Esempio: <refsDecl> (dichiarazione sui riferimenti)
These search results reproduce every example of the use of <refsDecl> in the Guidelines, including all localised and translated versions. In some cases, the examples have been drawn from discussion of other elements in the Guidelines and illustrating the use of <refsDecl> is not the main focus of the passage in question. In other cases, examples may be direct translations of each other, and hence identical from the perspective of their encoding.
2 The TEI Header
<teiHeader>
<fileDesc>
<titleStmt>
<title>Shakespeare: the first folio (1623) in electronic form</title>
<author>Shakespeare, William (1564–1616)</author>
<respStmt>
<resp>Originally prepared by</resp>
<name>Trevor Howard-Hill</name>
</respStmt>
<respStmt>
<resp>Revised and edited by</resp>
<name>Christine Avern-Carr</name>
</respStmt>
</titleStmt>
<publicationStmt>
<distributor>Oxford Text Archive</distributor>
<address>
<addrLine>13 Banbury Road, Oxford OX2 6NN, UK</addrLine>
</address>
<idno type="OTA">119</idno>
<availability>
<p>Freely available on a non-commercial basis.</p>
</availability>
<date when="1968">1968</date>
</publicationStmt>
<sourceDesc>
<bibl>The first folio of Shakespeare, prepared by Charlton Hinman (The Norton Facsimile,
1968)</bibl>
</sourceDesc>
</fileDesc>
<encodingDesc>
<projectDesc>
<p>Originally prepared for use in the production of a series of old-spelling
concordances in 1968, this text was extensively checked and revised for use during the
editing of the new Oxford Shakespeare (Wells and Taylor, 1989).</p>
</projectDesc>
<editorialDecl>
<correction>
<p>Turned letters are silently corrected.</p>
</correction>
<normalization>
<p>Original spelling and typography is retained, except that long s and ligatured
forms are not encoded.</p>
</normalization>
</editorialDecl>
<refsDecl xml:id="ASLREF">
<cRefPattern
matchPattern="(\S+) ([^.]+)\.(.*)"
replacementPattern="#xpath(//div1[@n='$1']/div2/[@n='$2']//lb[@n='$3'])">
<p>A reference is created by assembling the following, in the reverse order as that
listed here: <list>
<item>the <att>n</att> value of the preceding <gi>lb</gi>
</item>
<item>a period</item>
<item>the <att>n</att> value of the ancestor <gi>div2</gi>
</item>
<item>a space</item>
<item>the <att>n</att> value of the parent <gi>div1</gi>
</item>
</list>
</p>
</cRefPattern>
</refsDecl>
</encodingDesc>
<revisionDesc>
<list>
<item>
<date when="1989-04-12">12 Apr 89</date> Last checked by CAC</item>
<item>
<date when="1989-03-01">1 Mar 89</date> LB made new file</item>
</list>
</revisionDesc>
</teiHeader>
<fileDesc>
<titleStmt>
<title>Shakespeare: the first folio (1623) in electronic form</title>
<author>Shakespeare, William (1564–1616)</author>
<respStmt>
<resp>Originally prepared by</resp>
<name>Trevor Howard-Hill</name>
</respStmt>
<respStmt>
<resp>Revised and edited by</resp>
<name>Christine Avern-Carr</name>
</respStmt>
</titleStmt>
<publicationStmt>
<distributor>Oxford Text Archive</distributor>
<address>
<addrLine>13 Banbury Road, Oxford OX2 6NN, UK</addrLine>
</address>
<idno type="OTA">119</idno>
<availability>
<p>Freely available on a non-commercial basis.</p>
</availability>
<date when="1968">1968</date>
</publicationStmt>
<sourceDesc>
<bibl>The first folio of Shakespeare, prepared by Charlton Hinman (The Norton Facsimile,
1968)</bibl>
</sourceDesc>
</fileDesc>
<encodingDesc>
<projectDesc>
<p>Originally prepared for use in the production of a series of old-spelling
concordances in 1968, this text was extensively checked and revised for use during the
editing of the new Oxford Shakespeare (Wells and Taylor, 1989).</p>
</projectDesc>
<editorialDecl>
<correction>
<p>Turned letters are silently corrected.</p>
</correction>
<normalization>
<p>Original spelling and typography is retained, except that long s and ligatured
forms are not encoded.</p>
</normalization>
</editorialDecl>
<refsDecl xml:id="ASLREF">
<cRefPattern
matchPattern="(\S+) ([^.]+)\.(.*)"
replacementPattern="#xpath(//div1[@n='$1']/div2/[@n='$2']//lb[@n='$3'])">
<p>A reference is created by assembling the following, in the reverse order as that
listed here: <list>
<item>the <att>n</att> value of the preceding <gi>lb</gi>
</item>
<item>a period</item>
<item>the <att>n</att> value of the ancestor <gi>div2</gi>
</item>
<item>a space</item>
<item>the <att>n</att> value of the parent <gi>div1</gi>
</item>
</list>
</p>
</cRefPattern>
</refsDecl>
</encodingDesc>
<revisionDesc>
