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1  <!DOCTYPE html>  <!DOCTYPE html>
2  <html lang="en" class="formal-specification status-work-in-progress">  <html lang="en" class="formal-specification status-work-in-progress">
3  <head>  <head>
4  <title>Selectors Serialization Format for Testing (SSFT) Specification</title>  <title>Selectors Serialization Format for Testing (SSFT)</title>
5  <link rel="stylesheet" href="http://suika.fam.cx/www/style/html/spec">  <link rel="stylesheet" href="http://suika.fam.cx/www/style/html/spec">
6  <link rel="license" href="http://suika.fam.cx/c/gnu/fdl">  <link rel="license" href="http://suika.fam.cx/c/gnu/fdl">
7  </head>  </head>
8  <body class="has-abstract">  <body class="has-abstract">
9    
10  <div class="header">  <div class="header">
11  <h1>Selectors Serialization Format for Testing (<abbr>SSFT</abbr>)  <h1>Selectors Serialization Format for Testing (<abbr>SSFT</abbr>)</h1>
12  Specification</h1>  <h2>Working Draft
13  <h2>Working Draft <time datetime=2007-10-01>1 October 2007</time></h2>  <time datetime=2007-12-09>9 Decemver 2007</time></h2>
14    
15  <dl class="versions-uri">  <dl class="versions-uri">
16  <dt>This Version</dt>  <dt>This Version</dt>
17    <dd><code class="URI">&lt;<a href="http://suika.fam.cx/www/markup/selectors/ssft/ssft"    <dd><code class="URI">&lt;<a href="http://suika.fam.cx/www/markup/selectors/ssft/ssft-work"
18        >http://suika.fam.cx/www/markup/selectors/ssft/ssft</a>&gt;</code></dd>        >http://suika.fam.cx/www/markup/selectors/ssft/ssft-work</a>&gt;</code></dd>
19  <dt>Latest Version</dt>  <dt>Latest Version</dt>
20    <dd><code class="URI">&lt;<a href="http://suika.fam.cx/www/markup/selectors/ssft/ssft"    <dd><code class="URI">&lt;<a href="http://suika.fam.cx/www/markup/selectors/ssft/ssft"
21        >http://suika.fam.cx/www/markup/selectors/ssft/ssft</a>&gt;</code></dd>        >http://suika.fam.cx/www/markup/selectors/ssft/ssft</a>&gt;</code></dd>
 <!--  
22  <dt>Latest Working Draft</dt>  <dt>Latest Working Draft</dt>
23  -->    <dd><code class="URI">&lt;<a href="http://suika.fam.cx/www/markup/selectors/ssft/ssft-work"
24  <!-- <dt>Previous Version</dt> -->        >http://suika.fam.cx/www/markup/selectors/ssft/ssft-work</a>&gt;</code></dd>
25    <dt>Previous Version</dt>
26      <dd><code class="URI">&lt;<a href="http://suika.fam.cx/www/markup/selectors/ssft/ssft-20071105"
27          >http://suika.fam.cx/www/markup/selectors/ssft/ssft-20071105</a>&gt;</code></dd>
28  <dt>Version History</dt>  <dt>Version History</dt>
29    <dd><code class=URI>&lt;<a href="http://suika.fam.cx/gate/cvs/markup/selectors/ssft/ssft.en.html">http://suika.fam.cx/gate/cvs/markup/selectors/ssft/ssft.en.html</a>&gt;</code></dd>    <dd><code class=URI>&lt;<a href="http://suika.fam.cx/gate/cvs/markup/selectors/ssft/ssft-work.en.html">http://suika.fam.cx/gate/cvs/markup/selectors/ssft/ssft-work.en.html</a>&gt;</code></dd>
30  </dl>  <dt id=author>Author</dt>
 <dl class="authors" id="author">  
 <dt>Author</dt>  
31    <dd><a href="http://suika.fam.cx/~wakaba/who?" rel="author"    <dd><a href="http://suika.fam.cx/~wakaba/who?" rel="author"
32        lang=ja>Wakaba</a>        lang=ja>Wakaba</a>
33    <code class="mail">&lt;<a href="mailto:w@suika.fam.cx" rel="author"    <code class="mail">&lt;<a href="mailto:w@suika.fam.cx" rel="author"
# Line 52  available at <code class="URI">&lt;<a Line 52  available at <code class="URI">&lt;<a
52  <div id="abstract" class="section">  <div id="abstract" class="section">
53  <h2>Abstract</h2>  <h2>Abstract</h2>
54    
55  <div class="ed issue">...</div>  <p>This document defines
56    <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>,
57    a subset of Selectors language which is suitable for describing results
58    of Selectors parsing tests.</p>
59    
60  </div>  </div>
61    
62  <div id="status" class="section">  <div id="status" class="section">
63  <h2>Status of This Document</h2>  <h2>Status of This Document</h2>
64    
65  <p class=section-info><em>This section describes the status of this document  <p class=section-info>This section describes the status of this document at the
66  at the time of its publication.  Other documents  time of its publication.  Other documents might supersede this document.</p>
 might supersede this document.</em></p>  
67    
68  <p>This document is a working draft, produced as part  <p><!-- This document is the specification -->This document is a working draft
69    of <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>,
70    produced as part of the
71    <a href="http://suika.fam.cx/www/markup/html/whatpm/readme">Whatpm</a> product
72  of the <a href="http://suika.fam.cx/www/manakai-core/doc/web/">manakai</a>  of the <a href="http://suika.fam.cx/www/manakai-core/doc/web/">manakai</a>
73  project.  It might be updated, replaced, or obsoleted by  project.
74    It might be updated, replaced, or obsoleted by
75  other documents at any time.  It is inappropriate to  other documents at any time.  It is inappropriate to
76  cite this document as other than <q>work in progress</q>.</p>  cite this document as other than <q>work in progress</q>.</p>
77    
78  <p>Comments on this document are welcome and  <p>Comments on this document are welcome and
79  may be sent to the <a href="#author">author</a>.</p>  may be sent to the <a href="#author">author</a>.</p>
80    
81  <p>Translations of thie document might be available.  <p>Translations of this document might be available.
