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* Tools/gsdoc.gsdoc: aded examples on how to use AutoDoc and GSDoc. git-svn-id: svn+ssh://svn.gna.org/svn/gnustep/libs/base/trunk@7204 72102866-910b-0410-8b05-ffd578937521
641 lines
23 KiB
XML
641 lines
23 KiB
XML
<?xml version="1.0"?>
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<!DOCTYPE gsdoc PUBLIC "-//GNUstep//DTD gsdoc 0.6.6//EN" "http://www.gnustep.org/gsdoc-0_6_6.xml">
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<gsdoc base="gsdoc">
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<head>
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<title>GNUstep Documentation XML markup language (GSDoc)</title>
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<author name="Richard Frith-Macdonald">
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<email address="rfm@gnu.org"/>
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<url url="http://www.gnustep.org/developers/whoiswho.html"/>
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<desc>
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A person who has devotes far too much time to GNUstep development.
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</desc>
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</author>
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<version>0.2</version>
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<date>21 June, 2000</date>
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<abstract>
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This documents the GNUstep Documentation markup language and tools
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</abstract>
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<copy>Free Software Foundation, Inc.</copy>
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</head>
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<body>
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<front>
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<contents/>
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<chapter>
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<heading>Introduction</heading>
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<p>
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The GSDoc markup language is an XML language designed specifically
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for writing documentation for the
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<uref url="http://www.gnustep.org">GNUstep project</uref>.
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In practice, that means that it is designed for writing about
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software, and in particular, for writing about Objective-C classes.
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</p>
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<p>
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This is also an example, as well as a test case, of the new
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GNUstep documentation markup language (GSDoc).
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</p>
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<section>
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<heading>Why another documentation language?</heading>
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<p>
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There are several reasons for producing the new markup
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language -
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</p>
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<list>
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<item>
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There were no existing markup languages that dealt well with
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documenting software written in the Objective-C language,
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except the GDML language - which has no easy to use support
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software.
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</item>
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<item>
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While the DocBook system works nicely for general software
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documentation, it requires a relatively large amount of
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support software and comes with a lot of baggage that's
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not directly useful for GNUstep.
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</item>
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<item>
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The GNU info system comes with easy to use, lightweight
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conversion tools, but is particularly ill suited to
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Objective-C documentation because the colon character
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using in Objective-C method names is used in info markup.
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</item>
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<item>
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LinuxDoc, while being a nice basic system, seems to be
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in the process of being replaced by DocBook.
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</item>
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</list>
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<p>
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So, with only one markup language available that supported
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Objective-C, and with XML software becoming available, the
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decision was to take GDML and update it to be an XML
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language, in the hope that this would -
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</p>
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<list>
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<item>
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Provide optimal support for GNUstep documentation.
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</item>
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<item>
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Minimize the amount of work needed for development of
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software tools.
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</item>
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<item>
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Provide future-proofing in that documentation written in one
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XML language should be quite easy to convert to another if
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necessary.
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</item>
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</list>
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</section>
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</chapter>
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</front>
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<chapter>
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<heading>The gsdoc DTD and what it means</heading>
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<p>
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The GSDoc markup language is defined by an SGML DTD, that specifies
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the tags that may be used in marking up a GSDoc document, and how
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and where those tags may be placed. Please see the DTD for a
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precise specification.
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</p>
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<p>
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The gsdoc DTD defines an XML language - that is, a markup language
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that conforms to a specific subset of SGML features defined as XML.
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The advantage of XML is that it provides most of the useful features
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of SGML while being much more light-weight (easy to use) because
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you can forget about the rest of SGML.
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As XML looks set to become increasingly popular, we can hope that
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documentation written with an XML language will be easily imported
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into XML software tools as they become available, so we will not
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(in the GNUstep project) need to devote a lot of time and effort
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to maintaining documentation tools.
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</p>
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<section id="gsdoc">
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<heading>Overall document structure</heading>
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<p>
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A GSDoc document consists of a <ref id="head">head</ref> and a
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<ref id="body">body</ref> wrapped inside the overall document
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framework that looks like this -
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</p>
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<example>
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<?xml version="1.0"?>
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<!DOCTYPE gsdoc PUBLIC "-//GNUstep//DTD gsdoc 0.6.6//EN" "http://www.gnustep.org/gsdoc-0_6_6.xml">
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<gsdoc base="MyDoc" prev="First" next="Last" up="Overview">
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<head>
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... your document head here
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</head>
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<body>
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... your document body here
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</body>
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</gsdoc>
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</example>
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<p>
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The above example shows a GSDoc document framework.
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The first line specifies the XML version that the document
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conforms to.
