Discover What's New in Toolkit TwoRobert Anderson
What's new in DITA-OT 2.x? What caused us to break backwards compatibility with 1.x, and why is that a good thing? What can you expect from the toolkit in the future?
Slides of my presentations at ApacheCon EU 07, see http://www.eu.apachecon.com/program/talk/84, and at the Cocoon GetTogether 2007, see http://www.cocoongt.org/
Modern XML technologies that are well-suited for big data problems include XML 1.0, namespaces, XSLT 2.0/3.0, XQuery 1.0/3.0, SAX, DOM, Schematron, and XML Schema 1.0/1.1. These core technologies trended highly across surveys of customer projects involving big and complex data. Using an XML database can reduce the complexity and risks of working with big data by allowing the use of XQuery for rapid prototyping and modern XML standards for structuring and processing data.
Upgrading PDF Plugins to DITA_DITA-OT Day 2016IXIASOFT
The document provides guidance on updating PDF plugins for DITA OT 2.x from previous versions. It notes many changes required, including replacements for deprecated templates, changes to variable usage, and separation of processing code into new plugin files. It also highlights some new capabilities in OT 2.x like easier customization of front/back matter, pagination, and links. The document aims to help users update their plugins to work with the new version.
The document discusses multi-threading concepts including semaphores, workers, and forms. It shows code examples for initializing and clearing a semaphore, calling workers and methods, and lists different versions of Windows, Mac, and other software. The overall content appears to be about asynchronous programming techniques and version histories.
29. xPath
• XMLコマンドはxPathサポートしている?
‣
DOM Create XML element
4DではElement[ElementNum]シンタックスを使用した添字によるXPath要素への
‣ DOM Find XML element
アクセスも使用できます。例えば以下の構造があるとき:
‣ DOM
<RootElement> SET XML VALUE
<Elem1>
<Elem2>aaa</Elem2>
• element[index]
<Elem2>bbb</Elem2>
<Elem2>ccc</Elem2>
‣ インデックスで要素が参照できるだけ。
</Elem1>
</RootElement>
‣ それ以外のxPathはNG。
XPath記法では /RootElement/Elem1/Elem2[3] シンタックスを使用して"ccc"値
にアクセスできます。
http://www.4d.com/docs/CMJ/CMJ10099.HTM
Clichy/2010-02-03