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Issue 2499923002: Update dromaeo to upstream a876d5250befbc41e2deab9d10cf6085b511d5ed (Closed)
Patch Set: Modified readme Created 4 years ago
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1 <html> 1 <html>
2 <head> 2 <head>
3 <script src="../htmlrunner.js"></script> 3 <script src="../htmlrunner.js"></script>
4 <script src="../lib/jquery.js"></script> 4 <script src="../lib/jquery.10.1.2.js"></script>
5 <script> 5 <script>
6 window.onload = function(){ 6 window.onload = function(){
7 startTest("jslib-modify-jquery", '0e3fac95'); 7 startTest("jslib-modify-jquery", '950aaaa1');
8 8
9 // Try to force real results 9 // Try to force real results
10 var ret, tmp, div, a, dd; 10 var ret, tmp, div, a, dd;
11 11
12 var html = document.body.innerHTML, 12 var html = document.body.innerHTML,
13 elem = document.createElement("div"), 13 elem = document.createElement("div"),
14 elem2 = document.createElement("strong"), 14 elem2 = document.createElement("strong"),
15 elemStr = "<strong>some text</strong>"; 15 elemStr = "<strong>some text</strong>";
16 16
17 prep(function(){ 17 prep(function(){
(...skipping 290 matching lines...) Expand 10 before | Expand all | Expand 10 after
308 specification, these have been described in terms of CSS2.1. <a 308 specification, these have been described in terms of CSS2.1. <a
309 href="#refsCSS21">[CSS21]</a></p> 309 href="#refsCSS21">[CSS21]</a></p>
310 310
311 <h3><a name=terminology></a>1.2. Terminology</h3> 311 <h3><a name=terminology></a>1.2. Terminology</h3>
312 312
313 <p>All of the text of this specification is normative except 313 <p>All of the text of this specification is normative except
314 examples, notes, and sections explicitly marked as 314 examples, notes, and sections explicitly marked as
315 non-normative.</p> 315 non-normative.</p>
316 316
317 <h3><a name=changesFromCSS2></a>1.3. Changes from CSS2</h3> 317 <h3><a name=changesFromCSS2></a>1.3. Changes from CSS2</h3>
318 318
319 <p><em>This section is non-normative.</em></p> 319 <p><em>This section is non-normative.</em></p>
320 320
321 <p>The main differences between the selectors in CSS2 and those in 321 <p>The main differences between the selectors in CSS2 and those in
322 Selectors are: 322 Selectors are:
323 323
324 <ul> 324 <ul>
325 325
326 <li>the list of basic definitions (selector, group of selectors, 326 <li>the list of basic definitions (selector, group of selectors,
327 simple selector, etc.) has been changed; in particular, what was 327 simple selector, etc.) has been changed; in particular, what was
328 referred to in CSS2 as a simple selector is now called a sequence 328 referred to in CSS2 as a simple selector is now called a sequence
(...skipping 1162 matching lines...) Expand 10 before | Expand all | Expand 10 after
1491 1491
1492 1492
1493 <h5><a name=indeterminate>The :indeterminate pseudo-class</a></h5> 1493 <h5><a name=indeterminate>The :indeterminate pseudo-class</a></h5>
1494 1494
1495 <div class="note"> 1495 <div class="note">
1496 1496
1497 <p>Radio and checkbox elements can be toggled by the user, but are 1497 <p>Radio and checkbox elements can be toggled by the user, but are
1498 sometimes in an indeterminate state, neither checked nor unchecked. 1498 sometimes in an indeterminate state, neither checked nor unchecked.
1499 This can be due to an element attribute, or DOM manipulation.</p> 1499 This can be due to an element attribute, or DOM manipulation.</p>
1500 1500
1501 <p>A future version of this specification may introduce an 1501 <p>A future version of this specification may introduce an
1502 <code>:indeterminate</code> pseudo-class that applies to such elements. 1502 <code>:indeterminate</code> pseudo-class that applies to such elements.
1503 <!--While the <code>:indeterminate</code> pseudo-class is dynamic in 1503 <!--While the <code>:indeterminate</code> pseudo-class is dynamic in
1504 nature, and is altered by user action, since it can also be based on 1504 nature, and is altered by user action, since it can also be based on
1505 the presence of an element attribute, it applies to all media.</p> 1505 the presence of an element attribute, it applies to all media.</p>
1506 1506
1507 <p>Components of a radio-group initialized with no pre-selected choice 1507 <p>Components of a radio-group initialized with no pre-selected choice
1508 are an example of :indeterminate state.--></p> 1508 are an example of :indeterminate state.--></p>
1509 1509
1510 </div> 1510 </div>
1511 1511
1512 1512
1513 <h4><a name=structural-pseudos>6.6.5. Structural pseudo-classes</a></h4> 1513 <h4><a name=structural-pseudos>6.6.5. Structural pseudo-classes</a></h4>
1514 1514
1515 <p>Selectors introduces the concept of <dfn>structural 1515 <p>Selectors introduces the concept of <dfn>structural
1516 pseudo-classes</dfn> to permit selection based on extra information that lies in 1516 pseudo-classes</dfn> to permit selection based on extra information that lies in
1517 the document tree but cannot be represented by other simple selectors or 1517 the document tree but cannot be represented by other simple selectors or
1518 combinators. 1518 combinators.
1519 1519
1520 <p>Note that standalone pieces of PCDATA (text nodes in the DOM) are 1520 <p>Note that standalone pieces of PCDATA (text nodes in the DOM) are
1521 not counted when calculating the position of an element in the list of 1521 not counted when calculating the position of an element in the list of
1522 children of its parent. When calculating the position of an element in 1522 children of its parent. When calculating the position of an element in
1523 the list of children of its parent, the index numbering starts at 1. 1523 the list of children of its parent, the index numbering starts at 1.
