path: root/tools/qdoc3/doc/qdoc-manual.qdoc

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/*!
    \page index.html
    \nextpage Introduction to QDoc

    \title Table of Contents

    \list
      \o \l {Introduction to QDoc}
      \o \l {The QDoc Commands}
        \list
          \o \l {Topic Commands}
          \o \l {Context Commands}
            \list
              \o \l {Navigating}
              \o \l {Reporting Status}
              \o \l {Thread Support}
              \o \l {Relating Things}
              \o \l {Grouping Things}
              \o \l {Naming Things}
            \endlist
          \o \l{Markup Commands}
            \list
              \o \l {Text Markup} \span {class="newStuff"} {(new: div & span)}
              \o \l {Document Structure}
              \o \l {Including Code Inline}
              \o \l {Including External Code}
              \o \l {Creating Links}
              \o \l {Including Images}
              \o \l {Tables and Lists}
              \o \l {Special Content}
              \o \l {Miscellaneous}
            \endlist
        \endlist 
      \o \l {The QDoc Configuration File}
        \list
          \o \l {General Configuration Variables}
          \o \l {Creating Help Project Files}
          \o \l {C++ Specific Configuration Variables}
          \o \l {HTML Specific Configuration Variables}
          \o \l {Supporting Derived Projects}
          \o \l {Compatibility Issues}
          \o \l {qt.qdocconf}
          \o \l {minimum.qdocconf}
        \endlist
    \endlist

*/

/*!
    \page 01-qdoc-manual.html
    \contentspage Table of Contents
    \previouspage Table of Contents
    \nextpage The QDoc Commands

    \title Introduction to QDoc

    QDoc is a tool used by Qt Developers to extract \e {qdoc comments}
    from a set of source files and format them for output as HTML
    pages or as DITA XML files.. This manual explains how to use the
    QDoc commands and how to create a QDoc configuration file.

    \section1 Running QDoc

    QDoc is currently called \c {qdoc3}. To run qdoc3, use the command
    line:

    \quotation
        \bold {/currentdirectory$ qdoc3 config.qdocconf}
    \endquotation

    ...where config.qdocconf is your \l{The QDoc Configuration File}
    {QDoc configuration file}. The main purpose of the configuration
    file is to tell qdoc3 where to find the source files from which to
    extract qdoc comments, what kind of output to generate (HTML, DITA
    XML,...}, and where to put the output. The configuration file also
    contains other information for qdoc3.

    \section1 Command Types

    QDoc interprets three types of commands: 

    \list
    \o \l {Topic Commands} 
    \o \l {Context Commands}
    \o \l {Markup Commands}
    \endlist

    Topic commands identify the entity you are documenting, e.g. a C++
    class, function, or type, an example, or an extra page of text
    that doesn't map to any C++ entity.

    Context commands tell QDoc how the entity being documented relates
    to other documented entities, e.g. next and previous page links or
    inclusion in page groups or library modules. They can also provide
    information about the documented entity that QDoc can't get from
    the source files, e.g. whether the entitity is thread-safe, an
    overloaded or reimplemented function, or that it has been
    deprecated.

    Markup commands tell QDoc how text and image elements in the
    document should be rendered or about the document's outline
    structure.  
*/

/*!
    \page 03-qdoc-commands-markup.html
    \contentspage Table of Contents
    \previouspage Naming Things
    \nextpage Text Markup

    \title Markup Commands

    The markup commands indicate the generated documentation's visual
    appearance and logical structure.

    \section2 Categories
    \list
    \o \l {Text Markup}
    \o \l {Document Structure}
    \o \l {Including Code Inline}
    \o \l {Including External Code}
    \o \l {Creating Links}
    \o \l {Including Images}
    \o \l {Tables and Lists}
    \o \l {Special Content}
    \o \l {Miscellaneous}
    \endlist

    \section2 Command list
    \list
    \o \l {04-qdoc-commands-textmarkup.html#backslash-command} {\\\\}
    \o \l {04-qdoc-commands-textmarkup.html#a-command} {\\a}
    \o \l {11-qdoc-commands-specialcontent.html#abstract-command} {\\abstract}
    \o \l {06-qdoc-commands-includecodeinline.html#badcode-command} {\\badcode}
    \o \l {04-qdoc-commands-textmarkup.html#bold-command} {\\bold}
    \o \l {11-qdoc-commands-specialcontent.html#brief-command} {\\brief}
    \o \l {04-qdoc-commands-textmarkup.html#c-command} {\\c}
    \o \l {09-qdoc-commands-includingimages.html#caption-command} {\\caption}
    \o \l {05-qdoc-commands-documentstructure.html#chapter-command} {\\chapter}
    \o \l {06-qdoc-commands-includecodeinline.html#code-command} {\\code}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#codeline-command} {\\codeline}
    \o \l {04-qdoc-commands-textmarkup.html#div-command} {\\div} \span {class="newStuff"} {(new)}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#dots-command} {\\dots}
    \o \l {12-0-qdoc-commands-miscellaneous.html#else-command} {\\else}
    \o \l {12-0-qdoc-commands-miscellaneous.html#endif-command} {\\endif}
    \o \l {12-0-qdoc-commands-miscellaneous.html#expire-command} {\\expire}
    \o \l {11-qdoc-commands-specialcontent.html#footnote-command} {\\footnote}
    \o \l {12-0-qdoc-commands-miscellaneous.html#generatelist-command} {\\generatelist}
    \o \l {10-qdoc-commands-tablesandlists.html#header-command} {\\header}
    \o \l {04-qdoc-commands-textmarkup.html#i-command} {\\i}
    \o \l {12-0-qdoc-commands-miscellaneous.html#if-command} {\\if}
    \o \l {09-qdoc-commands-includingimages.html#image-command} {\\image}
    \o \l {12-0-qdoc-commands-miscellaneous.html#include-command} {\\include}
    \o \l {09-qdoc-commands-includingimages.html#inlineimage-command} {\\inlineimage}
    \o \l {08-qdoc-commands-creatinglinks.html#keyword-command} {\\keyword}
    \o \l {08-qdoc-commands-creatinglinks.html#l-command} {\\l}
    \o \l {11-qdoc-commands-specialcontent.html#legalese-command} {\\legalese}
    \o \l {10-qdoc-commands-tablesandlists.html#list-command} {\\list}
    \o \l {12-0-qdoc-commands-miscellaneous.html#meta-command} {\\meta}
    \o \l {06-qdoc-commands-includecodeinline.html#newcode-command} {\\newcode}
    \o \l {10-qdoc-commands-tablesandlists.html#o-command} {\\o}
    \o \l {06-qdoc-commands-includecodeinline.html#oldcode-command} {\\oldcode}
    \o \l {12-0-qdoc-commands-miscellaneous.html#omit-command} {\\omit}
    \o \l {05-qdoc-commands-documentstructure.html#part-command} {\\part}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#printline-command} {\\printline}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#printto-command} {\\printto}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#printuntil-command} {\\printuntil}
    \o \l {11-qdoc-commands-specialcontent.html#quotation-command} {\\quotation}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#quotefile-command} {\\quotefile}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#quotefromfile-command} {\\quotefromfile}
    \o \l {12-0-qdoc-commands-miscellaneous.html#raw-command} {\\raw} \span {class="newStuff"} {(avoid)}
    \o \l {10-qdoc-commands-tablesandlists.html#row-command} {\\row}
    \o \l {08-qdoc-commands-creatinglinks.html#sa-command} {\\sa}
    \o \l {05-qdoc-commands-documentstructure.html#sectionOne-command} {\\section1}
    \o \l {05-qdoc-commands-documentstructure.html#sectionTwo-command} {\\section2}
    \o \l {05-qdoc-commands-documentstructure.html#sectionThree-command} {\\section3}
    \o \l {05-qdoc-commands-documentstructure.html#sectionFour-command} {\\section4}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#skipline-command} {\\skipline}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#skipto-command} {\\skipto}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#skipuntil-command} {\\skipuntil}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#snippet-command} {\\snippet}
    \o \l {04-qdoc-commands-textmarkup.html#span-command} {\\span} \span {class="newStuff"} {(new)}
    \o \l {04-qdoc-commands-textmarkup.html#sub-command} {\\sub}
    \o \l {04-qdoc-commands-textmarkup.html#sup-command} {\\sup}
    \o \l {10-qdoc-commands-tablesandlists.html#table-command} {\\table}
    \o \l {11-qdoc-commands-specialcontent.html#tableofcontents-command} {\\tableofcontents}
    \o \l {08-qdoc-commands-creatinglinks.html#target-command} {\\target}
    \o \l {04-qdoc-commands-textmarkup.html#tt-command} {\\tt}
    \o \l {04-qdoc-commands-textmarkup.html#underline-command} {\\underline}
    \o \l {12-0-qdoc-commands-miscellaneous.html#raw-command} {\\unicode}
    \o \l {11-qdoc-commands-specialcontent.html#warning-command} {\\warning}
    \endlist

*/

/*!
    \page 04-qdoc-commands-textmarkup.html
    \contentspage Table of Contents
    \previouspage Markup Commands
    \nextpage Document Structure

    \title Text Markup

    The text formatting commands indicate how the regular text in the
    documentation is rendered.

    \target a-command
    \section1 \\a (parameter marker)

    The \\a command indicates that the next word is a formal parameter name.

    A warning is emitted when a function parameter is not documented
    or is misspelled, so when you document a function you should
    mention each formal parameter name in the function description,
    preceded by the \\a command. The parameter is then rendered in 
    italics. For example:

           \code
           / *!
               Constructs a line edit containing the text
               \a contents. The \a parent parameter is sent 
	       to the QWidget constructor.
           * /

           QLineEdit::QLineEdit(const QString &contents, QWidget *parent)
               :QWidget(parent)
           {
               ...
           }

           \endcode

           QDoc renders this as:

           \quotation
               \bold {QLineEdit::QLineEdit ( const QString &
               contents, QWidget *parent )}

           Constructs a line edit containing the text \a contents.
           The \a parent parameter is sent to the QWidget constructor.
           \endquotation

           The \\a command follows the same conventions as the \l
           {i-command} {\\i} command for \l {argument} {punctuation, parentheses
           and use of braces} for the argument. However, a parameter
           is always a single word, so braces are rarely
           necessary. And for the same reason, parentheses seldom
           occur.

    \target c-command
    \section1 \\c (code font)
    
    The \\c command is used for rendering variable names, user-defined
           class  names, and C++ keywords, like \c int and \c for in a
	   code font.

           The command renders its argument using a typewriter font. For
           example:

           \code
           / *!
               The \c AnalogClock class provides a clock widget with hour
               and minute hands that is automatically updated every
               few seconds.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               The \c AnalogClock class provides a clock widget with hour
               and minute hands that is automatically updated every
               few seconds.
           \endquotation

           The \\c command follows the same conventions as the \l
           {i-command} {\\i} command for \l {argument} {punctuation, parentheses
           and use of braces} for the argument.

           The \\c command accepts the special character \c \ within
           its argument, i.e. it renders it as a normal character. So
           if you want to use nested commands, you must use the \l
           {tt-command} {teletype (\\tt)} command instead.

           See also \l {tt-command} {\\tt} and \l {code-command} {\\code}.
 
    \target div-command
    \section1 \\div \span {class="newStuff"} {(new)}  
 
    The \\div command and the corresponding \\enddiv
    command delimit a large or small block of text and qdoc
    commands for which special formatting attributes apply.

	   An argument must be provided in curly braces, as in the
	   qdoc comment shown below. The argument is not interpreted
	   but is used as attribute(s) of the tag that is ultimately
	   output by qdoc.

           For example, we might want to render an inline image so
	   that it floats to the right of the current block of text:

	   \code
           / *!

             \div {class="float-right"}
             \inlineimage qml-column.png
             \enddiv

	    * /
	   \endcode

           If qdoc is generating HTML, it will translate these
           commands to:

	   \code
	   <div class="float-right"><p><img src="images/qml-column.png" /></p></div>
	   \endcode

	   For HTML, the attribute value \e {float-right} then will
	   refer to a clause in the style.css file. which in this case
	   could be:

	   \code	   
           div.float-right
	   {
             float: right; margin-left: 2em
           }
	   \endcode

	   If qdoc is generating DITA XML, it will translate the commands to:

	   \code
            <sectiondiv outputclass="float-right">
                <p>
                    <fig>
                        <image href="images/qml-column.png" placement="inline"/>
                    </fig>
                </p>
            </sectiondiv>
	   \endcode

	   Your DITA XML publishing program must then recognize the 
	   \e {outputclass} attribute value.

	   \note The \bold {\\div} command can be nested. 
	   
	   Below is an example taken from the index.qdoc file used to
	   generate index.html for Qt 4.7:

	   \code
          \div {class="indexbox guide"}
            \div {class="heading"}
              Qt Developer Guide 
	    \enddiv
            \div {class="indexboxcont indexboxbar"}
              \div {class="section indexIcon"} \emptyspan
              \enddiv
              \div {class="section"}
                Qt is a cross-platform application and UI
                framework. Using Qt, you can write web-enabled
                applications once and deploy them across desktop,
                mobile and embedded operating systems without
                rewriting the source code.
              \enddiv
              \div {class="section sectionlist"}
                \list
                  \o \l{Getting Started Guides} {Getting started}
                  \o \l{Installation} {Installation}
                  \o \l{how-to-learn-qt.html} {How to learn Qt}
                  \o \l{tutorials.html} {Tutorials}
                  \o \l{Qt Examples} {Examples}
                  \o \l{qt4-7-intro.html} {What's new in Qt 4.7}
                \endlist
             \enddiv
            \enddiv
          \enddiv
	   \endcode

	   When all the class attribute values are defined as they are
	   in the style.css file that is used for rendering the Qt 4.7
	   documentation, the above example is rendered as:

          \div {class="indexbox guide"}
            \div {class="heading"}
              Qt Developer Guide 
	    \enddiv
            \div {class="indexboxcont indexboxbar"}
              \div {class="section indexIcon"} \emptyspan
              \enddiv
              \div {class="section"}
                Qt is a cross-platform application and UI
                framework. Using Qt, you can write web-enabled
                applications once and deploy them across desktop,
                mobile and embedded operating systems without
                rewriting the source code.
              \enddiv
              \div {class="section sectionlist"}
                \list
                  \o \l{Getting Started Guides} {Getting started}
                  \o \l{Installation} {Installation}
                  \o \l{how-to-learn-qt.html} {How to learn Qt}
                  \o \l{tutorials.html} {Tutorials}
                  \o \l{Qt Examples} {Examples}
                  \o \l{qt4-7-intro.html} {What's new in Qt 4.7}
                \endlist
             \enddiv
            \enddiv
          \enddiv

	   When generating DITA XML, qdoc outputs the nested \e {div} commands as:

	   \code
            <sectiondiv outputclass="indexbox guide">
                <sectiondiv outputclass="heading">
                    <p>Qt Developer Guide</p>
                </sectiondiv>
                <sectiondiv outputclass="indexboxcont indexboxbar">
                    <sectiondiv outputclass="section indexIcon"/>
                    <sectiondiv outputclass="section">
			<p>Qt is a cross-platform application and UI
			   framework. Using Qt, you can write
			   web-enabled applications once and deploy
			   them across desktop, mobile and embedded
			   operating systems without rewriting the
			   source code.
                        </p>
                    </sectiondiv>
                    <sectiondiv outputclass="section sectionlist">
                        <ul>
                            <li>
                                <xref href="gettingstarted.xml#id-606ee7a8-219b-47b7-8f94-91bc8c76e54c">Getting started</xref>
			    </li>
                            <li>
                                <xref href="installation.xml#id-075c20e2-aa1e-4f88-a316-a46517e50443">Installation</xref>
			    </li>
                            <li>
                                <xref href="how-to-learn-qt.xml#id-49f509b5-52f9-4cd9-9921-74217b9a5182">How to learn Qt</xref>
			    </li>
                            <li>
                                <xref href="tutorials.xml#id-a737f955-a904-455f-b4aa-0dc69ed5a64f">Tutorials</xref>
                            </li>
                            <li>
                                <xref href="all-examples.xml#id-98d95159-d65b-4706-b08f-13d80080448d">Examples</xref>
                            </li>
                            <li>
                                <xref href="qt4-7-intro.xml#id-519ae0e3-4242-4c2a-b2be-e05d1e95f177">What's new in Qt 4.7</xref>
                            </li>
                        </ul>
                    </sectiondiv>
                </sectiondiv>
            </sectiondiv>
	   \endcode

	   Your DITA XML publishing program must recognize the values
	   of the \e {outputclass} attribute.
           
	   See also \l {span-command} {\\span}.

    \target span -command
    \section1 \\span \span {class="newStuff"} {(new)} 
    
    The \\span command is for applying special formatting
    attributes to a small block of text.

	   Two arguments must be provided, each argument in curly
	   braces, as shown in the qdoc comment below. The first
	   argument is not interpreted but is used as the formatting
	   attribute(s) of the tag that is ultimately output by
	   qdoc. The second argument is the text to be rendered with
	   the special formatting attributes.
	   
           For example, we might want to render the first word of each
           element in a numeric list in blue.

	   \code
	   / *!
	       Global variables with complex types:
	       \list 1
		  \o \span {class="variableName"} {mutableComplex1} in globals.cpp at line 14
    		  \o \span {class="variableName"} {mutableComplex2} in globals.cpp at line 15
    		  \o \span {class="variableName"} {constComplex1} in globals.cpp at line 16
    		  \o \span {class="variableName"} {constComplex2} in globals.cpp at line 17
    	       \endlist
	  * /
	  \endcode

	  Class \e {variableName} refers to a clause in your style.css. 

	  \code
	     .variableName
             {
                 font-family: courier;
	         color: blue
             }
	  \endcode

	  Using the \e {variableName} clause shown above, the example is rendered as:

	  Global variables with complex types:
	  \list 1
	    \o \span {class="variableName"} {mutableComplex1} in globals.cpp at line 14
    	    \o \span {class="variableName"} {mutableComplex2} in globals.cpp at line 15
    	    \o \span {class="variableName"} {constComplex1} in globals.cpp at line 16
    	    \o \span {class="variableName"} {constComplex2} in globals.cpp at line 17
	  \endlist

	  \note The \bold span command does not cause a new paragraph to
	  be started.

	  See also \l {div-command} {\\div}.
           
    \target tt-command
    \section1 \\tt 

    The \\tt command can be used to render variables,
    user-defined classes and C++ keywords like \c int, \c
    for, etc.

           The \\tt command behaves just like the \l {c-command} {\\c}
           command, except that \\tt parses QDoc commands (like \l
           {i-command} {\\i}, \l {bold-command} {\\bold} and \l
           {underline-command} {\\underline}) contained within its
           argument.

           The command renders its argument using a monospace
           font. For example:

           \code
           / *!
               After \c setupUi() populates the main container with
               child widgets it scans the main container's list of
               slots for names with the form
               \tt{on_\e{objectName}_\e{signalName}().}
           * /
           \endcode

           QDoc renders this as:

           \quotation
               After \c setupUi() populates the main container with
               child widgets it scans the main container's list of
               slots for names with the form
               \tt{on_\e{objectName}_\e{signalName}().}
           \endquotation

           The \\tt command follows the same conventions as the \l
           {i-command} {\\i} command for \l {argument} {punctuation, parentheses
           and use of braces} for the argument.

           See also \l {c-command} {\\c}.

    \target bold-command
    \section1 \\bold 

    The \\bold command renders its argument using
    a bold font.

           For example:

           \code
           / *!
               This is regular text; \bold {this text is
               rendered using the \\bold command}.
           * /
           \endcode

           QDoc renders this as:

           \quotation
           This is regular text; \bold {this text is rendered using
           the \\bold command}.
           \endquotation

           The command follows the same conventions as the \l {i-command} {\\i}
           command for \l {argument} {punctuation, parentheses and use
           of braces} for the argument.

    \target i-command
    \section1 \\i 
    The \\i command renders its argument in italic.

           \warning This is preliminary functionality. For
           more information, see the \l
           {26-qdoc-commands-compatibility.html#i-versus-e} {compatibility}
           section.

           \target argument
           Normally, a command argument ends at the next whitespace [1],
           but braces can be used to group words [2]. For example:

           \code
           / *!
               Here, we render \i {a few words} in italic.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               Here, we render \e {a few words} in italic.
           \endquotation

           If you want to use other QDoc commands within an argument
           that contains spaces, you always need to enclose the
           argument with braces. But QDoc is smart enough to count
           parentheses [3], so you don't need braces in cases like this:

           \code
           / *!
               An argument can sometimes contain whitespaces,
               for example: \i QPushButton(tr("A Brand New Button"))
           * /
           \endcode

           QDoc renders this as:

           \quotation
               An argument can sometimes contain whitespaces,
               for example: \e QPushButton(tr("A Brand New Button"))
           \endquotation

           Finally, trailing punctuation is not included in an
           argument [4], nor is 's [5]

           \raw HTML
               <table align="center" cellpadding="2"
                   cellspacing="1" border="0">
               <tr valign="top" bgcolor="#a2c511">
                   <th></th>
                   <th>QDoc Syntax</th>
                   <th>Generated Documentation</th>
               </tr>

               <tr valign="top" bgcolor="#d0d0d0">
                   <td>1</td>
                   <td>A variation of a command button is a \e menu
                       button.</td>
                   <td>A variation of a command button is a <i>menu</i>
                       button.</td>
               </tr>

               <tr valign="top" bgcolor="#c0c0c0">
                   <td>2</td>
                   <td>The QPushButton widget provides a
                       \e {command button}.</td>
                   <td>The QPushButton widget provides a
                       <i>command button</i>.</td>
               </tr>

               <tr valign="top" bgcolor="#d0d0d0">
                   <td>3</td>
                   <td>Another class of buttons are option buttons
                       \e (see QRadioButton).</td>
                   <td>Another class of buttons are option buttons
                       <i> (see QRadioButton)</i>.</td>
               </tr>

               <tr valign="top" bgcolor="#c0c0c0">
                   <td>4</td>
                   <td>A push button emits the signal \e clicked().</td>
                   <td>A push button emits the signal <i>clicked</i>().</td>
               </tr>

               <tr valign="top" bgcolor="#d0d0d0">
                   <td>5</td>
                   <td>The \e QPushButton's checked property is
                       false by default.</td>
                   <td>The <i>QPushButton</i>'s checked property is
                       false by default.</td>
               </tr>

               </table>
           \endraw

    \target sub-command
    \section1 \\sub 

    The \\sub command renders its argument lower
    than the baseline of the regular text, using a smaller font.

           For example:

           \code
           / *!
               Definition (Range): Consider the sequence
               {x\sub n}\sub {n > 1} . The set

               {x\sub 2, x\sub 3, x\sub 4, ...} = {x\sub n ; n = 2, 3, 4, ...}

               is called the range of the sequence.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               Definition (Range): Consider the sequence
               {x\sub n}\sub {n > 1} . The set

               {x\sub 2, x\sub 3, x\sub 4, ...} = {x\sub n ; n = 2, 3, 4, ...}

               is called the range of the sequence.
           \endquotation

           The \\sub command follows the same conventions as the \l
           {i-command} {\\i} command for \l {argument} {punctuation, parentheses
           and use of braces} for the argument.

    \target sup-command
    \section1 \\sup 

    The \\sup command renders its argument higher than
    the baseline of the regular text, using a smaller font.

           For example:

           \code
           / *!
               The series

               1 + a + a\sup 2 + a\sup 3 + a\sup 4 + ...

               is called the \i {geometric series}.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               The series

               1 + a + a\sup 2 + a\sup 3 + a\sup 4 + ...

               is called the \e {geometric series}.
           \endquotation

           The \\sup command follows the same conventions as the \l
           {i-command} {\\i} command for \l {argument} {punctuation, parentheses
           and use of braces} for the argument.

    \target underline-command
    \section1 \\underline

    The \\underline command renders its argument underlined.

           For example:

           \code
           / *!
               The \underline {F}ile menu gives the users the possibility
               to open, and edit, an existing file, save a new or modified
               file, and exit the application.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               The \underline {F}ile menu gives the users the possibility
               to open, and edit, an existing file, save a new or modified
               file, and exit the application.
           \endquotation

           The \\underline command follows the same conventions as the
           \l {i-command} {\\i} command for \l {argument} {punctuation,
           parentheses and use of braces} for the argument.  

    \target backslash-command
    \section1 \\\\ (double backslash) 

    The \\\\ command expands to a single backslash.

           QDoc commands always start with a backslash alone. To
           display an actual backslash in the text you need to type
           two of the kind. If you want to display two backslashes,
           you need to type four, and so forth. For example:

           \code
           / *!
               The \\\\ command is useful if you want a
               backslash to appear verbatim, for example,
               writing C:\\windows\\home\\.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               The \\\\ command is useful if you want a
               backslash to appear verbatim, for example,
               writing C:\\windows\\home\\.
           \endquotation

           However, if you want your text to appear in a typewriter
           font as well, you can use the \l {c-command} {\\c} command instead,
           which accepts and renders the backslash as any other
           character. For example:

           \code
           / *!
               The \\c command is useful if you want a
               backslash to appear verbatim, and the word
               that contains it written in a typewriter font,
               like this: \c {C:\windows\home\}.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               The \\c command is useful if you want a
               backslash to appear verbatim, and the word
               that contains it written in a typewriter font,
               like this: \c {C:\windows\home\}.
           \endquotation

*/

/*!
    \page 05-qdoc-commands-documentstructure.html
    \previouspage Text Markup
    \contentspage Table of Contents
    \nextpage Including Code Inline

    \title Document Structure

    The document structuring commands divide the documentation into
    sections. In total, there are six levels of sections in QDoc: \c
    \part, \c \chapter, \c \section1, \c \section2, \c \section3 and
    \c \section4. \c \section1 to \c \section4 correspond to the
    traditional section, subsection, subsubsection and
    subsubsubsection.

    \target part-command
    \section1 \\part 

    The \\part command is intended for use in
    larger documents, and divides the document into parts.

           In general a document structuring command considers
           everything that follows it until the first line break as
           its argument. The argument is rendered as the unit's
           title. If the title needs to be spanned over several lines,
           make sure that each line (except the last one) is ended
           with a backslash.

           In total, there are six levels of sections in QDoc: \c
           \part, \c \chapter, \c \section1, \c \section2, \c
           \section3 and \c \section4. \c \section1 to \c \section4
           correspond to the traditional section, subsection,
           subsubsection and subsubsubsection.

           There is a strict ordering of the section units:

           \code
           part
              |
              chapter
                    |
                    section1
                           |
                           section2
                                  |
                                  section3
                                         |
                                         section4
           \endcode

           For example, a \c section1 unit can only appear as the top
           level section or inside a \c chapter unit. Skipping a
           section unit, for example from \c part to \c section1, is
           not allowed.

           You can \e begin with either of the three: \c part, \c
           chapter or \c section1. For example:


           \code
           / *!
               \part Basic Qt

               This is the first part.


                   \chapter Getting Started

                   This is the first part's first chapter.


                       \section1 Hello Qt

                       This is the first chapter's first section.


                       \section1 Making Connections

                       This is the first chapter's second section.


                       \section1 Using the Reference Documentation

                       This is the first chapter's third section.


                   \chapter Creating Dialogs

                   This is the first part's second chapter.


                       \section1 Subclassing QDialog

                       This is the second chapter's first section.

                       ...


               \part Intermediate Qt

               This is the second part.


                   \chapter Layout Management

                   This is the second part's first chapter.


                       \section1 Basic Layouts

                       This is the first chapter's first section.

               ...
           * /
           \endcode

           QDoc renders this as:

           \quotation
           \raw HTML
               <a name="Basic Qt">
               <h1>Basic Qt</h1>
               </a>
               <p>This is the first part.</p>

                   <a name="Getting started">
                   <h2>Getting Started</h2>
                   </a>
                   This is the first part's first chapter.</p>

                       <a name="Hello Qt">
                       <h3>Hello Qt</h3>
                       </a>
                       <p>This is the first chapter's first section.</p>

                       <a name="Making Connections">
                       <h3>Making Connections</h3>
                       </a>
                       <p>This is the first chapter's second section.</p>

                       <a name="Using the Reference Documentation">
                       <h3>Using the Reference Documentation</h3>
                       </a>
                       <p>This is the first chapter's third section.</p>

                   <a name="Creating Dialogs">
                   <h2>Creating Dialogs</h2>
                   </a>
                   <p>This is the first part's second chapter.</p>

                       <a name="Subclassing QDialog">
                       <h3>Subclassing QDialog</h3>
                       </a>
                       <p>This is the second chapter's first section.</p>

                       ...

