JD2022-TU1/main/extern/UbiServices/custom/external/tools/xmlstarlet/doc/xmlstarlet.txt

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XMLSTARLET USER'S GUIDE
see also http://xmlstar.sourceforge.net/
1. BASIC COMMAND LINE OPTIONS
====================================================
xml --help
XMLStarlet Toolkit: Command line utilities for XML
Usage: xml [<options>] <command> [<cmd-options>]
where <command> is one of:
ed (or edit) - Edit/Update XML document(s)
sel (or select) - Select data or query XML document(s) (XPATH, etc)
tr (or transform) - Transform XML document(s) using XSLT
val (or validate) - Validate XML document(s) (well-formed/DTD/XSD/RelaxNG)
fo (or format) - Format XML document(s)
el (or elements) - Display element structure of XML document
c14n (or canonic) - XML canonicalization
ls (or list) - List directory as XML
esc (or escape) - Escape special XML characters
unesc (or unescape) - Unescape special XML characters
pyx (or xmln) - Convert XML into PYX format (based on ESIS - ISO 8879)
p2x (or depyx) - Convert PYX into XML
<options> are:
-q or --quiet - no error output
--doc-namespace - extract namespace bindings from input doc (default)
--no-doc-namespace - don't extract namespace bindings from input doc
--version - show version
--help - show help
Wherever file name mentioned in command help it is assumed
that URL can be used instead as well.
Type: xml <command> --help <ENTER> for command help
2. Select/Query XML documents
====================================================
xml sel --help
XMLStarlet Toolkit: Select from XML document(s)
Usage: xml sel <global-options> {<template>} [ <xml-file> ... ]
where
<global-options> - global options for selecting
<xml-file> - input XML document file name/uri (stdin is used if missing)
<template> - template for querying XML document with following syntax:
<global-options> are:
-Q or --quiet - do not write anything to standard output.
-C or --comp - display generated XSLT
-R or --root - print root element <xsl-select>
-T or --text - output is text (default is XML)
-I or --indent - indent output
-D or --xml-decl - do not omit xml declaration line
-B or --noblanks - remove insignificant spaces from XML tree
-E or --encode <encoding> - output in the given encoding (utf-8, unicode...)
-N <name>=<value> - predefine namespaces (name without 'xmlns:')
ex: xsql=urn:oracle-xsql
Multiple -N options are allowed.
--net - allow fetch DTDs or entities over network
--help - display help
Syntax for templates: -t|--template <options>
where <options>
-c or --copy-of <xpath> - print copy of XPATH expression
-v or --value-of <xpath> - print value of XPATH expression
-o or --output <string> - output string literal
-n or --nl - print new line
-f or --inp-name - print input file name (or URL)
-m or --match <xpath> - match XPATH expression
--var <name> <value> --break or
--var <name>=<value> - declare a variable (referenced by $name)
-i or --if <test-xpath> - check condition <xsl:if test="test-xpath">
--elif <test-xpath> - check condition if previous conditions failed
--else - check if previous conditions failed
-e or --elem <name> - print out element <xsl:element name="name">
-a or --attr <name> - add attribute <xsl:attribute name="name">
-b or --break - break nesting
-s or --sort op xpath - sort in order (used after -m) where
op is X:Y:Z,
X is A - for order="ascending"
X is D - for order="descending"
Y is N - for data-type="numeric"
Y is T - for data-type="text"
Z is U - for case-order="upper-first"
Z is L - for case-order="lower-first"
There can be multiple --match, --copy-of, --value-of, etc options
in a single template. The effect of applying command line templates
can be illustrated with the following XSLT analogue
xml sel -t -c "xpath0" -m "xpath1" -m "xpath2" -v "xpath3" \
-t -m "xpath4" -c "xpath5"
is equivalent to applying the following XSLT
<?xml version="1.0"?>
<xsl:stylesheet version="1.0" xmlns:xsl="http://www.w3.org/1999/XSL/Transform">
<xsl:template match="/">
<xsl:call-template name="t1"/>
<xsl:call-template name="t2"/>
</xsl:template>
<xsl:template name="t1">
<xsl:copy-of select="xpath0"/>
<xsl:for-each select="xpath1">
<xsl:for-each select="xpath2">
<xsl:value-of select="xpath3"/>
</xsl:for-each>
</xsl:for-each>
</xsl:template>
<xsl:template name="t2">
<xsl:for-each select="xpath4">
<xsl:copy-of select="xpath5"/>
</xsl:for-each>
</xsl:template>
</xsl:stylesheet>
3. Editing XML documents
====================================================
xml ed --help
XMLStarlet Toolkit: Edit XML document(s)
Usage: xml ed <global-options> {<action>} [ <xml-file-or-uri> ... ]
where
<global-options> - global options for editing
<xml-file-or-uri> - input XML document file name/uri (stdin otherwise)
<global-options> are:
-P, or -S - preserve whitespace nodes.