1524 1524
1525 1525
1526 <h5><a name=root-pseudo>:root pseudo-class</a></h5> 1526 <h5><a name=root-pseudo>:root pseudo-class</a></h5>
1527 1527
1528 <p>The <code>:root</code> pseudo-class represents an element that is 1528 <p>The <code>:root</code> pseudo-class represents an element that is
(...skipping 171 matching lines...) Expand 10 before | Expand all | Expand 10 after
1700 <p>Examples:</p> 1700 <p>Examples:</p>
1701 <p>The following selector represents a <code>p</code> element that is 1701 <p>The following selector represents a <code>p</code> element that is
1702 the first child of a <code>div</code> element:</p> 1702 the first child of a <code>div</code> element:</p>
1703 <pre>div &gt; p:first-child</pre> 1703 <pre>div &gt; p:first-child</pre>
1704 <p>This selector can represent the <code>p</code> inside the 1704 <p>This selector can represent the <code>p</code> inside the
1705 <code>div</code> of the following fragment:</p> 1705 <code>div</code> of the following fragment:</p>
1706 <pre>&lt;p&gt; The last P before the note.&lt;/p&gt; 1706 <pre>&lt;p&gt; The last P before the note.&lt;/p&gt;
1707 &lt;div class="note"&gt; 1707 &lt;div class="note"&gt;
1708 &lt;p&gt; The first P inside the note.&lt;/p&gt; 1708 &lt;p&gt; The first P inside the note.&lt;/p&gt;
1709 &lt;/div&gt;</pre>but cannot represent the second <code>p</code> in the followin g 1709 &lt;/div&gt;</pre>but cannot represent the second <code>p</code> in the followin g
1710 fragment: 1710 fragment:
1711 <pre>&lt;p&gt; The last P before the note.&lt;/p&gt; 1711 <pre>&lt;p&gt; The last P before the note.&lt;/p&gt;
1712 &lt;div class="note"&gt; 1712 &lt;div class="note"&gt;
1713 &lt;h2&gt; Note &lt;/h2&gt; 1713 &lt;h2&gt; Note &lt;/h2&gt;
1714 &lt;p&gt; The first P inside the note.&lt;/p&gt; 1714 &lt;p&gt; The first P inside the note.&lt;/p&gt;
1715 &lt;/div&gt;</pre> 1715 &lt;/div&gt;</pre>
1716 <p>The following two selectors are usually equivalent:</p> 1716 <p>The following two selectors are usually equivalent:</p>
1717 <pre>* &gt; a:first-child /* a is first child of any element */ 1717 <pre>* &gt; a:first-child /* a is first child of any element */
1718 a:first-child /* Same (assuming a is not the root element) */</pre> 1718 a:first-child /* Same (assuming a is not the root element) */</pre>
1719 </div> 1719 </div>
1720 1720
1721 <h5><a name=last-child-pseudo>:last-child pseudo-class</a></h5> 1721 <h5><a name=last-child-pseudo>:last-child pseudo-class</a></h5>
1722 1722
1723 <p>Same as <code>:nth-last-child(1)</code>. The <code>:last-child</code> pseudo- class 1723 <p>Same as <code>:nth-last-child(1)</code>. The <code>:last-child</code> pseudo- class
1724 represents an element that is the last child of some other element. 1724 represents an element that is the last child of some other element.
1725 1725
1726 <div class="example"> 1726 <div class="example">
1727 <p>Example:</p> 1727 <p>Example:</p>
1728 <p>The following selector represents a list item <code>li</code> that 1728 <p>The following selector represents a list item <code>li</code> that
1729 is the last child of an ordered list <code>ol</code>. 1729 is the last child of an ordered list <code>ol</code>.
1730 <pre>ol &gt; li:last-child</pre> 1730 <pre>ol &gt; li:last-child</pre>
1731 </div> 1731 </div>
1732 1732
1733 <h5><a name=first-of-type-pseudo>:first-of-type pseudo-class</a></h5> 1733 <h5><a name=first-of-type-pseudo>:first-of-type pseudo-class</a></h5>
1734 1734
1735 <p>Same as <code>:nth-of-type(1)</code>. The <code>:first-of-type</code> pseudo- class 1735 <p>Same as <code>:nth-of-type(1)</code>. The <code>:first-of-type</code> pseudo- class
1736 represents an element that is the first sibling of its type in the list of 1736 represents an element that is the first sibling of its type in the list of
1737 children of its parent element. 1737 children of its parent element.