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The second line specifies the version of GSDoc that the
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document conforms to.
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The third and final lines frame the main part of the document
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and supply all the (optional) attributes of the <em>gsdoc</em>
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element -
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</p>
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<deflist>
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<term>base</term>
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<desc>
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This is optional, but recommended - it specifies the base name
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for the document. When the document is translated to another
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format, the output file name should be based on this - eg.
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if the base name of a document is <em>foo</em> then an html
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output for this file would be <em>foo.html</em>.
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</desc>
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<term>prev</term>
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<desc>
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This optional attribute may be used as the name of a document
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that precedes this one in logical reading order. If the
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converted output format of the document supports some sort of
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link between documents, the converter software may insert
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a link between the two documents.
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</desc>
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<term>next</term>
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<desc>
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This optional attribute may be used as the name of a document
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that follows this one in logical reading order. If the
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converted output format of the document supports some sort of
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link between documents, the converter software may insert
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a link between the two documents.
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</desc>
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<term>up</term>
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<desc>
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This optional attribute may be used as the name of a document
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that is above this document in some sort of hierarchical
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structure (a contents list perhaps).
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If the converted output format of the document supports some sort
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of link between documents, the converter software may insert
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a link between the two documents.
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</desc>
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</deflist>
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</section>
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<section id="head">
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<heading>The document head</heading>
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<p>
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The document head contains information about the document as
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a whole: its title, authors, version, modification date,
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copyright, and perhaps an abstract of its contents.
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The title and at least one author are the only parts of the
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document head that must be present.
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</p>
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<example>
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<head>
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<title>GNUstep Documentation XML markup language (GSDoc)</title>
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<author name="Richard Frith-Macdonald">
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<email address="rfm@gnu.org"/>
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<url url="http://www.gnustep.org/developers/whoiswho.html"/>
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<desc>
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A person who has devotes far too much time to GNUstep development.
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</desc>
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</author>
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<version>0.1</version>
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<date>4 march, 2000</date>
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<abstract>
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This documents the GNUstep Documentation markup language and tools
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</abstract>
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<copy>Free Software Foundation, Inc.</copy>
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</head>
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</example>
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<p>
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The above example shows all the elements possible in a document head -
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</p>
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<deflist>
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<term><label id="title">title</label></term>
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<desc>
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The title of the document.
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</desc>
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<term><label id="author">author</label></term>
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<desc>
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<p>
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The author of the document, also specifying an email address at
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which the author may be reached, a URL for a web page giving
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some information about the author, and an additional description
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of the author.
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</p>
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<p>
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Of course, a document may have more than one author, in which
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case you simply write multiple author elements.
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</p>
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</desc>
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<term><label id="version">version</label></term>
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<desc>
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The version number of the document.
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</desc>
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<term><label id="date">date</label></term>
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<desc>
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The date at which the document was last modified.
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</desc>
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<term><label id="abstract">abstract</label></term>
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<desc>
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A <em>short</em> description of the document contents.
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</desc>
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<term><label id="copy">copy</label></term>
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<desc>
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The copyright owner of the document.
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</desc>
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</deflist>
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</section>
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<section id="body">
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<heading>The document body</heading>
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<p>
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The document body contains the main part of the document, it
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consists of an optional front part (for contents pages, overview
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etc), a sequence of any number of chapters, and an optional back
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part (for indexes, appendices etc). Normally, each of these three
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parts of the document would be expected to have their own separate
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page numbering schemes.
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</p>
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<example>
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<body>
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<front>
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<contents/>
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<chapter>
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<heading>Preface</heading>
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<p>
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Here is an introductory chapter for a dummy document.
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</p>
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</chapter>
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</front>
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<chapter>
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<heading>Main text</heading>
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<p>
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Here is the main text of a chapter in the document.
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</p>
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</chapter>
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<back>
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<chapter>
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<heading>Afterword</heading>
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<p>
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And after the main part of the doucment we can have some other stuff.
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</p>
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</chapter>
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<index type="class"/>
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</back>
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</body>
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</example>
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<p>
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The above example shows all the elements possible in a document body -
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</p>
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<deflist>
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<term>front</term>
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<desc>
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This is an optional part of the document that can come before the
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main text. Typically, this could be used to contain an automatically
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generated contents page and possibly an introduction.
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When output is generated in book form, this part of the document
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would probably have a different page numbering scheme from the
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main part.
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<p>
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The <em>contents</em> element is used as a marker to specify
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that an automatically generated contents page (listing the
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chapters in the document) is to be inserted.