(or --pf, --ps) Note that space between attributes is not preserved
-O (or --omit-decl) - omit XML declaration (<?xml ...?>)
-L (or --inplace) - edit file inplace
-N <name>=<value> - predefine namespaces (name without 'xmlns:')
ex: xsql=urn:oracle-xsql
Multiple -N options are allowed.
-N options must be last global options.
--net - allow network access
--help or -h - display help
where <action>
-d or --delete <xpath>
--var <name> <xpath>
-i or --insert <xpath> -t (--type) elem|text|attr -n <name> [-v (--value) <value>]
-a or --append <xpath> -t (--type) elem|text|attr -n <name> [-v (--value) <value>]
-s or --subnode <xpath> -t (--type) elem|text|attr -n <name> [-v (--value) <value>]
-m or --move <xpath1> <xpath2>
-r or --rename <xpath1> -v <new-name>
-u or --update <xpath> -v (--value) <value>
-x (--expr) <xpath>
4. Using XSLT to transform XML documents
====================================================
xml tr --help
XMLStarlet Toolkit: Transform XML document(s) using XSLT
Usage: xml tr [<options>] <xsl-file> {-p|-s <name>=<value>} [<xml-file>...]
where
<xsl-file> - main XSLT stylesheet for transformation
<xml-file> - input XML document file/URL (stdin is used if missing)
<name>=<value> - name and value of the parameter passed to XSLT processor
-p - parameter is XPATH expression ("'string'" to quote string)
-s - parameter is a string literal
<options> are:
--help or -h - display help message
--omit-decl - omit xml declaration <?xml version="1.0"?>
--embed or -E - allow applying embedded stylesheet
--show-ext - show list of extensions
--val - allow validate against DTDs or schemas
--net - allow fetch DTDs or entities over network
--xinclude - do XInclude processing on document input
--maxdepth val - increase the maximum depth
--html - input document(s) is(are) in HTML format
5. Formatting XML documents
====================================================
xml fo --help
XMLStarlet Toolkit: Format XML document
Usage: xml fo [<options>] <xml-file>
where <options> are
-n or --noindent - do not indent
-t or --indent-tab - indent output with tabulation
-s or --indent-spaces <num> - indent output with <num> spaces
-o or --omit-decl - omit xml declaration <?xml version="1.0"?>
--net - allow network access
-R or --recover - try to recover what is parsable
-D or --dropdtd - remove the DOCTYPE of the input docs
-C or --nocdata - replace cdata section with text nodes
-N or --nsclean - remove redundant namespace declarations
-e or --encode <encoding> - output in the given encoding (utf-8, unicode...)
-H or --html - input is HTML
-h or --help - print help
6. Validating XML documents
====================================================
xml val --help
XMLStarlet Toolkit: Validate XML document(s)
Usage: xml val <options> [ <xml-file-or-uri> ... ]
where <options>
-w or --well-formed - validate well-formedness only (default)
-d or --dtd <dtd-file> - validate against DTD
--net - allow network access
-s or --xsd <xsd-file> - validate against XSD schema
-E or --embed - validate using embedded DTD
-r or --relaxng <rng-file> - validate against Relax-NG schema
-e or --err - print verbose error messages on stderr
-S or --stop - stop on first error
-b or --list-bad - list only files which do not validate
-g or --list-good - list only files which validate
-q or --quiet - do not list files (return result code only)
NOTE: XML Schemas are not fully supported yet due to its incomplete
support in libxml2 (see http://xmlsoft.org)
7. Displaying structure of XML documents
====================================================
xml el --help
XMLStarlet Toolkit: Display element structure of XML document
Usage: xml el [<options>] <xml-file>
where
<xml-file> - input XML document file name (stdin is used if missing)
<options> is one of:
-a - show attributes as well
-v - show attributes and their values
-u - print out sorted unique lines
-d<n> - print out sorted unique lines up to depth <n>
8. Escape/Unescape special XML characters
====================================================
xml esc --help
XMLStarlet Toolkit: Escape special XML characters
Usage: xml esc [<options>] [<string>]
where <options> are
--help - print usage
(TODO: more to be added in future)
if <string> is missing stdin is used instead.
9. List directory as XML
====================================================
xml ls --help
XMLStarlet Toolkit: List directory as XML
Usage: xml ls [ <dir> | --help ]
Lists current directory in XML format.
Time is shown per ISO 8601 spec.