82  The English version of the document is the only  The English version of the document is the only
83  normative version.</p>  normative version.</p>
84  </div>  </div>
# Line 80  normative version.</p> Line 86  normative version.</p>
86  <div id="introduction" class="section">  <div id="introduction" class="section">
87  <h2>Introduction</h2>  <h2>Introduction</h2>
88    
89  <p class=section-info>This section is <em>non-normative</em>.</p>  <p class=section-info>This section is <em>non$B!>(Bnormative</em>.</p>
90    
91  <p>Selectors  <p>Selectors
92  <cite class="bibref normative">[<a href="#ref-SELECTORS">SELECTORS</a>]</cite>  <cite class="bibref normative">[<a href="#ref-SELECTORS">SELECTORS</a>]</cite>
# Line 96  in a tree structure and are used in Web Line 102  in a tree structure and are used in Web
102  <abbr>API</abbr></a>  <abbr>API</abbr></a>
103  <cite class="bibref informative">[<a href="#ref-SAPI">SAPI</a>]</cite>.</p>  <cite class="bibref informative">[<a href="#ref-SAPI">SAPI</a>]</cite>.</p>
104    
105  <div class="issue ed">...</div>  <p>It is so flexible language that a conceptually same pattern
106    can be represented in infinite numbers of instances of selectors.
107    It might be convenient for e.g. validation of a test result to
108    define a subset of the language, in which no semantically equivalent
109    selectors are contained.</p>
110    
111  <p><a href="http://dev.w3.org/cvsweb/csswg/cssom/Overview.html">The  <p><a href="http://dev.w3.org/cvsweb/csswg/cssom/Overview.html">The
112  <abbr title="Cascading Style Sheets Object Model">CSSOM</abbr>  <abbr title="Cascading Style Sheets Object Model">CSSOM</abbr>
# Line 109  attribute.  However, the algorithm is in Line 119  attribute.  However, the algorithm is in
119  <time datetime=2007-09-25>at the time of the writing</time>.    <time datetime=2007-09-25>at the time of the writing</time>.  
120  Note that current Web browser implementations  Note that current Web browser implementations
121  of the <code>selectorText</code> attribute are consistently broken  of the <code>selectorText</code> attribute are consistently broken
122  in not escaping unsafe identifiers.</p>  in not escaping unsafe identifiers and therefore it is not wise
123    to deploy that format for testing.</p>
124    
125  </div>  </div>
126    
127  <div class="section" id="terminology">  <div class="section" id="terminology">
128  <h2>Terminology</h2>  <h2>Terminology</h2>
129    
130  <p>The key words <q><em class="rfc2119">MUST</em></q>,  <p>The key words <q><dfn id=must><em class="rfc2119">MUST</em></dfn></q>,
131  <q><em class="rfc2119">MUST NOT</em></q>,  <q><dfn id=must-not><em class="rfc2119">MUST NOT</em></dfn></q>,
132  <q><em class="rfc2119">SHOULD</em></q>,  <q><dfn id=should><em class="rfc2119">SHOULD</em></dfn></q>, and
133  <q><em class="rfc2119">SHOULD NOT</em></q>, and  <q><dfn id=may><em class=rfc2119>MAY</em></dfn></q> in this
 <q><em class=rfc2119>MAY</em></q> in this  
134  document are to be interpreted as described in  document are to be interpreted as described in
135  <a href="urn:ietf:rfc:2119"><abbr title="Request for Comments">RFC</abbr>  <a href="urn:ietf:rfc:2119"><abbr title="Request for Comments">RFC</abbr>
136  2119</a>  2119</a>
137  <cite class="bibref normative">[<a href="#ref-KEYWORDS">KEYWORDS</a>]</cite>.</p>  <cite class="bibref normative">[<a href="#ref-KEYWORDS">KEYWORDS</a>]</cite>.</p>
138    
139    <p>Requirements phrased in the imperative as part of algorithms are to be
140    interpreted with the meaning of the key word (<em class=rfc2119>MUST</em>)
141    used in introducing the algorithm.</p>
142    
143    <p>Conformance requirements phrased as algorithms or specific steps
144    <em class=rfc2119>MAY</em> be implemented in any manner, so long as the end
145    result is equivalent.</p>
146    
147  <!-- Strictly speaking the paragraph below is not part of terminology. -->  <!-- Strictly speaking the paragraph below is not part of terminology. -->
148  <p>All examples and notes in this specification are non-normative,  <p>All examples and notes in this specification are non$B!>(Bnormative,
149  as are all sections explicitly marked non-normative.  Everything  as are all sections explicitly marked non$B!>(Bnormative.  Everything
150  else in this specification is normative.</p>  else in this specification is normative.</p>
151    
152    <p>For the purpose of this specification, pseudo$B!>(Belements are also
153    referred to as <dfn title="simple selector" id=simple-selector>simple
154    selectors</dfn> and are considered as part of the last sequence of
155    simple selector in a selector.</p>
156  </div>  </div>
157    
158  <div class="section" id="serializing">  <div class="section" id="serializing">
159  <h2>Serializing Groups of Selectors</h2>  <h2>Serializing Selectors in
160    <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
161    Representation</h2>
162    
163    <p>Subsections of this section define algorithms
164    to <a href="#algorithm-serialize-a-simple-selector">serialize a simple
165    selector</a> or <a href="#algorithm-serialize-a-group-of-selectors">serialize
166    a group of selectors</a>.</p>
167    
168    <div class="note memo">
169    <p>The serialized representation will not contain any comment.</p>
170    </div>
171    
172    <div class=section id=serializing-tokens>
173    <h3>Serializing Tokens</h3>
174    
175    <p>To <dfn id=algorithm-normalize-an-ident title="normalize a string as an IDENT">normalize
176    a string (<dfn id=var-n><var>n</var></dfn>) as an <code>IDENT</code></dfn>,
177    the following algorithm <em class=rfc2119>MUST</em> be used:</p>
178    <ol>
179    <li>If <var>n</var> is either an <code>IDENT</code> or a <code>HASH</code>,
180    replace the escape sequences (<code>\</code> and following characters) in
181    <var>n</var> by characters represented by them respectively.</li>
182    <li>If <var>n</var> is a <code>HASH</code>, remove the leading
183    <code class=char>U+0023</code> <code class=charname>NUMBER SIGN</code>
184    (<code class=char>#</code>) character from <var>n</var>.</li>
185    <li>If there is any character that is <em>not</em> one of
186    <code class=char>U+002D</code> <code class=charname>HYPHEN-MINUS</code>