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</p>
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</desc>
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<term><label id="main">main</label></term>
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<desc>
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<p>
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After the <em>front</em> part of the document body comes a
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mandatory sequence of one or more chapters. This is where
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the main part of the document resides.
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Each <ref id="chapter">chapter</ref> consists of a
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<ref id="heading">heading</ref>, any number
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of blocks of information, and any number of sections.
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</p>
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</desc>
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<term>back</term>
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<desc>
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After the chapters making up the main part of the body of the
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document is an optional <em>back</em> part which may contain
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chapters (such as appendices) possibly followed by an automatically
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generated index.
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<p>
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The <em>index</em> element is used as a marker to specify
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that an automatically generated index is to be inserted.
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The <em>type</em> attribute of the index specifies what sort
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of item is to be in the index - the default type of <em>label</em>
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causes an index of all <em>label</em> and <em>entry</em>
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elements to be generated.
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</p>
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</desc>
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</deflist>
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</section>
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</chapter>
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<chapter>
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<heading>Element reference</heading>
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<section id="block">
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<heading>block</heading>
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<p>
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Actually, there is no such thing as a <em>block</em> element, this
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is just shorthand for refering to a group of elements that can be
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used in similar ways. The block elements are -
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</p>
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<deflist>
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<term><ref id="embed">embed</ref></term>
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<desc>embeded information from elsewhere</desc>
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<term><ref id="example">example</ref></term>
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<desc>the example</desc>
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<term><ref id="p">p</ref></term>
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<desc>the paragraph</desc>
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<term><label id="list">list</label></term>
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<desc>
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A variety of lists.
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<deflist>
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<term><ref id="list">list</ref></term>
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<desc>a simple list of items</desc>
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<term><ref id="enum">enum</ref></term>
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<desc>an enumerated list</desc>
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<term><ref id="deflist">deflist</ref></term>
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<desc>a list of terms and their definitions</desc>
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<term><ref id="qalist">qalist</ref></term>
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<desc>a list of questions and answers</desc>
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</deflist>
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</desc>
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<term>def</term>
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<desc>
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A variety of specialised elements for software documentation.
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<deflist>
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<term><ref id="class">class</ref></term>
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<desc>An Objective-C class definition</desc>
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<term><ref id="jclass">jclass</ref></term>
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<desc>A Java class definition</desc>
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<term><ref id="category">category</ref></term>
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<desc>An Objective-C category definition</desc>
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<term><ref id="protocol">protocol</ref></term>
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<desc>An Objective-C protocol or Java interface definition</desc>
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<term><ref id="function">function</ref></term>
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<desc>A function definition</desc>
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<term><ref id="macro">macro</ref></term>
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<desc>A macro definition</desc>
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<term><ref id="type">type</ref></term>
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<desc>A type definition</desc>
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<term><ref id="variable">variable</ref></term>
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<desc>A variable definition</desc>
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</deflist>
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</desc>
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</deflist>
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</section>
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<section id="br">
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<heading>br</heading>
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<p>
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The <em>br</em> element is an empty element that always appears
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as <br/> in the document. This element simply specifies
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that a line-break should appear in the output text at this point.
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</p>
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</section>
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<section id="chapter">
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<heading>chapter</heading>
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<p>
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This is the basic unit of the document - the main part of
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a document <ref id="body">body</ref> will contain at least
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one chapter.
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Each chapter consists of a heading,
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zero or more <ref id="block">blocks</ref>,
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and zero or more <ref id="section">sections</ref>.
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</p>
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<p>
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Each chapter in the document is automatically listed in the
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documents contents page (if it has one).
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</p>
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</section>
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<section id="class">
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<heading>class</heading>
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<p>
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This is the main element for Objective-C code documentation.
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The <em>name</em> attribute is required for this element - it is
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the name of the class. The <em>super</em> attribute is normally
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necessary to provide the name of the superclass.
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</p>
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<p>
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The elements in a class are - an optional
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<ref id="declared">declared</ref> element,
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zero or more <ref id="conform">conform</ref> element,
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an optional <ref id="desc">description</ref>,
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zero or more <ref id="method">method</ref> elements,
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and an optional <ref id="standards">standards</ref> element.
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</p>
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</section>
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<section id="conform">
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<heading>conform</heading>
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<p>
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This element contains simple text giving the name of a protocol
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or interface to which a class conforms.
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</p>
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</section>
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<section id="declared">
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<heading>declared</heading>
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<p>
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This element contains simple text giving the name of the header
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file in which something is declared.
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</p>
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</section>
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<section id="desc">
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<heading>desc</heading>
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<p>
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This element is used to contain descriptions of how software
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functions. It may contain <ref id="text">text</ref>, but may
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also contain <ref id="list">lists</ref>,
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<ref id="p">paragraphs</ref>,
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<ref id="example">examples</ref> and
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<ref id="mbed">embedded data</ref>.