10. XML canonicalization
====================================================
xml c14n --help
XMLStarlet Toolkit: XML canonicalization
Usage: xml c14n [--net] <mode> <xml-file> [<xpath-file>] [<inclusive-ns-list>]
where
<xml-file> - input XML document file name (stdin is used if '-')
<xpath-file> - XML file containing XPath expression for
c14n XML canonicalization
Example:
<?xml version="1.0"?>
<XPath xmlns:n0="http://a.example.com" xmlns:n1="http://b.example">
(//. | //@* | //namespace::*)[ancestor-or-self::n1:elem1]
</XPath>
<inclusive-ns-list> - the list of inclusive namespace prefixes
(only for exclusive canonicalization)
Example: 'n1 n2'
<mode> is one of following:
--with-comments XML file canonicalization w comments (default)
--without-comments XML file canonicalization w/o comments
--exc-with-comments Exclusive XML file canonicalization w comments
--exc-without-comments Exclusive XML file canonicalization w/o comments
11. Convert XML into PYX format (based on ESIS - ISO 8879)
====================================================
xml pyx --help
XMLStarlet Toolkit: Convert XML into PYX format (based on ESIS - ISO 8879)
Usage: xml pyx {<xml-file>}
where
<xml-file> - input XML document file name (stdin is used if missing)
The PYX format is a line-oriented representation of
XML documents that is derived from the SGML ESIS format.
(see ESIS - ISO 8879 Element Structure Information Set spec,
ISO/IEC JTC1/SC18/WG8 N931 (ESIS))
A non-validating, ESIS generating tool originally developed for
pyxie project (see http://pyxie.sourceforge.net/)
ESIS Generation by Sean Mc Grath http://www.digitome.com/sean.html
12. Examples:
====================================================
Input1
examples/xml/table.xml
<?xml version="1.0"?>
<xml>
<table>
<rec id="1">
<numField>123</numField>
<stringField>String Value</stringField>
</rec>
<rec id="2">
<numField>346</numField>
<stringField>Text Value</stringField>
</rec>
<rec id="3">
<numField>-23</numField>
<stringField>stringValue</stringField>
</rec>
</table>
</xml>
Input2
examples/xml/tab-obj.xml
<?xml version="1.0"?>
<xml>
<table>
<rec id="1">
<numField>123</numField>
<stringField>String Value</stringField>
<object name="Obj1">
<property name="size">10</property>
<property name="type">Data</property>
</object>
</rec>
<rec id="2">
<numField>346</numField>
<stringField>Text Value</stringField>
</rec>
<rec id="3">
<numField>-23</numField>
<stringField>stringValue</stringField>
</rec>
</table>
</xml>
Input3
examples/html/hello1.html
<html>
<head>
<title>Hello World</title>
<meta http-equiv="content-type" content="text/html; charset=ISO-8859-1">
</head>
<body>
<div align="center">Hello World!<br></div>
</body>
</html>
Input4
examples/sgml/docbook1.sgml
<!DOCTYPE book
PUBLIC "-//OASIS//DTD DocBook XML V4.1.2//EN"
"http://www.oasis-open.org/docbook/xml/4.1.2/docbookx.dtd">
<book>
<bookinfo>
<title>DocBook document example</title>
<author>
<firstname>Mikhail</firstname>
<surname>Grushinskiy</surname>
</author>
<copyright>
<year>2002</year>
<holder>Mikhail Grushinskiy</holder>
</copyright>
</bookinfo>
<preface>
<title>Sample document</title>
<para>A simple DocBook example document.</para>
</preface>
<chapter>
<title>XMLStarlet Example</title>
<para>The <emphasis>XMLStarlet</emphasis> command line toolkit
allows querying/checking/editing/transforming/formatting XML documents
from command line</para>
<para>To find out more on how to use the
<emphasis>XMLStarlet</emphasis> for XML processing, point
your browser to <ulink
url="http://xmlstar.sourceforge.net/">http://xmlstar.sourceforge.net/</ulink>.