1738 1738
1739 <div class="example"> 1739 <div class="example">
1740 <p>Example:</p> 1740 <p>Example:</p>
1741 <p>The following selector represents a definition title 1741 <p>The following selector represents a definition title
1742 <code>dt</code> inside a definition list <code>dl</code>, this 1742 <code>dt</code> inside a definition list <code>dl</code>, this
1743 <code>dt</code> being the first of its type in the list of children of 1743 <code>dt</code> being the first of its type in the list of children of
1744 its parent element.</p> 1744 its parent element.</p>
1745 <pre>dl dt:first-of-type</pre> 1745 <pre>dl dt:first-of-type</pre>
1746 <p>It is a valid description for the first two <code>dt</code> 1746 <p>It is a valid description for the first two <code>dt</code>
1747 elements in the following example but not for the third one:</p> 1747 elements in the following example but not for the third one:</p>
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1906 1906
1907 <p>The selector <code>p::first-line</code> does not match any real 1907 <p>The selector <code>p::first-line</code> does not match any real
1908 HTML element. It does match a pseudo-element that conforming user 1908 HTML element. It does match a pseudo-element that conforming user
1909 agents will insert at the beginning of every paragraph.</p> 1909 agents will insert at the beginning of every paragraph.</p>
1910 1910
1911 <p>Note that the length of the first line depends on a number of 1911 <p>Note that the length of the first line depends on a number of
1912 factors, including the width of the page, the font size, etc. Thus, 1912 factors, including the width of the page, the font size, etc. Thus,
1913 an ordinary HTML paragraph such as:</p> 1913 an ordinary HTML paragraph such as:</p>
1914 1914
1915 <pre> 1915 <pre>
1916 &lt;P&gt;This is a somewhat long HTML 1916 &lt;P&gt;This is a somewhat long HTML
1917 paragraph that will be broken into several 1917 paragraph that will be broken into several
1918 lines. The first line will be identified 1918 lines. The first line will be identified
1919 by a fictional tag sequence. The other lines 1919 by a fictional tag sequence. The other lines
1920 will be treated as ordinary lines in the 1920 will be treated as ordinary lines in the
1921 paragraph.&lt;/P&gt; 1921 paragraph.&lt;/P&gt;
1922 </pre> 1922 </pre>
1923 1923
1924 <p>the lines of which happen to be broken as follows: 1924 <p>the lines of which happen to be broken as follows:
1925 1925
1926 <pre> 1926 <pre>
1927 THIS IS A SOMEWHAT LONG HTML PARAGRAPH THAT 1927 THIS IS A SOMEWHAT LONG HTML PARAGRAPH THAT
1928 will be broken into several lines. The first 1928 will be broken into several lines. The first
1929 line will be identified by a fictional tag 1929 line will be identified by a fictional tag
1930 sequence. The other lines will be treated as 1930 sequence. The other lines will be treated as
1931 ordinary lines in the paragraph. 1931 ordinary lines in the paragraph.
1932 </pre> 1932 </pre>
1933 1933
1934 <p>This paragraph might be "rewritten" by user agents to include the 1934 <p>This paragraph might be "rewritten" by user agents to include the
1935 <em>fictional tag sequence</em> for <code>::first-line</code>. This 1935 <em>fictional tag sequence</em> for <code>::first-line</code>. This
1936 fictional tag sequence helps to show how properties are inherited.</p> 1936 fictional tag sequence helps to show how properties are inherited.</p>
1937 1937
1938 <pre> 1938 <pre>
1939 &lt;P&gt;<b>&lt;P::first-line&gt;</b> This is a somewhat long HTML 1939 &lt;P&gt;<b>&lt;P::first-line&gt;</b> This is a somewhat long HTML
1940 paragraph that <b>&lt;/P::first-line&gt;</b> will be broken into several 1940 paragraph that <b>&lt;/P::first-line&gt;</b> will be broken into several
1941 lines. The first line will be identified 1941 lines. The first line will be identified
1942 by a fictional tag sequence. The other lines 1942 by a fictional tag sequence. The other lines
1943 will be treated as ordinary lines in the 1943 will be treated as ordinary lines in the
1944 paragraph.&lt;/P&gt; 1944 paragraph.&lt;/P&gt;
1945 </pre> 1945 </pre>
1946 1946
1947 <p>If a pseudo-element breaks up a real element, the desired effect 1947 <p>If a pseudo-element breaks up a real element, the desired effect
1948 can often be described by a fictional tag sequence that closes and 1948 can often be described by a fictional tag sequence that closes and
1949 then re-opens the element. Thus, if we mark up the previous paragraph 1949 then re-opens the element. Thus, if we mark up the previous paragraph
1950 with a <code>span</code> element:</p> 1950 with a <code>span</code> element:</p>
1951 1951
1952 <pre> 1952 <pre>
1953 &lt;P&gt;<b>&lt;SPAN class="test"&gt;</b> This is a somewhat long HTML 1953 &lt;P&gt;<b>&lt;SPAN class="test"&gt;</b> This is a somewhat long HTML
1954 paragraph that will be broken into several 1954 paragraph that will be broken into several
1955 lines.<b>&lt;/SPAN&gt;</b> The first line will be identified 1955 lines.<b>&lt;/SPAN&gt;</b> The first line will be identified
1956 by a fictional tag sequence. The other lines 1956 by a fictional tag sequence. The other lines
1957 will be treated as ordinary lines in the 1957 will be treated as ordinary lines in the
1958 paragraph.&lt;/P&gt; 1958 paragraph.&lt;/P&gt;
1959 </pre> 1959 </pre>
1960 1960
1961 <p>the user agent could simulate start and end tags for 1961 <p>the user agent could simulate start and end tags for
1962 <code>span</code> when inserting the fictional tag sequence for 1962 <code>span</code> when inserting the fictional tag sequence for
1963 <code>::first-line</code>. 1963 <code>::first-line</code>.