               <a name="Intermediate Qt">
               <h1>Intermediate Qt</h1>
               </a>
               <p>This is the second part.</p>

                   <a name="Layout Management">
                   <h2>Layout Management</h2>
                   </a>
                   <p>This is the second part's first chapter.</p>

                       <a name="Basic Layouts">
                       <h3>Basic Layouts</h3>
                       </a>
                       <p>This is the first chapter's first section.</p>

               ...

           \endraw
           \endquotation

           Each section level is a logical unit within the
           document. Its title will appear in the table of contents
           automatically generated by QDoc. The automatically 
	   generated table of contents appears in the upper
	   righthand corner of the page.


    \target chapter-command	
    \section1 \\chapter 
    
    The \\chapter command is intended for use in
    larger documents, and divides the document into chapters.

    See \l{part} {\\part} for an explanation of the various
    section units, command argument and rendering.

    \target sectionOne-command
    \section1 \\section1 

    The \\section1 command starts a new section.

    See \l{part} {\\part} for an explanation of the various
    section units, command argument and rendering.

    \target sectionTwo-command
    \section1 \\section2 

    The \\section2 command starts a new section.

    See \l{part} {\\part} for an explanation of the various
    section units, command argument and rendering.

    \target sectionThree-command
    \section1 \\section3 

    The \\section3 command starts a new section.

    See \l{part} {\\part} for an explanation of the various
    section units, command argument and rendering.

    \target sectionFour-command
    \section1 \\section4 

    The \\section4 command starts a new section.

    See \l{part} {\\part} for an explanation of the various
    section units, command argument and rendering.

*/

/*!
    \page 06-qdoc-commands-includecodeinline.html
    \previouspage Document Structure
    \contentspage Table of Contents
    \nextpage Including External Code

    \title Including Code Inline

    The following commands are used to render verbatim code within the
    documentation. The code is rendered on a new line, using a
    typewriter font and the standard indentation.

    \bold{Note:} Although all of these commands can be used to present
    C++ code, the
    \l{07-0-qdoc-commands-includingexternalcode.html#snippet-command}
    {\\snippet} and
    \l{07-0-qdoc-commands-includingexternalcode.html#codeline-command}
    {\\codeline} commands should be used in preference to the others
    when presenting valid code. This allows auxilliary tools for Qt
    language bindings to substitute the relevant code snippets in
    place of the C++ ones.

    \target code-command
    \section1 \\code 

    The \\code command and the corresponding
    \\endcode command delimit a piece of verbatim code.

           Whereas the \l {c-command} {\\c} command can be used for short code
           fragments within a sentence, the \\code command is for
           longer code snippets and renders the code verbatim in a
           separate paragraph using a typewriter font and the standard
           indentation.

           When processing any of the \\code, \l {badcode-command} {\\badcode},
           \l {newcode-command} {\\newcode} and \l {oldcode-command} {\\oldcode}
           commands, QDoc basically removes all indentation that is
           common for the verbatim code blocks within a \c{/}\c{*!} ...
           \c{*}\c{/} comment before it adds the standard
           indentation. For that reason the recommended style is to
           use 8 spaces for the verbatim code contained within these
           commands (note that this doesn't apply to externally
           quoted code using the \l {quotefromfile-command} {\\quotefromfile}
           or \l {quotefile-command} {\\quotefile} command).

           For example:

           \code
           / *!
               \code
                   #include <QApplication>
                   #include <QPushButton>

                   int main(int argc, char *argv[])
                   {
                       ...
                   }
               \ endcode
           * /
           \endcode

           QDoc renders this as:

           \code
               #include <QApplication>
               #include <QPushButton>

               int main(int argc, char *argv[])
               {
                   ...
               }
           \endcode

           Other QDoc commands are disabled within
           \\code... \\endcode, and the special character '\\' is
           accepted and rendered like the rest of the code.

           You need to type the code manually between the \\code and
           \\endcode commands. If you want to include code snippets
           from a particular file, use the \l
           {07-0-qdoc-commands-includingexternalcode.html#quotefromfile-command} {\\quotefromfile}
           command instead.

           See also \l {c-command} {\\c}, \l
           {07-0-qdoc-commands-includingexternalcode.html#quotefromfile-command} {\\quotefromfile},
           \l {badcode-command} {\\badcode}, \l {newcode-command} {\\newcode} and \l
           {oldcode-command} {\\oldcode}.


    \target badcode-command
    \section1 \\badcode 

    The \\badcode command and the corresponding
    \\endcode command delimit a piece of code that doesn't
    compile or is wrong for some other reason.

           The \\badcode command is similar the \l {code-command} {\\code}
           command, but renders the code using a grey font instead of
           black (the default).

           Like the \l {code-command} {\\code} command, it renders its code on
           a new line in the documentation using a typewriter font and
           the standard indentation. For example:

           \code
           / *!
               The statement below is rendered using the
               regular \\code command:

               \code
                   statusbar()->message(tr("Host %1 found").arg(hostName));
               \ endcode

               While the following  statement is rendered using
               the \\badcode command:

               \badcode
                   statusbar()->message(tr("Host" + hostName + " found"));
               \ endcode
           * /
           \endcode

           QDoc renders this as:

           \quotation
               The statement below is rendered using the
               regular \\code command:

               \code
                   statusbar()->message(tr("Host %1 found").arg(hostName));
               \endcode

               While the following  statement is rendered using
               the \\badcode command:

               \badcode
                   statusbar()->message(tr("Host" + hostName + " found"));
               \endcode
           \endquotation

           Other QDoc commands are disabled within
           \\badcode... \\endcode, and the special character '\\' is
           accepted and rendered like the rest of the code.

           See also \l {code-command} {\\code}, \l {newcode-command} {\\newcode} and \l
           {oldcode-command} {\\oldcode}.


    \target newcode-command
    \section1 \\newcode 

    The \\newcode command, and the associated \\oldcode
    and \\endcode commands, indicate how to port a piece of
    code to a new version of an API.

           The \\newcode command, and its companion the \\oldcode
           command, is a convenience combination of the \l
           {code-command} {\\code} and \l {badcode-command} {\\badcode} commands: The
           combination provides a text relating the two code snippets
           to each other. The command requires a preceding \\oldcode
           statement.

           Like the \l {code-command} {\\code} and \l {badcode-command} {\\badcode}
           commands, the \\newcode command renders its code on a new
           line in the documentation using a typewriter font and the
           standard indentation. For example:

           \code
           / *!
               \oldcode
                   if (printer->setup(parent))
                       ...
               \newcode
                   QPrintDialog dialog(printer, parent);
                       if (dialog.exec())
                           ...
               \ endcode
           * /
           \endcode

           is rendered like this:

           \quotation
               \oldcode
                   if (printer->setup(parent))
                       ...
               \newcode
                   QPrintDialog dialog(printer, parent);
                       if (dialog.exec())
                           ...
               \endcode
           \endquotation

           Other QDoc commands are disabled within
           \\oldcode ... \\endcode, and the '\\' character doesn't need
           to be escaped.


    \target oldcode-command
    \section1 \\oldcode 

    The \\oldcode command requires a corresponding
    \\newcode statement; otherwise QDoc fails to parse the command
    and emits a warning.

    See also \l {newcode-command} {\\newcode} and \l {badcode-command} {\\badcode}.
*/

/*!
    \page 07-0-qdoc-commands-includingexternalcode.html
    \previouspage Including Code Inline
    \contentspage Table of Contents
    \nextpage Creating Links

    \title Including External Code

    The following commands enable quoting from files in the
    documentation: You can make QDoc include the complete contents of
    a file, or you can quote specific parts of the file and skip
    others. The typical use of the latter is to quote a file chunk by
    chunk.

    \bold{Note:} Although all of these commands can be used to present
    C++ code, the \l{#snippet} {\\snippet} and \l{#codeline} {\\codeline}
    commands should be used in preference to
    the others when presenting valid code. This allows auxilliary tools
    for Qt language bindings to substitute the relevant code snippets in
    place of the C++ ones.

    \target quotefile-command
    \section1 \\quotefile 

    The \\quotefile command expands to the complete
    contents of the file given as argument.

           The command considers the rest of the line as part of its
           argument, make sure to follow the file name with a line
           break.

           The file's contents is rendered in a separate paragraph,
           using a typewriter font and the standard indentation. The
           code is shown verbatim.

           For example:

           \code
           / *!
               This is a simple "Hello world" example:

               \quotefile examples/main.cpp

               It contains only the bare minimum you need
               to get a Qt application up and running.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               This is a simple "Hello world" example:

               \quotefile examples/main.cpp

               It contains only the bare minimum you need to get a Qt
               application up and running.
           \endquotation

           \warning If you use the \l {Compatibility Issues}
           {compat.qdocconf} file this command is called \\include.

           See also \l {quotefromfile-command} {\\quotefromfile} and
           \l {code-command} {\\code}.


    \target quotefromfile-command
    \section1 \\quotefromfile 

    The \\quotefromfile command opens the file
    given as argument for quoting.

           The command considers the rest of the line as part of its
           argument, make sure to follow the file name with a line
           break.

           The command is intended for use when quoting parts from
           file with the walkthrough commands: \l
           {printline-command} {\\printline}, \l {printto-command} {\\printto}, \l
           {printuntil-command} {\\printuntil}, \l {skipline-command} {\\skipline}, \l
           {skipto-command} {\\skipto}, \l {skipuntil-command} {\\skipuntil}. This
           enables you to quote specific portions of a file. For
           example:

           \code
           / *!
               The whole application is contained within
               the \c main() function:

               \quotefromfile examples/main.cpp

               \skipto main
               \printuntil app(argc, argv)

               First we create a QApplication object using
               the \c argc and \c argv parameters.

               \skipto QPushButton
               \printuntil resize

               Then we create a QPushButton, and give it a reasonable
               size using the QWidget::resize() function.

               ...
           * /
           \endcode

           QDoc renders this as:

           \quotation
               The whole application is contained within
               the \c main() function:

               \quotefromfile examples/main.cpp

               \skipto main
               \printuntil app(argc, argv)

               First we create a QApplication object using the \c argc
               and \c argv parameters.

               \skipto QPushButton
               \printuntil resize

               Then we create a QPushButton, and give it a reasonable
               size using the QWidget::resize() function.

               ...
           \endquotation

           (\l {Example File} {The complete example file...})

           QDoc remembers which file it's quoting, and the current
           position within that file (see \l {file} {\\printline} for
           more information). There is no need to "close" the file.

           Earlier we called this command \\quotefile. For more
           information, see the \l
           {26-qdoc-commands-compatibility.html#quotefromfile-versus-quotefile}
           {compatibility} section.

           See also \l {quotefile-command} {\\quotefile}, \l
           {code-command} {\\code} and \l {dots} {\\dots}.


    \target printline-command
    \section1 \\printline 

    The \\printline command expands to the line
    from the current position to the next non-blank line of
    the current souce file.

           To ensure that the documentation always is synchronized
           with the source file, a substring of the line must be
           specified as an argument to the command. Note that the
           command considers the rest of the line as part of its
           argument, make sure to follow the substring with a line
           break.

           The line from the source file is rendered as a separate
           paragraph, using a typewriter font and the standard
           indentation. The code is shown verbatim.

           For example:

           \code
           / *!
               There has to be exactly one QApplication object
               in every GUI application that uses Qt.

               \quotefromfile examples/main.cpp

               \printline QApplication

               This line includes the QApplication class
               definition. QApplication manages various
               application-wide resources, such as the
               default font and cursor.

               \printline QPushButton

               This line includes the QPushButton class
               definition. The QPushButton widget provides a command
               button.

               \printline main

               The main function...
           * /
           \endcode

           QDoc renders this as:

           \quotation
               There has to be exactly one QApplication object
               in every GUI application that uses Qt.

               \quotefromfile examples/main.cpp

               \skipto QApplication
               \printline QApplication

               This line includes the QApplication class
               definition. QApplication manages various
               application-wide resources, such as the
               default font and cursor.

               \printline QPushButton

               This line includes the QPushButton class
               definition. The QPushButton widget provides a command
               button.

               \printline main

               The main function...
           \endquotation

           (\l {Example File} {The complete example file...})

           \target file

           QDoc reads the file sequentially. To move the current
           position forward you can use either of the \l
           {skipline-command} {\\skip...} commands. To move the current
           position backward, you can use the \l
           {quotefromfile-command} {\\quotefromfile} command again.

           \target substring

           If the substring argument is surrounded by slashes it is
           interpreted as a \l {regular expression}.

           For example:

           \code
           / *!
               \quotefromfile widgets/scribble/mainwindow.cpp

               \skipto closeEvent
               \printuntil /^\}/

               Close events are sent to widgets that the users want to
               close, usually by clicking \c File|Exit or by clicking
               the \c X title bar button. By reimplementing the event
               handler, we can intercept attempts to close the
               application.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \quotefromfile widgets/scribble/mainwindow.cpp

               \skipto closeEvent
               \printuntil /^\}/

               Close events are sent to widgets that the users want to
               close, usually by clicking \c File|Exit or by clicking
               the \c X title bar button. By reimplementing the event
               handler, we can intercept attempts to close the
               application.
           \endquotation

           (\l {widgets/scribble} {The complete example file...})

           The regular expression \c /^\}/ makes QDoc print until the
           first '}' character occurring at the beginning of the line
           without indentation. /.../ encloses the regular expression,
           and '^' means the beginning of the line. The '}' character
           must be escaped since it is a special character in regular
           expressions.

           QDoc will emit a warning if the specified substring or
           regular expression cannot be located, i.e. if the source
           code has changed.

           See also \l {printto-command} {\\printto} and \l
           {printuntil-command} {\\printuntil}.


    \target printto-command
    \section1 \\printto 

    The \\printto command expands to all the lines
    from the current position up to and \e excluding the
    next line containing a given substring.

           The command considers the rest of the line as part of its
           argument, make sure to follow the substring with a line
           break. The command also follows the same conventions for \l
           {file} {positioning} and \l {substring} {argument} as the \l
           {printline-command} {\\printline} command.

           The lines from the source file are rendered in a separate
           paragraph, using a typewriter font and the standard
           indentation. The code is shown verbatim.

           For example:

           \code
           / *!
               The whole application is contained within the
               \c main() function:

               \quotefromfile examples/main.cpp
               \printto hello

               First we create a QApplication object using the \c argc and
               \c argv parameters...
           * /
           \endcode

           QDoc renders this as:

           \quotation
               The whole application is contained within the
               \c main() function:

               \quotefromfile examples/main.cpp
               \skipto main
               \printto hello

               First we create a QApplication object using the \c argc
               and \c argv parameters...
           \endquotation

           (\l {Example File} {The complete example file...})

           See also \l {printline-command} {\\printline} and \l
           {printuntil-command} {\\printuntil}.


    \target printuntil-command
    \section1 \\printuntil 

    The \\printuntil command expands to all the lines
    from the current position up to and \e including the next line
    containing a given substring.

           The command considers the rest of the line as part of its
           argument, make sure to follow the substring with a line
           break. The command also follows the same conventions for \l
           {file} {positioning} and \l {substring} {argument} as the \l
           {printline-command} {\\printline} command.

           The lines from the source file are rendered in a separate
           paragraph, using a typewriter font and the standard
           indentation. The code is shown verbatim.

           For example:

           \code
           / *!
               The whole application is contained within the
               \c main() function:

               \quotefromfile examples/main.cpp
               \skipto main
               \printuntil hello

               First we create a QApplication object using the
               \c argc and \c argv parameters, then we create
               a QPushButton.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               The whole application is contained within the
               \c main() function:

               \quotefromfile examples/main.cpp
               \skipto main
               \printuntil hello

               First we create a \l
               {http://qt.nokia.com/doc/4.0/qapplication} {QApplication}
               object using the \c argc and \c argv parameters, then we
               create a \l
               {http://qt.nokia.com/doc/4.0/qpushbutton} {QPushButton}.
           \endquotation

           (\l {Example File} {The complete example file...})

           See also \l {printline-command} {\\printline} and \l
           {printto-command} {\\printto}.


    \target skipline-command
    \section1 \\skipline 

    The \\skipline command ignores the next non-blank
    line in the current source file.

           Doc reads the file sequentially, and the \\skipline command
           is used to move the current position (omitting a line of
           the source file). See the remark about \l {file} {file
           positioning} above.

           The command considers the rest of the line as part of its
           argument, make sure to follow the substring with a line
           break. The command also follows the same conventions for \l
           {substring} {argument} as the \l {printline-command} {\\printline}
           command, and it is used in conjunction with the \l
           {quotefromfile-command} {\\quotefromfile} command. For example:

           \code
           / *!
               QPushButton is a GUI push button that the user
               can press and release.

               \quotefromfile examples/main.cpp
               \skipline QApplication
               \printline QPushButton

               This line includes the QPushButton class
               definition. For each class that is part of the
               public Qt API, there exists a header file of
               the same name that contains its definition.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \l
               QPushButton is a GUI push button that the user
               can press and release.

               \quotefromfile examples/main.cpp
               \skipto QApplication
               \skipline QApplication
               \printline QPushButton

               This line includes the QPushButton class
               definition. For each class that is part of the public
               Qt API, there exists a header file of the same name
               that contains its definition.
           \endquotation

           (\l {Example File} {The complete example file...})

           See also \l {skipto-command} {\\skipto}, \l
           {skipuntil-command} {\\skipuntil} and \l {dots} {\\dots}.


    \target skipto-command
    \section1 \\skipto 

    The \\skipto command ignores all the lines from the
    current position up to and \e excluding the next line
    containing a given substring.

           QDoc reads the file sequentially, and the \\skipto command
           is used to move the current position (omitting one or
           several lines of the source file). See the remark about \l
           {file} {file positioning} above.

           The command considers the rest of the line as part of its
           argument, make sure to follow the substring with a line
           break.

           The command also follows the same conventions for \l
           {substring} {argument} as the \l {printline-command} {\\printline}
           command, and it is used in conjunction with the \l
           {quotefromfile-command} {\\quotefromfile} command. For example:

           \code
           / *!
               The whole application is contained within
               the \c main() function:

               \quotefromfile examples/main.cpp
               \skipto main
               \printuntil }

               First we create a QApplication object.  There
               has to be exactly one such object in
               every GUI application that uses Qt. Then
               we create a QPushButton, resize it to a reasonable
               size...
           * /
           \endcode

           QDoc renders this as:

           \quotation
               The whole application is contained within
               the \c main() function:

               \quotefromfile examples/main.cpp
               \skipto main
               \printuntil }

               First we create a QApplication object.  There has to be
               exactly one such object in every GUI application that
               uses Qt. Then we create a QPushButton, resize it to a
               reasonable size ...
           \endquotation

           (\l {Example File} {The complete example file...})

           See also \l {skipline-command} {\\skipline}, \l
           {skipuntil-command} {\\skipuntil} and \l {dots} {\\dots}.


    \target skipuntil-command
    \section1 \\skipuntil 

    The \\skipuntil command ignores all the lines from
    the current position up to and \e including the next line
    containing a given substring.

           QDoc reads the file sequentially, and the \\skipuntil
           command is used to move the current position (omitting one
           or several lines of the source file). See the remark about
           \l {file} {file positioning} above.

           The command considers the rest of the line as part of its
           argument, make sure to follow the substring with a line
           break.

           The command also follows the same conventions for \l
           {substring} {argument} as the \l {printline-command} {\\printline}
           command, and it is used in conjunction with the \l
           {quotefromfile-command} {\\quotefromfile} command. For example:

           \code
           / *!
               The first thing we did in the \c main() function
               was to create a QApplication object \c app.

               \quotefromfile examples/main.cpp
               \skipuntil show
               \dots
               \printuntil }

               In the end we must remember to make \c main() pass the
               control to Qt. QCoreApplication::exec() will return when
               the application exits...
           * /
           \endcode

           QDoc renders this as:

           \quotation
               The first thing we did in the \c main() function was to
               create a QApplication object \c app.

               \quotefromfile examples/main.cpp
               \skipuntil show
               \dots
               \printuntil }

               In the end we must remember to make \c main() pass the
               control to Qt. QCoreApplication::exec()
               will return when the application exits...
           \endquotation

           (\l {Example File} {The complete example file...})

           See also \l {skipline-command} {\\skipline}, \l {skipto-command} {\\skipto}
           and \l {dots} {\\dots}.


    \target dots-command
    \section1 \\dots 

    The \\dots command indicates that parts of the
    source file have been omitted when quoting a file.

           The command is used in conjunction with the \l
           {quotefromfile-command} {\\quotefromfile} command, and should be
           stated on its own line. The dots are rendered on a new
           line, using a typewriter font. For example:

           \code
           / *!
               \quotefromfile examples/main.cpp
               \skipto main
               \printuntil {
               \dots
               \skipuntil exec
               \printline }
           * /
           \endcode

           QDoc renders this as:

           \quotefromfile examples/main.cpp
           \skipto main
           \printuntil {
           \dots
           \skipuntil exec
           \printline }

           (\l {Example File} {The complete example file...})

           The default indentation is 4 spaces, but this can be
           adjusted using the command's optional argument. For
           example:

            \code
           / *!
               \dots 0
               \dots
               \dots 8
               \dots 12
               \dots 16
           * /
           \endcode

           QDoc renders this as:

           \dots 0
           \dots
           \dots 8
           \dots 12
           \dots 16

           See also \l {skipline-command} {\\skipline}, \l
           {skipto-command} {\\skipto} and \l {skipuntil-command}
           {\\skipuntil}.


    \target snippet-command
    \section1 \\snippet 
    
    The \\snippet command causes a code snippet to be included
    verbatim as preformatted text, which may be syntax highlighted.

           Each code snippet are referenced by the file that holds it and by
           a unique identifier for that file. Snippet files are typically
           stored in a \c{snippets} directory inside the documentation
           directory (e.g., \c{$QTDIR/doc/src/snippets}).

           For example, the following documentation references a snippet in
           a file residing in a subdirectory of the documentation directory:
           
           \code
           \snippet snippets/textdocument-resources/main.cpp Adding a resource
           \endcode
           
           The text following the file name is the unique identifier for the
           snippet. This is used to delimit the quoted code in the relevant
           snippet file as shown in the following example that corresponds to
           the above \c{\\snippet} command:
           
           \dots
           \code
               QImage image(64, 64, QImage::Format_RGB32);
               image.fill(qRgb(255, 160, 128));

           //! [Adding a resource]
               document->addResource(QTextDocument::ImageResource,
                   QUrl("mydata://image.png"), QVariant(image));
           //! [Adding a resource]
           \endcode
           \dots

    \target codeline-command
    \section1 \\codeline 

    The \\codeline command inserts a blank line of preformatted
    text. It is used to insert gaps between snippets without closing
    the current preformatted text area and opening a new one.

*/

/*!
    \page  07-1-example.html
    \previouspage Including External Code
    \contentspage Table of Contents

    \title Example File

    \quotefile examples/main.cpp
*/

/*!
    \page 08-qdoc-commands-creatinglinks.html
    \previouspage Including External Code
    \contentspage Table of Contents
    \nextpage Including Images

    \title Creating Links

    The linking commands make it possible to create hyperlinks to
    classes, functions, header files and examples. They also make it
    possible to link to targets within a document, as well as to other
    documents and URLs.

    \target l-command
    \section1 \\l 

    The \\l command is used to create hyperlinks.

           The command's general syntax is

           \code
           \l {link target} {link text}
           \endcode

           For example:

           \code
           / *!
               Read the \l {http://qt.nokia.com/doc/4.0/}
               {Qt's Reference Documentation} carefully.
           * /
           \endcode

           QDoc renders this as:

           \quotation
              Read the \l {http://qt.nokia.com/doc/4.0/}
              {Qt's Reference Documentation} carefully.
           \endquotation

           If the link target is equivalent to the link text, the
           second argument can be omitted.

           For example, if you have documentation like:

           \code
           / *!
               \target assertions

               Assertions make some statement about the text at the
               point where they occur in the regexp but they do not
               match any characters.

               ...

               Regexps are built up from expressions, quantifiers, and
               \l {assertions} {assertions}.
           * /
           \endcode

           you can rewrite it as

           \code
           / *!
               \target assertions

               Assertions make some statement about the text at the
               point where they occur in the regexp but they do not
               match any characters.

               ...

               Regexps are built up from expressions, quantifiers, and
               \l assertions.
           * /
           \endcode

           For the one-parameter version the braces can often
           be omitted. See the \l {i-command} {\\i} command for the \l
           {argument} {argument conventions}.

           The \\l command supports several kinds of links:

           \list

           \o \c {\l QWidget} - The name of a class documented with
           the \l {class-command} {\\class} command.

           \o \c {\l QWidget::sizeHint()} - The name of a documented
           member function (documented with or without the \l
           {fn-command} {\\fn} command).

           \o \c {\l <QtGlobal>} - The subject of a \l
           {headerfile-command} {\\headerfile} command.

           \o \c {\l widgets/wiggly} - The relative path used in an \l
           {example-command} {\\example} command.

           \o \c {\l {QWidget Class Reference}} - The title used in a
           \l {title-command} {\\title} command.

           \o \c {\l {Introduction to QDoc}}- The text from one of the
           \l{part-command} {\\part}, \l{chapter} {\\chapter}
           or \l {sectionOne-command} {\\section} commands.

           \o \c {\l fontmatching} - The argument of a \l
           {target-command} {\\target} command.

           \o \c {\l {Shared Classes}} - A keyword used in a \l
           {keyword-command} {\\keyword} command.

           \o \c {\l network.html} - The file name used in a \l
           {page-command} {\\page} command.

           \o \c {\l http://www.trolltech.com/} - A URL.

           \endlist

           QDoc also tries to make a link out of any words that don't
           resemble any normal English words, for example Qt class
           names or functions, like QWidget or QWidget::sizeHint(). In
           these cases, the \\l command can actually be omitted, but
           by using the command, you ensure that QDoc will emit a
           warning if it cannot find the link target. In addition, if
           you only want the function name to appear in the link, you
           can use the following syntax:

           \list
               \o \c {\l {QWidget::} {sizeHint()}}
           \endlist

           See also \l {sa-command} {\\sa}, \l {target-command} {\\target} 
	   and \l {keyword-command} {\\keyword}.


    \target sa-command
    \section1 \\sa 

    The \\sa command defines a list of links that will
    be rendered in a separate "See also" section at the bottom
    of the documentation.

           The command takes a comma-separated list of links as its
           argument. If the line ends with a comma, you can continue
           on a second line.  The general syntax is:

           \code
           \sa {the first link}, {the second link},
               {the third link}, ...
           \endcode

           QDoc will automatically try to generate "See also" links
           interconnecting a property's various functions. For
           example, an setVisible() function will automatically get a
           link to visible() and vice versa.

           In general, QDoc will generate "See also" links that
           interconnect the functions that access the same
           property. It recognizes four different syntax versions:

           \list
           \o \c property()
           \o \c setProperty()
           \o \c isProperty()
           \o \c hasProperty()
           \endlist

           The \\sa command supports the same kind
           of links as the \l {l-command} {\\l} command. For example:

           \code
           / *!
               Appends the actions \a actions to this widget's
               list of actions.

               \sa removeAction(), QMenu, addAction()
           * /
           void QWidget::addActions(QList<QAction *> actions)
           {
           ...
           }
           \endcode

           QDoc renders this as:

           \quotation
               \bold {void QWidget::addActions ( QList<QAction*>
               \e actions )}

               Appends the actions \e actions to this widget's
               list of actions.

               See also \l {QWidget::removeAction()} {removeAction()},
               \l QMenu, and \l {QWidget::addAction()} {addAction()}.
           \endquotation

           See also \l {l-command} {\\l}, \l {target-command} {\\target} and \l
           {keyword-command} {\\keyword}.