</para>
</chapter>
</book>
Stylesheet1
examples/xsl/sum1.xsl
<?xml version="1.0"?>
<xsl:stylesheet version="1.0" xmlns:xsl="http://www.w3.org/1999/XSL/Transform">
<xsl:output method="text"/>
<xsl:param name="inputFile">-</xsl:param>
<xsl:template match="/">
<xsl:call-template name="t1"/>
</xsl:template>
<xsl:template name="t1">
<xsl:value-of select="sum(/xml/table/rec/numField)"/>
<xsl:value-of select="'&#10;'"/>
</xsl:template>
</xsl:stylesheet>
Stylesheet2
examples/xsl/hello1.xsl
<?xml version="1.0"?>
<xsl:stylesheet version="1.0" xmlns:xsl="http://www.w3.org/1999/XSL/Transform">
<xsl:output method="text"/>
<xsl:param name="inputFile">-</xsl:param>
<xsl:template match="/">
<xsl:call-template name="t1"/>
</xsl:template>
<xsl:template name="t1">
<xsl:for-each select="/">
<xsl:value-of select="/html/body/div"/>
</xsl:for-each>
</xsl:template>
</xsl:stylesheet>
Stylesheet3
examples/xsl/param1.xsl
<?xml version="1.0"?>
<xsl:stylesheet version="1.0" xmlns:xsl="http://www.w3.org/1999/XSL/Transform">
<xsl:output method="text"/>
<xsl:param name="Text"/>
<xsl:param name="Count"/>
<xsl:template match="/">
<xsl:call-template name="t1"/>
</xsl:template>
<xsl:template name="t1">
<xsl:for-each select="/xml">
<xsl:value-of select="$Text"/>
<xsl:value-of select="$Count"/>
<xsl:value-of select="'&#10;'"/>
</xsl:for-each>
</xsl:template>
</xsl:stylesheet>
Command:
# XML canonicalization
xml c14n --with-comments ../examples/xml/structure.xml ; echo $?
Result Output:
<a1>
<a11>
<a111>
<a1111></a1111>
</a111>
<a112>
<a1121></a1121>
</a112>
</a11>
<a12></a12>
<a13>
<a131></a131>
</a13>
</a1>0
Command:
# XML exclusive canonicalization
xml c14n --exc-with-comments ../examples/xml/c14n.xml ../examples/xml/c14n.xpath
Result Output:
<n1:elem1 xmlns:n1="http://b.example">
content
</n1:elem1>
Command:
# Count elements matching XPath expression
xml sel -T -t -v "count(/xml/table/rec/numField)" xml/table.xml
Result Output:
3
Command:
# Count all nodes in XML document
xml sel -T -t -f -o " " -v "count(//node())" --nl xml/table.xml xml/tab-obj.xml
Result Output:
xml/table.xml 32
xml/tab-obj.xml 41
Command:
# Delete elements matching XPath expression
xml ed -d '/xml/table/rec[@id="2"]' xml/table.xml
Result Output:
<?xml version="1.0"?>
<xml>
<table>
<rec id="1">
<numField>123</numField>
<stringField>String Value</stringField>
</rec>
<rec id="3">
<numField>-23</numField>
<stringField>stringValue</stringField>
</rec>
</table>
</xml>
Command:
# Generate HTML from given SGML docbook document
xml tr --omit-decl --docbook /usr/share/sgml/docbook/yelp/docbook/html/docbook.xsl sgml/docbook1.sgml | \
xml fo --html --indent-spaces 2
Result Output:
<?xml version="1.0" encoding="ISO-8859-1" standalone="yes"?>
<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0 Transitional//EN" "http://www.w3.org/TR/REC-html40/loose.dtd">
<html>
<head>
<meta content="text/html; charset=ISO-8859-1" http-equiv="Content-Type"/>
<title>DocBook document example</title>
<meta name="generator" content="DocBook XSL Stylesheets V1.48"/>
</head>
<body bgcolor="white" text="black" link="#0000FF" vlink="#840084" alink="#0000FF">
<div class="book">
<div class="titlepage">
<div>
<h1 class="title"><a name="id2765244"/>DocBook document example</h1>
</div>
<div>
<h3 class="author">Mikhail Grushinskiy</h3>
</div>
<div>
<p class="copyright">Copyright <20> 2002 Mikhail Grushinskiy</p>
</div>
<hr/>
</div>
<div class="toc">
<p>
<b>Table of Contents</b>
</p>
<dl>
<dt>
<a href="#id2765482">Sample document</a>
</dt>
<dt>1. <a href="#id2767329">XMLStarlet Example</a></dt>
</dl>
</div>
<div class="preface">
<div class="titlepage">
<div>
<h2 class="title"><a name="id2765482"/>Sample document</h2>
</div>
</div>
<p>A simple DocBook example document.</p>
</div>
<div class="chapter">
<div class="titlepage">
<div>
<h2 class="title"><a name="id2767329"/>Chapter 1. XMLStarlet Example</h2>
</div>
</div>
<p>The <span class="emphasis"><i>XMLStarlet</i></span> command line toolkit
allows querying/checking/editing/transforming/formatting XML documents
from command line</p>
<p>To find out more on how to use the
<span class="emphasis"><i>XMLStarlet</i></span> for XML processing, point
your browser to <a href="http://xmlstar.sourceforge.net/" target="_top">http://xmlstar.sourceforge.net/</a>.