1964 1964
1965 <pre> 1965 <pre>
1966 &lt;P&gt;&lt;P::first-line&gt;<b>&lt;SPAN class="test"&gt;</b> This is a 1966 &lt;P&gt;&lt;P::first-line&gt;<b>&lt;SPAN class="test"&gt;</b> This is a
1967 somewhat long HTML 1967 somewhat long HTML
1968 paragraph that will <b>&lt;/SPAN&gt;</b>&lt;/P::first-line&gt;<b>&lt;SPAN class= "test"&gt;</b> be 1968 paragraph that will <b>&lt;/SPAN&gt;</b>&lt;/P::first-line&gt;<b>&lt;SPAN class= "test"&gt;</b> be
1969 broken into several 1969 broken into several
1970 lines.<b>&lt;/SPAN&gt;</b> The first line will be identified 1970 lines.<b>&lt;/SPAN&gt;</b> The first line will be identified
1971 by a fictional tag sequence. The other lines 1971 by a fictional tag sequence. The other lines
1972 will be treated as ordinary lines in the 1972 will be treated as ordinary lines in the
1973 paragraph.&lt;/P&gt; 1973 paragraph.&lt;/P&gt;
1974 </pre> 1974 </pre>
1975 1975
1976 <p>In CSS, the <code>::first-line</code> pseudo-element can only be 1976 <p>In CSS, the <code>::first-line</code> pseudo-element can only be
1977 attached to a block-level element, an inline-block, a table-caption, 1977 attached to a block-level element, an inline-block, a table-caption,
1978 or a table-cell.</p> 1978 or a table-cell.</p>
1979 1979
1980 <p><a name="first-formatted-line"></a>The "first formatted line" of an 1980 <p><a name="first-formatted-line"></a>The "first formatted line" of an
1981 element may occur inside a 1981 element may occur inside a
1982 block-level descendant in the same flow (i.e., a block-level 1982 block-level descendant in the same flow (i.e., a block-level
(...skipping 117 matching lines...) Expand 10 before | Expand all | Expand 10 after
2100 2100
2101 <p>The <span class="index-inst" title="fictional tag 2101 <p>The <span class="index-inst" title="fictional tag
2102 sequence">fictional tag sequence</span> is:</p> 2102 sequence">fictional tag sequence</span> is:</p>
2103 2103
2104 <pre> 2104 <pre>
2105 &lt;P&gt; 2105 &lt;P&gt;
2106 &lt;SPAN&gt; 2106 &lt;SPAN&gt;
2107 &lt;P::first-letter&gt; 2107 &lt;P::first-letter&gt;
2108 T 2108 T
2109 &lt;/P::first-letter&gt;he first 2109 &lt;/P::first-letter&gt;he first
2110 &lt;/SPAN&gt; 2110 &lt;/SPAN&gt;
2111 few words of an article in the Economist. 2111 few words of an article in the Economist.
2112 &lt;/P&gt; 2112 &lt;/P&gt;
2113 </pre> 2113 </pre>
2114 2114
2115 <p>Note that the <code>::first-letter</code> pseudo-element tags abut 2115 <p>Note that the <code>::first-letter</code> pseudo-element tags abut
2116 the content (i.e., the initial character), while the ::first-line 2116 the content (i.e., the initial character), while the ::first-line
2117 pseudo-element start tag is inserted right after the start tag of the 2117 pseudo-element start tag is inserted right after the start tag of the
2118 block element.</p> </div> 2118 block element.</p> </div>
2119 2119
2120 <p>In order to achieve traditional drop caps formatting, user agents 2120 <p>In order to achieve traditional drop caps formatting, user agents
(...skipping 90 matching lines...) Expand 10 before | Expand all | Expand 10 after
2211 p::first-line { color: blue } 2211 p::first-line { color: blue }
2212 2212
2213 &lt;P&gt;Some text that ends up on two lines&lt;/P&gt;</pre> 2213 &lt;P&gt;Some text that ends up on two lines&lt;/P&gt;</pre>
2214 2214
2215 <p>Assuming that a line break will occur before the word "ends", the 2215 <p>Assuming that a line break will occur before the word "ends", the
2216 <span class="index-inst" title="fictional tag sequence">fictional tag 2216 <span class="index-inst" title="fictional tag sequence">fictional tag
2217 sequence</span> for this fragment might be:</p> 2217 sequence</span> for this fragment might be:</p>
2218 2218
2219 <pre>&lt;P&gt; 2219 <pre>&lt;P&gt;
2220 &lt;P::first-line&gt; 2220 &lt;P::first-line&gt;
2221 &lt;P::first-letter&gt; 2221 &lt;P::first-letter&gt;
2222 S 2222 S
2223 &lt;/P::first-letter&gt;ome text that 2223 &lt;/P::first-letter&gt;ome text that
2224 &lt;/P::first-line&gt; 2224 &lt;/P::first-line&gt;
2225 ends up on two lines 2225 ends up on two lines
2226 &lt;/P&gt;</pre> 2226 &lt;/P&gt;</pre>
2227 2227
2228 <p>Note that the <code>::first-letter</code> element is inside the <code>::first -line</code> 2228 <p>Note that the <code>::first-letter</code> element is inside the <code>::first -line</code>
2229 element. Properties set on <code>::first-line</code> are inherited by 2229 element. Properties set on <code>::first-line</code> are inherited by
2230 <code>::first-letter</code>, but are overridden if the same property is set on 2230 <code>::first-letter</code>, but are overridden if the same property is set on
2231 <code>::first-letter</code>.</p> 2231 <code>::first-letter</code>.</p>
2232 </div> 2232 </div>