187    (<code class=char>-</code>), <code class=char>U+0030</code>
188    <code class=charname>DIGIT ZERO</code>
189    (<code class=char>0</code>) to <code class=char>U+0039</code>
190    <code class=charname>DIGIT NINE</code> (<code class=char>9</code>),
191    <code class=char>U+0041</code> <code class=charname>LATIN CAPITAL LETTER
192    A</code> (<code class=char>A</code>) to <code class=char>U+005A</code>
193    <code class=charname>LATIN CAPITAL LETTER Z</code> (<code class=char>Z</code>),
194    <code class=char>U+005F</code> <code class=charname>LOW LINE</code>
195    (<code class=char>_</code>), <code class=char>U+0061</code>
196    <code class=charname>LATIN SMALL LETTER A</code>
197    (<code class=char>a</code>) to <code class=char>U+006A</code>
198    <code class=charname>LATIN SMALL LETTER Z</code> (<code class=char>z</code>),
199    <code class=char>U+0080</code> to <code class=char>U+D7FF</code>, or
200    <code class=char>U+E000</code> to <code class=char>U+10FFFF</code> in
201    <var>n</var>, then replace it by string <code>\<var>HHHHHH</var></code>, where
202    <dfn id=var-ident-HHHHHH><var>HHHHHH</var></dfn> is the uppercase
203    zero$B!>(Bpadded hexadecimal representation of the character.  If the character
204    is outside the range of <code>[<code class=char>U+0000</code>,
205    <code class=char>U+10FFFF</code>]</code>, <var>HHHHHH</var>
206    <em class=rfc2119>MUST</em> be <code>FFFFFF</code>.</li>
207    <li>If the first character in <var>n</var> is one of
208    <code class=char>U+0030</code> <code class=charname>DIGIT ZERO</code>
209    (<code class=char>0</code>) to <code class=char>U+0039</code>
210    <code class=charname>DIGIT NINE</code> (<code class=char>9</code>),
211    then prepend a string <code>\00003</code> at the beginning of
212    <var>n</var>.</li>
213    <li>If the first character in <var>n</var> is <code class=char>U+002D</code>
214    <code class=charname>HYPHEN-MINUS</code> (<code class=char>-</code>) and
215    the second character, if any, is <em>not</em> one of
216    <code class=char>U+0041</code> <code class=charname>LATIN CAPITAL LETTER
217    A</code> (<code class=char>A</code>) to <code class=char>U+005A</code>
218    <code class=charname>LATIN CAPITAL LETTER Z</code> (<code class=char>Z</code>),
219    <code class=char>U+005F</code> <code class=charname>LOW LINE</code>
220    (<code class=char>_</code>), <code class=char>U+0061</code>
221    <code class=charname>LATIN SMALL LETTER A</code>
222    (<code class=char>a</code>) to <code class=char>U+006A</code>
223    <code class=charname>LATIN SMALL LETTER Z</code> (<code class=char>z</code>),
224    <code>U+0080</code> to <code>U+D7FF</code>, or
225    <code>U+E000</code> to <code>U+10FFFF</code>, or
226    <var>n</var> is equal to <code class=char>U+002D</code>
227    <code class=charname>HYPHEN-MINUS</code> (<code class=char>-</code>), then
228    replace the <code class=char>U+002D</code>
229    <code class=charname>HYPHEN-MINUS</code> (<code class=char>-</code>)
230    character by string <code>\00002D</code>.</li>
231    <li>Then, <var>n</var> is the result of the algorithm.</li>
232    </ol>
233    
234    <p>To <dfn id=algorithm-normalize-a-string title="normalize a string (STRING or IDENT) as a STRING">normalize
235    a string (<dfn id=var-s><var>s</var></dfn>) as a <code>STRING</code></dfn>,
236    the following algorithm <em class=rfc2119>MUST</em> be used:</p>
237    <ol>
238    <li>If <var>s</var> is either an <code>IDENT</code> or a
239    <code>STRING</code>, replace the escape sequences (<code>\</code> and
240    following characters) in <var>s</var> by characters represented by them
241    (or an empty string if <code>\</code> is immediately followed by
242    newline character(s)) respectively.</li>
243    <li>If <var>s</var> is a <code>STRING</code>, remove the quotation marks
244    enclosing <var>s</var>.</li>
245    <li><p>If there is any character that is <em>not</em> one of
246    <code class=char>U+0020</code> <code class=charname>SPACE</code>,
247    <code class=char>U+0021</code> <code class=charname>EXCLAMATION MARK</code>
248    (<code class=char>!</code>), <code class=char>U+0023</code>
249    <code class=charname>NUMBER SIGN</code> (<code class=char>#</code>) to
250    <code class=char>U+005B</code> <code class=charname>LEFT SQUARE
251    BRACKET</code>, <code class=char>U+005D</code> <code class=charname>RIGHT
252    SQUARE BRACKET</code> to <code class=char>U+D7FF</code>, or
253    <code class=char>U+E000</code> to <code class=char>U+10FFFF</code> in
254    <var>s</var>, then replace it by string <code>\<var>HHHHHH</var></code>, where
255    <dfn id=var-string-HHHHHH><var>HHHHHH</var></dfn> is the uppercase
256    zero$B!>(Bpadded hexadecimal representation of the character.  If the character
257    is outside the range of <code>[<code class=char>U+0000</code>,
258    <code class=char>U+10FFFF</code>]</code>, <var>HHHHHH</var>
259    <em class=rfc2119>MUST</em> be <code>FFFFFF</code>.</p></li>
260    <li><p>Insert a <code class=char>U+0022</code> <code class=charname>QUOTATION
261    MARK</code> (<code class=char>"</code>) at the beginning of
262    <var>s</var>.</p></li>
263    <li><p>Insert a <code class=char>U+0022</code> <code class=charname>QUOTATION
264    MARK</code> (<code class=char>"</code>) at the end of <var>s</var>.</p></li>
265    <li><p>Then, <var>s</var> is the result of the algorithm.</p></li>
266    </ol>
267    
268    <p>A <dfn id=newline title=newline>newline</dfn>
269    <em class=rfc2119>SHOULD</em> be represented as a
270    <code class=char>U+000A</code> <code class=charname>LINE FEED</code>
271    character.  However, depending on the context where
272    the <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
273    representation is in use, a sequence of
274    <code class=char>U+000D</code> <code class=charname>CARRIAGE RETURN</code>
275    followed by a <code class=char>U+000A</code>
276    <code class=charname>LINE FEED</code> (i.e. a
277    <code>CRLF</code> sequence) or a character
278    <code class=char>U+000D</code> <code class=charname>CARRIAGE RETURN</code>
279    <em class=rfc2119>MAY</em> be used as a <a href="#newline">newline</a> instead.