</p>
</div>
</div>
</body>
</html>
Command:
# Validate XML document against DTD
xml val --dtd dtd/table.dtd xml/tab-obj.xml >/dev/null 2>&1; echo $?
Result Output:
1
Command:
# Validate XML document against DTD
xml val --dtd dtd/table.dtd xml/table.xml >/dev/null 2>&1; echo $?
Result Output:
0
Command:
# Validate XML document against DTD
xml val --dtd xml/foo.dtd xml/foo.xml 2>/dev/null
Result Output:
xml/foo.xml - invalid
Command:
# make sure we don't look for embedded dtd if not asked
xml val --dtd dtd/table.dtd xml/table.xml
Result Output:
xml/table.xml - valid
Command:
xml ed \
-s /xml/table/rec -t elem -n new-field -v new-value \
-i '$prev' -t attr -n new-attr -v new-attr-value \
xml/table.xml
Result Output:
<?xml version="1.0"?>
<xml>
<table>
<rec id="1">
<numField>123</numField>
<stringField>String Value</stringField>
<new-field new-attr="new-attr-value">new-value</new-field>
</rec>
<rec id="2">
<numField>346</numField>
<stringField>Text Value</stringField>
<new-field new-attr="new-attr-value">new-value</new-field>
</rec>
<rec id="3">
<numField>-23</numField>
<stringField>stringValue</stringField>
<new-field new-attr="new-attr-value">new-value</new-field>
</rec>
</table>
</xml>
Command:
xml ed \
-s /xml/table/rec -t elem -n new-field -v new-value \
--var new-field '$prev' \
-i '$new-field' -t attr -n new-attr -v new-attr-value \
-s '$new-field' -t elem -n new-subelem -v '' \
xml/table.xml | xml c14n
Result Output:
<xml>
<table>
<rec id="1">
<numField>123</numField>
<stringField>String Value</stringField>
<new-field new-attr="new-attr-value">new-value<new-subelem></new-subelem></new-field>
</rec>
<rec id="2">
<numField>346</numField>
<stringField>Text Value</stringField>
<new-field new-attr="new-attr-value">new-value<new-subelem></new-subelem></new-field>
</rec>
<rec id="3">
<numField>-23</numField>
<stringField>stringValue</stringField>
<new-field new-attr="new-attr-value">new-value<new-subelem></new-subelem></new-field>
</rec>
</table>
</xml>
Command:
# Display element structure of XML document
xml el ./xml/tab-obj.xml
Result Output:
xml
xml/table
xml/table/rec
xml/table/rec/numField
xml/table/rec/stringField
xml/table/rec/object
xml/table/rec/object/property
xml/table/rec/object/property
xml/table/rec
xml/table/rec/numField
xml/table/rec/stringField
xml/table/rec
xml/table/rec/numField
xml/table/rec/stringField
Command:
# Display element structure of XML document (including attributes)
xml el -a ./xml/tab-obj.xml
Result Output:
xml
xml/table
xml/table/rec
xml/table/rec/@id
xml/table/rec/numField
xml/table/rec/stringField
xml/table/rec/object
xml/table/rec/object/@name
xml/table/rec/object/property
xml/table/rec/object/property/@name
xml/table/rec/object/property
xml/table/rec/object/property/@name
xml/table/rec
xml/table/rec/@id
xml/table/rec/numField
xml/table/rec/stringField
xml/table/rec
xml/table/rec/@id
xml/table/rec/numField
xml/table/rec/stringField
Command:
# Display element structure of XML document (including attribute values)
xml el -v ./xml/tab-obj.xml
Result Output:
xml
xml/table
xml/table/rec[@id='1']
xml/table/rec/numField
xml/table/rec/stringField
xml/table/rec/object[@name='Obj1']
xml/table/rec/object/property[@name='size']
xml/table/rec/object/property[@name='type']
xml/table/rec[@id='2']
xml/table/rec/numField
xml/table/rec/stringField
xml/table/rec[@id='3']
xml/table/rec/numField
xml/table/rec/stringField
Command:
# Escape special XML characters
cat xml/structure.xml | xml esc
Result Output:
&lt;a1&gt;
&lt;a11&gt;
&lt;a111&gt;
&lt;a1111/&gt;
&lt;/a111&gt;
&lt;a112&gt;
&lt;a1121/&gt;
&lt;/a112&gt;
&lt;/a11&gt;
&lt;a12/&gt;
&lt;a13&gt;
&lt;a131/&gt;
&lt;/a13&gt;
&lt;/a1&gt;
Command:
# Calculate EXSLT (XSLT extentions) XPath value
echo "<x/>" | xml sel -T -t -v "math:abs(-1000)" --nl
Result Output:
1000
Command:
# Find XML files matching XPath expression (containing 'object' element)
xml sel -T -t -m //object -f --nl xml/table.xml xml/tab-obj.xml
Result Output:
xml/tab-obj.xml
Command:
# Generate XML document using command line xml sel
echo "<x/>" | xml sel -t -m / -e xml -e child -a data -o value | xml c14n
echo
Result Output:
<xml><child data="value"></child></xml>
Command:
# Apply XSLT stylesheet to HTML input file
xml tr --html xsl/hello1.xsl html/hello1.html
Result Output:
Hello World!