2233 2233
2234 2234
2235 <h4><a name=UIfragments>7.3.</a> <a name=selection>The ::selection pseudo-elemen t</a></h4> 2235 <h4><a name=UIfragments>7.3.</a> <a name=selection>The ::selection pseudo-elemen t</a></h4>
(...skipping 486 matching lines...) Expand 10 before | Expand all | Expand 10 after
2722 <th>Specification</th> 2722 <th>Specification</th>
2723 <td>CSS level 1</td></tr> 2723 <td>CSS level 1</td></tr>
2724 <tr> 2724 <tr>
2725 <th>Accepts</th> 2725 <th>Accepts</th>
2726 <td>type selectors<br>class selectors<br>ID selectors<br>:link, 2726 <td>type selectors<br>class selectors<br>ID selectors<br>:link,
2727 :visited and :active pseudo-classes<br>descendant combinator 2727 :visited and :active pseudo-classes<br>descendant combinator
2728 <br>::first-line and ::first-letter pseudo-elements</td></tr> 2728 <br>::first-line and ::first-letter pseudo-elements</td></tr>
2729 <tr> 2729 <tr>
2730 <th>Excludes</th> 2730 <th>Excludes</th>
2731 <td> 2731 <td>
2732 2732
2733 <p>universal selector<br>attribute selectors<br>:hover and :focus 2733 <p>universal selector<br>attribute selectors<br>:hover and :focus
2734 pseudo-classes<br>:target pseudo-class<br>:lang() pseudo-class<br>all UI 2734 pseudo-classes<br>:target pseudo-class<br>:lang() pseudo-class<br>all UI
2735 element states pseudo-classes<br>all structural 2735 element states pseudo-classes<br>all structural
2736 pseudo-classes<br>negation pseudo-class<br>all 2736 pseudo-classes<br>negation pseudo-class<br>all
2737 UI element fragments pseudo-elements<br>::before and ::after 2737 UI element fragments pseudo-elements<br>::before and ::after
2738 pseudo-elements<br>child combinators<br>sibling combinators 2738 pseudo-elements<br>child combinators<br>sibling combinators
2739 2739
2740 <p>namespaces</td></tr> 2740 <p>namespaces</td></tr>
2741 <tr> 2741 <tr>
2742 <th>Extra constraints</th> 2742 <th>Extra constraints</th>
2743 <td>only one class selector allowed per sequence of simple 2743 <td>only one class selector allowed per sequence of simple
2744 selectors</td></tr></tbody></table><br><br> 2744 selectors</td></tr></tbody></table><br><br>
2745 <table class="tprofile"> 2745 <table class="tprofile">
2746 <tbody> 2746 <tbody>
2747 <tr> 2747 <tr>
2748 <th class="title" colspan=2>Selectors profile</th></tr> 2748 <th class="title" colspan=2>Selectors profile</th></tr>
2749 <tr> 2749 <tr>
2750 <th>Specification</th> 2750 <th>Specification</th>
2751 <td>CSS level 2</td></tr> 2751 <td>CSS level 2</td></tr>
2752 <tr> 2752 <tr>
2753 <th>Accepts</th> 2753 <th>Accepts</th>
2754 <td>type selectors<br>universal selector<br>attribute presence and 2754 <td>type selectors<br>universal selector<br>attribute presence and
2755 values selectors<br>class selectors<br>ID selectors<br>:link, :visited, 2755 values selectors<br>class selectors<br>ID selectors<br>:link, :visited,
2756 :active, :hover, :focus, :lang() and :first-child pseudo-classes 2756 :active, :hover, :focus, :lang() and :first-child pseudo-classes
2757 <br>descendant combinator<br>child combinator<br>adjacent sibling 2757 <br>descendant combinator<br>child combinator<br>adjacent sibling
2758 combinator<br>::first-line and ::first-letter pseudo-elements<br>::before 2758 combinator<br>::first-line and ::first-letter pseudo-elements<br>::before
2759 and ::after pseudo-elements</td></tr> 2759 and ::after pseudo-elements</td></tr>
2760 <tr> 2760 <tr>
2761 <th>Excludes</th> 2761 <th>Excludes</th>
2762 <td> 2762 <td>
2763 2763
2764 <p>content selectors<br>substring matching attribute 2764 <p>content selectors<br>substring matching attribute
2765 selectors<br>:target pseudo-classes<br>all UI element 2765 selectors<br>:target pseudo-classes<br>all UI element
2766 states pseudo-classes<br>all structural pseudo-classes other 2766 states pseudo-classes<br>all structural pseudo-classes other
2767 than :first-child<br>negation pseudo-class<br>all UI element 2767 than :first-child<br>negation pseudo-class<br>all UI element
2768 fragments pseudo-elements<br>general sibling combinators 2768 fragments pseudo-elements<br>general sibling combinators
2769 2769
2770 <p>namespaces</td></tr> 2770 <p>namespaces</td></tr>
2771 <tr> 2771 <tr>
2772 <th>Extra constraints</th> 2772 <th>Extra constraints</th>
2773 <td>more than one class selector per sequence of simple selectors (CSS1 2773 <td>more than one class selector per sequence of simple selectors (CSS1
2774 constraint) allowed</td></tr></tbody></table> 2774 constraint) allowed</td></tr></tbody></table>
2775 2775
2776 <p>In CSS, selectors express pattern matching rules that determine which style 2776 <p>In CSS, selectors express pattern matching rules that determine which style
2777 rules apply to elements in the document tree. 2777 rules apply to elements in the document tree.