280    <a href="#newline">Newline</a> representations
281    <em class=rfc2119>SHOULD</em> be consistent in an
282    <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
283    representation.</p>
284    
285    <div class="note memo">
286    <p>Therefore, newlines must be normalized before
287    <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
288    representations are literally compared.</p>
289    </div>
290    
291  <div class="issue ed">  <div class="issue ed">
292  <p><a href="http://suika.fam.cx/gate/cvs/*checkout*/markup/html/whatpm/Whatpm/CSS/SelectorsSerializer.pm">See the reference implementation</a>  <p>In a future version of the specification, we need to define
293  for now.</p>  <dfn id=lowercase>lowercase</dfn> (maybe by referencing some version of
294    some module of <abbr>CSS</abbr>).  It is <code>tr/A-Z/a-z/</code> for now.</p>
295    </div>
296    
297    <p>To
298    <dfn id=algorithm-normalize-an-integer title="normalize an integer">normalize
299    an integer (<dfn id=var-int-i><var>i</var></dfn>)</dfn>, the following
300    algorithm <em class=rfc2119>MUST</em> be used:</p>
301    <ol class=algorithm>
302    <li>If <var>i</var> is equal to zero (0), return a string with only a
303    character: <code class=char>U+0030</code>
304    <code class=charname>DIGIT ZERO</code> (<code class=char>0</code>).
305    Stop the algorithm.</li>
306    <li>Let <dfn id=var-int-result><var>result</var></dfn> be an empty string.</li>
307    <li>If <var>i</var> is less than zero (0), append a
308    <code class=char>U+002D</code> <code class=charname>HYPHEN-MINUS</code>
309    (<code class=char>-</code>) character to <var>result</var>.</li>
310    <li>Append the decimal representation of the absolute value of
311    <var>i</var> to <var>result</var>.  The decimal (base$B!>(Bten) representation
312    <em class=rfc2119>MUST NOT</em> begin with a <code class=char>U+0030</code>
313    <code class=charname>DIGIT ZERO</code> (<code class=char>0</code>)
314    character.</li>
315    <li>Return <var>result</var>.</li>
316    </ol>
317    
318  </div>  </div>
319    
 <p><dfn id=newline>Newline</dfn> is <code class=char>U+000A</code>  
 <code class=charname>LINE FEED</code> <span class=ed>or  
 U+000D U+000A or U+000A ??</span>.</p>  
320    
321  <!-- TODO: link terms to Selectors -->  <div class=section id=serializing-simple-selectors>
322    <h3>Serializing Simple Selectors</h3>
323    
324    <p>No <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
325    representation is defined for an invalid <a href="#simple-selector">simple
326    selector</a>.</p>
327    
328    <p>To
329    <dfn id=algorithm-serialize-a-simple-selector title="serialize a simple selector">serialize
330    a simple selector (<dfn><var id=var-ss>ss</var></dfn>)</dfn>,
331    the following algorithm <em class=rfc2119>MUST</em> be used:</p>
332  <ol>  <ol>
333  <li>Let <var>result</var> an empty string.</li>  <li>Let <dfn id=var-r><var>r</var></dfn> an empty string.</li>
334  <li>For each selector (<var>selector</var>) in the group of selectors:  <li>Process <var>ss</var> as following:
335    
336    <dl class=switch>
337    <dt>If <var>ss</var> is a type or universal selector</dt>
338      <dd>
339        <ol>
340        <li>Append a namespace prefix as following:
341    
342          <dl class=switch>
343          <dt>If a namespace URI is specified (via namespace prefix, or
344          by omitting namespace prefix where a default namespace is specified)</dt>
345            <dd>Append the namespace URI as a
346            <a href="#algorithm-normalize-an-ident" title="normalize a string as an IDENT">normalized
347            <code>IDENT</code></a> to <var>r</var>.  Then, append a
348            <code class=char>U+007C</code>
349            <code class=charname>VERTICAL BAR</code> (<code class=char>|</code>)
350            character to <var>r</var>.</dd>
351          <dt>If the null namespace is specified (by zero$B!>(Blength namespace
352          prefix)</dt>
353            <dd>Append a <code class=char>U+007C</code>
354            <code class=charname>VERTICAL BAR</code> (<code class=char>|</code>)
355            character to <var>r</var>.</dd>
356          <dt>If no namespace is specified (by namespace prefix <code>*</code>,
357          or by omitting namespace prefix where no default namespace is
358          specified)</dt>
359            <dd>Append a <code class=char>U+002A</code>
360            <code class=charname>ASTERISK</code> (<code class=char>*</code>)
361            character, followed by a <code class=char>U+007C</code>
362            <code class=charname>VERTICAL BAR</code> (<code class=char>|</code>)
363            character, to <var>r</var>.</dd>
364          </dl>
365        </li>
366        <li>If <var>ss</var> is a type selector, append the
367        <a href="#algorithm-normalize-an-ident" title="normalize a string (IDENT) an IDENT">normalized</a>
368        local name to <var>r</var>.</li>
369        <li>If <var>ss</var> is a universal selector, append
370        a <code class=char>U+002A</code> <code class=charname>ASTERISK</code>
371        (<code class=char>*</code>) character to <var>r</var>.</li>
372        </ol>
373      </dd>
374    <dt>If <var>ss</var> is an attribute selector</dt>
375      <dd>
376        <ol>
377        <li>Append a <code class=char>U+005B</code> <code class=charname>LEFT
378        SQUARE BRACKET</code> (<code class=char>[</code>) to
379        <var>r</var>.</li>
380        <li>
381          Append a namespace prefix as following:
382          <dl>
383          <dt>If a namespace URI is specified</dt>
384            <dd>Append the namespace URI as a
385            <a href="#algorithm-normalize-an-ident" title="normalize a string as an IDENT">normalized
386            <code>IDENT</code></a> to <var>r</var>.  Then, append a
387            <code class=char>U+007C</code>
388            <code class=charname>VERTICAL BAR</code> (<code class=char>|</code>)
389            character to <var>r</var>.</dd>
390          <dt>If the null namespace is specified</dt>
391            <dd>Append a <code class=char>U+007C</code>
392            <code class=charname>VERTICAL BAR</code> character to
393            <var>r</var>.</dd>