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</p>
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</section>
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<section id="heading">
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<heading>heading</heading>
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<p>
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Each <ref id="chapter">chapter</ref>,
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<ref id="section">section</ref>
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<ref id="subsect">sub-section</ref>,
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or <ref id="subsubsect">sub-sub-section</ref>
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has a heading as the first thing in it.
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These headings introduce the sections and are listed in the
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contents page.
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</p>
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</section>
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<section id="p">
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<heading>p</heading>
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<p>
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The paragraph element simply contains <ref id="text">text</ref>.
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Most descriptive writing is inside paragraphs.
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</p>
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</section>
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<section id="section">
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<heading>section</heading>
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<p>
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The <em>section</em> element is just like a
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<ref id="chapter">chapter</ref>, except that it contains
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<ref id="subsect">sub-sections</ref> where a chapter would
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contain sections.
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</p>
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</section>
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<section id="standards">
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<heading>standards</heading>
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<p>
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The <em>standards</em> element contains any number of
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standard elements whioch specify what standards a particular
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piece of code does or does not conform to.
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<br/>
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The defined values are -
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</p>
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<list>
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<item><GNUstep/></item>
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<item><OpenStep/></item>
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<item><NotOpenStep/></item>
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<item><MacOS-X/></item>
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<item><NotMacOS-X/></item>
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</list>
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</section>
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<section id="subsect">
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<heading>subsect</heading>
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<p>
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The <em>subsect</em> element is just like a
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<ref id="section">section</ref>, except that it contains
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<ref id="subsubsect">sub-sub-sections</ref> where a section would
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contain sub-sections.
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</p>
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|
</section>
|
|
|
|
<section id="subsubsect">
|
|
<heading>subsubsect</heading>
|
|
<p>
|
|
The <em>subsubsect</em> element is just like a
|
|
<ref id="subsect">sub-section</ref>, except that it contains
|
|
only a <ref id="heading">heading</ref> and zero or more
|
|
<ref id="block">blocks</ref>.
|
|
</p>
|
|
</section>
|
|
|
|
<section id="text">
|
|
<heading>text</heading>
|
|
<p>
|
|
This is not really an element, we simply talk about text where
|
|
we mean raw text and very simple markup such as -
|
|
</p>
|
|
<deflist>
|
|
<term><ref id="br">br</ref></term>
|
|
<desc>a forced line-break</desc>
|
|
<term><ref id="footnote">footnote</ref></term>
|
|
<desc>a reference to a footnote that appears in full elsewhere</desc>
|
|
<term><ref id="label">label</ref></term>
|
|
<desc>
|
|
a piece of text marked so that it can be referred to from elsewhere.
|
|
</desc>
|
|
<term><ref id="entry">entry</ref></term>
|
|
<desc>
|
|
an invisible mark that can be referred to from elsewhere.
|
|
</desc>
|
|
<term><ref id="ref">ref</ref></term>
|
|
<desc>
|
|
text marked as a reference to elsewhere in the document.
|
|
</desc>
|
|
<term><ref id="uref">uref</ref></term>
|
|
<desc>
|
|
text marked as a reference to a hypertext URL.
|
|
</desc>
|
|
<term><ref id="url">url</ref></term>
|
|
<desc>
|
|
a hypertext URL.
|
|
</desc>
|
|
<term><ref id="email">email</ref></term>
|
|
<desc>
|
|
an email address.
|
|
</desc>
|
|
</deflist>
|
|
</section>
|
|
|
|
</chapter>
|
|
|
|
<chapter>
|
|
<heading>The gsdoc conversion tool</heading>
|
|
<p>
|
|
The gsdoc tool is written in Objective-C and uses the GNUstep base
|
|
library and the Gnome XML parser library.
|
|
</p>
|
|
<p>
|
|
This tool is intended to convert GSDoc documents to other formats
|
|
though, at present, only HTML output is supported.
|
|
</p>
|
|
<p>
|
|
Use of the tool is trivial - just provide it with a list of gsdoc
|
|
file names, and it will produce a load of html output files.