2778 2778
2779 <p>The following selector (CSS level 2) will <b>match</b> all anchors <code>a</c ode> 2779 <p>The following selector (CSS level 2) will <b>match</b> all anchors <code>a</c ode>
2780 with attribute <code>name</code> set inside a section 1 header <code>h1</code>: 2780 with attribute <code>name</code> set inside a section 1 header <code>h1</code>:
2781 <pre>h1 a[name]</pre> 2781 <pre>h1 a[name]</pre>
2782 2782
2783 <p>All CSS declarations attached to such a selector are applied to elements 2783 <p>All CSS declarations attached to such a selector are applied to elements
2784 matching it. </div> 2784 matching it. </div>
2785 2785
2786 <div class="profile"> 2786 <div class="profile">
2787 <table class="tprofile"> 2787 <table class="tprofile">
2788 <tbody> 2788 <tbody>
2789 <tr> 2789 <tr>
2790 <th class="title" colspan=2>Selectors profile</th></tr> 2790 <th class="title" colspan=2>Selectors profile</th></tr>
2791 <tr> 2791 <tr>
2792 <th>Specification</th> 2792 <th>Specification</th>
2793 <td>STTS 3</td> 2793 <td>STTS 3</td>
2794 </tr> 2794 </tr>
2795 <tr> 2795 <tr>
2796 <th>Accepts</th> 2796 <th>Accepts</th>
2797 <td> 2797 <td>
2798 2798
2799 <p>type selectors<br>universal selectors<br>attribute selectors<br>class 2799 <p>type selectors<br>universal selectors<br>attribute selectors<br>class
2800 selectors<br>ID selectors<br>all structural pseudo-classes<br> 2800 selectors<br>ID selectors<br>all structural pseudo-classes<br>
2801 all combinators 2801 all combinators
2802 2802
2803 <p>namespaces</td></tr> 2803 <p>namespaces</td></tr>
2804 <tr> 2804 <tr>
2805 <th>Excludes</th> 2805 <th>Excludes</th>
2806 <td>non-accepted pseudo-classes<br>pseudo-elements<br></td></tr> 2806 <td>non-accepted pseudo-classes<br>pseudo-elements<br></td></tr>
2807 <tr> 2807 <tr>
2808 <th>Extra constraints</th> 2808 <th>Extra constraints</th>
2809 <td>some selectors and combinators are not allowed in fragment 2809 <td>some selectors and combinators are not allowed in fragment
2810 descriptions on the right side of STTS declarations.</td></tr></tbody></ta ble> 2810 descriptions on the right side of STTS declarations.</td></tr></tbody></ta ble>
2811 <form> 2811 <form>
2812 <input type="text" name="test10"/> 2812 <input type="text" name="test10"/>
(...skipping 15 matching lines...) Expand all
2828 <input type="text" name="foo"/> 2828 <input type="text" name="foo"/>
2829 <input type="text" name="foo"/> 2829 <input type="text" name="foo"/>
2830 <input type="text" name="foo"/> 2830 <input type="text" name="foo"/>
2831 <input type="text" name="foo"/> 2831 <input type="text" name="foo"/>
2832 <input type="text" name="foo"/> 2832 <input type="text" name="foo"/>
2833 <input type="text" name="foo"/> 2833 <input type="text" name="foo"/>
2834 <input type="text" name="foo"/> 2834 <input type="text" name="foo"/>
2835 <input type="text" name="foo"/> 2835 <input type="text" name="foo"/>
2836 <input type="text" name="foo"/> 2836 <input type="text" name="foo"/>
2837 </form> 2837 </form>
2838 2838
2839 <p>Selectors can be used in STTS 3 in two different 2839 <p>Selectors can be used in STTS 3 in two different
2840 manners: 2840 manners:
2841 <ol> 2841 <ol>
2842 <li>a selection mechanism equivalent to CSS selection mechanism: declarations 2842 <li>a selection mechanism equivalent to CSS selection mechanism: declarations
2843 attached to a given selector are applied to elements matching that selector, 2843 attached to a given selector are applied to elements matching that selector,
2844 <li>fragment descriptions that appear on the right side of declarations. 2844 <li>fragment descriptions that appear on the right side of declarations.
2845 </li></ol></div> 2845 </li></ol></div>
2846 2846
2847 <h2><a name=Conformance></a>13. Conformance and requirements</h2> 2847 <h2><a name=Conformance></a>13. Conformance and requirements</h2>
2848 2848
2849 <p>This section defines conformance with the present specification only. 2849 <p>This section defines conformance with the present specification only.
2850 2850
2851 <p>The inability of a user agent to implement part of this specification due to 2851 <p>The inability of a user agent to implement part of this specification due to
2852 the limitations of a particular device (e.g., non interactive user agents will 2852 the limitations of a particular device (e.g., non interactive user agents will
2853 probably not implement dynamic pseudo-classes because they make no sense without 2853 probably not implement dynamic pseudo-classes because they make no sense without
2854 interactivity) does not imply non-conformance. 2854 interactivity) does not imply non-conformance.
2855 2855
2856 <p>All specifications reusing Selectors must contain a <a 2856 <p>All specifications reusing Selectors must contain a <a
2857 href="#profiling">Profile</a> listing the 2857 href="#profiling">Profile</a> listing the
2858 subset of Selectors it accepts or excludes, and describing the constraints 2858 subset of Selectors it accepts or excludes, and describing the constraints
2859 it adds to the current specification. 2859 it adds to the current specification.
2860 2860
2861 <p>Invalidity is caused by a parsing error, e.g. an unrecognized token or a toke n 2861 <p>Invalidity is caused by a parsing error, e.g. an unrecognized token or a toke n
2862 which is not allowed at the current parsing point. 2862 which is not allowed at the current parsing point.