394          <dt>If no namespace is specified</dt>
395            <dd>Append a <code class=char>U+002A</code>
396            <code class=charname>ASTERISK</code> (<code class=char>*</code>)
397            character, followed by a <code class=char>U+007C</code>
398            <code class=charname>VERTICAL BAR</code> (<code class=char>|</code>)
399            character, to <var>r</var>.</dd>
400          </dl>
401        </li>
402        <li>Append the
403        <a href="#algorithm-normalize-an-ident" title="normalize a string (IDENT) as an IDENT">normalized</a>
404        local name to <var>r</var>.</li>
405        <li>If a value is specified in <var>ss</var>:
406          <ol>
407          <li>Depending on the way to match, append <code>=</code>,
408          <code>~=</code>, <code>|=</code>, <code>^=</code>,
409          <code>$=</code>, or <code>*=</code> to <var>r</var>.</li>
410          <li>Append the
411          <a href="#algorithm-normalize-a-string" title="normalize a string">normalized</a>
412          value to <var>r</var>.</li>
413          </ol>
414        </li>
415        <li>Append a <code class=char>U+005D</code> <code class=charname>RIGHT
416        SQUARE BRACKET</code> (<code class=char>]</code>) to
417        <var>r</var>.</li>
418        </ol>
419      </dd>
420    <dt>If <var>ss</var> is a class selector</dt>
421      <dd>Append a <code class=char>U+002E</code> <code class=charname>FULL
422      STOP</code> (<code class=char>.</code>) character, followed
423      by <a href="#algorithm-normalize-an-ident" title="normalize a string (IDENT) as an IDENT">normalized</a>
424      class name, to <var>r</var>.</dd>
425    <dt>If <var>ss</var> is an <abbr>ID</abbr> selector</dt>
426      <dd>Append a <code class=char>U+0023</code> <code class=charname>NUMBER
427      SIGN</code> (<code class=char>#</code>) character, followed
428      by <a href="#algorithm-normalize-an-ident" title="normalize a string (HASH except for the leading #) as an IDENT">normalized</a>
429      <abbr>ID</abbr>, to <var>r</var>.</dd>
430    <dt>If <var>ss</var> is a pseudo$B!>(Bclass selector</dt>
431      <dd>
432        <ol>
433        <li>Append a <code class=char>U+003A</code>
434        <code class=charname>COLON</code> (<code class=char>:</code>) character
435        to <var>r</var>.</li>
436        <li>Append the
437        <a href="#algorithm-normalize-an-ident" title="normalize a string (IDENT) as an IDENT">normalized</a>
438        name (in <a href="#lowercase">lowercase</a>) of the pseudo$B!>(Bclass to
439        <var>r</var>.</li>
440        <li>Append any arguments as following:
441          <dl class=switch>
442          <dt>If the name of the pseudo$B!>(Bclass is <code>lang</code></dt>
443            <dd>
444              <ol>
445              <li>Append a <code class=char>U+0028</code> <code class=charname>LEFT
446              PARENTHESIS</code> (<code class=char>(</code>) character
447              to <var>r</var>.</li>
448              <li>Append the
449              <a href="#algorithm-normalize-an-ident" title="normalize a string (IDENT) as an IDENT">normalized</a>
450              language tag (the argument) to <var>r</var>.
451              <span class="issue ed">Should we normalize cases?</span></li>
452              <li>Append a <code class=char>U+0029</code>
453              <code class=charname>RIGHT PARENTHESIS</code>
454              (<code class=char>)</code>) character
455              to <var>r</var>.</li>
456              </ol>
457            </dd>
458          <dt>If the name of the pseudo$B!>(Bclass is
459          <code>-manakai-contains</code></dt>
460            <dd>
461              <ol>
462              <li>Append a <code class=char>U+0028</code> <code class=charname>LEFT
463              PARENTHESIS</code> (<code class=char>(</code>) character
464              to <var>r</var>.</li>
465              <li>Append the
466              <a href="#algorithm-normalize-a-string" title="normalize a string">normalized</a>
467              string (the argument) to <var>r</var>.</li>
468              <li>Append a <code class=char>U+0029</code>
469              <code class=charname>RIGHT PARENTHESIS</code>
470              (<code class=char>)</code>) character
471              to <var>r</var>.</li>
472              </ol>
473            </dd>
474          <dt>If name of the pseudo$B!>(Bclass is either <code>nth-child</code>,
475          <code>nth-last-child</code>, <code>nth-of-type</code>, or
476          <code>nth-last-of-type</code></dt>
477            <dd>
478              <ol>
479              <li>Append a <code class=char>U+0028</code> <code class=charname>LEFT
480              PARENTHESIS</code> (<code class=char>(</code>) character
481              to <var>r</var>.</li>
482              <li>Let <dfn id=var-a><var>a</var></dfn> be the <var>a</var>
483              part of the argument.  If the argument is a keyword <code>odd</code>
484              or <code>even</code>, then let <var>a</var> be <code>2</code>.
485              If the <var>a</var> part with following <code>n</code> character
486              is omitted, then let <var>a</var> be <code>0</code>.
487              Otherwise, if only the <var>a</var> part is omitted, then
488              let <var>a</var> be <code>1</code>.  Otherwise, if the <var>a</var>
489              part is <code>-</code>, then let <var>a</var> be
490              <code>-1</code>.</li>
491              <li>Let <var>a</var> be the
492              <a href="#algorithm-normalize-an-integer" title="normalize an integer">normalized
493              string representation</a> of integer <var>a</var>.</li>
494              <li>Append <var>a</var> to <var>r</var>.</li>
495              <li>Append a <code class=char>U+006E</code>
496              <code class=charname>LATIN SMALL LETTER N</code>
497              (<code class=char>n</code>) character to <var>r</var>.</li>
498              <li>Let <dfn id=var-b><var>b</var></dfn> be the <var>b</var>
499              part of the argument.  If the argument is a keyword <code>odd</code>,
500              then let <var>b</var> be <code>1</code>.  If the argument is a
501              keyword <code>even</code>, then let <var>b</var> be <code>0</code>.