    \target target-command
    \section1 \\target 

    The \\target command defines an explicit point in the
    documentation that you can later link to using the \l {l-command} {\\l}
    and \l {sa-command} {\\sa} commands.

           The command considers the rest of the line as part of its
           argument, make sure to follow the target name with a line
           break.

           For example:

           \code
           / *!
               \target capturing parentheses
               \section1 Capturing Text

               Parentheses allow us to group elements together so that
               we can quantify and capture them.

               ...
           * /
           \endcode

           can be referenced with

           \list
           \o \c {\l {capturing parentheses}}
              (from elsewhere in the same comment)
           \o \c {\l qregexp.html#capturing-parentheses}
              (from anywhere else)
           \endlist

           within a documentation unit, and with

           \list
           \o \c {\l http://www.trolltech.com/4.0/doc/html/qregexp.html#capturing-parentheses}
           \endlist

           on a more global scale.

           If the target name does't contain any spaces, the brackets can
           be omitted as well.

           See also \l {l-command} {\\l}, \l {sa-command} {\\sa} and \l
           {keyword-command} {\\keyword}.


    \target keyword-command
    \section1 \\keyword 

    The \\keyword command defines an explicit point in the
    documentation that you can later link to using the \l {l-command} {\\l}
    and \l {sa-command} {\\sa} commands.

           Keywords must be unique within the entire set of
           documentation processed in on QDoc run.  The command
           considers the rest of the line as part of its argument,
           make sure to follow the keyword with a line break.

           The \\keyword command is similar to \l {target-command} {\\target},
           but stronger.  A keyword can be referenced from anywhere
           using a simple syntax. For example:

           \code
           / *!
               \class QRegExp
               \reentrant
               \brief The QRegExp class provides pattern
                      matching using regular expressions.
               \ingroup tools
               \ingroup misc
               \ingroup shared
               \mainclass

               \keyword regular expression

               Regular expressions, or "regexps", provide a way to
               find patterns within text.

               ...
           * /
           \endcode

           The location of the keyword can be linked to like this:

           \code
           / *!
               When a string is surrounded by slashes, it's
               interpreted as a \l regular expression.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               When a string is surrounded by slashes, it's
               interpreted as a \l {regular expression}.
           \endquotation

           If the keyword does't contain any spaces, the brackets can
           be omitted as well.

           See also \l {l-command} {\\l}, \l {sa-command} {\\sa} and \l
           {target-command} {\\target}.

*/

/*!
    \page 09-qdoc-commands-includingimages.html
    \previouspage Creating Links
    \contentspage Table of Contents
    \nextpage Tables and Lists

    \title Including Images

    The graphic commands makes it possible to include images in the
    documentation. The images can be rendered as separate paragraphs,
    or within running text.

    \target image-command
    \section1 \\image 

    The \\image command expands to the image specified by its
    argument, and renders it centered as a separate paragraph.

           The \\image command replaces the old \\img command. For more
           information, see the \l
           {26-qdoc-commands-compatibility.html#image-versus-img}
           {compatibility} section.

           The command takes two arguments. The first is the name of
           the image file. The second argument is optional and is a
           simple description of the image equivalent to the HTML
           alt="" in an image tag. The description is used for
           tooltips, and when a browser doesn't support images like
           the Lynx text browser.

           The command considers the rest of the line after the file
           name its second argument, make sure that you follow the
           filename or description with a line break. Braces are only
           necessary if the description spans several lines.

           For example:

           \code
           / *!
               Qt by Trolltech is a C++ toolkit for cross-platform GUI
               application development.

               \image happyguy.jpg "Happy guy"

               Qt provides single-source portability across Microsoft
               Windows, Mac OS X, Linux, and all major commercial Unix
               variants. It is also available for embedded devices.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               Qt by Trolltech is a C++ toolkit for cross-platform GUI
               application development.

               \image happyguy.jpg image "Happy guy"

               Qt provides single-source portability across Microsoft
               Windows, Mac OS X, Linux, and all major commercial Unix
               variants. It is also available for embedded devices.
           \endquotation

           See also \l {inlineimage-command} {\\inlineimage} and \l
           {caption-command} {\\caption}.


    \target inlineimage-command
    \section1 \\inlineimage 

    The \\inlineimage command expands to the image
    specified by its argument; the image is rendered inline
    with the rest of the text.

           The command takes two arguments. The first is the name of
           the image file. The second argument is optional and is a
           simple description of the image equivalent to the HTML
           alt="" in an image tag. The description is used for
           tooltips, and when a browser doesn't support images like
           the Lynx text browser.

           The most common use of the \\inlineimage command is in
           lists and tables. For example:

           \code
           / *!
               \list 1
               \o \inlineimage happy.gif Oh so happy!
               \o \inlineimage happy.gif Oh so happy!
               \o \inlineimage happy.gif Oh so happy!
               \endlist
           * /
           \endcode

           QDoc renders this as:

           \list 1
           \o \inlineimage happy.gif Oh so happy!
           \o \inlineimage happy.gif Oh so happy!
           \o \inlineimage happy.gif Oh so happy!
           \endlist

           And

           \code
           / *!
               \table
               \header
                   \o Trolltech
                   \o Trolltech
               \row
                   \o \inlineimage happy.gif Oh so happy!
                   \o \inlineimage happy.gif Oh so happy!
               \row
                   \o \inlineimage happy.gif Oh so happy!
                   \o \inlineimage happy.gif Oh so happy!
               \endtable
           * /
           \endcode

           QDoc renders this as:

           \raw HTML
               <table align="center" cellpadding="2"
                   cellspacing="1" border="0">
               <tr valign="top" bgcolor="#a2c511">
                   <th>Trolltech</th>
                   <th>Trolltech</th>
               </tr>

               <tr valign="top" bgcolor="#f0f0f0">
                   <td><img src="images/happy.gif" alt="Oh so happy!" />
                   </td>
                   <td><img src="images/happy.gif" alt="Oh so happy!" />
                   </td>
               </tr>

               <tr valign="top" bgcolor="#f0f0f0">
                   <td><img src="images/happy.gif" alt="Oh so happy!"/>
                   </td>
                   <td><img src="images/happy.gif" alt="Oh so happy!" />
                   </td>
               </tr>

               </table>
           \endraw

           The command can also be used to insert an image
           inline with the regular text. For example:

           \code
           / *!
               \inlineimage training.jpg Training by Trolltech
               The Qt Programming course is offered as a
               five day Open Enrollment Course. The classes
               are open to the public.While the course is open
               to anyone who wants to learn, attendees should
               have significant experience in C++ development
               to derive maximum benefit from the course.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \inlineimage training.jpg Training by Trolltech
               The Qt Programming course is offered as a
               five day Open Enrollment Course. The classes
               are open to the public.While the course is open
               to anyone who wants to learn, attendees should
               have significant experience in C++ development
               to derive maximum benefit from the course.
           \endquotation

           See also \l {image-command} {\\image} and \l {caption-command} {\\caption}.


    \target caption-command
    \section1 \\caption 

    The \\caption command provides a caption for an image.

           The command follows the same conventions for parentheses and use
           of braces for its \l argument as the \l {i-command} {\\i} command.

           \warning This is preliminary functionality. The
           command is not fully implemented.

           See also \l {image-command} {\\image} and \l
           {inlineimage-command} {\\inlineimage}


*/

/*!
    \page 10-qdoc-commands-tablesandlists.html
    \previouspage Including Images
    \contentspage Table of Contents
    \nextpage Special Content

    \title Tables and Lists

    The container commands create tables and lists with associated
    items and contents. A list is rendered left aligned as a separate
    paragraph. A table is rendered centered as a separate paragraph,
    and its width depends on its content.

    \target table-command
    \section1 \\table 

    The \\table command and the corresponding \\endtable
    command delimit the contents of a table.

           The command accepts a single argument specifying the
           table's width in percentage:

           \code
           / *!
               \table 100 %

                  ...

               \endtable
           * /
           \endcode

           The code above ensures that the table will fill all
           available space. If the table's width is smaller than 100 %,
           the table will be centered in the generated documentation.

           A table can contain headers, rows and columns. A row starts
           with a \l {row-command} {\\row} command and consists of cells, which
           starts with a \l {o-command} {\\o} command. There is also a \l
           {header-command} {\\header} command which is a special kind of row
           with a special formatting. For example:

           \code
           / *!
               \table
               \header
                   \o Qt Core Feature
                   \o Brief Description
               \row
                   \o \l {Signal and Slots}
                   \o Signals and slots are used for communication
                      between objects.
               \row
                   \o \l {Layout Management}
                   \o The Qt layout system provides a simple
                      and powerful way of specifying the layout
                      of child widgets.
               \row
                   \o \l {Drag and Drop}
                   \o Drag and drop provides a simple visual
                      mechanism which users can use to transfer
                      information between and within applications.
               \endtable
           * /
           \endcode

           QDoc renders this as:

           \raw HTML
               <table align="center" cellpadding="2"
                   cellspacing="1" border="0">
               <tr valign="top" bgcolor="#a2c511">
                   <th>Qt Core Feature</th>
                   <th>Brief Description</th>
               </tr>

               <tr valign="top" bgcolor="#d0d0d0">
                   <td>
                   <a href="http://qt.nokia.com/doc/4.0/signalsandslots.html">
                       Signals and Slots</a>
                   </td>
                   <td>Signals and slots are used for communication
                       between objects.</td>
               </tr>

               <tr valign="top" bgcolor="#c0c0c0">
                   <td>
                   <a href=http://qt.nokia.com/doc/4.0/layout.html">
                       Layout Management</a></td>
                   <td>The Qt layout system provides a simple
                       and powerful way of specifying the layout
                       of child widgets.</td>
               </tr>

               <tr valign="top" bgcolor="#d0d0d0">
                   <td>
                   <a href=http://qt.nokia.com/doc/4.0/dnd.html">
                       Drag and Drop</a></td>
                   <td>Drag and drop provides a simple visual
                       mechanism which users can use to transfer
                       information between and within applications.</td>
               </tr>

               </table>
           \endraw

           You can also make cells span several rows and columns. For
           example:

           \code
           / *!
               \table
               \header
                   \o {3,1} This header cell spans three columns
                      but only one row.
               \row
                   \o {2, 1} This table cell spans two columns
                      but only one row
                   \o {1, 2} This table cell spans only one column,
                   but two rows.
               \row
                   \o A regular table cell
                   \o A regular table cell
               \endtable
           * /
           \endcode

           QDoc renders this as:

           \raw HTML
               <table align="center" cellpadding="2" cellspacing="1"
                border="0">

               <tr valign="top" bgcolor="#a2c511">
                   <th colspan="3" rowspan=" 1">
                   This header cell spans three columns but only one row
                   </th>
               </tr>

               <tr valign="top" bgcolor="#d0d0d0">
                   <td colspan="2" rowspan=" 1">
                   This table cell spans two columns but only one row
                   </td>
                   <td rowspan=" 2">
                   This table cell spans only one column, but two rows.
                   </td>
               </tr>

               <tr valign="top" bgcolor="#c0c0c0">
                   <td>A regular table cell</td>
                   <td>A regular table cell</td>
               </tr>

               </table>
           \endraw

           See also \l {header-command} {\\header}, \l {row-command} {\\row} and \l {o-command} {\\o}.


    \target header-command
    \section1 \\header 

    The \\header command indicates that the following
    table cells are the current table's column headers.

           The command can only be used within the \l{table-command}
           {\\table...\\endtable} commands. A header can contain
           several cells. A cell is created with the \l {o-command} {\\o}
           command.

           A header cell's text is centered within the table cell and
           rendered using a bold font. For example:

           \code
           / *!
               \table
               \header
                   \o Qt Core Feature
                   \o Brief Description
               \row
                   \o \l {Signal and Slots}
                   \o Signals and slots are used for communication
                      between objects.
               \endtable
           * /
           \endcode

           QDoc renders this as:

           \raw HTML
               <table align="center" cellpadding="2"
                   cellspacing="1" border="0">
               <tr valign="top" bgcolor="#a2c511">
                   <th>Qt Core Feature</th>
                   <th>Brief Description</th>
               </tr>

               <tr valign="top" bgcolor="#d0d0d0">
                   <td>
                   <a href="http://qt.nokia.com/doc/4.0/signalsandslots.html">
                       Signals and Slots</a>
                   </td>
                   <td>Signals and slots are used for communication
                       between objects.</td>
               </tr>
               </table>
           \endraw

           See also \l {table-command} {\\table}, \l {row-command} {\\row} and \l {o-command} {\\o}.


    \target row-command
    \section1 \\row 

    The \\row command indicates that the following table
    cells belong to the same row in the current table.

           The command can only be used within the \l{table-command}
           {\\table...\\endtable} commands. A row can contain
           several cells. A cell is created with the \l {o-command} {\\o}
           command.

           The background cell color of each row alternate between two
           shades of grey, making it easier to distinguish the rows
           from each other. The cells' contents is left aligned.

           For example:

           \code
           / *!
               \table
               \header
                   \o Qt Core Feature
                   \o Brief Description
               \row
                   \o \l {Signal and Slots}
                   \o Signals and slots are used for communication
                      between objects.
               \row
                   \o \l {Layout Management}
                   \o The Qt layout system provides a simple
                      and powerful way of specifying the layout
                      of child widgets.
               \row
                   \o \l {Drag and Drop}
                   \o Drag and drop provides a simple visual
                      mechanism which users can use to transfer
                      information between and within applications.
               \endtable
           * /
           \endcode

           QDoc renders this as:

           \raw HTML
               <table align="center" cellpadding="2"
                   cellspacing="1" border="0">
               <tr valign="top" bgcolor="#a2c511">
                   <th>Qt Core Feature</th>
                   <th>Brief Description</th>
               </tr>

               <tr valign="top" bgcolor="#d0d0d0">
                   <td>
                   <a href="http://qt.nokia.com/doc/4.0/signalsandslots.html">
                       Signals and Slots</a>
                   </td>
                   <td>Signals and slots are used for communication
                       between objects.</td>
               </tr>

               <tr valign="top" bgcolor="#c0c0c0">
                   <td>
                   <a href=http://qt.nokia.com/doc/4.0/layout.html">
                       Layout Management</a></td>
                   <td>The Qt layout system provides a simple
                       and powerful way of specifying the layout
                       of child widgets.</td>
               </tr>

               <tr valign="top" bgcolor="#d0d0d0">
                   <td>
                   <a href=http://qt.nokia.com/doc/4.0/dnd.html">
                       Drag and Drop</a></td>
                   <td>Drag and drop provides a simple visual
                       mechanism which users can use to transfer
                       information between and within applications.</td>
               </tr>

               </table>
           \endraw

           See also \l {table-command} {\\table}, \l {header-command} {\\header} and \l
           {o-command} {\\o}.


    \target value-command
    \section1 \\value 

    The \\value command starts the documentation of a C++ enum
    item.

           The command's first argument is the enum item. Then follows
           its associated description. The description argument ends
           at the next blank line or \\value. The arguments are
           rendered within a table.

           The documentation will be located in the associated class,
           header file or namespace documentation. See the \l {enum-command}
           {\\enum} documentation for an example.

           See also \l {enum-command} {\\enum} and \l {omitvalue-command} {\\omitvalue}.


    \target omitvalue-command
    \section1 \\omitvalue 

    The \\omitvalue command excludes a C++ enum item
    from the documentation.

           The command's only argument is the name of the enum item
           that will be omitted. See the \l {enum-command} {\\enum}
           documentation for an example.

           See also \l {enum-command} {\\enum} and \l {value-command} {\\value}.


    \target list-command
    \section1 \\list 

    The \\list command and the corresponding \\endlist
    command delimit a list of items.

           You need to create each list item explicitly using the \l
           {o-command} {\\o} command. A list can contain one or more items; it
           can also be nested. For example:

           \code
           / *!
               \list
               \o Qt Reference Documentation: Getting Started
                   \list
                   \o How to Learn Qt
                   \o Installation
                       \list
                       \o Qt/X11
                       \o Qt/Windows
                       \o Qt/Mac
                       \o Qt/Embedded
                       \endlist
                   \o Tutorial and Examples
                   \endlist
               \endlist
           * /
           \endcode

           QDoc renders this as:

           \list
           \o Qt Reference Documentation: Getting Started
               \list
               \o How to Learn Qt
               \o Installation
                   \list
                   \o Qt/X11
                   \o Qt/Windows
                   \o Qt/Mac
                   \o Qt/Embedded
                   \endlist
               \o Tutorial and Examples
               \endlist
           \endlist

           The \\list command takes an optional argument providing
           alternative appearances for the list items. For example:

           \code
           / *!
               \list
                   \o How to Learn Qt
                   \o Installation
                   \o Tutorial and Examples
               \endlist
           * /
           \endcode

           will render the list items with bullets (the default):

           \list
               \o How to Learn Qt
               \o Installation
               \o Tutorial and Examples
           \endlist

           If you provide 'A' as an argument to the \\list command,
           the bullets are replaced with characters following in
           alphabetical order:

           \list A
               \o How to Learn Qt
               \o Installation
               \o Tutorial and Examples
           \endlist

           If you replace 'A' with '1', the list items are rendered
           with numbers following in ascending order:

           \list 1
               \o How to Learn Qt
               \o Installation
               \o Tutorial and Examples

           \endlist

           If you provide 'i' as the argument, the default bullets are
           replaced with roman numerals:

           \list i
               \o How to Learn Qt
               \o Installation
               \o Tutorial and Examples
           \endlist

           Or finally, you can make the list items appear with roman
           numbers following in ascending order if you provide 'I' as
           the optional argument:

           \list I
               \o How to Learn Qt
               \o Installation
               \o Tutorial and Examples
           \endlist

           You can also make the listing start at any character or
           number by simply provide the number or character you want
           to start at. For example:

           \code
           / *!
               \list G
                   \o How to Learn Qt
                   \o Installation
                   \o Tutorial and Examples
               \endlist
           * /
           \endcode

           QDoc renders this as:

           \list G
               \o How to Learn Qt
               \o Installation
               \o Tutorial and Examples
           \endlist

           See also \l {o-command} {\\o}.


    \target o-command
    \section1 \\o 

    The \\o command announce a table or list item.

           Earlier we used the \l {i-command} {\\i} command for this purpose. For more
           information see the \l
           {26-qdoc-commands-compatibility.html#o-versus-i} {compatibility}
           section.

           The command can only be used within the \l{table-command}
           {\\table...\\endtable} or \l{list-command} {\\list... \\endlist}
           commands.

           It considers everything until the next occurrence
           of the \\o command, or the currently applicable \l
           {table-command} {\\endtable} or \l {list-command} {\\endlist} command, as its
           argument. For examples, see \l {table-command} {\\table} and \l
           {list-command} {\\list}.

           If the command is used within a table, you can in addition
           specify how many rows or columns the item should span. For
           example:

           \code
           / *!
               \table
               \header
                   \o {3,1} This header cell spans three columns
                      but only one row.
               \row
                   \o {2, 1} This table item spans two columns
                      but only one row
                   \o {1, 2} This table item spans only one column,
                   but two rows.
               \row
                   \o A regular table item
                   \o A regular table item
               \endtable
           * /
           \endcode

           QDoc renders this as:

           \raw HTML
               <table align="center" cellpadding="2" cellspacing="1"
                border="0">

               <tr valign="top" bgcolor="#a2c511">
                   <th colspan="3" rowspan=" 1">
                   This header cell spans three columns but only one row
                   </th>
               </tr>

               <tr valign="top" bgcolor="#d0d0d0">
                   <td colspan="2" rowspan=" 1">
                   This table item spans two columns but only one row
                   </td>
                   <td rowspan=" 2">
                   This table item spans only one column, but two rows.
                   </td>
               </tr>

               <tr valign="top" bgcolor="#c0c0c0">
                   <td>A regular table item</td>
                   <td>A regular table item</td>
               </tr>

               </table>
           \endraw

           If not specified, the item will span one column and one row.

           See also \l {table-command} {\\table}, \l {header-command} {\\header},
           \l {list-command} {\\list} and \l {o-command} {\\o}.

*/

/*!
    \page 11-qdoc-commands-specialcontent.html
    \previouspage Tables and Lists
    \contentspage Table of Contents
    \nextpage Miscellaneous

    \title Special Content

    The document contents commands identify parts of the documentation,
    i.e. parts with a special rendering, conceptual meaning or
    function.

    \target abstract-command
    \section1 \\abstract 

    The \\abstract and \\endabstract commands delimit a
    document's abstract section.

           The abstract section is rendered as an indented italicized
           paragraph.

           \warning The \bold{\\abstract} and \bold{\\endabstract} commands 
	   have not been implemented. The abstract section is rendered as a 
	   regular HTML paragraph.


    \target quotation-command
    \section1 \\quotation 

    The \\quotation and \\endquotation commands delimit a long quotation.

        The text in the delimited block is surrounded by \bold{<blockquote>}
	and \bold{</blockquote>} in the html output, e.g.:

        \code
        / *!
          While the prospect of a significantly broader market is
          good news for Firstlogic, the notion also posed some
          challenges. Dave Dobson, director of technology for the La
          Crosse, Wisconsin-based company, said:

          \quotation
             As our solutions were being adopted into new
             environments, we saw an escalating need for easier
             integration with a wider range of enterprise
             applications.
          \endquotation
        * /
        \endcode

	The text in the \bold{\\quotation} block will appear in the generated HTML as:

	\code
	<blockquote>
	  <p>As our solutions were being adopted into new environments, 
	  we saw an escalating need for easier integration with a wider 
	  range of enterprise applications.</p> 
        </blockquote> 
	\endcode

	The built-in style sheet for most browsers will render the
	contents of the <blockquote> tag with left and right
	indentations. The example above would be rendered as:

          \quotation
             As our solutions were being adopted into new
             environments, we saw an escalating need for easier
             integration with a wider range of enterprise
             applications.
          \endquotation

	But you can redefine the \bold{<blockquote>} tag in your style.css file.

        This command replaces the old \\quote command. For more information 
	see the \l {26-qdoc-commands-compatibility.html#quotation-versus-quote}
        {compatibility} section.


    \target footnote-command
    \section1 \\footnote 

    The \\footnote command and the corresponding
    \\endfootnote command delimit a footnote.

           The footnote is rendered at the bottom of the page.

           \warning The \bold{\\footnote} and \bold{\\endfootnote} 
	   commands have not been implemented. The footnote is 
	   rendered as a regular HTML paragraph.


    \target tableofcontents-command
    \section1 \\tableofcontents 

    The \\tableofcontents command has been disabled because QDoc 
    now generates a table of contents automatically.

        The automatically generated table of contents appears in the upper
	righthand corner of the page.


    \target brief-command
    \section1 \\brief 

    The \\brief command introduces a one-sentence
    description of a class, namespace, header file, property
    or variable.

           The brief text is used to introduce the documentation of
           the associated object, and in lists generated using the \l
           {generatelist-command} {\\generatelist} command.

           The \\brief command can be used in two significant
           different ways: \l {brief class} {One for classes,
           namespaces and header files}, and \l {brief-property} {one
           for properties and variables}.

           \target brief-property

           When the \\brief command is used to describe a property or
           a variable, the brief text must be a sentence fragment
           starting with "whether" (for a boolean property or
           variable) or starting with "the" (for any other property
	   or variable).

           For example the boolean QWidget::isWindow property:

           \code
           / *!
               \property QWidget::isActiveWindow
               \brief whether this widget's window is the active window

               The active window is the window that contains the widget that
               has keyboard focus.

               When popup windows are visible, this property is true
               for both the active window \e and for the popup.

               \sa activateWindow(), QApplication::activeWindow()
           * /
           \endcode

           and the QWidget::geometry property

           \code
           / *!
               \property QWidget::geometry
               \brief the geometry of the widget relative to its parent and
               excluding the window frame

               When changing the geometry, the widget, if visible,
               receives a move event (moveEvent()) and/or a resize
               event (resizeEvent()) immediately.

               ...

              \sa frameGeometry(), rect(), ...
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
                   <h3>geometry :
                   <a href="http://qt.nokia.com/doc/4.0/qrect.html">QRect</a>
                   </h3>
               \endraw

               This property holds the geometry of the widget relative
               to its parent and excluding the window frame.

               ...

               Access functions:
               \list
                   \o \bold {const QRect & geometry () const}
                   \o \bold {void setGeometry ( int x, int y, int w, int h )}
                   \o \bold {void setGeometry ( const QRect & )}
               \endlist

               See also \l
               {QWidget::frameGeometry()} {frameGeometry()}, \l
               {QWidget::rect()} {rect()}, ...
           \endquotation

           \target brief class

           When the \\brief command is used to describe a class, the
           brief text should be a complete sentence and must start
           like this:

           \code
           The <classname> class is|provides|contains|specifies...
           \endcode

           and likewise when the command is used for namespaces or
           header files.

           \warning The brief statement is used as the first
           paragraph of the detailed description. Do not repeat the
           sentence.

           For example:

           \code
           / *!
               \class PreviewWindow
               \brief The PreviewWindow class is a custom widget
                      displaying the names of its currently set
                      window flags in a read-only text editor.

               The PreviewWindow class inherits QWidget. The widget
               displays the names of its window flags set with the
               setWindowFlags() function. It is also provided with a
               QPushButton that closes the window.

               ...

               \sa QWidget
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
                   <h1>PreviewWindow Class Reference</h1>
               \endraw

               The PreviewWindow class is a custom widget displaying
               the names of its currently set window flags in a
               read-only text editor. \l {preview window} {More...}

               \raw HTML
                   <h3>Properties</h3>
               \endraw

               \list
                   \o 52 properties inherited from QWidget
                   \o 1 property inherited from QObject
               \endlist

               \raw HTML
                   <h3>Public Functions</h3>
               \endraw

               \list
                   \o \l {constructor} {PreviewWindow}(QWidget *parent = 0)
                   \o void \l {function} {setWindowFlags}(Qt::WindowFlags flags)
               \endlist

               \list
                   \o 183 public functions inherited from QWidget
                   \o 28 public functions inherited from QObject
               \endlist

               \raw HTML
                   <h3>Public Slots</h3>
               \endraw

               \list
                   \o 17 public slots inherited from QWidget
                   \o 1 public slot inherited from QObject
               \endlist

               \raw HTML
                   <h3>Additional Inherited Members</h3>
               \endraw

               \list
                   \o 1 signal inherited from QWidget
                   \o 1 signal inherited from QObject
                   \o 4 static public members inherited from QWidget
                   \o 4 static public members inherited from QObject
                   \o 39 protected functions inherited from QWidget
                   \o 7 protected functions inherited from QObject
               \endlist

               \target preview window

               \raw HTML
                   <hr />
                   <h2>Detailed Description</h2>
               \endraw
               The PreviewWindow class is a custom widget displaying
               the names of its currently set window flags in a
               read-only text editor.

               The PreviewWindow class inherits QWidget. The widget
               displays the names of its window flags set with the \l
               {function} {setWindowFlags()} function. It is also
               provided with a QPushButton that closes the window.

               ...

               See also QWidget.

               \raw HTML
                   <hr />
                   <h2>Member Function Documentation</h2>
               \endraw

               \target constructor
               \raw HTML
                   <h3>PreviewWindow(QWidget *parent = 0)</h3>
               \endraw

               Constructs a preview window widget with \e parent.

               \target function
               \raw HTML
                   <h3>setWindowFlags(Qt::WindowFlags flags)</h3>
               \endraw

               Sets the widgets flags using the
               QWidget::setWindowFlags() function.

               Then runs through the available window flags,
               creating a text that contains the names of the flags
               that matches the flags parameter, displaying
               the text in the widgets text editor.
           \endquotation

           Using \\brief with a namespace can for example look like this:

           \code
           / *!
               \namespace Qt

               \brief The Qt namespace contains miscellaneous identifiers
               used throughout the Qt library.
           * /
           \endcode

           and finally using \\brief with a header file can look
           something like this:

           \code
           / *!
               \headerfile <QtGlobal>
               \title Global Qt Declarations

               \brief The <QtGlobal> header file provides basic
               declarations and is included by all other Qt headers.

               \sa <QtAlgorithms>
           * /
           \endcode

           See also \l{property-command} {\\property}, \l{class-command} {\\class},
           \l{namespace-command} {\\namespace} and  \l{headerfile-command} {\\headerfile}.