2863 2863
2864 <p>User agents must observe the rules for handling parsing errors: 2864 <p>User agents must observe the rules for handling parsing errors:
2865 <ul> 2865 <ul>
2866 <li>a simple selector containing an undeclared namespace prefix is invalid</li > 2866 <li>a simple selector containing an undeclared namespace prefix is invalid</li >
2867 <li>a selector containing an invalid simple selector, an invalid combinator 2867 <li>a selector containing an invalid simple selector, an invalid combinator
2868 or an invalid token is invalid. </li> 2868 or an invalid token is invalid. </li>
2869 <li>a group of selectors containing an invalid selector is invalid.</li> 2869 <li>a group of selectors containing an invalid selector is invalid.</li>
(...skipping 32 matching lines...) Expand 10 before | Expand all | Expand 10 after
2902 2902
2903 <h2><a name=references>16. References</a></h2> 2903 <h2><a name=references>16. References</a></h2>
2904 2904
2905 <dl class="refs"> 2905 <dl class="refs">
2906 2906
2907 <dt>[CSS1] 2907 <dt>[CSS1]
2908 <dd><a name=refsCSS1></a> Bert Bos, H&aring;kon Wium Lie; "<cite>Cascading Sty le Sheets, level 1</cite>", W3C Recommendation, 17 Dec 1996, revised 11 Jan 1999 2908 <dd><a name=refsCSS1></a> Bert Bos, H&aring;kon Wium Lie; "<cite>Cascading Sty le Sheets, level 1</cite>", W3C Recommendation, 17 Dec 1996, revised 11 Jan 1999
2909 <dd>(<code><a href="http://www.w3.org/TR/REC-CSS1">http://www.w3.org/TR/REC-CS S1</a></code>) 2909 <dd>(<code><a href="http://www.w3.org/TR/REC-CSS1">http://www.w3.org/TR/REC-CS S1</a></code>)
2910 2910
2911 <dt>[CSS21] 2911 <dt>[CSS21]
2912 <dd><a name=refsCSS21></a> Bert Bos, Tantek &Ccedil;elik, Ian Hickson, H&aring ;kon Wium Lie, editors; "<cite>Cascading Style Sheets, level 2 revision 1</cite> ", W3C Working Draft, 13 June 2005 2912 <dd><a name=refsCSS21></a> Bert Bos, Tantek &Ccedil;elik, Ian Hickson, H&aring ;kon Wium Lie, editors; "<cite>Cascading Style Sheets, level 2 revision 1</cite> ", W3C Working Draft, 13 June 2005
2913 <dd>(<code><a href="http://www.w3.org/TR/CSS21">http://www.w3.org/TR/CSS21</a> </code>) 2913 <dd>(<code><a href="http://www.w3.org/TR/CSS21">http://www.w3.org/TR/CSS21</a> </code>)
2914 2914
2915 <dt>[CWWW] 2915 <dt>[CWWW]
2916 <dd><a name=refsCWWW></a> Martin J. D&uuml;rst, Fran&ccedil;ois Yergeau, Misha Wolf, Asmus Freytag, Tex Texin, editors; "<cite>Character Model for the World W ide Web</cite>", W3C Recommendation, 15 February 2005 2916 <dd><a name=refsCWWW></a> Martin J. D&uuml;rst, Fran&ccedil;ois Yergeau, Misha Wolf, Asmus Freytag, Tex Texin, editors; "<cite>Character Model for the World W ide Web</cite>", W3C Recommendation, 15 February 2005
2917 <dd>(<code><a href="http://www.w3.org/TR/charmod/">http://www.w3.org/TR/charmo d/</a></code>) 2917 <dd>(<code><a href="http://www.w3.org/TR/charmod/">http://www.w3.org/TR/charmo d/</a></code>)
2918 2918
2919 <dt>[FLEX] 2919 <dt>[FLEX]
2920 <dd><a name="refsFLEX"></a> "<cite>Flex: The Lexical Scanner Generator</cite>" , Version 2.3.7, ISBN 1882114213 2920 <dd><a name="refsFLEX"></a> "<cite>Flex: The Lexical Scanner Generator</cite>" , Version 2.3.7, ISBN 1882114213
2921 2921
2922 <dt>[HTML4] 2922 <dt>[HTML4]
2923 <dd><a name="refsHTML4"></a> Dave Ragget, Arnaud Le Hors, Ian Jacobs, editors; "<cite>HTML 4.01 Specification</cite>", W3C Recommendation, 24 December 1999 2923 <dd><a name="refsHTML4"></a> Dave Ragget, Arnaud Le Hors, Ian Jacobs, editors; "<cite>HTML 4.01 Specification</cite>", W3C Recommendation, 24 December 1999
2924 <dd>(<a href="http://www.w3.org/TR/html4/"><code>http://www.w3.org/TR/html4/</ code></a>) 2924 <dd>(<a href="http://www.w3.org/TR/html4/"><code>http://www.w3.org/TR/html4/</ code></a>)
2925 2925
2926 <dt>[MATH] 2926 <dt>[MATH]
2927 <dd><a name="refsMATH"></a> Patrick Ion, Robert Miner, editors; "<cite>Mathema tical Markup Language (MathML) 1.01</cite>", W3C Recommendation, revision of 7 J uly 1999 2927 <dd><a name="refsMATH"></a> Patrick Ion, Robert Miner, editors; "<cite>Mathema tical Markup Language (MathML) 1.01</cite>", W3C Recommendation, revision of 7 J uly 1999
2928 <dd>(<code><a href="http://www.w3.org/TR/REC-MathML/">http://www.w3.org/TR/REC -MathML/</a></code>) 2928 <dd>(<code><a href="http://www.w3.org/TR/REC-MathML/">http://www.w3.org/TR/REC -MathML/</a></code>)
2929 2929
2930 <dt>[RFC3066] 2930 <dt>[RFC3066]