502              If the <var>b</var> part is omitted, then let <var>b</var> be
503              <code>0</code>.</li>
504              <li>Let <var>b</var> be the
505              <a href="#algorithm-normalize-an-integer" title="normalize an integer">normalized
506              string representation</a> of integer <var>b</var>.</li>
507              <li>If <var>b</var> does <em>not</em> start with a
508              <code class=char>U+002D</code>
509              <code class=charname>HYPHEN-MINUS</code> (<code class=char>-</code>)
510              character, then append <code class=char>U+002B</code>
511              <code class=charname>PLUS SIGN</code>
512              (<code class=char>+</code>) to <var>r</var>.</li>
513              <li>Append <var>b</var> to <var>r</var>.</li>
514              <li>Append a <code class=char>U+0029</code>
515              <code class=charname>RIGHT PARENTHESIS</code>
516              (<code class=char>)</code>) character
517              to <var>r</var>.</li>
518              </ol>
519            </dd>
520          <dt>If the name of the pseudo$B!>(Bclass is <code>not</code></dt>
521            <dd>
522              <ol>
523                <li>Append a string of <code class=char>U+003A</code>
524                <code class=charname>COLON</code>, <code class=char>U+006E</code>
525                <code class=charname>LATIN SMALL LETTER N</code>,
526                <code class=char>U+006F</code> <code class=charname>LATIN
527                SMALL LETTER O</code>, <code class=char>U+0074</code>
528                <code class=charname>LATIN SMALL LETTER T</code>, and
529                <code class=char>U+0028</code> <code class=charname>LEFT
530                PARENTHESIS</code> (<code>:not(</code>), followed by a
531                <a href="#newline">newline</a>, to <var>r</var>.</li>
532                <li>Append four <code class=char>U+0020</code>
533                <code class=charname>SPACE</code> characters to
534                <var>r</var>.</li>
535                <li>Append four <code class=char>U+0020</code>
536                <code class=charname>SPACE</code> characters to
537                <var>r</var> again.</li>
538                <li><a href="#algorithm-serialize-a-simple-selector">Serialize
539                the simple selector specified as the argument to the
540                <code>not</code> pseudo$B!>(Bclass</a>.</li>
541                <li>Append a <a href="#newline">newline</a> to
542                <var>r</var>.</li>
543                <li>Append four <code class=char>U+0020</code>
544                <code class=charname>SPACE</code> characters to
545                <var>r</var>.</li>
546                <li>Append a <code class=char>U+0029</code>
547                <code class=charname>RIGHT PARENTHESIS</code>
548                (<code class=char>)</code>) character
549                to <var>r</var>.</li>
550              </ol>
551            </dd>
552          <dt>Otherwise</dt>
553            <dd>The pseudo$B!>(Bclass is not supported by this version of
554            <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
555            and therefore no
556            <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
557            representation is defined for <var>ss</var>.  Stop the algorithm.</dd>
558          </dl>
559        </li>
560        </ol>
561      </dd>
562    <dt>If <var>ss</var> is a pseudo$B!>(Belement</dt>
563      <dd>
564        <ol>
565        <li>Append two <code class=char>U+003A</code>
566        <code class=charname>COLON</code> characters (<code>::</code>)
567        to <var>r</var>.</li>
568        <li>Append the
569        <a href="#algorithm-normalize-an-ident" title="normalize a string (IDENT) as an IDENT">normalized</a>
570        name (in <a href="#lowercase">lowercase</a>) of the pseudo$B!>(Belement
571        to <var>r</var>.</li>
572        <li>If the pseudo$B!>(Belement has any arguments:
573            The pseudo$B!>(Belement is not supported by this version of
574            <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
575            and therefore no
576            <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
577            representation is defined for <var>ss</var>.  Stop the algorithm.
578        </li>
579        </ol>
580      </dd>
581    </dl>
582    </li>
583    <li>Then, <var>r</var> is the
584    <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
585    representation of <var>ss</var>.</li>
586    </ol>
587    
588    </div>
589    
590    <div class=section id=serializing-groups-of-selectors>
591    <h3>Serializing Groups of Selectors</h3>
592    
593    <p>No <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
594    representation is defined for an invalid
595    <a href="http://www.w3.org/TR/css3-selectors/#grouping">group of
596    selectors</a>.</p>
597    
598    <p>To
599    <dfn id=algorithm-serialize-a-group-of-selectors title="serialize a group of selectors">serialize
600    a group of selectors (<dfn id=var-gs><var>gs</var></dfn>)</dfn>,
601    the following algorithm <em class=rfc2119>MUST</em> be used:</p>
602    <ol>
603    <li>Let <dfn id=var-result><var>result</var></dfn> an empty string.</li>
604    <li>For each selector (<dfn id=var-selector><var>selector</var></dfn>) in
605    <var>gs</var>:
606    <ol>    <ol>
607    <li>If <var>selector</var> is <em>not</em> the first selector    <li>If <var>selector</var> is <em>not</em> the first selector
608    in the group of selectors, then append a <code class=char>U+002C</code>    in the <var>gs</var>, then append a <code class=char>U+002C</code>
609    <code class=charname>COMMA</code> followed by a    <code class=charname>COMMA</code> (<code class=char>,</code>) followed by a
610    <a href="#newline">newline</a> to <var>result</var>.</li>    <a href="#newline">newline</a> to <var>result</var>.</li>
611    <li>Append four <code class=char>U+0020</code>    <li>Append four <code class=char>U+0020</code>
612    <code class=charname>SPACE</code> characters to <var>result</var>.</li>    <code class=charname>SPACE</code> characters to <var>result</var>.</li>
613    <li>Process each sequence of simple selectors or    <li>Process each sequence of simple selectors or
614    combinator in <var>selector</var> by following algorithm:    combinator in <var>selector</var> as following:
615      <dl class=switch>      <dl class=switch>
616      <dt>If it is a sequence of simle selector (<var>sss</var>)</dt>      <dt>If it is a sequence of simple selector
617        <dd class=ed>@@</dd>      (<dfn id=var-sss><var>sss</var></dfn>)</dt>
618      <dt>If it is a combinator (<var>c</var>)</dt>        <dd>
619            <ol>