    \target legalese-command
    \section1 \\legalese 

    The \\legalese and \\endlegalese commands delimit a licence agreement.

	In the generated HTML, the delimited text is surrounded by a
	\bold {<div class="LegaleseLeft">} and \bold {</div>} tags.

        For example, here is a license agreement enclosed in \\legalese and 
	\\endlegalese:

        \code
	/ *!
	  \legalese
          Copyright 1996 Daniel Dardailler.

          Permission to use, copy, modify, distribute, and sell this
          software for any purpose is hereby granted without fee,
          provided that the above copyright notice appear in all
          copies and that both that copyright notice and this
          permission notice appear in supporting documentation, and
          that the name of Daniel Dardailler not be used in
          advertising or publicity pertaining to distribution of the
          software without specific, written prior permission. Daniel
          Dardailler makes no representations about the suitability of
          this software for any purpose. It is provided "as is"
          without express or implied warranty.

	  Modifications Copyright 1999 Matt Koss, under the same
          license as above.
          \endlegalese
        * / 
        \endcode

        It will appear in the generated HTML as:

       \code
	 <div class="LegaleseLeft">
	   <p>Copyright 1996 Daniel Dardailler.</p>
           <p>Permission to use, copy, modify, distribute, and sell
           this software for any purpose is hereby granted without fee,
           provided that the above copyright notice appear in all
           copies and that both that copyright notice and this
           permission notice appear in supporting documentation, and
           that the name of Daniel Dardailler not be used in
           advertising or publicity pertaining to distribution of the
           software without specific, written prior permission. Daniel
           Dardailler makes no representations about the suitability of
           this software for any purpose. It is provided "as is"
           without express or implied warranty.</p>
	  
	   <p>Modifications Copyright 1999 Matt Koss, under the same
           license as above.</p>
	 </div>
       \endcode

        If the \\endlegalese command is omitted, QDoc will still
        process the \\legalese command but considers the rest of the
        documentation page as the license agreement.

        Ideally, the license text is located with the licensed code.

        Elsewhere, the documentation identified as \e{\\legalese}
        command can be accumulated using \l {generatelist-command}
        {\\generatelist} with \c {legalese-command} as the argument. This is
        useful for generating an overview of the license agreements
        associated with the source code.


    \target warning-command
    \section1 \\warning 

    The \\warning command renders a "Warning:" prefix to
    the command's argument.

           For example:

           \code
           / *!
               Qt::HANDLE is a platform-specific handle type
               for system objects. This is  equivalent to
               \c{void *} on Windows and Mac OS X, and to
               \c{unsigned long} on X11.

               \warning Using this type is not portable.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               Qt::HANDLE is a platform-specific handle type
               for system objects. This is  equivalent to
               \c{void *} on Windows and Mac OS X, and to
               \c{unsigned long} on X11.

               \warning Using this type is not portable.
           \endquotation

*/

/*!
    \page 12-0-qdoc-commands-miscellaneous.html
    \previouspage Special Content
    \contentspage Table of Contents
    \nextpage The QDoc Configuration File

    \title Miscellaneous

    These commands provide miscellaneous functions
    connected to the visual appearance of the documentation, and to the
    process of generating the documentation.

    \target expire-command
    \section1 \\expire 

    The \\expire command allows you to define an expiration
    date for your documentation.

           When using the \\expire command, QDoc will emit a warning
           when the current date is larger than the specified
           date. The command accepts one argument; the argument's
           format is yyyy-mm-dd. For example:

           \code
           / *!
               \page porting.html

               \title Porting to Qt 3.x

               \expire 2004-12-31

               This document describes porting applications from Qt
               2.x to Qt 3.x.

               The Qt 3.x series is not binary compatible with the
               2.x series.
               ...
           * /
           \endcode

           If you run QDoc on 4 July 2005, it will emit the warning

           \quotation
               porting.qdoc:6: Documentation expired 185 days ago
           \endquotation


    \target generatelist-command
    \section1 \\generatelist

    The \\generatelist command expands to a list of
    various documentation or links to documentation.

           For example in the Qt Reference Documentation:

           \code
           / *!
               \page classes.html
               \title All Classes

               For a shorter list that only includes the most
               frequently used classes, see \l{Qt's Main Classes}. For
               a list of Qt 3 support classes, see \l{Qt3Support
               Classes}.

               \generatelist classes
           * /
           \endcode

           is used to generate \l {All Classes}.

           The command accepts the following arguments:

           \target table example

           \section2 \c annotatedclasses

              The \c annotatedclasses argument provides a table
              containing the names of all the classes, and a
              description of each class. Each class name is a link to
              the class's reference documentation.

              For example:

	      \table
	      \row
	      \o QDial
	      \o Rounded range control (like a speedometer or potentiometer)
	      \row
	      \o QDialog
	      \o The base class of dialog windows
	      \row
	      \o QDir
	      \o Access to directory structures and their contents
	      \endtable

              \quotation
                  \raw HTML
                  <table align="center" cellpadding="2"
                      cellspacing="1" border="0">

                  <tr valign="top" bgcolor="#d0d0d0">
                      <td>
                      <a href="http://qt.nokia.com/doc/4.0/qdial.html">
                          QDial</a>
                      </td>
                      <td>Rounded range control (like a speedometer
                          or potentiometer)</td>
                  </tr>

                  <tr valign="top" bgcolor="#d0d0d0">
                      <td>
                      <a href="http://qt.nokia.com/doc/4.0/qdialog.html">
                          QDialog</a>
                      </td>
                      <td>The base class of dialog windows</td>
                  </tr>

                  <tr valign="top" bgcolor="#d0d0d0">
                      <td>
                      <a href="http://qt.nokia.com/doc/4.0/qdir.html">
                          QDir</a>
                      </td>
                      <td>Access to directory structures and their
                          contents</td>
                  </tr>
                  </table>
                  \endraw
              \endquotation

              A class is identified within the documentation by the
              the \l {class-command} {\\class} command, and the descriptions
              are based on the argument of the \l {brief-command} {\\brief}
              commands in the class documentation.

           \target list example

           \section2 \c classes

              The \c classes argument provides a complete alphabetical
              list of the classes. Each class name is a link to the
              class's reference documentation.

              For example:

              \quotation
                  \raw HTML
                      <p><table width="100%">

                      <tr>
                      <td align="right"><b>A&nbsp;</b></td>
                      <td><a href="http://qt.nokia.com/doc/4.0/qabstractbutton.html">QAbstractButton</a></td>

                      <td align="right"></td>
                      <td><a href="http://qt.nokia.com/doc/4.0/qabstractextensionmanager.html">QAbstractExtensionManager</a></td>

                      <td align="right"></td>
                      <td><a href="http://qt.nokia.com/doc/4.0/qabstractitemmodel.html">QAbstractItemModel</a></td>
                      </tr>

                      <tr>
                      <td align="right"></td>
                      <td><a href="http://qt.nokia.com/doc/4.0/qabstracteventdispatcher.html">QAbstractEventDispatcher</a></td>

                      <td align="right"></td>
                      <td><a href="http://qt.nokia.com/doc/4.0/qabstractformbuilder.html">QAbstractFormBuilder</a></td>

                      <td align="right"></td>
                      <td><a href="http://qt.nokia.com/doc/4.0/qabstractitemview.html">QAbstractItemView</a></td>
                      </tr>

                      <tr>
                      <td align="right"></td>
                      <td><a href="http://qt.nokia.com/doc/4.0/qabstractextensionfactory.html">QAbstractExtensionFactory</a></td>

                      <td align="right"></td>
                      <td><a href="http://qt.nokia.com/doc/4.0/qabstractitemdelegate.html">QAbstractItemDelegate</a></td>

                      <td align="right"></td>
                      <td><a href="http://qt.nokia.com/doc/4.0/qabstractlistmodel.html">QAbstractListModel</a></td>
                      </tr>
                      </table></p>
                  \endraw
              \endquotation

              A class is identified within the documentation by the
              the \l {class-command} {\\class} command.

           \section2 \c classesbymodule

              This particular argument requests an additional argument,
              i.e. a specification of the module.

              For example:

              \code
              / *!
                  \page qtgui.html
                  \contentspage Qt Classes by Module
                  \previouspage QtCore Classes
                  \nextpage QtNetwork Classes

                  \title QtGui Classes

                  \keyword QtGui

                  \generatelist {classesbymodule QtGui}
              * /
              \endcode

              Together, these arguments provide a table containing the
              classes considered members of the specified module,
              accompanied with a brief description. Each class name is
              a link to the class's reference documentation.

              The generated table is rendered similarily to the one
              generated when using the \l {table example} {\c
              annotatedclasses} argument.

              For the basic classes in Qt, a class's module is
              determined by its location, i.e. its directory. However,
              for extensions, like ActiveQt and Qt Designer, a class
              is related to a module with the \l
              {inmodule-command} {\\inmodule} command.

           \section2 \c classesbyedition

              This particular argument requests an additional argument,
              i.e. a specification of the edition.

              For example:

              \code
              / *!
                  \page console-edition-classes.html
                  \title Qt Console Edition Classes

                  \generatelist{classesbyedition Console}
              * /
              \endcode

              Together, these arguments provide a table containing the
              classes considered members of the specified edition,
              accompanied with a brief description. Each class name is
              a link to the class's reference documentation.

              The edition a given class can be found in is determined by
              the module it belongs to.

           \section2 \c compatclasses

              The \c compatclasses argument provides a complete and
              alphabetical list of the support classes.  A support
              class is identified within the documentation by the \l
              {compat-command} {\\compat} command. Each class name is
              a link to the class's reference documentation. The list
              is rendered similarily to the list generated by the \l
              {list example} {\c classes} argument.

              \warning The \c classesbymodule argument will at some
              point replace the this argument.

           \section2 \c functionindex

              The \c functionindex argument provides a complete
              alphabetical list of all the documented member
              functions.

              For example:

              \quotation
                  \raw HTML
                      <p><center><font size="+1"><b><a href="#a">A</a>&nbsp;<a href="#b">B</a>&nbsp;<a href="#c">C</a>&nbsp;<a href="#d">D</a>&nbsp;<a href="#e">E</a>&nbsp;<a href="#f">F</a>&nbsp;<a href="#g">G</a>&nbsp;<a href="#h">H</a>&nbsp;<a href="#i">I</a>&nbsp;<a href="#j">J</a>&nbsp;<a href="#k">K</a>&nbsp;<a href="#l">L</a>&nbsp;<a href="#m">M</a>&nbsp;<a href="#n">N</a>&nbsp;<a href="#o">O</a>&nbsp;<a href="#p">P</a>&nbsp;<a href="#q">Q</a>&nbsp;<a href="#r">R</a>&nbsp;<a href="#s">S</a>&nbsp;<a href="#t">T</a>&nbsp;<a href="#u">U</a>&nbsp;<a href="#v">V</a>&nbsp;<a href="#w">W</a>&nbsp;<a href="#x">X</a>&nbsp;<a href="#y">Y</a>&nbsp;<a href="#z">Z</a>&nbsp;</b></font></center></p>

                      <p>DTDHandler: <a href="http://qt.nokia.com/doc/4.0/qxmlreader.html#DTDHandler">QXmlReader</a></p>

                      <p>QAXCLASS: <a href="http://qt.nokia.com/doc/4.0/qaxfactory.html#QAXCLASS">global</a></p>

                      <p>QAXFACTORY_BEGIN: <a href="http://qt.nokia.com/doc/4.0/qaxfactory.html#QAXFACTORY_BEGIN">global</a></p>

                      <p>QAXFACTORY_DEFAULT: <a href="http://qt.nokia.com/doc/4.0/qaxfactory.html#QAXFACTORY_DEFAULT">global</a></p>

                      <p>QAXFACTORY_END: <a href="http://qt.nokia.com/doc/4.0/qaxfactory.html#QAXFACTORY_END">global</a></p>

                  \endraw

                  ...
              \endquotation

           \section2 \c legalese

              The \c legalese argument provides a complete list of all
              the licenses. The licenses are identified within the
              documentation using the \l {legalese-command} {\\legalese}
              command.

              For example:

              \quotation
                  \raw HTML
                      <hr />
                      <p>
                      Copyright (c) 1989 The Regents of the
                      University of California. All rights reserved.
                      </p>

                      <p>
                      Redistribution and use in source and binary
                      forms are permitted provided that the above
                      copyright notice and this paragraph are
                      duplicated in all such forms and that any
                      documentation, advertising materials, and other
                      materials related to such distribution and use
                      acknowledge that the software was developed by
                      the University of California, Berkeley...
                      </p>

                      <ul>
                      <li>
                      <a href="http://qt.nokia.com/doc/4.0/qdate.html#weekNumber">QDate::weekNumber()</a>
                      </li>
                      </ul>

                      <hr />
                      <p>
                      Copyright (c) 1991 by AT&amp;T.
                      </p>

                      <p>
                      Permission to use, copy, modify, and distribute
                      this software for any purpose without fee is
                      hereby granted, provided that this entire notice
                      is included in all copies of any software which
                      is or includes a copy or modification of this
                      software and in all copies of the supporting
                      documentation for such software...
                      </p>

                      <ul>
                      <li>
                      <a href="http://qt.nokia.com/doc/4.0/qlocale.html">QLocale</a>
                      </li>
                      </ul>
                      <hr />
                  \endraw
                  ...
              \endquotation

           \section2 \c mainclasses

              The \c mainclasses argument provides a complete
              alphabetical list of the main classes. Each class name
              is a link to the class's reference documentation. A
              class is related to the group of main classes by using
              the \l {mainclass-command} {\\mainclass} command.

              The list is rendered similarily to the list generated by
              the \l {list example} {\c classes} argument.

           \section2 \c overviews

              The \c overviews argument provides a complete
              alphabetical overview of the documentation. Each list
              entry is a link to the respective documentation page.

              The list includes pages declared using commands like \l
              {page-command} {\\page} and \l {group-command}
              {\\group}. The list omits examples and classes, and only
              lists the first page of documentation that contains two
              or more pages using commands like \l {nextpage-command}
              {\\nextpage}.

              For example:

              \quotation
                  \raw HTML
                      <ul>

                      <li>
                      <a href="http://qt.nokia.com/doc/4.0/qtalgorithms.html">
                      &lt;QtAlgorithms&gt; - Generic Algorithms
                      </a>
                      </li>

                      <li>
                      <a href="http://qt.nokia.com/doc/4.0/qtglobal.html">
                      &lt;QtGlobal&gt; - Global Qt Declarations
                      </a>
                      </li>

                      <li>
                      <a href="http://qt.nokia.com/doc/4.0/qaxserver-demo-simple.html">
                      A standard ActiveX and the &quot;simple&quot; ActiveQt widget
                      </a>
                      </li>

                      <li>
                      <a href="http://qt.nokia.com/doc/4.0/aboutqt.html">
                      About Qt
                      </a>
                      </li>

                      <li>
                      <a href="http://qt.nokia.com/doc/4.0/trolltech.html">
                      About Trolltech
                      </a>
                      </li>

                      <li>
                      <a href="http://qt.nokia.com/doc/4.0/abstractwidgets.html">
                      Abstract Widget Classes
                      </a>
                      </li>

                      <li>
                      <a href="http://qt.nokia.com/doc/4.0/accessibility.html">
                      Accessibility Classes
                      </a>
                      </li>
                      ...
                      </ul>
                  \endraw
              \endquotation

           \section2 \c related

              The \c related argument is used in combination with the
              \l {group-command} {\\group} command to list all the overviews
              related to the given group. Each list entry is a link to
              the respective documentation page.

           \section2 \c relatedinline

              The \c related argument is used in combination with the
              \l {group-command} {\\group} command to collect all documentation
              related to the given group. The various documentation
              snippets are copied directly into the group page.

           \section2 \c service

              The \c service argument provides a complete alphabetical
              list of the services. Each service name is a link to the
              service's reference documentation.

              A service is identified within the documentation by the
              \l {service-command} {\\service} command.


    \target if-command
    \section1 \\if 

    The \\if command and the corresponding \\endif command
    enclose parts of a QDoc comment that only will be included if
    the condition specified by the command's argument is true.

           The command reads the rest of the line and parses it as an
           C++ #if statement. For example:

           \code
           / *!
               \if defined(opensourceedition)

               \bold{Note:} This edition is for the development of
               \l{Qt Open Source Edition} {Free and Open Source}
               software only; see \l{Qt Commercial Editions}.

               \endif
           * /
           \endcode

           This QDoc comment will only be rendered if the \c
           opensourceedition preprocessor symbol is defined, and
           specified in the \l {defines-variable} {defines} variable in
           the configuration file to make QDoc process
           the code within #ifdef and #endif:

           \code
               defines = opensourceedition
           \endcode

           You can also define the preprocessor symbol manually on the
           command line. For more information see the documentation of
           the \l {defines-variable} {defines} variable.

           See also \l{endif-command} {\\endif}, \l{else-command}
           {\\else}, \l {defines-variable} {defines} and \l
           {falsehoods-variable} {falsehoods}.


    \target endif-command
    \section1 \\endif 

    The \\endif command and the corresponding \\if command
    enclose parts of a QDoc comment that will be included if
    the condition specified by the \l {if-command} {\\if} command's
    argument is true.

           For more information, see the documentation of the \l
           {if-command} {\\if} command.

           See also \l{if-command} {\\if}, \l{else-command} {\\else},
           \l {defines-variable} {defines} and \l
           {falsehoods-variable} {falsehoods}.


    \target else-command
    \section1 \\else 

    The \\else command specifies an alternative if the
    condition in the \l {if-command} {\\if} command is false.

           The \\else command can only be used within \l
           {if-command} {\\if...\\endif} commands, but is useful when there is
           only two alternatives. For example:

           \code
           / *!
               The Qt 3 support library is provided to keep old
               source code working.

               In addition to the \c Qt3Support classes, Qt 4 provides
               compatibility functions when it's possible for an old
               API to cohabit with the new one.

               \if !defined(QT3_SUPPORT)
                   \if defined(QT3_SUPPORTWARNINGS)
                       The compiler emits a warning when a
                       compatibility function is called. (This works
                       only with GCC 3.2+ and MSVC 7.)
                   \else
                       To use the Qt 3 support library, you need to
                       have the line QT += qt3support in your .pro
                       file (qmake automatically define the
                       QT3_SUPPORT symbol, turning on compatibility
                       function support).

                       You can also define the symbol manually (e.g.,
                       if you don't want to link against the \c
                       Qt3Support library), or you can define \c
                       QT3_SUPPORT_WARNINGS instead, telling the
                       compiler to emit a warning when a compatibility
                       function is called. (This works only with GCC
                       3.2+ and MSVC 7.)
                   \endif
               \endif
           * /
           \endcode

           If the \c QT3_SUPPORT is defined, the comment will be rendered
           as

           \quotation
               The Qt 3 support library is provided to keep old source
               code working.

               In addition to the Qt3Support classes, Qt 4 provides
               compatibility functions when it's possible for an old
               API to cohabit with the new one.
           \endquotation

           If \c QT3_SUPPORT isn't defined but \c QT3_SUPPORT_WARNINGS
           is, the comment QDoc renders this as:

           \quotation
               The Qt 3 support library is provided to keep old source
               code working.

               In addition to the Qt3Support classes, Qt 4 provides
               compatibility functions when it's possible for an old
               API to cohabit with the new one.

               The compiler emits a warning when a compatibility
               function is called. (This works only with GCC 3.2+ and
               MSVC 7.)
           \endquotation

           If none of the symbols are defined, the comment will be
           rendered as

           \quotation
               The Qt 3 support library is provided to keep old
               source code working.

               In addition to the \c Qt3Support classes, Qt 4 provides
               compatibility functions when it's possible for an old
               API to cohabit with the new one.

               To use the Qt 3 support library, you need to have the
               line QT += qt3support in your .pro file (qmake
               automatically define the QT3_SUPPORT symbol, turning on
               compatibility function support).

               You can also define the symbol manually (e.g., if you
               don't want to link against the \c Qt3Support library),
               or you can define \c QT3_SUPPORT_WARNINGS instead,
               telling the compiler to emit a warning when a
               compatibility function is called. (This works only with
               GCC 3.2+ and MSVC 7.)
           \endquotation

           See also \l{if-command} {\\if}, \l{endif-command} {\\endif}, \l
           {defines-variable} {defines} and \l {falsehoods-variable}
           {falsehoods}.


    \target include-command
    \section1 \\include 

    The \\include command  expands to the contents of the
    file specified by the command's argument.

            \warning This is preliminary functionality. For more
            information, see the \l
            {26-qdoc-commands-compatibility.html#include-versus-input}
            {compatibility} section.

            The command takes a file name as an argument, and is
            useful when some piece of the documentation is used
            repeatedly: Move the repetetive text into a separate file,
            and use the \\include command whenever you want to insert
            the separate documentation.

            The contents of such a file should follow QDoc syntax,
            excluding the enclosing \c{/}\c{*!} ... \c{*}\c{/} marks.
            To ensure that QDoc won't attempt to read the file as a
            stand-alone piece of documentation, we recommend that you
            use the \c .qdocinc extension.

            For example:

            \code
            / *!
                \page corefeatures.html
                \title Core Features

                \include examples/signalandslots.qdocinc
                \include examples/objectmodel.qdocinc
                \include examples/layoutmanagement.qdocinc
            * /
            \endcode

            QDoc renders this as:

            \quotation
                \raw HTML
                <h1>Core Features</h1>
                \endraw

                \input examples/signalandslots.qdocinc
                \input examples/objectmodel.qdocinc
                \input examples/layoutmanagement.qdocinc
            \endquotation

            Here is the actual \c .qdocinc files: \l
            signalandslots.qdocinc, \l objectmodel.qdocinc, \l
            layoutmanagement.qdocinc


    \target meta-command
    \section1 \\meta 

    The \\meta command is the QDoc equivalent to the HTML
    \c meta tag.

           The command accepts two arguments: The first argument (the
           following word) is equivalent to the HTML meta tag's \e
           name variable, and the second argument (the rest of the
           line) is equivalent to the tag's \e contents variable.

           For example:

           \code
           / *!
               \meta author Summerfield

               \section1 Automatic Dialogs

               \abstract
                   This article shows how to maintain sets of
                   "attributes" (QVariant values), and how to allow
                   users to view and edit them using dialogs that are
                   created dynamically based on the attributes and
                   their types.
               \endabstract

               The Attributes class described in this article holds a
               set of QVariants, and can create a dialog to present
               the QVariants to the user in an appropriate way.

               ...
           * /
           \endcode

           will be included in the generated HTML page as

           \code
           <head>
                ...
                <meta name="author" content="Summerfield" />
                ...
           </head>
           \endcode


    \target omit-command
    \section1 \\omit 

    The \\omit command and the correspondning \\endomit
    command delimit parts of the documentation that
    you want QDoc to skip.

           For example:

            \code
            / *!
                \table
                \row
                    \o Basic Widgets
                    \o Basic GUI widgets such as buttons, comboboxes
                       and scrollbars.

                \omit
                \row
                    \o Component Model
                    \o Interfaces and helper classes for the Qt
                       Component Model.
                \endomit

                \row
                    \o Database Classes
                    \o Database related classes, e.g. for SQL databases.
                \endtable
            * /
            \endcode

            QDoc renders this as:

            \raw HTML
                <table align="center" cellpadding="2"
                    cellspacing="1" border="0">

                <tr valign="top" bgcolor="#d0d0d0">
                    <td>Basic Widgets</td>
                    <td>Basic GUI widgets such as buttons, comboboxes
                       and scrollbars.</td>
                </tr>

                <tr valign="top" bgcolor="#c0c0c0">
                    <td>Database Classes</td>
                    <td>Database related classes, e.g. for SQL databases.</td>
                </tr>
                </table>
            \endraw



    \target raw-command
    \section1 \\raw \span {class="newStuff"} {(avoid)} 

    The \\raw command and the corresponding
    \\endraw command delimit a block of raw mark-up language code.

	   \note Avoid using this command if possible, because it generates
	   DITA XML code that causes problems. If you are trying to generate
	   special table or list behavior, try to get the behavior you want
	   using the \l {span-command} {\\span} and \l {div-command} {\\div} 
	   commands in your \l {table-command} {\\table} or \l {list-command}
	   {\\list}.
 
           The command takes an argument specifying the code's format;
           currently the only supported format is HTML.

           The \\raw command is useful if you want some special HTML
           effects in your documentation. For example:

           \code
           / *!
               Qt has some predefined QColor objects. For example:

               \raw HTML
               <style type="text/css" id="colorstyles">
               #color-blue { background-color: #0000ff; color: #ffffff }
               #color-darkBlue { background-color: #000080; color: #ffffff }
               #color-cyan { background-color: #00ffff; color: #000000 }
               </style>

               <p>
               <tt id="color-blue">Blue(#0000ff)</tt>,
               <tt id="color-darkBlue">dark blue(#000080)</tt> and
               <tt id="color-cyan">cyan(#00ffff)</tt>.
	       </p>
               \endraw
           * /
           \endcode

           QDoc renders this as:

           \quotation
               Qt has some predefined QColor objects. For example:

               \raw HTML
               <style type="text/css" id="colorstyles">
               #color-blue { background-color: #0000ff; color: #ffffff }
               #color-darkBlue { background-color: #000080; color: #ffffff }
               #color-cyan { background-color: #00ffff; color: #000000 }
               </style>

               <p>
               <tt id="color-blue">Blue(#0000ff)</tt>,
               <tt id="color-darkBlue">dark blue(#000080)</tt> and
               <tt id="color-cyan">cyan(#00ffff)</tt>.
	       </p>
               \endraw
           \endquotation

	   \note But you can achieve the exact same thing using qdoc
	   commands. In this case, all you have to do is include the
	   color styles in your style.css file. Then you can write:

	   \code
           \tt {\span {id="color-blue"} {Blue(#0000ff)}},
           \tt {\span {id="color-darkBlue"} {dark blue(#000080)}} and
           \tt {\span {id="color-cyan"} {cyan(#00ffff)}}.
	   \endcode

	   ...which is rendered again as:

           \tt {\span {id="color-blue"} {Blue(#0000ff)}},
           \tt {\span {id="color-darkBlue"} {dark blue(#000080)}} and
           \tt {\span {id="color-cyan"} {cyan(#00ffff)}}.


    \target unicode-command
    \section1 \\unicode 

    The \\unicode command allows you to insert an
    arbitrary Unicode character in the document.

           The command takes an argument specifying the character as
           an integer. By default, base 10 is assumed, unless a '0x'
           or '0' prefix is specified (for base 16 and 8,
           respectively). For example:

           \code
                O G\unicode{0xEA}nio e as Rosas

                \unicode 0xC0 table en famille avec 15 \unicode 0x20AC par jour

                \unicode 0x3A3 \e{a}\sub{\e{i}}
           \endcode

           QDoc renders this as:

           \quotation
                O G\unicode{0xEA}nio e as Rosas

                \unicode 0xC0 table en famille avec 15 \unicode 0x20AC par jour

                \unicode 0x3A3 \e{a}\sub{\e{i}}
           \endquotation

*/

/*!
    \page 12-1-signalandslots.html
    \previouspage Miscellaneous
    \contentspage Table of Contents

    \title signalandslots.qdocinc

    \quotefile examples/signalandslots.qdocinc
*/

/*!
    \page 12-2-objectmodel.html
    \previouspage Miscellaneous
    \contentspage Table of Contents

    \title objectmodel.qdocinc

    \quotefile examples/objectmodel.qdocinc
*/

/*!
    \page 12-3-layoutmanagement.html
    \previouspage Miscellaneous
    \contentspage Table of Contents

    \title layoutmanagement.qdocinc

    \quotefile examples/layoutmanagement.qdocinc
*/

/*!
    \page 13-qdoc-commands-topics.html
    \previouspage The QDoc Commands
    \contentspage Table of Contents
    \nextpage Context Commands

    \title Topic Commands

    A topic command tells QDoc which source code element is being
    documented. Some topic commands allow you to create documentation
    pages that aren't tied to any underlying source code element.