Command:
# Use local-name() XSLT function in XPath expression
xml sel -T -t -v "//*[local-name()='query']" --nl xsql/jobserve.xsql
Result Output:
SELECT substr(title,1,26) short_title, title, location, skills
FROM job
WHERE UPPER(title) LIKE '%ORACLE%'
ORDER BY first_posted DESC
Command:
# Select text value of an XML element mathing given XPath expression
xml sel -T -t -m "/xml/table/rec[@id='2']" -v numField --nl xml/table.xml
Result Output:
346
Command:
# Move element node
echo '<x id="1"><a/><b/></x>' | xml ed -m "//b" "//a"
Result Output:
<?xml version="1.0"?>
<x id="1">
<a>
<b/>
</a>
</x>
Command:
# Format XML document disabling indent
cat xml/tab-obj.xml | xml fo --noindent
Result Output:
<?xml version="1.0"?>
<xml>
<table>
<rec id="1">
<numField>123</numField>
<stringField>String Value</stringField>
<object name="Obj1">
<property name="size">10</property>
<property name="type">Data</property>
</object>
</rec>
<rec id="2">
<numField>346</numField>
<stringField>Text Value</stringField>
</rec>
<rec id="3">
<numField>-23</numField>
<stringField>stringValue</stringField>
</rec>
</table>
</xml>
Command:
# Predefine namespaces for XPath expressions
xml sel -T -N xsql=urn:oracle-xsql -t -v /xsql:query --nl xsql/jobserve.xsql
Result Output:
SELECT substr(title,1,26) short_title, title, location, skills
FROM job
WHERE UPPER(title) LIKE '%ORACLE%'
ORDER BY first_posted DESC
Command:
# Recover malformed XML document
xml fo -R xml/malformed.xml 2>/dev/null
Result Output:
<?xml version="1.0"?>
<test_output>
<test_name>foo</test_name>
<subtest>...</subtest>
</test_output>
Command:
# Rename attributes
xml ed -r "//*/@id" -v ID xml/tab-obj.xml
Result Output:
<?xml version="1.0"?>
<xml>
<table>
<rec ID="1">
<numField>123</numField>
<stringField>String Value</stringField>
<object name="Obj1">
<property name="size">10</property>
<property name="type">Data</property>
</object>
</rec>
<rec ID="2">
<numField>346</numField>
<stringField>Text Value</stringField>
</rec>
<rec ID="3">
<numField>-23</numField>
<stringField>stringValue</stringField>
</rec>
</table>
</xml>
Command:
# Rename elements
xml ed -r "/xml/table/rec" -v record xml/tab-obj.xml
Result Output:
<?xml version="1.0"?>
<xml>
<table>
<record id="1">
<numField>123</numField>
<stringField>String Value</stringField>
<object name="Obj1">
<property name="size">10</property>
<property name="type">Data</property>
</object>
</record>
<record id="2">
<numField>346</numField>
<stringField>Text Value</stringField>
</record>
<record id="3">
<numField>-23</numField>
<stringField>stringValue</stringField>
</record>
</table>
</xml>
Command:
# Validate against XSD schema
xml val -b -s xsd/table.xsd xml/table.xml xml/tab-obj.xml 2>/dev/null; echo $?