620            <li>If <var>sss</var> contains a universal or type selector, then
621            <a href="#algorithm-serialize-a-simple-selector" title="serialize a simple selector">serialize
622            that simple selector</a> and append the result to
623            <var>result</var>.</li>
624            <li>Otherwise, i.e. if <var>sss</var> does not contain a universal or
625            type selector, then
626            <a href="#algorithm-serialize-a-simple-selector" title="serialize a simple selector">serialize
627            a simple selector <code>*</code></a> and append the result to
628            <var>result</var>.</li>
629            <li><a href="#algorithm-serialize-a-simple-selector" title="serialize a simple selector">Serialize
630            any attribute selectors</a> in <var>sss</var>, sort the results,
631            then append them to <var>result</var> in order.</li>
632            <li><a href="#algorithm-serialize-a-simple-selector" title="serialize a simple selector">Serialize
633            any class selectors</a> in <var>sss</var>, sort the results,
634            then append them to <var>result</var> in order.</li>
635            <li><a href="#algorithm-serialize-a-simple-selector" title="serialize a simple selector">Serialize
636            any <abbr>ID</abbr> selectors</a> in <var>sss</var>, sort the results,
637            then append them to <var>result</var> in order.</li>
638            <li><a href="#algorithm-serialize-a-simple-selector" title="serialize a simple selector">Serialize
639            any pseudo$B!>(Bclass selectors</a> in <var>sss</var>, sort the results,
640            then append them to <var>result</var> in order.</li>
641            <li><a href="#algorithm-serialize-a-simple-selector" title="serialize a simple selector">Serialize
642            any pseudo elements</a> in <var>sss</var>, sort the results,
643            then append them to <var>result</var> in order.</li>
644            <li>Append a <a href="#newline">newline</a> to <var>result</var>.</li>
645            </ol>
646          </dd>
647        <dt>If it is a combinator (<dfn id=var-c><var>c</var></dfn>)</dt>
648        <dd>        <dd>
649          <ol>          <ol>
650          <li>Append two <code class=char>U+0020</code>          <li>Append two <code class=char>U+0020</code>
651          <code class=charname>SPACE</code> characters to <var>result</var>.</li>          <code class=charname>SPACE</code> characters to <var>result</var>.</li>
652          <li>          <li>Process <var>c</var> as following:
653    
654            <dl class=switch>            <dl class=switch>
655            <dt>If <var>c</var> is descendant combinator (white space)</dt>            <dt>If <var>c</var> is descendant combinator (white space)</dt>
656              <dd>Append a <code class=char>U+0020</code>              <dd>Append a <code class=char>U+0020</code>
# Line 175  U+000D U+000A or U+000A ??</span>.</p> Line 659  U+000D U+000A or U+000A ??</span>.</p>
659            <dt>If <var>c</var> is child combinator            <dt>If <var>c</var> is child combinator
660            (<code class=char>></code>)</dt>            (<code class=char>></code>)</dt>
661              <dd>Append a <code class=char>U+003E</code>              <dd>Append a <code class=char>U+003E</code>
662              <code class=charname>GREATER-THAN SIGN</code> character to              <code class=charname>GREATER-THAN SIGN</code>
663              <var>result</var>.</dd>              (<code class=char>></code>) character to <var>result</var>.</dd>
664            <dt>If <var>c</var> is adjacent sibling combinator            <dt>If <var>c</var> is adjacent sibling combinator
665            (<code class=char>+</code>)</dt>            (<code class=char>+</code>)</dt>
666              <dd>Append a <code class=char>U+002B</code>              <dd>Append a <code class=char>U+002B</code>
667              <code class=charname>PLUS SIGN</code> character to              <code class=charname>PLUS SIGN</code> (<code class=char>+</code>)
668              <var>result</var>.</dd>              character to <var>result</var>.</dd>
669            <dt>If <var>c</var> is general sibling combinator            <dt>If <var>c</var> is general sibling combinator
670            (<code class=char>~</code>)</dt>            (<code class=char>~</code>)</dt>
671              <dd>Append a <code class=char>U+007E</code>              <dd>Append a <code class=char>U+007E</code>
672              <code class=charname>TILDE</code> character to              <code class=charname>TILDE</code> (<code class=char>~</code>)
673              <var>result</var>.</dd>              character to <var>result</var>.</dd>
674            </dl>            </dl>
675          </li>          </li>
676          <li>Append a <code class=char>U+0020</code>          <li>Append a <code class=char>U+0020</code>
# Line 198  U+000D U+000A or U+000A ??</span>.</p> Line 682  U+000D U+000A or U+000A ??</span>.</p>
682    </ol>    </ol>
683  </li>  </li>
684  <li>Then, <var>result</var> is the  <li>Then, <var>result</var> is the
685  <abbr title="Selectors Serialization Format for Testing">SFFT</abbr>  <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
686  representation of the group of selectors.</li>  representation of <var>gs</var>.</li>
687  </ol>  </ol>
688    
689  </div>  </div>
690    
691    </div>
692    
693  <div class="section" id="parsing">  <div class="section" id="parsing">
694  <h2>Parsing  <h2>Parsing
695  <abbr title="Selectors Serialization Format for Testing">SFFT</abbr>  <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
696  Groups of Selectors</h2>  Representations of Selectors</h2>
697    
698  <p>Since <a href="#serializing">the serializing algorithm</a> is  <p>Since <a href="#algorithm-serialize-a-group-of-selectors">the serializing
699  so designed that it always output a valid  algorithm for groups of selectors</a> is so designed that it always outputs a
700  <a href="http://www.w3.org/TR/css3-selectors/#grouping">group of  valid <a href="http://www.w3.org/TR/css3-selectors/#grouping">group of
701  selectors</a>, no special parser for  selectors</a>, no special parser for the
702  <abbr title="Selectors Serialization Format for Testing">SFFT</abbr>  <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
703  is necessary.  Any conforming  representation is necessary.  Any conforming parser for
704  <a href="http://www.w3.org/TR/css3-selectors/#grouping">group of  <a href="http://www.w3.org/TR/css3-selectors/#grouping">groups of
705  selectors</a> parser <em class=rfc2119>MAY</em> be used  selectors</a> <em class=rfc2119>MAY</em> be used
706  to parse <abbr title="Selectors Serialization Format for Testing">SFFT</abbr>  to parse <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