    \section1 General Description

    When QDoc processes a QDoc comment, it tries to connect the
    comment to an element in the source code by first looking for a
    topic command that names the source code element. If there is no
    topic command, QDoc tries to connect the comment to the source
    code element that immediately follows the comment. If it can't do
    either of these and if there is no topic command that indicates
    the comment does not have an underlying source code element (e.g.
    \l{page-command} {\\page}), then the comment is discarded.

    \target topic argument

    The name of the thing being documented is the unique argument for
    each topic command. The naming convention is to use the complete
    name. For example:

    \code
        \enum QComboBox::InsertPolicy
    \endcode

    The \l {fn-command} {\\fn} command is a special case. For the \l
    {fn-command} {\\fn} command, use the function's signature
    including the class qualifier. For example:

    \code
        \fn void QGraphicsWidget::setWindowFlags(Qt::WindowFlags wFlags)
    \endcode

    A topic command can appear anywhere in a comment but must stand
    alone on its own line. Best practice is to put the topic commend
    at the top of the comment. If the argument spans several lines,
    make sure that each line (except the last one) is ended with a
    backslash. In addition QDoc counts parentheses, which means that
    if it encounters a '(' it considers everything until the closing
    ')' as its argument.

    If a topic command is repeated with different arguments, the
    same documentation will appear for both the units. For example:

    \code
    / *!
        \fn void PreviewWindow::setWindowFlags()
        \fn void ControllerWindow::setWindowFlags()

        Sets the widgets flags using the QWidget::setWindowFlags()
        function.

        Then runs through the available window flags, creating a text
        that contains the names of the flags that matches the flags
        parameter, displaying the text in the widgets text editor.
    * /
    \endcode

    The \c PreviewWindow::setWindowFlags() and \c
    ControllerWindow::setWindowFlags() functions will get the same
    documentation.

    \target class-command
    \section1 \\class 

    The \\class command tells QDoc that a class is
    part of the public API, and lets you enter a detailed
    description.

           The command follows \l {topic argument} {the general
           topic command convention} for the argument, and supports
           nested classes, for example:

           \code
           / *!
               \class QMap::iterator

               \brief The QMap::iterator class provides an STL-style
               non-const iterator for QMap and QMultiMap.

               QMap features both \l{STL-style iterators} and
               \l{Java-style iterators}. The STL-style iterators ...
           * /
           \endcode

           The generated HTML documentation for the specified class is
           put in \c <lower-case>classname.html. For example, the
           documentation for the \c PreviewWindow class is located in
           \c previewwindow.html.

           \target framework

           In addition to render the detailed description, the \\class
           comand will generate the documentation framework, i.e. a
           list of the class's types, properties, functions, signals
           and slots with empty documentation.

           The command is typically accompanied with a \l
           {brief-command} {\\brief} command, a \l {mainclass-command} {\\mainclass}
           command, an \l {ingroup-command} {\\ingroup} command and a \l
           {sa-command} {\\sa} command. For example:

           \code
           / *!
               \class PreviewWindow
               \brief The PreviewWindow class is a custom widget
                      displaying the names of its currently set
                      window flags in a read-only text editor.

               \mainclass
               \ingroup miscellaneous

               The PreviewWindow class inherits QWidget. The widget
               displays the names of its window flags set with the \l
               {function} {setWindowFlags()} function. It is also
               provided with a QPushButton that closes the window.

               ...

              \sa QWidget
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
                   <h1>PreviewWindow Class Reference</h1>
               \endraw

               The PreviewWindow class is a custom widget displaying
               the names of its currently set window flags in a
               read-only text editor. \l {preview window} {More...}

               \raw HTML
                   <h3>Properties</h3>
               \endraw

               \list
                   \o 52 properties inherited from QWidget
                   \o 1 property inherited from QObject
               \endlist

               \raw HTML
                   <h3>Public Functions</h3>
               \endraw

               \list
                   \o \l {constructor} {PreviewWindow}(QWidget *parent = 0)
                   \o void \l {function} {setWindowFlags}(Qt::WindowFlags flags)
               \endlist

               \list
                   \o 183 public functions inherited from QWidget
                   \o 28 public functions inherited from QObject
               \endlist

               \raw HTML
                   <h3>Public Slots</h3>
               \endraw

               \list
                   \o 17 public slots inherited from QWidget
                   \o 1 public slot inherited from QObject
               \endlist

               \raw HTML
                   <h3>Additional Inherited Members</h3>
               \endraw

               \list
                   \o 1 signal inherited from QWidget
                   \o 1 signal inherited from QObject
                   \o 4 static public members inherited from QWidget
                   \o 4 static public members inherited from QObject
                   \o 39 protected functions inherited from QWidget
                   \o 7 protected functions inherited from QObject
               \endlist

               \target preview window

               \raw HTML
                   <hr />
                   <h2>Detailed Description</h2>
               \endraw

               The PreviewWindow class is a custom widget displaying
               the names of its currently set window flags in a
               read-only text editor.

               The PreviewWindow class inherits QWidget. The widget
               displays the names of its window flags set with the \l
               {function} {setWindowFlags()} function. It is also
               provided with a QPushButton that closes the window.

               ...

               See also QWidget.

               \raw HTML
                   <hr />
                   <h2>Member Function Documentation</h2>
               \endraw

               \target constructor
               \raw HTML
                   <h3>PreviewWindow(QWidget *parent = 0)</h3>
               \endraw

               Constructs a preview window widget with \e parent.

               \target function
               \raw HTML
                   <h3>setWindowFlags(Qt::WindowFlags flags)</h3>
               \endraw

               Sets the widgets flags using the
               QWidget::setWindowFlags() function.

               Then runs through the available window flags,
               creating a text that contains the names of the flags
               that matches the flags parameter, displaying
               the text in the widgets text editor.
           \endquotation


    \target enum-command
    \section1 \\enum 

    The \\enum command allows you to document a C++ enum.

           The command follows \l {topic argument} {the general
           topic command convention} for the argument.

           The enum items are documented using the \l {value-command} {\\value}
           command. If an item isn't documented, QDoc will emit a
           warning. This can be avoided using the \l
           {omitvalue-command} {\\omitvalue} command excluding an item from the
           documentation. The enum documentation will be located in
           the associated class, header file or namespace
           documentation.

           For example:

           \code
               enum Corner {
                   TopLeftCorner = 0x00000,
                   TopRightCorner = 0x00001,
                   BottomLeftCorner = 0x00002,
                   BottomRightCorner = 0x00003
           #if defined(QT3_SUPPORT) && !defined(Q_MOC_RUN)
                   ,TopLeft = TopLeftCorner,
                   TopRight = TopRightCorner,
                   BottomLeft = BottomLeftCorner,
                   BottomRight = BottomRightCorner
           #endif
               };
           \endcode

           In case of the Qt::Corner enum,

           \code
           / *!
               \enum Qt::Corner

               This enum type specifies a corner in a rectangle:

               \value TopLeftCorner
                      The top-left corner of the rectangle.
               \value TopRightCorner
                      The top-right corner of the rectangle.
               \value BottomLeftCorner
                      The bottom-left corner of the rectangle.
               \value BottomRightCorner
                      The bottom-right corner of the rectangle.

               \omitvalue TopLeft
               \omitvalue TopRight
               \omitvalue BottomLeft
               \omitvalue BottomRight
           * /
           \endcode

           this associated QDoc comment QDoc renders this as:

           \quotation
           \raw HTML
               <h3 class="fn"><a name="Corner-enum"></a>enum Qt::Corner</h3>

               <p>This enum type specifies a corner in a rectangle:</p>

               <table border="1" cellpadding="2" cellspacing="1" width="100%">
               <tr>
               <th width="25%">Constant</th>
               <th width="15%">Value</th>
               <th width="60%">Description</th>
               </tr>

               <tr>
               <td valign="top"><tt>Qt::TopLeftCorner</tt></td>
               <td align="center" valign="top"><tt>0x00000</tt></td>
               <td valign="top">The top-left corner of the rectangle.</td>
               </tr>

               <tr>
               <td valign="top"><tt>Qt::TopRightCorner</tt></td>
               <td align="center" valign="top"><tt>0x00001</tt></td>
               <td valign="top">The top-right corner of the rectangle.</td>
               </tr>

               <tr>
               <td valign="top"><tt>Qt::BottomLeftCorner</tt></td>
               <td align="center" valign="top"><tt>0x00002</tt></td>
               <td valign="top">The bottom-left corner of the rectangle.</td>
               </tr>

               <tr>
               <td valign="top"><tt>Qt::BottomRightCorner</tt></td>
               <td align="center" valign="top"><tt>0x00003</tt></td>
               <td valign="top">The bottom-right corner of the rectangle.</td>
               </tr>

               </table>
           \endraw
           \endquotation

           in qt.html.

           See also \l {value-command} {\\value} and \l {omitvalue-command} {\\omitvalue}.


    \target example-command
    \section1 \\example 

    The \\example command allows you to document an example.

           The command follows \l {topic argument} {the general
           topic command convention} for the argument. In particular
           the command's argument is the example's path relative to
           the paths listed in the \l {exampledirs-variable}
           {exampledirs} configuration variable.

           The documentation will be located in \e
           {path-to-example}.html, and QDoc will add a list of all the
           example files at the top of this documentation page.

           For example, if \l {exampledirs-variable} {exampledirs}
           contains \c $QTDIR/examples/widgets/imageviewer, then

           \code
           / *!
               \example widgets/imageviewer
               \title ImageViewer Example
               \subtitle

               The example shows how to combine QLabel and QScrollArea
               to display an image.

               ...
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <center><h1>Image Viewer Example</h1></center>
               \endraw

               Files:
               \list
               \o \l{http://qt.nokia.com/doc/4.0/widgets-imageviewer-imageviewer-cpp.html}
                  {widgets/imageviewer/imageviewer.cpp}
               \o \l{http://qt.nokia.com/doc/4.0/widgets-imageviewer-imageviewer-h.html}
                  {widgets/imageviewer/imageviewer.h}
               \o \l{http://qt.nokia.com/doc/4.0/widgets-imageviewer-main-cpp.html}
                  {widgets/imageviewer/main.cpp}
               \endlist

               The example shows how to combine QLabel and QScrollArea
               to display an image.

               ...
           \endquotation

           in widgets-imageviewer.html.


    \target fn-command
    \section1 \\fn 

    The \\fn command allows you to document a function.

           The command follows \l {topic argument} {the general
           topic command convention} for the argument. In particular
           it is important that the return type of the function,
           whether it is \c const or not and the complete set of
           arguments with type are included in the argument.  If the
           referenced function doesn't exist, QDoc will emit a
           warning.

           Also, the \\fn command is QDoc's default command, i.e. when
           no topic command can be found within a QDoc comment, QDoc
           tries to tie the documentation to the following code as if
           it was function documentation.

           This means that the command normally isn't necessary since
           the recommended style is to write the function
           documentation directly before the function implementation
           in the \c .cpp file. In fact, it should only be used for
           inline functions implemented in the \c .h file.

           For example:

           \code
           / *!
               \fn bool QToolBar::isAreaAllowed(Qt::ToolBarArea area) const

               Returns true if this toolbar is dockable in the given
               \a area; otherwise returns false.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <h3>bool QToolBar::isAreaAllowed(Qt::ToolBarArea area) const
               </h3>
               \endraw

               Returns true if this toolbar is dockable in the given
               \a area; otherwise returns false.
           \endquotation

           See also \l {overload-command} {\\overload}.


    \target group-command
    \section1 \\group 

    The \\group command creates a separate page that
    lists the classes belonging to the group specified by the
    command's argument.

           The command follows \l {topic argument} {the general
           topic command convention} for the argument. The \\group
           command is typically followed by a \l {title-command} {\\title}
           command and a short introduction to the group.  The
           generated HTML documentation for the specified group is put
           in <lower-case>\e{group}.html.

           A class can be related to a group by using the \l
           {ingroup-command} {\\ingroup} command. In addition, overviews can be
           related to a group using the same command, but these must
           be listed explicitly using the \l
           {generatelist-command} {\\generatelist} command (see example below).

           Each class is listed with a link to the class reference
           page and a brief description based on the classes' \l
           {brief-command} {\\brief} texts. For example:

           \code
           / *!
               \group io

               \title Input/Output and Networking

               These classes are used to handle input and output to
               and from external devices, processes, files etc. as
               well as manipulating files and directories.
           * /
           \endcode

           QDoc renders this as:

           \quotation
                \raw HTML

                <h1>Input/Output and Networking</h1>

                <p>These classes are used to handle input and output
                to and from external devices, processes, files etc. as
                well as manipulating files and directories.</p>

                <p>
                <table width="100%">
                    <tr valign="top" bgcolor="#e0e0e0">
                    <td><b>
                    <a href="http://qt.nokia.com/doc/4.0/qabstractsocket.html">QAbstractSocket</a>
                    </b></td>
                    <td>
                    The base functionality common to all socket types
                    </td></tr>

                    <tr valign="top" bgcolor="#e0e0e0">
                    <td><b>
                    <a href="http://qt.nokia.com/doc/4.0/qbuffer.html">QBuffer</a>
                    </b></td>
                    <td>
                    QIODevice interface for a QByteArray
                    </td></tr>

                    <tr valign="top" bgcolor="#e0e0e0">
                    <td><b>
                    <a href="http://qt.nokia.com/doc/4.0/qclipboard.html">QClipboard</a>
                    </b></td>
                    <td>
                    Access to the window system clipboard
                    </td></tr>
                </table>
                \endraw
           \endquotation

           in io.html.

           Note that overviews related to the given group, must be
           listed explicitly using the \l
           {generatelist-command} {\\generatelist} command with the \c related
           argument. For example:

           \code
           / *!
               \group architecture

               \title Architecture

               These documents describe aspects of Qt's architecture
               and design, including overviews of core Qt features and
               technologies.

               \generatelist{related}
           * /
           \endcode

           See also \l {ingroup-command} {\\ingroup} and \l
           {generatelist-command} {\\generatelist}.


    \target headerfile-command
    \section1 \\headerfile 

    The \\headerfile command allows you to document
    global functions, types and macros declared in a header file.

           The command follows \l {topic argument} {the general
           topic command convention} for the argument, and the
           generated HTML documentation for the specified header file
           is put in <lower-case>\e{headerfilename}.html.

           A function, type or macro can be associated with a
           headerfile using the \l {relates-command} {\\relates} command.

           If the referenced header file doesn't exist, the
           \\headerfile command will still create a documentation page
           for a header file with the referenced file's name.

           For example:

           \code
           / *!
               \headerfile <QtAlgorithms>

               \title Generic Algorithms

               \brief The <QtAlgorithms> header file provides
                generic template-based algorithms.

               Qt provides a number of global template functions in \c
               <QtAlgorithms> that work on containers and perform
               well-know algorithms.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <center><h1>&lt;QtAlgorithms&gt; -
                           Generic Algorithms</h1></center>
               <p>The <QtAlgorithms> header file provides generic
               template-based algorithms.
               <a href="13-qdoc-commands-topics.html#header-command">More...</a>
               </p>

               <h3>Functions</h3>
               <ul>
               <li>RandomAccessIterator
               <a href="http://qt.nokia.com/doc/4.0/qlineedit.html#EchoMode-enum">qBinaryFind</a></b>
               (RandomAccessIterator begin, RandomAccessIterator end,
               const T & value)</li>
               <li>...</li></ul>
               <hr />
               \endraw

               \target header

               \raw HTML
               <h2>Detailed Description</h2>
               <p>The <QtAlgorithms> header file provides generic
               template-based algorithms. </p>
               \endraw

               Qt provides a number of global template functions in \c
               <QtAlgorithms> that work on containers and perform
               well-know algorithms.

               ...
           \endquotation

           in qtalgorithms.html.


    \target macro-command
    \section1 \\macro 

    The \\macro command allows you to document a C++ macro.

           The command follows \l {topic argument} {the general
           topic command convention} for the argument.

           QDoc recognizes three different macro syntax: function-like
           macros like Q_ASSERT(), declaration-style macros like
           Q_PROPERTY() and macros without parentheses like Q_OBJECT.

           The \\macro command must be followed by a \l
           {relates-command} {\\relates} command which attaches the
           documentation to that of a related class, header file. or
           namespace. Otherwise the documentation will be lost.

           For example:

           \code
           / *!
               \macro void Q_ASSERT(bool test)
               \relates <QtGlobal>

               Prints a warning message containing the source code
               file name and line number if \a test is false.

               ...

               \sa Q_ASSERT_X(), qFatal(), {Debugging Techniques}
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <h3>void Q_ASSERT ( bool <i>test</i> )</h3>
               \endraw

               Prints a warning message containing the source code
               file name and line number if \a test is false.

               ...

               See also Q_ASSERT_X(), qFatal() and \l {Debugging
               Techniques}.
           \endquotation

           in qtglobal.html. And

           \code
           / *!
               \macro Q_PROPERTY(...)
               \relates QObject

               This macro declares a QObject property. The syntax is:

               ...

               \sa {Qt's Property System}
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <h3>Q_PROPERTY ( ... )</h3>
               \endraw

               This macro declares a QObject property. The syntax is:

               ...

               See also \l {Qt's Property System}.
           \endquotation

           in qobject.html. And

           \code
           / *!
               \macro Q_OBJECT
               \relates QObject

               The Q_OBJECT macro must appear in the private section
               of a class definition that declares its own signals and
               slots or that uses other services provided by Qt's
               meta-object system.

               ...

               \sa {Meta-Object System}, {Signals and Slots}, {Qt's
               Property System}
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <h3>Q_OBJECT</h3>
               \endraw

               The Q_OBJECT macro must appear in the private section
               of a class definition that declares its own signals and
               slots or that uses other services provided by Qt's
               meta-object system.

               ...

               See also \l {Meta-Object System}, \l {Signals &
               Slots} and \l {Qt's Property System}.
           \endquotation

           in qobject.html.


    \target module-command
    \section1 \\module 

    The \\module creates a separate page that lists the
    classes belonging to the module specified by the command's
    argument.

           The command follows \l {topic argument} {the general
           topic command convention} for the argument.

           A class can be related to a module using the \l
           {inmodule-command} {\\inmodule} command.

           The \\module command is typically followed by the \l
           {title-command} {\\title} and \l {brief-command} {\\brief}
           commands. Each class is listed with a link to the class
           reference page and a brief description based on the
           classes' \l {brief-command} {\\brief} texts.

           For example:

           \code
           / *!
               \module QtNetwork

               \title QtNetwork Module

               \brief The QtNetwork module offers classes that allow
               you to write TCP/IP clients and servers.

               The network module provides classes to make network
               programming easier and portable. It offers both
               high-level classes such as QHttp and QFtp that
               implement specific application-level protocols, and
               lower-level classes such as QTcpSocket, QTcpServer, and
               QUdpSocket.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <h1><center>QtNetwork Module</center></h1>
               \endraw

               The QtNetwork module offers classes that allow you to
               write TCP/IP clients and servers.\l {module
               details} {More...}

               \raw HTML
               <p>
               <table width="100%">
                   <tr valign="top" bgcolor="#d0d0d0">
                   <td><b>
                   <a href="http://qt.nokia.com/doc/4.0/qabstractsocket.html">QAbstractSocket</a>
                   </b></td>
                   <td>
                   The base functionality common to all socket types
                   </td></tr>

                   <tr valign="top" bgcolor="#d0d0d0">
                   <td><b>
                   <a href="http://qt.nokia.com/doc/4.0/qftp.html">QFtp</a>
                   </b></td>
                   <td>
                   Implementation of the FTP protocol
                   </td></tr>

                   <tr valign="top" bgcolor="#d0d0d0">
                   <td>...</td>
                   <td>...</td>
                   </tr>
               </table>

               <p><hr /></p>
               \endraw

               \target module details

               \raw HTML
               <h2>Detailed Description</h2>

               <p>
               The QtNetwork module offers classes that allow you to
               write TCP/IP clients and servers.
               </p>

               <p>
               The network module provides classes to make network
               programming easier and portable. It offers both
               high-level classes such as QHttp and QFtp that
               implement specific application-level protocols, and
               lower-level classes such as QTcpSocket, QTcpServer, and
               QUdpSocket.
               </p>
               \endraw

               ...

           \endquotation

           in qtnetwork.html.

           See also \l {inmodule-command} {\\inmodule}


    \target namespace-command
    \section1 \\namespace 

    The \\namespace command allows you to document a C++ namespace.

           The command follows \l {topic argument} {the general
           topic command convention} for the argument.

           QDoc will generate the same additional links and
           documentation for all the members of the namespace as it
           does for \l {framework} {classes}. The documentation for
           the specified namespace is put in <lower-case>\e
           {namespace}.html.

           For example:

           \code
           / *!
               \namespace Qt

               \brief The Qt namespace contains miscellaneous
               identifiers used throughout the Qt library.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <center><h1>Qt Namespace Reference</h1></center>
               <p>The Qt namespace contains miscellaneous
               identifiers used throughout the Qt library.
               <a href="13-qdoc-commands-topics.html#name">More...</a>
               </p>

               <pre>#include &lt;Qt&gt;</pre>
               <ul>
               <li>
               <a href="http://qt.nokia.com/doc/4.0/qt-qt3.html">
                   Qt 3 support members</a></li>
               </ul>


               <h3>Types</h3>
               <ul>
               <li>flags
               <a href="http://qt.nokia.com/doc/4.0/qt.html#AlignmentFlag-enum">Alignment</a></b></li>
               <li>...</li></ul>
               <hr />
               \endraw

               \target name

               \raw HTML
               <h2>Detailed Description</h2>
               <p>The Qt namespace contains miscellaneous identifiers
               used throughout the Qt library.</p>
               \endraw

               ...
           \endquotation

           in qt.html.


    \target page-command
    \section1 \\page 

    The \\page command allows you to create a stand-alone documentation page.

           The command follows \l {topic argument} {the general
           topic command convention} for the argument.

           The page's title can be set using the \l {title-command} {\\title}
           command. For example:

           \code
           / *!
               \page aboutqt.html

               \title About Qt

               Qt by Trolltech is a C++ toolkit for cross-platform GUI
               application development. Qt provides single-source
               portability across Microsoft Windows, Mac OS X, Linux,
               and all major commercial Unix variants. (A version of
               Qt 4 for embedded Linux will be available in
               August/September 2005.)

               Qt provides application developers with all the
               functionality needed to build applications with
               state-of-the-art graphical user interfaces. Qt is fully
               object-oriented, easily extensible, and allows true
               component programming.

               ...
            * /
            \endcode

           will be rendered in its own HTML file: \l{About Qt}.


    \target externalpage-command
    \section1 \\externalpage 

    The \\externalpage command gives a title to an external URL.

           The command follows \l {topic argument} {the general
           topic command convention} for the argument.

           For example:

           \code
           / *!
               \externalpage http://www.trolltech.com/products/embedded/index.html
               \title Qtopia Core
           * /
           \endcode

           The QDoc comment above allows you to link to the Qtopia
           Core webpage by simply linking to the given title. For
           example:

           \code
           / *!
               The broad scope of the \l {Qtopia Core} API enables it to
               be used across a wide variety of development projects.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               The broad scope of the \l
               {http://www.trolltech.com/products/embedded/index.html} {Qtopia
               Core} API enables it to be used across a wide variety
               of development projects.
           \endquotation

           To achieve the same result without using the
           \\externalpage command, you would have to hard code the
           adress into your documentation:

           \code
           / *!
               The broad scope of the \l
               {http://www.trolltech.com/products/embedded/index.html} {Qtopia
               Core} API enables it to be used across a wide variety
               of development projects.
           * /
           \endcode

           The \\externalpage command makes it easier to maintain the
           documentation. If the adress changes, you only need to change the
           argument of the \\externalpage command.


    \target property-command
    \section1 \\property 

    The \\property command allows you to document a Qt property.

           The command follows \l {topic argument} {the general
           topic command convention} for the argument.

           A property is defined using the Q_PROPERTY() macro. The
           macro takes as arguments the property's name and its set,
           reset and get functions. For example:

           \code
           Q_PROPERTY(QString state READ state WRITE setState)
           \endcode

           The set, reset and get functions don't need to be
           documented, documenting the property is sufficient. QDoc
           will generate a list of the access function that will
           appear in the property documentation which in turn will be
           located in the documentation of the class that defines the
           property.

           The \\property command is typically accompanied with a \l
           {brief-command} {\\brief} command.  In the case of a
           property, the \l {brief-command} {\\brief} command's
           argument is a sentence fragment that will be included in a
           one-sentence description of the property generated by
           QDoc. The command follows the same rules for the \l
           {brief-property} {description} as the \l {variable-command}
           {\\variable} command.

           For example:

           \code
           / *!
               \property QPushButton::flat
               \brief whether the border is disabled

               This property's default is false.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <h3>flat : bool</h3>
               \endraw

               This property holds whether the border is disabled.

               This property's default is false.

               Access functions:

               \list
               \o \bold { bool isFlat () const}
               \o \bold { void setFlat ( bool )}
               \endlist

           \endquotation

           in qpushbutton.html. And

           \code
           / *!
               \property QWidget::width
               \brief the width of the widget excluding any window frame

               See the \l {Window Geometry} documentation for an
               overview of window geometry.

               \sa geometry, height, size
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <h3>width : const int</h3>
               \endraw

               This property holds the width of the widget excluding
               any window frame.

               See the \l {Window Geometry} documentation for an
               overview of window geometry.

               Access functions:

               \list
               \o \bold { int width () const}
               \endlist

               See also \l{QWidget::geometry} {geometry},
               \l{QWidget::height} {height}, and \l{QWidget::size} {size}.
           \endquotation

           in qwidget.html.


    \target service-command
    \section1 \\service 

    The \\service command tells QDoc that a class is a
    service class and specifies its alias, i.e. the associated
    service's name.

            The command takes two arguments, the service class's name
            and the associated alias. For example:

            \code
                / *!
                    \service TimeService Time
                    ...
                * /
                class TimeService : public QCopObjectService
                {
                    ...
                }
            \endcode

            See also \l {class-command} {\\class} and \l
            {generatelist-command} {\\generatelist}.


    \target typedef-command
    \section1 \\typedef 

    The \\typedef command allows you to document a C++ type definition.

           The command follows \l {topic argument} {the general
           topic command convention} for the argument.

           The documentation will be located in the associated class,
           header file or namespace documentation. When documenting a
           global type definition, the \\typedef command must be
           accompanied with a \l {relates-command} {\\relates} command. For
           example:

           \code
           / *!
               \typedef QObjectList
               \relates QObject

               Synonym for QList<QObject>.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <h3>typedef QObjectList</h3>
               \endraw

               Synonym for QList<QObject>.
           \endquotation

           in qobject.html. Another, although more rare, example is

           \code
           / *!
               \typedef QMsgHandler
               \relates QtGlobal

               This is a typedef for a pointer to a function with the
               following signature:

               \code
                   void myMsgHandler(QtMsgType, const char *);
               \ endcode

               \sa QtMsgType, qInstallMsgHandler()
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <h3>typedef QtMsgHandler</h3>
               \endraw

               This is a typedef for a pointer to a function with the
               following signature:

               \raw HTML
               <tt>
               <pre>    void myMsgHandler(QtMsgType, const char *);</pre>
               </tt>
               \endraw

               See also QtMsgType and qInstallMsgHandler().

           \endquotation

           in qtglobal.html. Other type definitions are located in the
           documentation of the class that defines it, for example:

           \code
           / *!
               \typedef QLinkedList::Iterator

               Qt-style synonym for QList::iterator.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <h3>typedef QLinkedList::Iterator</h3>
               \endraw

               Qt-style synonym for QList::iterator.
           \endquotation

           in qlinkedlist.html.


    \target variable-command
    \section1 \\variable 

    The \\variable command allows you to document a
    member variable or a constant.

           The command follows \l {topic argument} {the general
           topic command convention} for the argument.

           The \\variable command is typically followed by a 
	   \l {brief-command} {\\brief} command; QDoc will generate the
           documentation for the variable based on the brief command
           description. The command follows the same rules for the 
	   \l {brief-property} {description} as the \l {property-command}
           {\\property} command.

           The documentation will be located in the in the associated
           class, header file or namespace documentation.