|
|
</p>
|
|
<section>
|
|
<heading>Parameters</heading>
|
|
<deflist>
|
|
<term><ref id="--makeRefs">--makeRefs=ReferencesFileName</ref></term>
|
|
<desc>With this option, gsdoc reads gsdoc files and create ReferencesFileName.gsdocrefs files which can be used as <ref id="">--refs</ref> to make links between elements</desc>
|
|
|
|
<term><ref id="--projectName">--projectName=TheProjectName</ref></term>
|
|
<desc>Set the project name to "TheProjectName".It is used fo index titles,...</desc>
|
|
|
|
<term><ref id="--refs">--refs=ARefFile or --refs=ARefDirectory</ref></term>
|
|
<desc>Use ARefFile.gsdocrefs (or files whith extensions .gsdocrefs in ARefDirectory directory) as references files. It's enable to make links bettwen documentations</desc>
|
|
|
|
<term><ref id="--makeIndex">--makeIndex=MyIndexFileName</ref></term>
|
|
<desc>Create an index of the parsed files and save it as MyIndexName.gsdoc. You have to set --makeIndexTemplate option</desc>
|
|
|
|
<term><ref id="--makeIndexTemplate">--makeIndexTemplate=MyIndexTemplateFileName</ref></term>
|
|
<desc>The file used as index template for makeIndex option</desc>
|
|
|
|
<term><ref id="--define-">--define-XXX=YYY</ref></term>
|
|
<desc>Used to define a constant named XXX with value YYY in .gsdoc file, all [[infoDictionary.XXX]] texts are replaced with YYY</desc>
|
|
|
|
<term><ref id="-verbose">--verbose=X</ref></term>
|
|
<desc>Level of traces from 0 to ...</desc>
|
|
|
|
<term><ref id="--location">--location=file://usr/doc/gnustep/MyProject or --location=http://www.gnustep.org/gnustep/MyProject</ref></term>
|
|
<desc>Location of the installed documentation (it helps to make kinks between projects)</desc>
|
|
|
|
<term><ref id="files">file1 file2</ref></term>
|
|
<desc>.gsdoc files</desc>
|
|
</deflist>
|
|
</section>
|
|
<section>
|
|
<heading>Exemple</heading>
|
|
<subsect>
|
|
<heading>AutoDoc</heading>
|
|
<example>
|
|
autodoc -allclasses -format html -template /usr/GNUstep/System/Libraries/Resources/DocTemplates/AutoDocTemplate.gsdoc -copyright "Orange Concept" -define-author-name "Manuel Guesdon" -define-author-email "mguesdon@orange-concept.com" -define-author-desc "Developer" -define-author-url "http://www.orange-concept.com" -define-dtd-ref "/usr/GNUstep/System/Libraries/Resources/DTDs/gsdoc-0_6_6.dtd" -define-stylesheeturl "http://www.orange-concept.com/styles/default.css" -define-basetitle "MyDoc:" -define-dtd-url "http://www.gnustep.org/gsdoc-0_6_6.xml" -define-next "[[next]]" -define-prev "[[prev]]" -define-up "[[up]]" MySource.h
|
|
</example>
|
|
<p>
|
|
The above example take MySource.h and MySource.m and generate one or more gsdoc files (they have the extension .html, so please rename them with .gsdoc extension after running AutoDoc
|
|
</p>
|
|
</subsect>
|
|
<subsect>
|
|
<heading>GSDoc</heading>
|
|
<example>
|
|
gsdoc MyFile1.gsdoc MyFile2.gsdoc Explanations.gsdoc --makeRefs --makeIndex --makeIndexTemplate=/usr/GNUstep/System/Libraries/Resources/DocTemplates/indextemplate.gsdoc --projectName="MyProject" --refs=/usr/doc/gnustep --define-version=2.1 --verbose=1 --location="/usr/doc/gnustep/MyProject"
|
|
</example>
|
|
<p>
|
|
The above example will parse MyFile1.gsdoc MyFile2.gsdoc and generate MyFile1.html and MyFile2.html. It generate MyProject.gsdocrefs which will countain references of symbols found in MyFile1.gsdoc and MyFile2.gsdoc. MyFile1.html and MyFile2.html will have links to symbols found in MyProject.gsdocrefs and in .gsdocrefs founds in subdirectories of /usr/doc/gnustep. I indicate that the location of this doc will be /usr/doc/gnustep/MyProject. It also generate an index of MyFile1.html and MyFile2.html contents with the template /usr/GNUstep/System/Libraries/Resources/DocTemplates/indextemplate.gsdoc. Index file is index.gsdoc and the resulting file index.html is automatically generated. I define "version" so the index will take this version.
|
|
</p>
|
|
</subsect>
|
|
</section>
|
|
</chapter>
|
|
|
|
<back>
|
|
<!--
|
|
<chapter>
|
|
<heading>Afterward</heading>
|
|
</chapter>
|
|
-->
|
|
<index type="label"/>
|
|
</back>
|
|
</body>
|
|
</gsdoc>
|