707  groups of selectors.</p>  representations of
708    <a href="http://www.w3.org/TR/css3-selectors/#grouping">groups of
709    selectors</a>.</p>
710    
711    <p>Likewise, <a href="#algorithm-serialize-a-simple-selector">the serializing
712    algorithm for simple selectors</a> always outputs a valid
713    <a href="#simple-selector">simple selector</a> and therefore any
714    conforming parser for <a href="#simple-selector">simple selector</a>
715    <em class=rfc2119>MAY</em> be used to parse
716    <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
717    representations of <a href="#simple-selector">simple selectors</a>.</p>
718  </div>  </div>
719    
720  <div class="section" id="examples">  <div class="section" id="examples">
721  <h2>Examples</h2>  <h2>Examples</h2>
722    
723  <p class=section-info>This section is <em>non-normative</em>.</p>  <p class=section-info>This section is <em>non$B!>(Bnormative</em>.</p>
   
 <div class="ed issue">  
 <p><a href="http://suika.fam.cx/gate/2007/css/parser-interface">Try demo</a>,  
 by choosing <q>Selectors</q> radio button.</a></p>  
724    
725  <div class="example figure block">  <div class="example figure block">
726  <div class="caption">...</div>  <p>The <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
727    representation of a selector <code>p + q</code> is:</p>
728    
729  <pre><code>...</code></pre>  <pre><code>    *|p
730      + *|q
731    </code></pre>
732  </div>  </div>
733    
734    <div class="example figure block">
735    <p>The <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
736    representation of a selector <code>a#id.class1:n\ot(:Active)/*
737     comment
738    */.class2</code> is:</p>
739    
740    <pre><code>    *|a.class1.class2#id:not(
741            :active
742        )
743    </code></pre>
744    </div>
745    
746    <div class="example figure block">
747    <p>The <abbr title="Selectors Serialization Format for Testing">SSFT</abbr>
748    representation of a
749    <a href="http://www.w3.org/TR/css3-selectors/#grouping">group of selectors</a>
750    <code>a, #b, C[d^=e], .\31 23</code> is:</p>
751    
752    <pre><code>    *|a
753    ,
754        *|*#b
755    ,
756        *|C[|d^="e"]
757    ,
758        *|*.\00003123
759    </code></pre>
760  </div>  </div>
761    
762  </div>  </div>
763    
764  <div id="references" class="section reference">  <div id="references" class="section reference">
765  <h2>References</h1>  <h2>References</h2>
766    
767  <div id="normative-references" class="section normative reference">  <div id="normative-references" class="section normative reference">
768  <h3>Normative References</h3>  <h3>Normative References</h3>
# Line 254  by choosing <q>Selectors</q> radio butto Line 775  by choosing <q>Selectors</q> radio butto
775    <a href="urn:ietf:bcp:14"><abbr title="Best Current Practice">BCP</abbr>    <a href="urn:ietf:bcp:14"><abbr title="Best Current Practice">BCP</abbr>
776    14</a>, <abbr title="Request for Comments">RFC</abbr> 2119,    14</a>, <abbr title="Request for Comments">RFC</abbr> 2119,
777    <time datetime=1997-03>March 1997</time>.    <time datetime=1997-03>March 1997</time>.
778    This version of the specification is referenced</dd>    This version of the specification is referenced.</dd>
779  <dt id=ref-SELECTORS>SELECTORS</dt>  <dt id=ref-SELECTORS>SELECTORS</dt>
780    <dd><a href="http://www.w3.org/TR/2005/WD-css3-selectors-20051215"><cite>Selectors</cite></a>,    <dd><a href="http://www.w3.org/TR/2005/WD-css3-selectors-20051215"><cite>Selectors</cite></a>,
781    <abbr title="World Wide Web Consortium">W3C</abbr> Working Draft,    <abbr title="World Wide Web Consortium">W3C</abbr> Working Draft,
# Line 265  by choosing <q>Selectors</q> radio butto Line 786  by choosing <q>Selectors</q> radio butto
786  </div>  </div>
787    
788  <div id="informative-references" class="section informative reference">  <div id="informative-references" class="section informative reference">
789  <h3>Non-normative References</h3>  <h3>Non$B!>(Bnormative References</h3>
790    
791  <dl>  <dl>
792  <dt id=ref-CSS>CSS</dt>  <dt id=ref-CSS>CSS</dt>
# Line 287  by choosing <q>Selectors</q> radio butto Line 808  by choosing <q>Selectors</q> radio butto
808  <dt id=ref-HTML5>HTML5</dt>  <dt id=ref-HTML5>HTML5</dt>
809    <dd><cite><a href="http://whatwg.org/html5"><abbr>HTML</abbr> 5</a></cite>,    <dd><cite><a href="http://whatwg.org/html5"><abbr>HTML</abbr> 5</a></cite>,
810    <abbr title="Web Hypertext Application Technology Working Group">WHATWG</abbr>    <abbr title="Web Hypertext Application Technology Working Group">WHATWG</abbr>
811    Working Draft.  Work in progress.</dd>    Working Draft, <time datetime="2007-11-03">3 November 2007</time>.
812      Work in progress.</dd>
813  <dt id=ref-SAPI>SAPI</dt>  <dt id=ref-SAPI>SAPI</dt>
814    <dd><cite><a href="http://dev.w3.org/cvsweb/~checkout~/2006/webapi/selectors-api/Overview.html?rev=1.28&amp;content-type=text/html;%20charset=utf-8">Selectors <abbr>API</abbr></a></cite>,    <dd><cite><a href="http://dev.w3.org/cvsweb/~checkout~/2006/webapi/selectors-api/Overview.html?rev=1.28&amp;content-type=text/html;%20charset=utf-8">Selectors <abbr>API</abbr></a></cite>,
815    <abbr title="World Wide Web Consortium">W3C</abbr> Editor's Draft,    <abbr title="World Wide Web Consortium">W3C</abbr> Editor's Draft,
# Line 296  by choosing <q>Selectors</q> radio butto Line 818  by choosing <q>Selectors</q> radio butto
818    <code class=URI>&lt;<a href="http://dev.w3.org/2006/webapi/selectors-api/Overview.html">http://dev.w3.org/2006/webapi/selectors-api/Overview.html</a>></code>.    <code class=URI>&lt;<a href="http://dev.w3.org/2006/webapi/selectors-api/Overview.html">http://dev.w3.org/2006/webapi/selectors-api/Overview.html</a>></code>.
819    The latest published version of the specification is available at    The latest published version of the specification is available at
820    <code class=URI>&lt;<a href="http://www.w3.org/TR/selectors-api/">http://www.w3.org/TR/selectors-api/</a>></code>.</dd>    <code class=URI>&lt;<a href="http://www.w3.org/TR/selectors-api/">http://www.w3.org/TR/selectors-api/</a>></code>.</dd>
821  <dt id=XBL2>XBL2</dt>  <dt id=ref-XBL2>XBL2</dt>
822    <dd><cite><a href="http://www.mozilla.org/projects/xbl/xbl2.html"><abbr>XBL</abbr>    <dd><cite><a href="http://www.mozilla.org/projects/xbl/xbl2.html"><abbr>XBL</abbr>
823    2.0</a></cite>, Mozilla.org, <time datetime=2007-03-15>15 Mar 2007</time>.    2.0</a></cite>, Mozilla.org, <time datetime=2007-03-15>15 Mar 2007</time>.
824    Work in progress.  The latest    Work in progress.  The latest
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