           In case of a member variable:

           \code
           / *!
               \variable QStyleOption::palette
               \brief the palette that should be used when painting
                      the control
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <h3>
               <a href="http://qt.nokia.com/doc/4.0/qpalette.html">
               QPalette
               </a>
               QStyleOption::palette
               </h3>
               \endraw

               This variable holds the palette that should be used
               when painting the control.
           \endquotation

           in qstyleoption.html.

           But you can also use the \\variable command to document
           constants like for example the \c Type and \c UserType
           constants in the QTreeWidgetItem class:

           \code
           enum { Type = 0, UserType = 1000 };
           \endcode

           Then

           \code
           / *!
               \variable QTreeWidgetItem::Type

               The default type for tree widget items.

               \sa UserType, type()
           * /
           \endcode

           and

           \code
           / *!
               \variable QTreeWidgetItem::UserType

               The minimum value for custom types. Values below
               UserType are reserved by Qt.

               \sa Type, type()
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <h3>
               const int QTreeWidgetItem::Type
               </h3>
               \endraw

               The default type for tree widget items.

               See also \l {QTreeWidgetItem::UserType} {UserType} and
               \l {QTreeWidgetItem::type()} {type()}.

               \raw HTML
               <h3>
               const int QTreeWidgetItem::UserType
               </h3>
               \endraw

               The minimum value for custom types. Values below
               UserType are reserved by Qt.

               See also \l {QTreeWidgetItem::Type} {Type} and
               \l{QTreeWidgetItem::type()} {type()}.

           \endquotation

           in qtreewidget.html.

*/

/*!
    \page 14-qdoc-commands-contextcommands.html
    \previouspage Topic Commands
    \contentspage Table of Contents
    \nextpage Navigating

    \title Context Commands

    The context commands provide QDoc with information, that it
    wouldn't figure out otherwise, about the documented object. For
    example whether a class is thread-safe or not.

    These commands can appear anywhere within a QDoc comment.

    \section1 Categories
    \list
    \o \l {Navigating}
    \o \l {Reporting Status}
    \o \l {Thread Support}
    \o \l {Relating Things}
    \o \l {Grouping Things}
    \o \l {Naming Things}
    \endlist

    \section1 Command List

    \list
    \o \l {16-qdoc-commands-status.html#compat-command} {\\compat}
    \o \l {15-qdoc-commands-navigation.html#contentspage-command} {\\contentspage}
    \o \l {15-qdoc-commands-navigation.html#indexpage-command} {\\indexpage}
    \o \l {19-qdoc-commands-grouping.html#ingroup-command} {\\ingroup}
    \o \l {19-qdoc-commands-grouping.html#inmodule-command} {\\inmodule}
    \o \l {16-qdoc-commands-status.html#internal-command} {\\internal}
    \o \l {19-qdoc-commands-grouping.html#mainclass-command} {\\mainclass}
    \o \l {15-qdoc-commands-navigation.html#nextpage-command} {\\nextpage}
    \o \l {17-qdoc-commands-thread.html#nonreentrant-command} {\\nonreentrant}
    \o \l {16-qdoc-commands-status.html#obsolete-command} {\\obsolete}
    \o \l {18-qdoc-commands-relating.html#overload-command} {\\overload}
    \o \l {16-qdoc-commands-status.html#preliminary-command} {\\preliminary}
    \o \l {15-qdoc-commands-navigation.html#previouspage-command} {\\previouspage}
    \o \l {17-qdoc-commands-thread.html#reentrant-command} {\\reentrant}
    \o \l {18-qdoc-commands-relating.html#reimp-command} {\\reimp}
    \o \l {18-qdoc-commands-relating.html#relates-command} {\\relates}
    \o \l {15-qdoc-commands-navigation.html#startpage-command} {\\startpage}
    \o \l {17-qdoc-commands-thread.html#threadsafe-command} {\\threadsafe}
    \o \l {20-qdoc-commands-namingthings.html#title-command} {\\title}
    \endlist
*/

/*!
    \page 15-qdoc-commands-navigation.html
    \previouspage Context Commands
    \contentspage Table of Contents
    \nextpage Reporting Status

    \title Navigating

    The navigation commands allow you to link the pages of a multipage
    document together. They provide the components of a navigation bar
    at the top and bottom of the document. They also provide browser
    and search engine support.

    \section1 General Description

    The QDoc comments below shows a typical example using the
    navigation commands.

    \code
    / *!
        \page basicqt.html
        \contentspage {Basic Qt} {Contents}
        \nextpage Getting Started

        \indexpage Index
        \startpage Basic Qt

        \title Basic Qt

        The Qt toolkit is a C++ class library and a set of tools for
        building multiplatform GUI programs using a "write once,
        compile anywhere approach".

        Table of contents:

        \list
        \o \l {Getting Started}
        \o \l {Creating Dialogs}
        \o \l {Creating Main Windows}
        \endlist
    * /

    / *!
        \page gettingstarted.html
        \previouspage Basic Qt
        \contentspage {Basic Qt} {Contents}
        \nextpage Creating Dialogs

        \indexpage Index
        \startpage Basic Qt

        \title Getting Started

        This chapter shows how to combine basic C++ with the
        functionality provided by Qt to create a few small graphical
        interface (GUI) applications.
    * /

    / *!
        \page creatingdialogs.html
        \previouspage Getting Started
        \contentspage {Basic Qt} {Contents}

        \indexpage Index
        \startpage Basic Qt

        \title Creating Dialogs

        This chapter will teach you how to create dialog boxes using Qt.
    * /

    / *!
        \page index.html

        \indexpage Index
        \startpage Basic Qt

        \title Index

        \list
            \o \l {Basic Qt}
            \o \l {Creating Dialogs}
            \o \l {Getting Started}
        \endlist
    * /
    \endcode

    The second page of this multipage document, "Getting Started",
    QDoc renders this as:

    \quotation
    \raw HTML
        <table border="0" cellpadding="0" cellspacing="5" width="100%">

        <tr>
        <p>
        [Previous: <a href="15-qdoc-commands-navigation.html#deadlink">
        Basic Qt</a>]
        [<a href="15-qdoc-commands-navigation.html#deadlink">Contents</a>]
        [Next: <a href="15-qdoc-commands-navigation.html#deadlink">
        Creating Dialogs</a>]
        </p>

        <h1 align="center">Getting Started<br /></h1>

        <p>
        This chapter shows how to combine basic C++ with the
        functionality provided by Qt to create a few small graphical
        interface (GUI) applications.
        </p>

        <p>
        [Previous: <a href="15-qdoc-commands-navigation.html#deadlink">
        Basic Qt</a>]
        [<a href="15-qdoc-commands-navigation.html#deadlink">Contents</a>]
        [Next: <a href="15-qdoc-commands-navigation.html#deadlink">
        Creating Dialogs</a>]
        </p>

        </table>
    \endraw
    \endquotation

    in creatingdialogs.html.

    In addition, the \l {indexpage-command} {\\indexpage} and \l
    {startpage-command} {\\startpage} commands specifies links to the page's
    index page and start page. These links are used by browsers and
    search engines.

    The index page is typically an alphabetical list of the document's
    titles and topics, while the start page is the page considered by
    the author to be the starting point of a multipage document.

    The links are included in the generated HTML source code but has
    no visual effect on the documentation:

    \code
    <head>
        ...
        <link rel="index" href="index.html" />
        <link rel="start" href="basicqt.html" />
        ...
    </head>
    \endcode

    \target previouspage-command
    \section1 \\previouspage 

    The \\previouspage command links the current page
    to the previous one in an ordered series of documents.

           The command has two arguments, each enclosed by curly
           braces: The first is the link target, i.e. the title of the
           previous page, the second is the link text. If the page's
           title is equivalent to the link text, the second argument
           can be omitted.

           The command must stand alone on its own line.

           In the end, the link is rendered at the top and bottom of
           the current page. For an example, see the \l {General
           Description} section.


    \target nextpage-command
    \section1 \\nextpage 

    The \\nextpage command links the current
    page to the next page in an ordered series of documents.

           The command follows the same syntax and argument convention
           as the \l {previouspage-command} {\\previouspage} command.

           For an example, see the \l {General Description} section.


    \target startpage-command
    \section1 \\startpage 

    The \\startpage command specifies the first document
    in a collection of documents.

           The command must stand alone on its own line, and its
           unique argument is the title of the first document.

           QDoc will generate a link to the specified document which
           is included in the HTML file but has no visual effect on
           the documentation. The generated link type tells browsers
           and search engines which document is considered by the
           author to be the starting point of the collection.

           For an example, see the \l {General Description} section.


    \target contentspage-command
    \section1 \\contentspage

    The \\contentspage command links the current
    page to a contents page.

           The command follows the same syntax and argument convention
           as the \l {previouspage-command} {\\previouspage} command.

           For an example, see the \l {General Description} section.


    \target indexpage-command
    \section1 \\indexpage 

    The \\indexpage command specifies a document providing
    an index for the current document.

           The command must stand alone on its own line, and its
           unique argument is the title of the index document.

           QDoc will generate a link to the specified document which
           is included in the HTML file but has no visual effect on
           the documentation. The generated link type tells browsers
           and search engines which document is considered by the
           author to be the index page for the current document.

           For an example, see the \l {General Description} section.


*/

/*!
    \page 16-qdoc-commands-status.html
    \previouspage Navigating
    \contentspage Table of Contents
    \nextpage Thread Support

    \title Reporting Status

    The usage commands can indicate whether a documented object is
    under development, becoming obsolete, provided for compatibility
    reasons or simply not part of the public interface. They can
    describe the history of minor versions. And they can also describe
    a documented object's ability to handle multithreaded programming.

    \target preliminary-command
    \section1 \\preliminary 

    The \\preliminary command indicates that the
    referenced function is under development.

           The command must stand on its own line.

           The \\preliminary command expands to a notification in the
           function documentation, and marks the function as
           preliminary when it appears in lists. For example:

           \code
           / *!
               \preliminary

               Returns information about the joining properties of the
               character (needed for certain languages such as
               Arabic).
           * /
           QChar::Joining QChar::joining() const
           {
               return ::joining(*this);
           }
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <h3>
               <a href="http://qt.nokia.com/doc/4.0/qchar.html#Joining-enum">Joining</a>
               QChar::joining () const</h3>
               \endraw

               \bold {This function is under development and
               is subject to change.}

               Returns information about the joining properties of the
               character (needed for certain languages such as
               Arabic).
           \endquotation

           And the function's entry in QChar's list of functions will
           be rendered as

         \quotation
             \list
             \o ...
             \o Joining
                \l {http://qt.nokia.com/doc/4.0/qchar.html#Joining-enum}
                   {joining}()
                const   \c (preliminary)
             \o ...
             \endlist
         \endquotation


    \target obsolete-command
    \section1 \\obsolete 

    The \\obsolete command indicates that the referenced
    function no longer should be used in new code;
    there is no guarantee for how long it will remain in
    the library.

           The command must stand on its own line.

           When generating the reference documentation for a class,
           QDoc will create and link to a separate page documenting
           its obsolete functions.  Usually an equivalent function is
           provided as an alternative.

           For example:

           \code
           / *!
               \fn MyClass::MyObsoleteFunction
               \obsolete

               Use MyNewFunction() instead.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <h1>Obsolete Members for MyClass</h1>
               \endraw

               \bold {The following class members are obsolete.} They
               are provided to keep old source code working. We
               strongly advise against using them in new code.

               ...

               \list
                   \o void MyObsoleteFunction() \c (obsolete)
                   \o ...
               \endlist

               \raw HTML
               <hr />
               <h2>Member Function Documentation</h2>
               <h3>void MyObsoleteFunction ()</h3>
               <p>Use MyNewFunction() instead.</p>
               \endraw

               ...
           \endquotation

           in myclass-obsolete.html



    \target compat-command
    \section1 \\compat 

    The \\compat command indicates that the referenced class
    or function is part of the support library provided to keep
    old source code working.

           The command must stand on its own line.

           Usually an equivalent function or class is provided as an
           alternative.

           If the command is used within the documentation of a class,
           the command expands to a warning that the referenced class
           is part of the support library. The warning is located on
           top of the associated documentation. For example:

           \code
           / *!
               \class MyQt3SupportClass
               \compat
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \bold {This class is part of the Qt 3 support
               library.} It is provided to keep old source code
               working. We strongly advise against using it in new
               code. See the \l
               {http://qt.nokia.com/doc/4.0/porting4.html} {Porting
               Guide} for more information.
           \endquotation

           on the top of the MyQt3SupportClass class reference.

           If the command is used when documenting a function, QDoc
           will create and link to a separate page documenting Qt 3
           support members when generating the reference documentation
           for the associated class. For example:

           \code
           / *!
               \fn MyClass::MyQt3SupportMemberFunction
               \compat

               Use MyNewFunction() instead.
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <h1>Qt 3 Support Members for MyClass</h1>
               \endraw

               \bold {The following class members are part of the Qt
               3 support layer.} They are provided to help you port
               old code to Qt 4. We advise against using them in new
               code.

               ...

               \list
                   \o void MyQt3SupportMemberFunction()
                   \o ...
               \endlist

               \raw HTML
               <hr />
               <h2>Member Function Documentation</h2>
               <h3>void MyQt3SupportMemberFunction ()</h3>
               <p>Use MyNewFunction() instead.</p>
               \endraw

               ...
           \endquotation

           in myclass-qt3.html



    \target internal-command
    \section1 \\internal 

    The \\internal command indicates that the referenced
    function is not part of the public interface.

           The command must stand on its own line.

           QDoc ignores the documentation as well as the documented
           item, when generating the associated class reference
           documenation. For example:

           \code
           / *!
               \internal

               Tries to find the decimal separator. If it can't find
               it and the thousand delimiter is != '.' it will try to
               find a '.';
           * /
           int QDoubleSpinBoxPrivate::findDelimiter
                   (const QString &str, int index) const
           {
               int dotindex = str.indexOf(delimiter, index);
               if (dotindex == -1 && thousand != dot && delimiter != dot)
                   dotindex = str.indexOf(dot, index);
               return dotindex;
           }
           \endcode

           in qspinbox.cpp, will not be rendered at all.


    \target since-command
    \section1 \\since 

    The \\since command tells in which minor release
    the associated functionality was added.

           For example:

           \code
           / *!
               \since 4.1

               Returns an icon for \a standardIcon.

               ...

               \sa standardIconImplementation(), standardPixmap()
           * /
           QIcon QStyle::standardIcon(StandardPixmap standardIcon, const QStyleOption *option, const QWidget *widget) const
           {
           }
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <h3>QIcon QStyle::standardIcon(StandardPixmap standardIcon, const QStyleOption *option, const QWidget *widget) const</h3>
               \endraw

               This function was introduced in Qt version 4.1

               Returns an icon for \a standardIcon.

               ...

               See also \l
               {QStyle::standardIconImplementation()} {standardIconImplementation()}
               and \l {QStyle::standardPixmap()} {standardPixmap()}.
               \endquotation

           QDoc generates the "Qt" reference from the \l
           {25-qdoc-configuration-derivedprojects.html#project} {\c
           project} configuration variable. For that reason this
           reference will change according to the current
           documentation project.

           See also \l
           {25-qdoc-configuration-derivedprojects.html#project} {\c
           project}.


*/

/*!
    \page 17-qdoc-commands-thread.html
    \previouspage Reporting Status
    \contentspage Table of Contents
    \nextpage Relating Things

    \title Thread Support

    The thread support commands specify the level of support for
    multithreaded programming of a class or function.

    \section1 General Description

    There are three levels of support for multithreaded programming of
    a class or function: \c threadsafe, \c reentrant and \c
    nonreentrant.

    The default is \c nonreentrant which means that the associated
    class or function cannot be called by multiple threads. \c
    Reentrant and \c threadsafe are levels primarily used for classes.

    \c Reentrant means that all the functions in the referenced class
    can be called simultaneously by multiple threads, provided that
    each invocation of the functions reference unique data. While \c
    threadsafe means that all the functions in the referenced class
    can be called simultaneously by multiple threads even when each
    invocation references shared data.

    When a class is declared \c reentrant or \c threadsafe, using the
    \l {reentrant-command} {\\reentrant} and \l {threadsafe-command} {\\threadsafe}
    commands respectively, functions in the referenced class can be
    declared \c nonreentrant, using the \l
    {nonreentrant-command} {\\nonreentrant} command, excluding the functions
    from the general view.

    For example:

    \code
    / *!
        \class QLocale
        \brief The QLocale class converts between numbers and their
        string representations in various languages.

        \reentrant
        \ingroup i18n
        \ingroup text
        \mainclass

        QLocale is initialized with a language/country pair in its
        constructor and offers number-to-string and string-to-number
        conversion functions similar to those in QString.

        ...
    * /

    / *!
        \nonreentrant

        Sets the global default locale to \a locale. These values are
        used when a QLocale object is constructed with no
        arguments. If this function is not called, the system's locale
        is used.

        \warning In a multithreaded application, the default locale
        should be set at application startup, before any non-GUI
        threads are created.

        \sa system() c()
    * /
    void QLocale::setDefault(const QLocale &locale)
    {
        default_d = locale.d;
    }
    \endcode

    QDoc renders this as:

    \quotation
        \raw HTML
            <h1><center>QLocale Class Reference</center></h1>
        \endraw

        The QLocale class converts between numbers and their string
        representations in various languages. More...

        \code
        #include <QLocale>
        \endcode

        \bold {Note:} All the functions in this class are \l
        {threads.html#reentrant} {reentrant}, except \l
        {QLocale::setDefault()} {setDefault()}.

        ...

        \raw HTML
            <hr />
            <h2>Member Type Documentation</h2>
        \endraw

        ...

        \raw HTML
            <h3>void QLocale::setDefault ( const QLocale & locale ) </h3>
        \endraw

        Sets the global default locale to locale. These values are
        used when a QLocale object is constructed with no
        arguments. If this function is not called, the system's locale
        is used.

        \warning In a multithreaded application, the default locale
        should be set at application startup, before any non-GUI
        threads are created.

        \warning This function is not reentrant.

        See also \l {QLocale::system()} {system()} and \l
        {QLocale::c()} {c()}.

        ...
    \endquotation

    As shown above, QDoc generates a notification when a class is
    declared reentrant, and lists the exceptions (the declared
    nonreentrant functions). A link to the general documentation on \l
    {threads.html#reentrant} {reentrancy and thread-safety} is
    included.  In addition a warning, "\bold Warning: This function is
    not reentrant.", is generated in the nonreentrant functions'
    documentation.

    QDoc will generate the same notification and warnings when a class
    is declared threadsafe.

    For more information see the general documentation on \l
    {threads.html#reentrant} {reentrancy and thread-safety}.

    \target threadsafe-command
    \section1 \\threadsafe 

    The \\threadsafe command indicates that the
    associated class or function can be called simultaneously by
    multiple threads even when each invocation references
    shared data.

           The command must stand on its own line.

           The generated documentation resulting from using the
           \\threadsafe command is similar to the result of using the
           \l {reentrant-command} {\\reentrant} command. For an example, see
           the \l {General Description} section.

           See also \l{reentrant-command} {\\reentrant} and
           \l{nonreentrant-command} {\\nonreentrant}.


    \target reentrant-command
    \section1 \\reentrant 

    The \\reentrant command indicates that the associated
    class or function  can be called simultaneously
    by multiple threads, provided that each invocation of the
    functions reference unique data.

           The command must stand on its own line.

           For an example, see the \l {General Description} section.

           See also \l{nonreentrant-command} {\\nonreentrant} and
            \l{threadsafe-command} {\\threadsafe}.


    \target nonreentrant-command
    \section1 \\nonreentrant 

    The \\nonreentrant command indicates that the
    associated class or function cannot be called by
    multiple threads.

           The command must stand on its own line.

           For an example, see the \l {General Description} section.

           See also \l{reentrant-command} {\\reentrant} and
           \l{threadsafe-command} {\\threadsafe}.


*/

/*!
    \page 18-qdoc-commands-relating.html
    \previouspage Thread Support
    \contentspage Table of Contents
    \nextpage Grouping Things

    \title Relating Things

    The relation commands discribe how the documented object relates
    to its context: Whether it is an overloaded function, a
    reimplemented function or a global function related to a specified
    class or header file.

    \target overload-command
    \section1 \\overload 

    The \\overload command indicates that the 
    function is a secondary overload of its name.

           The command must stand on its own line.

           For any overloaded function (except constructors), QDoc
           expects one primary version of the function and all the 
	   the overloads marked with the \bold{\\overload command}.
           The primary version should be fully documented. Each 
	   overload can have whatever extra documentation you want
	   to add for just that overload. 

	   From Qt 4.5, you can include the function name plus '()'
	   as a parameter to the \bold{\\overload} command, which 
	   will include a standard \e{This function overloads...} 
	   line of text with a link to the documentation for the 
	   primary version of the function. 

	   For example:

           \code
           / *!
               \overload addAction()

               This convenience function creates a new action with an
               \a icon and some \a text. The function adds the newly
               created action to the menu's list of actions, and
               returns it.

               \sa QWidget::addAction()
           * /
           QAction *QMenu::addAction(const QIcon &icon, const QString &text)
           {
               QAction *ret = new QAction(icon, text, this);
               addAction(ret);
               return ret;
           }
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
               <h3><a href="http://qt.nokia.com/doc/4.0/qaction.html">QAction</a>
               * QMenu::addAction ( const QIcon & <i>icon</i>,
               const QString & <i>text</i> )
               </h3>
               \endraw

	       This function overloads \l {http://qt.nokia.com/doc/4.0/qwidget.html#addAction} {addAction()}

               This convenience function creates a new action with an
               \e icon and some \e text. The function adds the newly
               created action to the menu's list of actions, and
               returns it.

               See also
               \l {http://qt.nokia.com/doc/4.0/qwidget.html#addAction}
               {QWidget::addAction}().
           \endquotation

	   If you don't include the function name with the
	   \bold{\\overlaod} command, then instead of the "This
	   function overloads..." line with the link to the
	   documentation for the primary version, you get the old
	   standard line:

	   \quotation
               This is an overloaded member function, provided for
               convenience. 
	   \endquotation.


    \target reimp-command
    \section1 \\reimp 

    The \\reimp command indicates that the
    referenced function is a reimplementation of a virtual function,
    where the reimplementation has no effect on the interface.

           The command must stand on its own line.

           QDoc will omit the reimplemented function from the class
           reference. For example:

           \code
           / *!
               \reimp
           * /
           void QToolButton::nextCheckState()
           {
               Q_D(QToolButton);
               if (!d->defaultAction)
                   QAbstractButton::nextCheckState();
               else
                   d->defaultAction->trigger();
           }
           \endcode

           will not be rendered at all; only a link to the inherited
           QAbstractButton::nextCheckState() will appear in the
           documentation.


    \target relates-command
    \section1 \\relates 

    The \\relates command attaches the documentation of
    a global function to that of a related class or header file.

           The command's argument is a class name, an the command (and
           its argument) must stand on its own line.

           \code
           / *!
               \relates QChar

               Reads a char from the stream \a in into char \a chr.

               \sa {Format of the QDataStream operators}
           * /
           QDataStream &operator>>(QDataStream &in, QChar &chr)
           {
               quint16 u;
               in >> u;
               chr.unicode() = ushort(u);
               return in;
           }
           \endcode

           will be rendered with the QChar documentation.


*/

/*!
    \page 19-qdoc-commands-grouping.html
    \previouspage Relating Things
    \contentspage Table of Contents
    \nextpage Naming Things

    \title Grouping Things

    The grouping commands relate classes to defined groups and
    modules. The groups are used when generating lists of related
    classes in the documentation, while the modules are elements of
    Qt's structure.

    \target mainclass-command
    \section1 \\mainclass 

    The \\mainclass command relates the documented class to
    a group called mainclasses.

           The command must stand on its own line.

           For example:

           \code
           / *!
               \class QWidget qwidget.h
               \brief The QWidget class is the base class of
               all user interface objects.

               \mainclass

               ...
           * /
           \endcode

           will ensure that the QWidget class is included in the \c
           mainclasses group, which means, for example, that the class
           will appear on the list created by calling the \l
           {generatelist-command} {\\generatelist} command with the \c
           mainclasses argument:

           \l http://qt.nokia.com/doc/4.0/mainclasses.html

           See also \l {generatelist-command} {\\generatelist}.


    \target ingroup-command
    \section1 \\ingroup 

    The \\ingroup command indicates that the given
    overview or documented class belongs to a certain group of
    related docmentation.

           A class or overview may belong to many groups.

           The \\ingroup command's argument is a group name, but note
           that the command considers the rest of the line as part of
           its argument. Make sure that the group name is followed by
           a linebreak. For example:

           \code
           / *!
               \class QDir
               \brief The QDir class provides access to directory
                      structures and their contents.

               \ingroup io
               ...
           * /
           \endcode

           will ensure that the QDir class is included in the \c io
           group, which means, for example, that QDir will appear on
           the list created by calling the \l {group-command} {\\group} command
           with the \c io argument.

           Note that to list overviews that are related to a given
           group, you must generate the list exlicitly by using the \l
           {generatelist-command} {\\generatelist} command with the \c related
           argument.

           See also \l {group-command} {\\group}.

    \target inmodule-command
    \section1 \\inmodule 

    The \\inmodule command relates the documented class
    to the module specified by the command's argument.

           For the basic classes in Qt, a class's module is determined
           by its location, i.e. its directory. However, for
           extensions, like ActiveQt and Qt Designer, a class needs to
           be related to a module explicitly.

           The command's argument is a module name, but note that the
           command considers the rest of the line as part of its
           argument. Make sure that the module name is followed by a
           linebreak. For example:

           \code
           /*!
               \class QDesignerTaskMenuExtension
               \inmodule QtDesigner
           * /
           \endcode

           will ensure that the QDesignerTaskMenuExtension class is
           included in the \c QtDesigner module, which means, for
           example, that the class will appear on the list created by
           calling the \l {generatelist-command} {\\generatelist} command with
           the \c {{classesbymodule QtDesigner}} argument.

           See also \l {module-command} {\\module} and \l
           {generatelist-command} {\\generatelist}.

*/

/*!
    \page 20-qdoc-commands-namingthings.html
    \previouspage Grouping Things
    \contentspage Table of Contents
    \nextpage Markup Commands

    \title Naming Things

    In general a title command considers everything that follows it
    until the first line break as its argument.  If the title needs to
    be spanned over several lines, make sure to end each line (except
    the last one) with a backslash.

    \target title-command
    \section1 \\title 

    The \\title command sets the title for a
    documentation page, or allows you to override it.

           For example:

           \code
           / *!
               \page signalandslots.html

               \title Signals & Slots

               Signals and slots are used for communication between
               objects. The signals and slots mechanism is a central
               feature of Qt and probably the part that differs most
               from the features provided by other frameworks.

               ...
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
                   <h1><center>Signal and Slots</center></h1>
               \endraw

               Signals and slots are used for communication between
               objects. The signals and slots mechanism is a central
               feature of Qt and probably the part that differs most
               from the features provided by other frameworks.

               ...
           \endquotation
           See also \l {subtitle-command} {\\subtitle}.


    \target subtitle-command
    \section1 \\subtitle 

    The \\subtitle command sets a subtitle for a
    documentation page.

           For example:

           \code
           / *!
               \page qtopiacore-overview.html

               \title Qtopia Core
               \subtitle Qt for Embedded Linux

               Qt/Embedded, the embedded Linux port of Qt, is a
               complete and self-contained C++ GUI and platform
               development tool for Linux-based embedded development.

               ...
           * /
           \endcode

           QDoc renders this as:

           \quotation
               \raw HTML
                   <h1><center>Qtopia Core</center></h1>
                   <h2><center>Qt for Embedded Linux</center></h2>
               \endraw

               Qt/Embedded, the embedded Linux port of Qt, is a
               complete and self-contained C++ GUI and platform
               development tool for Linux-based embedded development.

               ...
           \endquotation

           See also \l {title-command} {\\title}.

*/

/*!
    \page 21-0-qdoc-configuration.html
    \previouspage Miscellaneous
    \contentspage Table of Contents
    \nextpage General Configuration Variables

    \title The QDoc Configuration File

    Before running QDoc to to extract and format your QDOC comments,
    you must create a QDoc configuration file to tell QDoc where to find 
    them.