2931 <dd><a name="refsRFC3066"></a> H. Alvestrand; "<cite>Tags for the Identificati on of Languages</cite>", Request for Comments 3066, January 2001 2931 <dd><a name="refsRFC3066"></a> H. Alvestrand; "<cite>Tags for the Identificati on of Languages</cite>", Request for Comments 3066, January 2001
2932 <dd>(<a href="http://www.ietf.org/rfc/rfc3066.txt"><code>http://www.ietf.org/r fc/rfc3066.txt</code></a>) 2932 <dd>(<a href="http://www.ietf.org/rfc/rfc3066.txt"><code>http://www.ietf.org/r fc/rfc3066.txt</code></a>)
2933 2933
2934 <dt>[STTS] 2934 <dt>[STTS]
2935 <dd><a name=refsSTTS></a> Daniel Glazman; "<cite>Simple Tree Transformation Sh eets 3</cite>", Electricit&eacute; de France, submission to the W3C, 11 November 1998 2935 <dd><a name=refsSTTS></a> Daniel Glazman; "<cite>Simple Tree Transformation Sh eets 3</cite>", Electricit&eacute; de France, submission to the W3C, 11 November 1998
2936 <dd>(<code><a href="http://www.w3.org/TR/NOTE-STTS3">http://www.w3.org/TR/NOTE -STTS3</a></code>) 2936 <dd>(<code><a href="http://www.w3.org/TR/NOTE-STTS3">http://www.w3.org/TR/NOTE -STTS3</a></code>)
2937 2937
2938 <dt>[SVG] 2938 <dt>[SVG]
2939 <dd><a name="refsSVG"></a> Jon Ferraiolo, &#34276;&#27810; &#28147;, Dean Jack son, editors; "<cite>Scalable Vector Graphics (SVG) 1.1 Specification</cite>", W 3C Recommendation, 14 January 2003 2939 <dd><a name="refsSVG"></a> Jon Ferraiolo, &#34276;&#27810; &#28147;, Dean Jack son, editors; "<cite>Scalable Vector Graphics (SVG) 1.1 Specification</cite>", W 3C Recommendation, 14 January 2003
2940 <dd>(<code><a href="http://www.w3.org/TR/SVG/">http://www.w3.org/TR/SVG/</a></ code>) 2940 <dd>(<code><a href="http://www.w3.org/TR/SVG/">http://www.w3.org/TR/SVG/</a></ code>)
2941 2941
2942 <dt>[UNICODE]</dt> 2942 <dt>[UNICODE]</dt>
2943 <dd><a name="refsUNICODE"></a> <cite><a 2943 <dd><a name="refsUNICODE"></a> <cite><a
2944 href="http://www.unicode.org/versions/Unicode4.1.0/">The Unicode Standard, Ve rsion 4.1</a></cite>, The Unicode Consortium. Boston, MA, Addison-Wesley, March 2005. ISBN 0-321-18578-1, as amended by <a href="http://www.unicode.org/versions /Unicode4.0.1/">Unicode 4.0.1</a> and <a href="http://www.unicode.org/versions/U nicode4.1.0/">Unicode 4.1.0</a>. 2944 href="http://www.unicode.org/versions/Unicode4.1.0/">The Unicode Standard, Ve rsion 4.1</a></cite>, The Unicode Consortium. Boston, MA, Addison-Wesley, March 2005. ISBN 0-321-18578-1, as amended by <a href="http://www.unicode.org/versions /Unicode4.0.1/">Unicode 4.0.1</a> and <a href="http://www.unicode.org/versions/U nicode4.1.0/">Unicode 4.1.0</a>.
2945 <dd>(<code><a href="http://www.unicode.org/versions/">http://www.unicode.org/v ersions/</a></code>)</dd> 2945 <dd>(<code><a href="http://www.unicode.org/versions/">http://www.unicode.org/v ersions/</a></code>)</dd>
2946 2946
2947 <dt>[XML10] 2947 <dt>[XML10]
2948 <dd><a name="refsXML10"></a> Tim Bray, Jean Paoli, C. M. Sperberg-McQueen, Eve Maler, Fran&ccedil;ois Yergeau, editors; "<cite>Extensible Markup Language (XML ) 1.0 (Third Edition)</cite>", W3C Recommendation, 4 February 2004 2948 <dd><a name="refsXML10"></a> Tim Bray, Jean Paoli, C. M. Sperberg-McQueen, Eve Maler, Fran&ccedil;ois Yergeau, editors; "<cite>Extensible Markup Language (XML ) 1.0 (Third Edition)</cite>", W3C Recommendation, 4 February 2004
2949 <dd>(<a href="http://www.w3.org/TR/REC-xml/"><code>http://www.w3.org/TR/REC-xm l/</code></a>) 2949 <dd>(<a href="http://www.w3.org/TR/REC-xml/"><code>http://www.w3.org/TR/REC-xm l/</code></a>)
2950 2950
2951 <dt>[XMLNAMES] 2951 <dt>[XMLNAMES]
2952 <dd><a name="refsXMLNAMES"></a> Tim Bray, Dave Hollander, Andrew Layman, edito rs; "<cite>Namespaces in XML</cite>", W3C Recommendation, 14 January 1999 2952 <dd><a name="refsXMLNAMES"></a> Tim Bray, Dave Hollander, Andrew Layman, edito rs; "<cite>Namespaces in XML</cite>", W3C Recommendation, 14 January 1999
2953 <dd>(<a href="http://www.w3.org/TR/REC-xml-names/"><code>http://www.w3.org/TR/ REC-xml-names/</code></a>) 2953 <dd>(<a href="http://www.w3.org/TR/REC-xml-names/"><code>http://www.w3.org/TR/ REC-xml-names/</code></a>)
2954 2954
2955 <dt>[YACC] 2955 <dt>[YACC]
2956 <dd><a name="refsYACC"></a> S. C. Johnson; "<cite>YACC &mdash; Yet another com piler compiler</cite>", Technical Report, Murray Hill, 1975 2956 <dd><a name="refsYACC"></a> S. C. Johnson; "<cite>YACC &mdash; Yet another com piler compiler</cite>", Technical Report, Murray Hill, 1975
2957 2957
2958 </dl> 2958 </dl>
2959 </body> 2959 </body>
2960 </html> 2960 </html>
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