Result Output:
xml/tab-obj.xml
1
Command:
# xsl:copy-of in xml sel command
xml sel -B -t -e ROOT -m /xml/table/rec -c . -n xml/table.xml | xml c14n
Result Output:
<ROOT><rec id="1"><numField>123</numField><stringField>String Value</stringField></rec>
<rec id="2"><numField>346</numField><stringField>Text Value</stringField></rec>
<rec id="3"><numField>-23</numField><stringField>stringValue</stringField></rec>
</ROOT>
Command:
# Query XML document and produce sorted text table
xml sel -T -t -m /xml/table/rec -s D:N:- "@id" -v "concat(@id,'|',numField,'|',stringField)" -n xml/table.xml
Result Output:
3|-23|stringValue
2|346|Text Value
1|123|String Value
Command:
# Sort on two fields
xml sel -T -t -m /root/elem -s A:N:U @rank -s A:T:U @name -v @name -n xml/unsorted.xml
Result Output:
A
a
E
e
B
b
C
c
D
d
Command:
# lower case first
xml sel -T -t -m /root/elem -s A:T:L @name -v @name -n xml/unsorted.xml
Result Output:
a
A
b
B
c
C
d
D
e
E
Command:
# Print structure of XML element using xml sel (advanced XPath expressions and xml sel command usage)
xml sel -T -t -m '//*' \
-m 'ancestor-or-self::*' -v 'name()' -i 'not(position()=last())' -o . -b -b -n \
xml/structure.xml
Result Output:
a1
a1.a11
a1.a11.a111
a1.a11.a111.a1111
a1.a11.a112
a1.a11.a112.a1121
a1.a12
a1.a13
a1.a13.a131
Command:
# Calculating running sum on XML document
xml sel -T -t -v "sum(/xml/table/rec/numField)" --nl xml/table.xml
Result Output:
446
Command:
# Indent XML document with tabs
cat xml/tab-obj.xml | xml fo --indent-tab
Result Output:
<?xml version="1.0"?>
<xml>
<table>
<rec id="1">
<numField>123</numField>
<stringField>String Value</stringField>
<object name="Obj1">
<property name="size">10</property>
<property name="type">Data</property>
</object>
</rec>
<rec id="2">
<numField>346</numField>
<stringField>Text Value</stringField>
</rec>
<rec id="3">
<numField>-23</numField>
<stringField>stringValue</stringField>
</rec>
</table>
</xml>
Command:
# Generate plain text table from XML document
xml sel -T -t -m /xml/table/rec -v "@id" -o "|" -v numField -o "|" -v stringField -n xml/table.xml
Result Output:
1|123|String Value
2|346|Text Value
3|-23|stringValue
Command:
# Generate plain text table from XML document
xml sel -T -t -m /xml/table/rec -v "concat(@id,'|',numField,'|',stringField)" -n xml/table.xml
Result Output:
1|123|String Value
2|346|Text Value
3|-23|stringValue
Command:
# Generate plain text table from XML document
xml sel -T \
-t -o "===================" -n \
-m xml/table/rec -v "concat(@id,'|',numField,'|',stringField)" -n \
-t -o "===================" -n xml/table.xml
Result Output:
===================
1|123|String Value
2|346|Text Value
3|-23|stringValue
===================
Command:
# Print subtree of elements having given element as a descendant (advanced XPath)
xml ed -d '//node()[not(descendant-or-self::isbn or parent::isbn)] | //*[parent::isbn]' xml/books.xml
Result Output:
<?xml version="1.0" encoding="ISO-8859-1"?>
<books>
<book type="hardback">
<isbn id="1">0525934189</isbn>
</book>
<book type="paperback">
<isbn id="2">0140185399</isbn>
</book>
</books>
Command:
# Select from XML document containing unicode characters
xml sel -T -t -m "//test[@lang='français']/@lang" -v . -n xml/unicode.xml
Result Output:
français
français
français
Command:
# Update value of an attribute
xml ed -u '/xml/table/rec[@id=3]/@id' -v 5 xml/tab-obj.xml
Result Output:
<?xml version="1.0"?>
<xml>
<table>
<rec id="1">
<numField>123</numField>
<stringField>String Value</stringField>
<object name="Obj1">
<property name="size">10</property>
<property name="type">Data</property>
</object>
</rec>
<rec id="2">
<numField>346</numField>
<stringField>Text Value</stringField>
</rec>
<rec id="5">
<numField>-23</numField>
<stringField>stringValue</stringField>
</rec>
</table>
</xml>
Command:
# Update value of an element
xml ed -u '/xml/table/rec[@id=1]/numField' -v 0 xml/tab-obj.xml
Result Output:
<?xml version="1.0"?>
<xml>
<table>
<rec id="1">
<numField>0</numField>
<stringField>String Value</stringField>
<object name="Obj1">
<property name="size">10</property>
<property name="type">Data</property>
</object>
</rec>
<rec id="2">
<numField>346</numField>
<stringField>Text Value</stringField>
</rec>
<rec id="3">
<numField>-23</numField>
<stringField>stringValue</stringField>
</rec>
</table>
</xml>
Command:
# Validate XML documents using well-formedness/DTD/XSD/RelaxNG checks
echo "==============================================="
echo "Well-Formedness Validation Tests"
echo "- 1 -------------------------------------------"
xml val xml/table.xml xml/tab-obj.xml xml/tab-bad.xml 2>/dev/null; echo $?
echo "- 2 -------------------------------------------"
xml val -g xml/table.xml xml/tab-obj.xml xml/tab-bad.xml 2>/dev/null; echo $?
echo "- 3 -------------------------------------------"
xml val -b xml/table.xml xml/tab-obj.xml xml/tab-bad.xml 2>/dev/null; echo $?