    \list
    \o \l {Supporting Derived Projects}
    \o \l {Compatibility Issues}
    \endlist

    When running QDoc to generate the documentation, you must specify
    a configuration file on the command line:

    \section1 General Description

    The configuration file is a list of entries of entries of the form
    \e {"variable = value"}. Using the configuration variables, you
    can define where QDoc should find the various source files, images
    and examples, where to put generated documentation etc. The
    configuration file can also contain directives like \c
    include. For an example, see the \l minimum.qdocconf file.

    In addition, you can use some particular configuration variables
    to make QDoc support derived projects, i.e make the projects, for
    example Qt Solutions, contain links to the online Qt
    documentation. These variables are documented in the \l
    {Supporting Derived projects} section. In this section you can
    also find out how to use these variables to support your derived
    projects.

    If some of the variable keys have the same values, they can be set
    at the same time. For example:

    \code
    {header, source}dirs = kernel
    \endcode

    is equivalent to

    \code
    headerdirs = kernel
    sourcedirs = kernel
    \endcode

    A variable's value can be set using either '=' or '+='. The
    difference is that '=' overrides any previously set value, while
    '+=' only adds the value to the previously set ones.

    In general, some of the variables accepts a list of strings as
    their value, while others only accept a single string. If you
    provide a variable of the latter type with several strings they
    will simply be concatenated. The quotes around the value string
    are optional. But applying them allows you to use special
    characters like '=' and ' \" ' within the string. For example:

    \code
    HTML.postheader = "<a href=\"index.html\">Home</a>"
    \endcode

    If an entry spans many lines, use a backslash at the end of every
    line but the last:

    \code
    sourcedirs = kernel \
                 tools \
                 widgets
    \endcode

    \section1 Configuration Variables

    \section1 Variable List

    \list
    \o \l {22-qdoc-configuration-generalvariables.html#alias-variable} {alias}
    \o \l {23-qdoc-configuration-cppvariables.html#Cpp.ignoredirectives-variable} {Cpp.ignoredirectives}
    \o \l {23-qdoc-configuration-cppvariables.html#Cpp.ignoretokens-variable} {Cpp.ignoretokens}
    \o \l {22-qdoc-configuration-generalvariables.html#defines-variable} {defines}
    \o \l {22-qdoc-configuration-generalvariables.html#edition-variable} {edition}
    \o \l {22-qdoc-configuration-generalvariables.html#exampledirs-variable} {exampledirs}
    \o \l {22-qdoc-configuration-generalvariables.html#examples-variable} {examples}
    \o \l {22-qdoc-configuration-generalvariables.html#examples.fileextensions-variable} {examples.fileextensions}
    \o \l {22-qdoc-configuration-generalvariables.html#extraimages-variable} {extraimages}
    \o \l {22-qdoc-configuration-generalvariables.html#falsehoods-variable} {falsehoods}
    \o \l {22-qdoc-configuration-generalvariables.html#headerdirs-variable} {headerdirs}
    \o \l {22-qdoc-configuration-generalvariables.html#headers-variable} {headers}
    \o \l {22-qdoc-configuration-generalvariables.html#headers.fileextensions-variable} {headers.fileextensions}
    \o \l {24-qdoc-configuration-htmlvariables.html#HTML.footer-variable} {HTML.footer}
    \o \l {24-qdoc-configuration-htmlvariables.html#HTML.postheader-variable} {HTML.postheader}
    \o \l {24-qdoc-configuration-htmlvariables.html#HTML.style-variable} {HTML.style}
    \o \l {22-qdoc-configuration-generalvariables.html#imagedirs-variable} {imagedirs}
    \o \l {22-qdoc-configuration-generalvariables.html#images-variable} {images}
    \o \l {22-qdoc-configuration-generalvariables.html#images.fileextensions-variable} {images.fileextensions}
    \o \l {22-qdoc-configuration-generalvariables.html#language-variable} {language}
    \o \l {22-qdoc-configuration-generalvariables.html#macro-variable} {macro}
    \o \l {22-qdoc-configuration-generalvariables.html#outputdir-variable} {outputdir}
    \o \l {22-qdoc-configuration-generalvariables.html#outputformats-variable} {outputformats}
    \o \l {22-qdoc-configuration-generalvariables.html#slow-variable} {slow}
    \o \l {22-qdoc-configuration-generalvariables.html#sourcedirs-variable} {sourcedirs}
    \o \l {22-qdoc-configuration-generalvariables.html#sources-variable} {sources}
    \o \l {22-qdoc-configuration-generalvariables.html#sources.fileextensions-variable} {sources.fileextensions}
    \o \l {22-qdoc-configuration-generalvariables.html#spurious-variable} {spurious}
    \o \l {22-qdoc-configuration-generalvariables.html#tabsize-variable} {tabsize}
    \o \l {22-qdoc-configuration-generalvariables.html#version-variable} {version}
    \o \l {22-qdoc-configuration-generalvariables.html#versionsym-variable} {versionsym}
    \endlist

    \section1 Categories

    \list
    \o \l {General Configuration Variables}
    \o \l {C++ Specific Configuration Variables}
    \o \l {HTML Specific Configuration Variables}
    \endlist

    \section1 Configuration File Examples

    \list
    \o A minimum configuration file: \l minimum.qdocconf
    \o The Qt configuration file: \l qt.qdocconf
    \endlist
*/

/*!
    \page 21-1-minimum-qdocconf.html
    \previouspage qt.qdocconf
    \contentspage Table of Contents
    \nextpage Table of Contents

    \title minimum.qdocconf

    \quotefile examples/minimum.qdocconf
*/

/*!
    \page 21-2-qt-qdocconf.html
    \previouspage Compatibility Issues
    \contentspage Table of Contents
    \nextpage minimum.qdocconf

    \title qt.qdocconf

    \quotefile files/qt.qdocconf
*/

/*!
    \page 22-qdoc-configuration-generalvariables.html
    \previouspage The QDoc Configuration File
    \contentspage Table of Contents
    \nextpage Creating Help Project Files

    \title General Configuration Variables

    With the general QDoc configuration variables, you can define
    where QDoc will find the various source files it needs to generate
    the documentation, as well as the directory to put the generated
    documentation. You can also do some minor manipulation of QDoc
    itself, controlling its output and processing behavior.

    \target alias-variable
    \section1 alias 

    The \c alias variable renames a QDoc command.

           The general syntax is \tt {alias.\e{original-command-name}
           = \e temporary-command-name}.

           For example:

           \code
           alias.i = e
           \endcode

           renames the built-in command \\i (italics) to \\e.

           The \c alias variable is often used for compatibility
           reasons; for more information see the 
	   \l {Compatibility Issues} {compatibility section}.

           See also \l {macro-command} {macro}.


    \target codeindent-variable
    \section1 codeindent 

    The \c codeindent variable specifies the level of
    indentation that QDoc uses when writing code snippets.

           QDoc originally used a hard-coded value of four spaces for
           code indentation to ensure that code snippets could be easily
           distinguished from surrounding text. Since we can use
           \l{HTML Specific Configuration Variables#HTML.stylesheets} {stylesheets} to
           adjust the appearance of certain types of HTML elements, this
           level of indentation is not always required.


    \target defines-variable
    \section1 defines 

    The \c defines variable specifies the C++ preprocessor
    symbols that QDoc will recognize and respond to.

           When a preprocessor symbol is specified using the \c
           defines variable, you can also use the \l {if-command} {\\if}
           command to enclose documentation that only will be included
           if the preprocessor symbol is defined.

           The values of the variable are regular expressions (see
           QRegExp for details). By default, no symbol is defined,
           meaning that code protected with #ifdef...#endif will be
           ignored.

           For example:

           \code
           defines = Q_QDOC \
                     QT_.*_SUPPORT \
                     QT_.*_LIB \
                     QT_COMPAT \
                     QT3_SUPPORT \
                     Q_WS_.* \
                     Q_OS_.* \
                     Q_BYTE_ORDER \
                     __cplusplus
           \endcode

           ensures that QDoc will process the code that requires these
           symbols to be defined. For example:

           \code
           #ifdef Q_WS_WIN
               HDC getDC() const;
               void releaseDC(HDC) const;
           #endif
           \endcode

           Since the Q_WS_.* regular expression (specified using the
           \c defines variable) matches Q_WS_WIN, QDoc will process
           the code within #ifdef and #endif in our example.

           You can also define preprocessor symbols manually on the
           command line using the -D option. For example:

           \code
               currentdirectory$ qdoc3 -Dconsoleedition qt.qdocconf
           \endcode

           In this case the -D option ensures that the \c
           consoleedition preprocessor symbol is defined when QDoc
           processes the source files defined in the qt.qdocconf file.

           See also \l {falsehoods-variable} {falsehoods} and \l {if-command} {\\if}.


    \target edition-variable
    \section1 edition 

    The \c edition variable specifies which modules are
    included in each edition of a package, and provides QDoc
    with information to provide class lists for each edition.

           This feature is mostly used when providing documentation
           for Qt packages.

           The \c edition variable is always used with a particular
           edition name to define the modules for that edition:

           \code
           edition.Console      = QtCore QtNetwork QtSql QtXml
           edition.Desktop      = QtCore QtGui QtNetwork QtOpenGL QtSql QtXml \
                                  QtDesigner QtAssistant Qt3Support QAxContainer \
                                  QAxServer
           edition.DesktopLight = QtCore QtGui Qt3SupportLight
           \endcode

           In the above examples, the \c Console edition only includes
           the contents of four modules. Only the classes from these
           modules will be used when the
           \l{Miscellaneous#generatelist-command} {generatelist} command
           is used to generate a list of classes for this edition:

           \code
           \generatelist{classesbyedition Console}
           \endcode


    \target exampledirs-variable
    \section1 exampledirs 

    The \c exampledirs variable specifies the directories
    containing the source code of the example files.

           The \l {examples-variable} {examples} {examples} and \l
	   {exampledirs-variable} {exampledirs} variables are used by
	   the \l {quotefromfile-command} {\\quotefromfile}, \l
	   {quotefile-command} {\\quotefile} and \l {example-command}
	   {\\example} commands.  If both the \l {examples-variable}
	   {examples} and \l {exampledirs-variable} {exampledirs}
	   variables are defined, QDoc will search in both, first in
	   \l {examples-variable} {examples} then in \l
	   {exampledirs-variable} {exampledirs}.

           QDoc will search through the directories in the specified
           order, and accept the first matching file it finds. It will
           only search in the specified directories, \e not in
           subdirectories.

           For example:

           \code
           exampledirs = $QTDIR/doc/src \
                         $QTDIR/examples \
                         $QTDIR \
                         $QTDIR/qmake/examples

           examples    = $QTDIR/examples/widgets/analogclock/analogclock.cpp
           \endcode

           When processing

           \code
           \quotefromfile widgets/calculator/calculator.cpp
           \endcode

           QDoc will then see if there exists a file called \c
           calculator.cpp listed as a value in the \l {examples} {\c
           examples} variable. If it doesn't, it will search in the \c
           exampledirs variable, and first see if there exists a file
           called

           \code
           $QTDIR/doc/src/widgets/calculator/calculator.cpp
           \endcode

           If it doesn't, QDoc will continue looking for a file
           called

           \code
           $QTDIR/examples/widgets/calculator/calculator.cpp
           \endcode

           and so forth.

           See also \l examples.


    \target examples-variable
    \section1 examples 

    The \c examples variable allows you to specify individual
    example files in addition to those located in the directories
    specified by the \l {exampledirs-variable} {\c exampledirs} variable.

           The \c examples and \l {exampledirs-variable} {\c exampledirs} 
	   variables are used by the \l {quotefromfile-command} {\\quotefromfile}, 
	   \l {quotefile-command} {\\quotefile} and \l {example}
           {\\example} commands. If both the \c examples and \l {exampledirs-variable} 
	   {\c exampledirs} variables are defined, QDoc will search in both, first in 
	   \c examples then in \l {exampledirs-variable} {\c exampledirs}.

           QDoc will search through the values listed for the \c examples 
	   variable, in the specified order, and accept the
           first one it finds.

           For an extensive example, see the \l {exampledirs-variable} 
	   {\c exampledirs} command. But note that if you know the file is
           listed in the \c examples variable, you don't need to specify its 
	   path:

           \code
               \quotefromfile calculator.cpp
           \endcode

           See also \l {exampledirs-variable} {exampledirs}.


    \target examples.fileextensions-variable
    \section1 examples.fileextensions 

    The \c examples.fileextensions variable specifies the
    file extensions that qdoc will look for when collecting example
    files for display in the documentation.

           The default extensions are *.cpp, *.h, *.js, *.xq, *.svg, *.xml
           and *.ui. However, if 

           The extensions are given as standard wildcard expressions.
           You can add a file extension to the filter using '+='. For
           example:

           \code
           examples.fileextensions += *.qrc
           \endcode

           See also \l{headers.fileextensions}.


    \target extraimages-variable
    \section1 extraimages 

    The \c extraimages variable tells QDoc to incorporate
    specific images in the generated documentation.

           QDoc will not recognize images used within HTML (or any
           other markup language). If we want the images to be copied
           from the directories specified by \l {imagedirs} {\c
           imagedirs} (the images in question must be located in these
           directories) to the output directory, we must specify the
           images using the \c extraimages variable.

           The general syntax is \tt {extraimages.\e{format} = \e
           image}. The file extension is optional.

           For example, in \l qt.qdocconf we use a couple of images
           within the HTML.postheader variable which value is pure
           HTML. For that reason, these images are specified using the
           \c extraimages variable:

           \code
           extraimages.HTML = qt-logo
           \endcode

           See also \l images and \l imagedirs.


    \target falsehoods-variable
    \section1 falsehoods 

    The \c falsehoods variable defines the truth value of
    specified preprocessor symbols as false.

           If this variable is not set for a preprocessor symbol, QDoc
           assumes its truth value is true. The exception is '0',
           which value always is false.

           QDoc will recognize, and is able to evaluate, the following
           preprocessor syntax:

           \code
           #ifdef NOTYET
               ...
           #endif

           #if defined (NOTYET)
               ...
           #end if
           \endcode

           However, faced with unknown syntax like

           \code
           #if NOTYET
               ...
           #endif
           \endcode

           QDoc will evaluate it as true by default, \e unless the
           preprocessor symbol is specified within the \c falsehoods
           variable entry:

           \code
           falsehoods = NOTYET
           \endcode

           See also \l defines.


    \target generateindex-variable
    \section1 generateindex 

    The \c generateindex variable contains a boolean value that
    specifies whether to generate an index file when HTML documentation
    is generated.

           By default, an index file is always generated with HTML documentation,
           so this variable is typically only used when disabling this feature
           (by setting the value to \c false) or when enabling index generation
           for the WebXML output (by setting the value to \c true).

    \target headerdirs-variable
    \section1 headerdirs 

    The \c headerdirs variable specifies the directories
    containing the header files associated with the \c .cpp source
    files used in the documentation.

           For example:

           \code
           headerdirs = $QTDIR/src \
                        $QTDIR/extensions/activeqt \
                        $QTDIR/extensions/motif \
                        $QTDIR/tools/designer/src/lib/extension \
                        $QTDIR/tools/designer/src/lib/sdk \
                        $QTDIR/tools/designer/src/lib/uilib
           \endcode

           When executed, the first QDoc will do is to read through
           the headers specified in the \l {headers} {\c headers}
           variable, and the ones located in the directories specified
           in the \c headerdir variable (including all
           subdirectories), building an internal structure of the
           classes and their functions.

           Then it will read through the sources specified in the \l
           {sources-variable} {\c sources}, and the ones located in the
           directories specified in the \l {sourcedirs-variable} 
	   {\c sourcedirs}
           varible (including all subdirectories), merging the
           documentation with the structure it retrieved from the
           header files.

           If both the \c headers and \c headerdirs variables are
           defined, QDoc will read through both, first \l {headers} {\c
           headers} then \c headerdirs.

           In the specified directories, QDoc will only read the files
           with the fileextensions specified in the \l
           {headers.fileextensions} {\c headers.fileextensions}
           variable. The default extensions are *.ch, *.h, *.h++,
           *.hh, *.hpp and *.hxx". The files specified by \l
           {headers} {\c headers} will be read independent of their
           fileextensions.

           See also \l headers and \l headers.fileextensions.


    \target headers-variable
    \section1 headers 

    The \c headers variable allows you to specify individual
    header files in addition to those located in the directories
    specified by the \l {headerdirs} {\c headerdirs} variable.

           For example:

           \code
           headers = $QTDIR/src/gui/widgets/qlineedit.h \
                     $QTDIR/src/gui/widgets/qpushbutton.h
           \endcode

           When processing the \c headers variable, QDoc behaves in the
           same way as it does when processing the \l {headerdirs} {\c
           headerdirs} variable. For more information, see the \l
           {headerdirs} {\c headerdirs} variable.

           See also \l headerdirs.


    \target headers.fileextensions-variable
    \section1 headers.fileextensions 

    The \c headers.fileextensions variable specify the
    extension used by the headers.

           When processing the header files specified in the \l
           {headerdirs} {\c headerdirs} variable, QDoc will only read
           the files with the fileextensions specified in the \c
           headers.fileextensions variable. In this way QDoc avoid
           spending time reading irrelevant files.

           The default extensions are *.ch, *.h, *.h++, *.hh, *.hpp
           and *.hxx.

           The extensions are given as standard wildcard expressions.
           You can add a file extension to the filter using '+='. For
           example:

           \code
           header.fileextensions += *.H
           \endcode

           \warning The above assignment may not work as described.

           See also \l headerdirs.


    \target imagedirs-variable
    \section1 imagedirs 

    The \c imagedirs variable specifies the directories
    containing the images used in the documentation.

           The \l {images} {\c images} and \c imagedirs variables are
           used by the \l {image-command} {\\image} and \l
           {inlineimage-command} {\\inlineimage} commands.  If both the \l
           {images} {\c images} and \c imagedirs variables are defined,
           QDoc will search in both, first in \l {images} {\c images}
           then in \c imagedirs.

           QDoc will search through the directories in the specified
           order, and accept the first matching file it finds. It will
           only search in the specified directories, \e not in
           subdirectories.

           For example:

           \code
           imagedirs = $QTDIR/doc/src/images \
                       $QTDIR/examples

           images    = $QTDIR/doc/src/images/calculator-example.png
           \endcode

           When processing

           \code
               \image calculator-example.png
           \endcode

           QDoc will then see if there exists a file called
           calculator-example.png listed as a value in the \c images
           variable. If it doesn't, it will search in the \c imagedirs
           variable, and first see if there exists a file called

           \code
               $QTDIR/doc/src/images/calculator-example.png
           \endcode

           If it doesn't, QDoc will look for a file called

           \code
               $QTDIR/examples/calculator-example.png
           \endcode

           You can filter the images in an image directory using the
           \l {images.fileextensions} {\c images.fileextensions}
           variable.  The general idea behind the \l
           {images.fileextensions} {\c images.fileextensions} variable
           is to enable different image format for different output
           format.

           \warning The \l {images.fileextensions} {\c
           images.fileextensions} variable's functionality is
           preliminay since QDoc at this point only support HTML.

           See also \l images and \l images.fileextensions.


    \target images-variable
    \section1 images 

    The \c images variable allows you to specify individual
    image files in addition to those located in the directories
    specified by the \l {imagedirs} {\c imagedirs} variable.

           For example:

           \code
               images = $QTDIR/doc/src/images/calculator-example.png
           \endcode

           When processing the \c images variable, QDoc behaves in the
           same way as it does when processing the \l {imagedirs} {\c
           imagedirs} variable. For more information, see the \l
           {imagedirs} {\c imagedirs} variable.

           See also \l imagedirs and \l images.fileextensions.


    \target images.fileextensions-variable
    \section1 images.fileextensions 

    The images.fileextensions variable filters the files within
    an image directory.

           The variable's values (the extensions) are given as
           standard wildcard expressions.  The general syntax is: \tt
           {images.fileextensions.\e{format} = *.\e{extension}}.

           The idea is to enable different image format for different
           output format. For example:

           \code
               images.fileextensions.HTML = *.png
               images.fileextensions.LOUT = *.eps
           \endcode

           Then, when processing the \l {image-command} {\\image} and \l
           {inlineimage-command} {\\inlineimage} commands, QDoc will only
           search for files with extensions specified in the output
           format's associated image extension variable.

           \warning This is preliminary functionality since QDoc at
           this point only support HTML.

           The default extensions for HTML are *.png, *.jpg, *.jpeg
           and *.gif.

           You can add a file extension to the filter using '+='. For
           example:

           \code
               images.fileextensions.HTML += *.eps
           \endcode

           See also \l imagedirs and \l images.


    \target language-variable
    \section1 language 

    The \c language variable specifies the language of the
    source code that is used in the documentation.

           Currently, C++ is the only language that QDoc
           understands. It is also the default language, and doesn't
           really need to be specified. But for example in \l
           qt.qdocconf:

           \code
           language = Cpp
           \endcode

           identifies the language of the Qt source code as C++.


    \target macro-variable
    \section1 macro 

    The \c macro variable can be used to create your
    own QDoc commands.

           The general syntax is \tt {macro.\e{command} =
           "\e{definition}}". The definition can be described using
           QDoc syntax. In addition it is possible to provide an HTML
           definition by appending .HTML to the variable.

           For example in \l qt.qdocconf:

           \code
           macro.gui              = "\\bold"
           macro.raisedaster.HTML = "<sup>*</sup>"
           \endcode

           makes sure that the \\gui command renders its argument using a
           bold font, and that \\raisedaster renders a '*'.


    \target naturallanguage-variable
    \section1 naturallanguage 

    The \c naturallanguage variable specifies the natural
    language used for the documentation generated by qdoc.

           For example:

           \code
           naturallanguage = zh-Hans
           \endcode

           By default, the natural language is \c en for compatibility
           with legacy documentation.

           qdoc will add the natural language information to the HTML
           it generates, using the \c lang and \c xml:lang attributes.

           See also \l {sourceencoding-variable} {sourceencoding}, 
	   \l {outputencoding-variable} {outputencoding},
           \l{http://www.w3.org/TR/xhtml1/#C_7} {C.7. The lang and xml:lang Attributes} and
           \l{http://www.w3.org/TR/i18n-html-tech-lang/#ri20040429.113217290} {Best Practice 13: Using Hans and Hant codes}.


    \target outputdir-variable
    \section1 outputdir 

    The \c outputdir variable specifies the directory
    where QDoc will put the generated documentation.

           In qt.qdocconf:

           \code
           outputdir = $QTDIR/doc/html
           \endcode

           locates the generated Qt reference documentation in
           $QTDIR/doc/html. For example, the documentation of the
           QWidget class is located in

           \code
           $QTDIR/doc/html/qwidget.html
           \endcode

           The associated images will be put in an \c images subdirectory.

           \warning When running QDoc multiple times using the same output
           directory, all files from the previous run will be lost.


    \target outputencoding-variable
    \section1 outputencoding 

    The \c outputencoding variable specifies the encoding
    used for the documentation generated by qdoc.

           For example:

           \code
           outputencoding = UTF-8
           \endcode

           By default, the output encoding is \c ISO-8859-1 (Latin1) for
           compatibility with legacy documentation. When generating
           documentation for some languages, particularly non-European
           languages, this is not sufficient and an encoding such as UTF-8
           is required.

           qdoc will encode HTML using this encoding and generate the
           correct declarations to indicate to browsers which encoding
           is being used. The \l naturallanguage configuration variable
           should also be specified to provide browsers with a complete
           set of character encoding and language information.

           See also \l outputencoding and \l naturallanguage.


    \target outputformats-variable
    \section1 outputformats 

    The \c outputformats variable specifies the format of
    the generated documentation.

           Currently, QDoc only supports the HTML format. It is also
           the default format, and doesn't need to be specified.


    \target qhp-variable
    \section1 qhp 

    The \c qhp variable is used to define the information to be
    written out to Qt Help Project (\c{qhp}) files.

    See the \l{Creating Help Project Files} chapter for information
    about this process.


    \target slow-variable
    \section1 slow 

    The \c slow variable specifies whether QDoc should do
    time-consuming processing, such as syntax highlighting.

           By default, this setting is false.

           Example:

           \code
               slow = true
           \endcode

           Another way to turn on "slowness" is to invoke QDoc with the
           \c -slow command-line option.


    \target sourcedirs-variable
    \section1 sourcedirs 

    The \c sourcedirs variable specifies the directories
    containing the \c .cpp or \c .qdoc files used in
    the documentation.

           For example in \l qt.qdocconf

           \code
           sourcedirs = $QTDIR/src \
                        $QTDIR/doc/src \
                        $QTDIR/extensions/activeqt \
                        $QTDIR/extensions/motif \
                        $QTDIR/tools/designer/src/lib/extension \
                        $QTDIR/tools/designer/src/lib/sdk \
                        $QTDIR/tools/designer/src/lib/uilib
           \endcode

           When executed, the first QDoc will do is to read through
           the headers specified in the \l {header-command} {\c header}
           variable, and the ones located in the directories specified
           in the \c headerdir variable (including all
           subdirectories), building an internal structure of the
           classes and their functions.

           Then it will read through the sources specified in the \l
           {sources} {\c sources}, and the ones located in the
           directories specified in the \l {sourcedirs} {\c sourcedirs}
           varible (including all subdirectories), merging the
           documentation with the structure it retrieved from the
           header files.

           If both the \c sources and \c sourcedirs variables are
           defined, QDoc will read through both, first \l {sources} {\c
           sources} then \c sourcedirs.

           In the specified directories, QDoc will only read the files
           with the fileextensions specified in the \l
           {sources.fileextensions} {\c sources.fileextensions}
           variable. The default extensions are *.c++, *.cc, *.cpp and
           *.cxx. The files specified by \l {sources} {\c sources} will
           be read independent of their fileextensions.

           See also \l {sources-variable} {sources} and 
	   \l {sources.fileextensions-variable} {sources.fileextensions}.


    \target sourceencoding-variable
    \section1 sourceencoding 

    The \c sourceencoding variable specifies the encoding
    used for the source code and documentation.

           For example:

           \code
           sourceencoding = UTF-8
           \endcode

           By default, the source encoding is \c ISO-8859-1 (Latin1) for
           compatibility with legacy documentation. For some languages,
           particularly non-European languages, this is not sufficient
           and an encoding such as UTF-8 is required.

           Although qdoc will use the encoding to read source and
           documentation files, limitations of C++ compilers may prevent
           you from using non-ASCII characters in source code comments.
           In cases like these, it is possible to write API documentation
           completely in documentation files.

           See also \l {naturallanguage-variable} {naturallanguage} and 
	   \l {outputencoding-variable} {outputencoding}.


    \target sources-variable
    \section1 sources 

    The \c sources variable allows you to specify individual source
    files in addition to those located in the directories specified by
    the \l {sourcedirs-variable} {sourcedirs} variable.

           For example:

           \code
           sources = $QTDIR/src/gui/widgets/qlineedit.cpp \
                     $QTDIR/src/gui/widgets/qpushbutton.cpp
           \endcode

           When processing the \c sources variable, QDoc behaves in the
           same way as it does when processing the \l {sourcedirs-variable}
	   {sourcedirs} variable. For more information, see the \l
           {sourcedirs-variable} {sourcedirs} variable.

           See also \l {sourcedirs-variable} {sourcedirs}.


    \target sources.fileextensions-variable
    \section1 sources.fileextensions 

    The \c sources.fileextensions variable filters the
    files within a source directory.

           When processing the source files specified in the \l
           {sourcedirs} {\c sourcedirs} variable, QDoc will only read
           the files with the fileextensions specified in the \c
           sources.fileextensions variable. In this way QDoc avoid
           spending time reading irrelevant files.

           The default extensions are *.c++, *.cc, *.cpp and *.cxx.

           The extensions are given as standard wildcard expressions.
           You can add a file extension to the filter using '+='. For
           example:

           \code
           sources.fileextensions += *.CC
           \endcode

           \warning The above assignment may not work as described.

           See also \l {sourcedirs-variable} {sourcedirs} and 
	   \l (sources-variable} {sources}.


    \target spurious-variable
    \section1 spurious 

    The \c spurious variable excludes specified
    QDoc warnings from the output.

           The warnings are specified using standard wildcard
           expressions. For example:

           \code
           spurious = "Cannot find .*" \
                      "Missing .*"
           \endcode

           makes sure that warnings matching either of these
           expressions, will not be part of the output when running
           QDoc. For example would the following warning be omitted
           from the output:

           \code
           qt-4.0/src/opengl/qgl_mac.cpp:156: Missing parameter name
           \endcode


    \target tabsize-variable
    \section1 tabsize 

    The \c tabsize variable defines the size of a tab character.

           For example:

           \code
           tabsize = 4
           \endcode

           will give the tab character the size of 4 spaces.

           The default value of the variable is 8, and doesn't need to
           be specified.


    \target tagfile-variable
    \section1 tagfile 
        
    The \c tagfile variable specifies the Doxygen tag file to be written
    when HTML is generated.

    \target version-variable
    \section1 version 

    The \c version variable specifies the version number of the
    documented software.

           For example:

           \code
           version = 4.0.1
           \endcode

           When a version number is specified (using the \tt{\l
           version} or \tt {\l versionsym} variables in a \c .qdocconf
           file), it is accessible through the corresponding \\version
           command for use in the documentation.

           \warning The \\version command's functionality is not
           fully implemented; currently it only works within raw HTML
           code.

           See also \l versionsym.


    \target versionsym-variable
    \section1 versionsym 

    The \c versionsym variable specifies a C++
    preprocessor symbol that defines the version number
    of the documented software.

           For example in \l qt.qdocconf:

           \code
           versionsym = QT_VERSION_STR
           \endcode

           QT_VERSION_STR is defined in qglobal.h as follows

           \code
           #define QT_VERSION_STR   "4.0.1"
           \endcode

           When a version number is specified (using the \tt{\l
           version} or \tt {\l versionsym} variables in a \c .qdocconf
           file), it is accessible through the corresponding \\version
           command for use in the documentation.

           \warning The \\version command's functionality is not fully
           implemented; currently it only works within raw HTML code.

           See also \l {version} {\\version}.


*/

/*!
    \page 22-creating-help-project-files.html
    \previouspage General Configuration Variables
    \contentspage Table of Contents
    \nextpage C++ Specific Configuration Variables

    \title Creating Help Project Files

    \section1 Overview
    
    Starting with Qt 4.4, Qt Assistant uses a different system for managing
    Qt documentation that requires QDoc to generate inventories of files in a
    format that is similar to the old style DCF format, but with additional
    features.

    Instead of hard-coding information about the documentation sets for Qt,
    QDoc allows configuration variables to be used to specify which pages are
    to be used in each documentation set it generates. These are specified as
    subvariables of the \c qch variable with each set declared using a unique
    identifier as a subvariable.

    For example, the configuration file for the Qt documentation defines a
    \c Qt documentation set by specifying information about the set as
    subvariables with the \c{qhp.Qt} prefix:

    \code
    qhp.Qt.file                = qt.qhp
    qhp.Qt.namespace           = com.trolltech.qt.440
    qhp.Qt.virtualFolder       = qdoc
    qhp.Qt.indexTitle          = Qt Reference Documentation
    qhp.Qt.indexRoot           = 
    qhp.Qt.extraFiles          = classic.css images/qt-logo.png
    qhp.Qt.filterAttributes    = qt 4.4.0 qtrefdoc
    qhp.Qt.customFilters.Qt.name = Qt 4.4.0
    qhp.Qt.customFilters.Qt.filterAttributes = qt 4.4.0
    qhp.Qt.subprojects         = classes overviews examples
    qhp.Qt.subprojects.classes.title = Classes
    qhp.Qt.subprojects.classes.indexTitle = Qt's Classes
    qhp.Qt.subprojects.classes.selectors = class
    qhp.Qt.subprojects.overviews.title = Overviews
    qhp.Qt.subprojects.overviews.indexTitle = All Overviews and HOWTOs
    qhp.Qt.subprojects.overviews.selectors = fake:page,group,module
    qhp.Qt.subprojects.examples.title = Tutorials and Examples
    qhp.Qt.subprojects.examples.indexTitle = Qt Examples
    qhp.Qt.subprojects.examples.selectors = fake:example
    \endcode

    To create a table of contents for a manual, create a subproject with
    a \c{type} property and set it to \c{manual}. The page in the documentation
    referred to by the \c{indexTitle} property must contain a list of links
    that acts as a table of contents for the whole manual. QDoc will take the
    information in this list and create a table of contents for the subproject.

    For example, the configuration file for Qt Creator defines only one
    subproject for its documentation, including all the documentation in a
    single manual:

    \code
    qhp.QtCreator.subprojects = manual
    qhp.QtCreator.subprojects.manual.title = Qt Creator Manual
    qhp.QtCreator.subprojects.manual.indexTitle = Qt Creator Manual
    qhp.QtCreator.subprojects.manual.type = manual
    \endcode

    In this example, the page entitled "Qt Creator Manual" contains a nested
    list of links to pages in the documentation which is duplicated in
    Qt Assistant's Contents tab.
*/

/*!
    \page 23-qdoc-configuration-cppvariables.html
    \previouspage Creating Help Project Files
    \contentspage Table of Contents
    \nextpage HTML Specific Configuration Variables

    \title C++ Specific Configuration Variables

    The C++ specific configuration variables are provided to avoid
    erroneous documentation due to non-standard C++ constructs.

    \target Cpp.ignoredirectives-variable
    \section1  Cpp.ignoredirectives 

    The \c Cpp.ignoredirectives variable makes QDoc ignore
    the specified non-standard constructs, within C++ source code.

           If not specified by the \tt {\l Cpp.ignoretokens} or \tt
           {\l Cpp.ignoredirectives} variables, non-standard
           constructs (typically macros) can result in erroneous
           documentation.

           In \l qt.qdocconf:

           \code
           Cpp.ignoredirectives = Q_DECLARE_INTERFACE \
                                  Q_DECLARE_OPERATORS_FOR_FLAGS \
                                  Q_DECLARE_PRIVATE \
                                  Q_DECLARE_PUBLIC \
                                  Q_DISABLE_COPY \
                                  Q_DUMMY_COMPARISON_OPERATOR \
                                  Q_ENUMS \
                                  Q_FLAGS \
                                  Q_INTERFACES \
                                  __attribute__
           \endcode

           makes sure that when processing the code below, for
           example, QDoc will simply ignore the 'Q_ENUMS' and
           'Q_FLAGS' expressions:

           \code
               class Q_CORE_EXPORT Qt {
                   Q_OBJECT
                   Q_ENUMS(Orientation TextFormat BackgroundMode
                           DateFormat ScrollBarPolicy FocusPolicy
                           ContextMenuPolicy CaseSensitivity
                           LayoutDirection ArrowType)
                   Q_ENUMS(ToolButtonStyle)
                   Q_FLAGS(Alignment)
                   Q_FLAGS(Orientations)
                   Q_FLAGS(DockWidgetAreas)

               public:
                   ...
           };
           \endcode

           The Q_OBJECT macro, however, is an exception: QDoc
           recognizes this particular non-standard construct, so there
           is no need specifying it using the \tt {\l
           Cpp.ignoredirectives} variable.

           Regarding the Q_CORE_EXPORT macro; see the documentation of
           the \tt {\l Cpp.ignoretokens} variable.

           See also \l Cpp.ignoretokens.


    \target Cpp.ignoretokens-variable
    \section1  Cpp.ignoretokens 

    The \c Cpp.ignoretokens variable makes QDoc ignore
    the specified non-standard constructs, within C++ source code.

           If not specified by the \tt {\l Cpp.ignoretokens} or \tt
           {\l Cpp.ignoredirectives} variables, non-standard
           constructs (typically macros) can result in erroneous
           documentation.

           In \l qt.qdocconf:

           \code
           Cpp.ignoretokens = QAXFACTORY_EXPORT \
                              QM_EXPORT_CANVAS \
                              ...
                              Q_COMPAT_EXPORT \
                              Q_CORE_EXPORT \
                              Q_EXPLICIT \
                              Q_EXPORT \
                              ...
                              Q_TYPENAME        \
                              Q_XML_EXPORT
           \endcode

           makes sure that when processing the code below, for
           example, QDoc will simply ignore the 'Q_CORE_EXPORT'
           expression:

           \code
               class Q_CORE_EXPORT Qt {
                   Q_OBJECT
                   Q_ENUMS(Orientation TextFormat BackgroundMode
                           DateFormat ScrollBarPolicy FocusPolicy
                           ContextMenuPolicy CaseSensitivity
                           LayoutDirection ArrowType)
                   Q_ENUMS(ToolButtonStyle)
                   Q_FLAGS(Alignment)
                   Q_FLAGS(Orientations)
                   Q_FLAGS(DockWidgetAreas)

               public:
                   ...
           };
           \endcode

           Regarding the Q_OBJECT, Q_ENUMS and Q_FLAGS macros; see the
           documentation of the \tt {\l Cpp.ignoredirectives}
           variable.

           See also \l Cpp.ignoredirectives.


*/


/*!
    \page 24-qdoc-configuration-htmlvariables.html
    \previouspage C++ Specific Configuration Variables
    \contentspage Table of Contents
    \nextpage Supporting Derived Projects

    \title HTML Specific Configuration Variables

    The HTML specific configuration variables define the generated
    documentation's style, or define the contents of the
    documentation's footer or postheader. The format of the variable
    values are raw HTML.

    \target HTML.footer-variable
    \section1 HTML.footer 

    The \c HTML.footer variable defines the content
    of the generated HTML documentation's footer.

           The footer is rendered at the bottom of the generated
           documentation page.

           The variable's value is given as raw HTML code enclosed by
           quotation marks. Note that if the value spans several
           lines, each line needs to be enclosed by quotation marks.

           For example in \l qt.qdocconf:

           \code
               HTML.footer = "<p /><address><hr /><div align=\"center\">\n" \
                             ...
                             "</tr></table></div></address>"
           \endcode

           The complete variable entry in \l qt.qdocconf provides the
           standard footer of the \l
           {http://qt.nokia.com/doc/4.0/index.html} {Qt Reference
           Documentation}.


    \target HTML.postheader-variable
    \section1 HTML.postheader 

    The \c HTML.postheader variable defines the content
    of the generated HTML documentation's postheader.

           The header is rendered at the top of the generated
           documentation page.

           The variable's value is given as raw HTML enclosed by
           quotation marks. Note that if the value spans several
           lines, each line needs to be enclosed by quotation marks.

           For example in \l qt.qdocconf:

           \code
            HTML.postheader = "<table border=\"0\"..." \
                              ...
                              "<img src=\"images/trolltech-logo.png\" \
                              "align=\"right\" width=\"203\" height=\"32\""\
                              "border=\"0\" />" \
                              "</td></tr>" \
                              "</table>"
           \endcode

           The complete variable entry in \l qt.qdocconf provides the
           standard header of the \l
           {http://qt.nokia.com/doc/4.0/index.html} {Qt Reference
           Documentation}.


    \target HTML.style-variable
    \section1 HTML.style 

    The HTML.style variable defines the style for
    the generated HTML documentation.

           The variable's value is given as raw HTML enclosed by
           quotation marks. Note that if the value spans several
           lines, each line needs to be enclosed by quotation marks.

           For example in \l qt.qdocconf:

           \code
           HTML.style = "h3.fn,span.fn" \
                        "{ margin-left: 1cm; text-indent: -1cm; }\n" \
                        "a:link { color: #004faf; text-decoration: none }\n" \
                        "a:visited" \
                        "{ color: #672967; text-decoration: none }\n" \
                        "td.postheader { font-family: sans-serif }\n" \
                        "tr.address { font-family: sans-serif }\n" \
                        "body { background: #ffffff; color: black; }"
           \endcode

           provides the HTML style for the \l
           {http://qt.nokia.com/doc/4.0/index.html} {Qt Reference
           Documentation}.


    \target HTML.stylesheets-variable
    \section1 HTML.stylesheets 

    The HTML.stylesheets variable defines a list of stylesheets
    to use for the generated HTML documentation.

           Using separate stylesheets for the documentation makes it easier to
           customize and experiment with the style used once the contents has
           been generated. Typically, it is only necessary to define a single
           stylesheet for any set of documentation; for example:

           \code
           HTML.stylesheets = classic.css
           \endcode

           QDoc expects to find stylesheets in the directory containing the
           \l qt.qdocconf file, and it will copy those specified to the output
           directory alongside the HTML pages.

*/

/*!
    \page 25-qdoc-configuration-derivedprojects.html
    \previouspage HTML Specific Configuration Variables
    \contentspage Table of Contents
    \nextpage Compatibility Issues

    \title Supporting Derived Projects

    Some particular configuration variables allow you to use QDoc to
    support Qt-based projects; i.e to make projects, such as Qt Solutions,
    contain references to the online Qt documentation. This
    means that QDoc will be able to create links to the class reference
    documentation, without any explicit linking command.

    \target description-variable
    \section1 description 

    The description variable holds a short description of
    the associated project.

           See also \l project.


    \target indexes-variable
    \section1 indexes 

    The \c indexes variable lists the index files
    that will be used to generate references.

           For example. to make a derived Qt project contain links to
           the Qt Reference documentation, you need to specify the
           associated index file:

           \code
               indexes = $QTDIR/doc/html/qt.index
           \endcode

           See also \l project and \l url.


    \target project-variable
    \section1 project 

    The \c project variable provides a name for the project
    associated with the \c .qdocconf file.

           The project's name is used to form a file name for the
           associated project's \e index file. For example:

           \code
               project = QtMotif
           \endcode

           This will cause an index file called \c qtmotif.index to be
           created.

           See also \l description and \l indexes.

    \target url-variable
    \section1 url 

    The \c url variable holds the base URL for the
    reference documentation associated with the current project.

            The URL is stored in the generated index file for the
            project. When we use the index on its own, QDoc will use
            this as the base URL when constructing links to classes,
            functions, and other things listed in the index.

            For example:

            \code
                 project     = Qt
                 description = Qt Reference Documentation
                 url         = http://qt.nokia.com/doc/4.0

                 ...
            \endcode

            This makes sure that whenever \c qt.index is used to generate
            references to for example Qt classes, the base URL is
            \c http://qt.nokia.com/doc/4.0.

            See also \l indexes.



    \target howto
    \section1 How to Support Derived Projects

    This feature makes use of the comprehensive indexes generated by
    QDoc when it creates the Qt reference documentation.

    For example, \l qt.qdocconf (the configuration file for Qt)
    contains the following variable definitions:

    \code
        project     = Qt
        description = Qt Reference Documentation
        url         = http://qt.nokia.com/doc/4.0

        ...
    \endcode

    The \l project variable name is used to form a file name for the
    index file; in this case the \c qt.index file is created.  The \l
    url is stored in the index file. Later, when we use the index on
    its own, QDoc will use this as the base URL when constructing
    links to classes, functions, and other things listed in the index.

    In a mini-project, you can use an index file by defining an \l
    indexes configuration variable in your \c .qdocconf file.

    For example, you can create a \c qtmotif.qdocconf file to help you
    check the QtMotif documentation (which is part of Qt Solutions):

    \code
        include($QTDIR/tools/qdoc3/test/compat.qdocconf)

        project                 = QtMotif
        description             = QtMotif Class Documentation
        url                     = http://www.trolltech.com/products/solutions/catalog/4/Migration/qtmotifextension

        indexes                 = $QTDIR/doc/html/qt.index

        outputdir               = html

        headerdirs              = src
        sourcedirs              = src \
                                  examples
        sources.fileextensions  = "*.cpp *.qdoc *.doc"

        exampledirs = examples
    \endcode

    The code above requires that you run QDoc from the directory that
    contains this file. You need to include the compat.qdocconf
    file for compatibility reasons; this is further explained in the
    \l {Compatibility Issues} section.

    \bold {To resolve the actual links to Qt classes, the
    mini-project's \c .qdocconf file needs to assign a value to the \l
    indexes variable; \c $QTDIR/doc/html/qt.index makes sure that you
    always use the updated index file for the Qt documentation.}

    The only disadvantages with this approach are the extra file that
    QDoc has to generate and the time it takes to do so. Reading the
    index back again later isn't instantaneous either, but it's
    quicker than processing all the Qt classes each time you need to
    write a new document.
*/

/*!
    \page 26-qdoc-commands-compatibility.html
    \previouspage Supporting Derived Projects
    \contentspage Table of Contents
    \nextpage qt.qdocconf

    \title Compatibility Issues

    \section1 General Description

    \target reason

    Because QDoc evolves to suit our documentation needs, there can be
    some compatibility issues when converting to a new version.

    To allow you to proceed at your own speed when converting your
    qdoc comments to use new qdoc commands and formats, the ability to
    include a configuration file called \c {compat.qdocconf} is
    provided.

    A \c {compat.qdocconf} file is a separate configuration file,
    which you include in your main configuration file. It typically
    contains the mappings from old qdoc commands to new ones using 
    \l {alias} and 
    \l {22-qdoc-configuration-generalvariables.html#macro-variable}
    {macro} configuration variables.

    \section1 Qt Compatibility

    In Qt's documentation there still exist occurrences of old
    commands, and the Qt \l {qt.qdocconf} {configuration file} needs to
    include the compat.qdocconf file tailored for Qt. For more
    detailed information about the commands creating compatibility
    issues, see the \l {Command Comments} {command comments}.

    \section1 Qt's current compat.qdocconf file

    \quotefile files/compat.qdocconf

    \section1 Command Comments

    \table
    \header
        \o New Command
        \o Old Command
        \o Description

    \row
        \o \\i \target i-versus-e
        \o \\e
        \o Earlier we
           used the \\i command to indicate a list or table item, and
           the \\e command for rendering in italic. Now we want the
           \\i command to render in italic discarding the
           \\e command name.

           \bold {We still need to use the \\e command to render in
           italic in new documentation for \l {reason} {compatibility
           reasons}}.

    \row
        \o \\include \target include-versus-input
        \o \\input
        \o The \\include command was previously used to quote the
           complete contents of a source file, now we want to use the
           command to include separate documentation.
           That is the functionality of the old \\input command
           which name we want to discard.

           \bold {We still need to use the \\input command to include
           plain text in new documentation for \l
           {reason} {compatibility reasons}}.

    \row
        \o \\quotefile \target quotefile-versus-include
        \o \\include
        \o Earlier, we have used the \\quotefile command to
           quote from file, i.e. quote parts from file, and the
           \\include command to quote the entire file. Since we now want
           \\include to include separate documentation, we change the use of
           \\quotefile to quote a complete source file.

           \bold {We still need to use the \\include command to quote
           the entire contents of a source file in new documentation
           for \l {reason} {compatibility reasons}}.

    \row
        \o \\quotefromfile \target quotefromfile-versus-quotefile
        \o \\quotefile
        \o Earlier, we have used the \\quotefile command to
           quote from file, i.e. quote parts from file. Since we now want
           that command to quote an entire file, we introduce the new
           \\quotefromfile command to quote from file.

           \bold {Use \l {quotefromfile-command} {\\quotefromfile} to quote
           parts from a source file in new documentation}.

    \row
        \o \\o \target o-versus-i
        \o \\i
        \o Earlier we used the \\i command to indicate list items
           and table items. Since we now want the \\i command to render
           in italic instead, we introduce the new \\o command for
           this purpose.

           \bold {Use \l {o-command} {\\o} to indicate list and table items in
           new documentation}.

    \row
        \o \\quotation \target quotation-versus-quote
        \o \\quote
        \o These commands are equivalent, and represent a simple name
          change.

          \bold {Use \l {quotation} {\\quotation} in new
          documentation}.

    \row
        \o \\image \target image-versus-img
        \o \\img
        \o These commands are equivalent, and represent a simple name
           change.

           \bold {Use \l {image-command} {\\image} in new documentation}.

    \endtable
*/

/*!
    \page 27-qdoc-commmands-alphabetical.html
    \previouspage Introduction to QDoc
    \contentspage Table of Contents
    \nextpage Topic Commands

    \title The QDoc Commands

    This is a complete, alphabetized list of the QDoc commands.

    \list

    \o \l {04-qdoc-commands-textmarkup.html#a-command} {\\a}
    \o \l {11-qdoc-commands-specialcontent.html#abstract-command} {\\abstract}
    \o \l {06-qdoc-commands-includecodeinline.html#badcode-command} {\\badcode}
    \o \l {04-qdoc-commands-textmarkup.html#bold-command} {\\bold}
    \o \l {11-qdoc-commands-specialcontent.html#brief-command} {\\brief}
    \o \l {04-qdoc-commands-textmarkup.html#c-command} {\\c}
    \o \l {09-qdoc-commands-includingimages.html#caption-command} {\\caption}
    \o \l {05-qdoc-commands-documentstructure.html#chapter-command} {\\chapter}
    \o \l {13-qdoc-commands-topics.html#class-command} {\\class}
    \o \l {06-qdoc-commands-includecodeinline.html#code-command} {\\code}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#codeline-command} {\\codeline},
    \o \l {16-qdoc-commands-status.html#compat-command} {\\compat}
    \o \l {15-qdoc-commands-navigation.html#contentspage-command} {\\contentspage}
    \o \l {04-qdoc-commands-textmarkup.html#div-command} {\\div} \span {class="newStuff"} {(new)}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#dots-command} {\\dots}
    \o \l {12-0-qdoc-commands-miscellaneous.html#else-command} {\\else}
    \o \l {12-0-qdoc-commands-miscellaneous.html#endif-command} {\\endif}
    \o \l {13-qdoc-commands-topics.html#enum-command} {\\enum}
    \o \l {13-qdoc-commands-topics.html#example-command} {\\example}
    \o \l {12-0-qdoc-commands-miscellaneous.html#expire-command} {\\expire}
    \o \l {13-qdoc-commands-topics.html#externalpage-command} {\\externalpage}
    \o \l {13-qdoc-commands-topics.html#fn-command} {\\fn}
    \o \l {11-qdoc-commands-specialcontent.html#footnote-command} {\\footnote}
    \o \l {12-0-qdoc-commands-miscellaneous.html#generatelist-command} {\\generatelist}
    \o \l {13-qdoc-commands-topics.html#group-command} {\\group}
    \o \l {10-qdoc-commands-tablesandlists.html#header-command} {\\header}
    \o \l {13-qdoc-commands-topics.html#headerfile-command} {\\headerfile}
    \o \l {04-qdoc-commands-textmarkup.html#i-command} {\\i}
    \o \l {12-0-qdoc-commands-miscellaneous.html#if-command} {\\if}
    \o \l {09-qdoc-commands-includingimages.html#image-command} {\\image}
    \o \l {12-0-qdoc-commands-miscellaneous.html#include-command} {\\include}
    \o \l {15-qdoc-commands-navigation.html#indexpage-command} {\\indexpage}
    \o \l {19-qdoc-commands-grouping.html#ingroup-command} {\\ingroup}
    \o \l {19-qdoc-commands-grouping.html#inmodule-command} {\\inmodule}
    \o \l {09-qdoc-commands-includingimages.html#inlineimage-command} {\\inlineimage}
    \o \l {16-qdoc-commands-status.html#internal-command} {\\internal}
    \o \l {08-qdoc-commands-creatinglinks.html#keyword-command} {\\keyword}
    \o \l {08-qdoc-commands-creatinglinks.html#l-command} {\\l}
    \o \l {11-qdoc-commands-specialcontent.html#legalese-command} {\\legalese}
    \o \l {10-qdoc-commands-tablesandlists.html#list-command} {\\list}
    \o \l {13-qdoc-commands-topics.html#macro-command} {\\macro}
    \o \l {19-qdoc-commands-grouping.html#mainclass-command} {\\mainclass}
    \o \l {12-0-qdoc-commands-miscellaneous.html#meta-command} {\\meta}
    \o \l {13-qdoc-commands-topics.html#module-command} {\\module}
    \o \l {13-qdoc-commands-topics.html#namespace-command} {\\namespace}
    \o \l {15-qdoc-commands-navigation.html#nextpage-command} {\\nextpage}
    \o \l {06-qdoc-commands-includecodeinline.html#newcode-command} {\\newcode}
    \o \l {17-qdoc-commands-thread.html#nonreentrant-command} {\\nonreentrant}
    \o \l {10-qdoc-commands-tablesandlists.html#o-command} {\\o}
    \o \l {16-qdoc-commands-status.html#obsolete-command} {\\obsolete}
    \o \l {06-qdoc-commands-includecodeinline.html#oldcode-command} {\\oldcode}
    \o \l {12-0-qdoc-commands-miscellaneous.html#omit-command} {\\omit}
    \o \l {10-qdoc-commands-tablesandlists.html#omitvalue-command} {\\omitvalue}
    \o \l {18-qdoc-commands-relating.html#overload-command} {\\overload}
    \o \l {13-qdoc-commands-topics.html#page-command} {\\page}
    \o \l {05-qdoc-commands-documentstructure.html#part-command} {\\part}
    \o \l {16-qdoc-commands-status.html#preliminary-command} {\\preliminary}
    \o \l {15-qdoc-commands-navigation.html#previouspage-command} {\\previouspage}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#printline-command} {\\printline}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#printto-command} {\\printto}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#printuntil-command} {\\printuntil}
    \o \l {13-qdoc-commands-topics.html#property-command} {\\property}
    \o \l {11-qdoc-commands-specialcontent.html#quotation-command} {\\quotation}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#quotefile-command} {\\quotefile}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#quotefromfile-command} {\\quotefromfile}
    \o \l {12-0-qdoc-commands-miscellaneous.html#raw-command} {\\raw} \span {class="newStuff"} {(avoid)}
    \o \l {17-qdoc-commands-thread.html#reentrant-command} {\\reentrant}
    \o \l {18-qdoc-commands-relating.html#reimp-command} {\\reimp}
    \o \l {18-qdoc-commands-relating.html#relates-command} {\\relates}
    \o \l {10-qdoc-commands-tablesandlists.html#row-command} {\\row}
    \o \l {08-qdoc-commands-creatinglinks.html#sa-command} {\\sa}
    \o \l {05-qdoc-commands-documentstructure.html#sectionOne-command} {\\section1}
    \o \l {05-qdoc-commands-documentstructure.html#sectionTwo-command} {\\section2}
    \o \l {05-qdoc-commands-documentstructure.html#sectionThree-command} {\\section3}
    \o \l {05-qdoc-commands-documentstructure.html#sectionFour-command} {\\section4}
    \o \l {13-qdoc-commands-topics.html#service-command} {\\service}
    \o \l {16-qdoc-commands-status.html#since-command} {\\since}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#skipline-command} {\\skipline}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#skipto-command} {\\skipto}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#skipuntil-command} {\\skipuntil}
    \o \l {07-0-qdoc-commands-includingexternalcode.html#snippet-command} {\\snippet},
    \o \l {04-qdoc-commands-textmarkup.html#span-command} {\\span} \span {class="newStuff"} {(new)}
    \o \l {15-qdoc-commands-navigation.html#startpage-command} {\\startpage}
    \o \l {04-qdoc-commands-textmarkup.html#sub-command} {\\sub}
    \o \l {20-qdoc-commands-namingthings.html#subtitle-command} {\\subtitle}
    \o \l {04-qdoc-commands-textmarkup.html#sup-command} {\\sup}
    \o \l {10-qdoc-commands-tablesandlists.html#table-command} {\\table}
    \o \l {11-qdoc-commands-specialcontent.html#tableofcontents-command} {\\tableofcontents}
    \o \l {08-qdoc-commands-creatinglinks.html#target-command} {\\target}
    \o \l {17-qdoc-commands-thread.html#threadsafe-command} {\\threadsafe}
    \o \l {20-qdoc-commands-namingthings.html#title-command} {\\title}
    \o \l {04-qdoc-commands-textmarkup.html#tt-command} {\\tt}
    \o \l {13-qdoc-commands-topics.html#typedef-command} {\\typedef}
    \o \l {04-qdoc-commands-textmarkup.html#underline-command} {\\underline}
    \o \l {13-qdoc-commands-topics.html#variable-command} {\\variable}
    \o \l {10-qdoc-commands-tablesandlists.html#value-command} {\\value}
    \o \l {11-qdoc-commands-specialcontent.html#warning-command} {\\warning}
    \endlist
*/

/*!
    \externalpage http://qt.nokia.com/about
    \title About Qt
*/