echo "- 4 -------------------------------------------"
xml val -q xml/table.xml xml/tab-obj.xml 2>/dev/null; echo $?
echo "==============================================="
echo "DTD Validation Tests"
echo "- 1 -------------------------------------------"
xml val -d dtd/table.dtd xml/table.xml xml/tab-obj.xml xml/tab-bad.xml 2>/dev/null; echo $?
echo "- 2 -------------------------------------------"
xml val -g -d dtd/table.dtd xml/table.xml xml/tab-obj.xml xml/tab-bad.xml 2>/dev/null; echo $?
echo "- 3 -------------------------------------------"
xml val -b -d dtd/table.dtd xml/table.xml xml/tab-obj.xml xml/tab-bad.xml 2>/dev/null; echo $?
echo "- 4 -------------------------------------------"
xml val -q -d dtd/table.dtd xml/table.xml 2>/dev/null; echo $?
echo "==============================================="
echo "Schema Validation Tests"
echo "- 1 -------------------------------------------"
xml val -s xsd/table.xsd xml/table.xml xml/tab-obj.xml xml/tab-bad.xml 2>/dev/null; echo $?
echo "- 2 -------------------------------------------"
xml val -g -s xsd/table.xsd xml/table.xml xml/tab-obj.xml xml/tab-bad.xml 2>/dev/null; echo $?
echo "- 3 -------------------------------------------"
xml val -b -s xsd/table.xsd xml/table.xml xml/tab-obj.xml xml/tab-bad.xml 2>/dev/null; echo $?
echo "- 4 -------------------------------------------"
xml val -q -s xsd/table.xsd xml/table.xml 2>/dev/null; echo $?
echo "==============================================="
echo "RelaxNG Schema Validation Tests"
echo "- 1 -------------------------------------------"
xml val -r relaxng/address.rng relaxng/address.xml relaxng/address-bad.xml 2>/dev/null; echo $?
echo "- 2 -------------------------------------------"
xml val -g -r relaxng/address.rng relaxng/address.xml relaxng/address-bad.xml 2>/dev/null; echo $?
echo "- 3 -------------------------------------------"
xml val -b -r relaxng/address.rng relaxng/address.xml relaxng/address-bad.xml 2>/dev/null; echo $?
echo "- 4 -------------------------------------------"
xml val -q -r relaxng/address.rng relaxng/address.xml 2>/dev/null; echo $?
Result Output:
===============================================
Well-Formedness Validation Tests
- 1 -------------------------------------------
xml/table.xml - valid
xml/tab-obj.xml - valid
xml/tab-bad.xml - invalid
1
- 2 -------------------------------------------
xml/table.xml
xml/tab-obj.xml
1
- 3 -------------------------------------------
xml/tab-bad.xml
1
- 4 -------------------------------------------
0
===============================================
DTD Validation Tests
- 1 -------------------------------------------
xml/table.xml - valid
xml/tab-obj.xml - invalid
xml/tab-bad.xml - invalid
1
- 2 -------------------------------------------
xml/table.xml
1
- 3 -------------------------------------------
xml/tab-obj.xml
xml/tab-bad.xml
1
- 4 -------------------------------------------
0
===============================================
Schema Validation Tests
- 1 -------------------------------------------
xml/table.xml - valid
xml/tab-obj.xml - invalid
xml/tab-bad.xml - invalid
1
- 2 -------------------------------------------
xml/table.xml
1
- 3 -------------------------------------------
xml/tab-obj.xml
xml/tab-bad.xml
1
- 4 -------------------------------------------
0
===============================================
RelaxNG Schema Validation Tests
- 1 -------------------------------------------
relaxng/address.xml - valid
relaxng/address-bad.xml - invalid
1
- 2 -------------------------------------------
relaxng/address.xml
1
- 3 -------------------------------------------
relaxng/address-bad.xml
1
- 4 -------------------------------------------
0
Command:
# Include one XML document into another using XInclude
xml tr --xinclude xsl/cat.xsl xml/document.xml | xml c14n
Result Output:
<document xmlns:xi="http://www.w3.org/2003/XInclude">
<p>120 Mz is adequate for an average home user.</p>
<disclaimer>
<p>The opinions represented herein represent those of the individual
and should not be interpreted as official policy endorsed by this
organization.</p>
</disclaimer>
</document>
Command:
# Passing parameters to XSLT stylesheet
xml tr xsl/param1.xsl -p Count='count(/xml/table/rec)' -s Text="Count=" xml/table.xml
Result Output:
Count=3
Command:
# Applying XSLT stylesheet to XML document
xml tr xsl/sum1.xsl xml/table.xml
Result Output:
446