<list>
<item>
<date when="1989-04-12">12 Apr 89</date> Last checked by CAC</item>
<item>
<date when="1989-03-01">1 Mar 89</date> LB made new file</item>
</list>
</revisionDesc>
</teiHeader>
<refsDecl>
<p>The <att>n</att> attribute of each text in this corpus carries a
unique identifying code for the whole text. The title of the text is
held as the content of the first <gi>head</gi> element within each
text. The <att>n</att> attribute on each <gi>div1</gi> and
<gi>div2</gi> contains the canonical reference for each such
division, in the form 'XX.yyy', where XX is the book number in Roman
numerals, and yyy the section number in arabic. Line breaks are
marked by empty <gi>lb</gi> elements, each of which includes the
through line number in Casaubon's edition as the value of its
<gi>n</gi> attribute.</p>
<p>The through line number and the text identifier uniquely identify
any line. A canonical reference may be made up by concatenating the
<gi>n</gi> values from the <gi>text</gi>, <gi>div1</gi>, or
<gi>div2</gi> and calculating the line number within each part.</p>
</refsDecl>
<p>The <att>n</att> attribute of each text in this corpus carries a
unique identifying code for the whole text. The title of the text is
held as the content of the first <gi>head</gi> element within each
text. The <att>n</att> attribute on each <gi>div1</gi> and
<gi>div2</gi> contains the canonical reference for each such
division, in the form 'XX.yyy', where XX is the book number in Roman
numerals, and yyy the section number in arabic. Line breaks are
marked by empty <gi>lb</gi> elements, each of which includes the
through line number in Casaubon's edition as the value of its
<gi>n</gi> attribute.</p>
<p>The through line number and the text identifier uniquely identify
any line. A canonical reference may be made up by concatenating the
<gi>n</gi> values from the <gi>text</gi>, <gi>div1</gi>, or
<gi>div2</gi> and calculating the line number within each part.</p>
</refsDecl>
<refsDecl>
<refState
ed="first"
unit="page"
length="2"
delim="."/>
<refState ed="first" unit="line" length="3"/>
</refsDecl>
<refState
ed="first"
unit="page"
length="2"
delim="."/>
<refState ed="first" unit="line" length="3"/>
</refsDecl>
<refsDecl>
<cRefPattern
matchPattern="([A-Za-z0-9]+) ([0-9]+):([0-9]+)"
replacementPattern="#xpath(//body/div[@n='$1']/div[$2]/div3[$3])"/>
</refsDecl>
<cRefPattern
matchPattern="([A-Za-z0-9]+) ([0-9]+):([0-9]+)"
replacementPattern="#xpath(//body/div[@n='$1']/div[$2]/div3[$3])"/>
</refsDecl>
<refsDecl>
<p>參照是將位於最高層級的<gi>div</gi>元素的屬性<att>n</att>值串聯起來，
其後跟著空格和續接的下一層級<gi>div</gi>，接著冒點，
然後是續接的下一(最低) 層級的<gi>div</gi>所組成。</p>
</refsDecl>
<p>參照是將位於最高層級的<gi>div</gi>元素的屬性<att>n</att>值串聯起來，
其後跟著空格和續接的下一層級<gi>div</gi>，接著冒點，
然後是續接的下一(最低) 層級的<gi>div</gi>所組成。</p>
</refsDecl>
<refsDecl>
<p>References are made up by concatenating the value for the
<att>n</att> attribute on the highest level <gi>div</gi>
element, followed by a space, followed by the sequential
number of the next level <gi>div</gi> followed by a colon
followed by the sequential number of the next (and lowest)
level <gi>div</gi>.</p>
</refsDecl>
<p>References are made up by concatenating the value for the
<att>n</att> attribute on the highest level <gi>div</gi>
element, followed by a space, followed by the sequential
number of the next level <gi>div</gi> followed by a colon
followed by the sequential number of the next (and lowest)
level <gi>div</gi>.</p>
</refsDecl>
3 Elements Available in All TEI Documents
3.10.4 Declaring Reference Systems
<teiHeader>
<fileDesc>
<!-- ... -->
</fileDesc>
<encodingDesc>
<refsDecl>
<cRefPattern
matchPattern="([^ ]+) ([0-9]+)\.([0-9]+)\.([0-9]+)"
replacementPattern="#xpath(//div1[@n='$1']/div2[@n='$2']/div3[@n='$3']/l[@n='$4']">
<p>A canonical reference is assembled with
<list>
<item>the name of the <label>work</label>: the
<att>n</att> of a <gi>div1</gi>,</item>
<item>a space,</item>
<item>the number of the <label>book</label>: the
<att>n</att> of a child <gi>div2</gi>,</item>
<item>a full stop</item>
<item>the number of the <label>poem</label>: the
<att>n</att> of a child <gi>div3</gi>,</item>
<item>the line number: the <att>n</att> value of a
child <gi>l</gi>
</item>
</list>
</p>
</cRefPattern>
<cRefPattern
matchPattern="([^ ]+) ([0-9]+)\.([0-9]+)"
replacementPattern="#xpath(//div1[@n='$1']/div2[@n='$2']/div3[@n='$3']">
<p>Same as above, but without the last component (full
stop followed by the <gi>l</gi>'s <att>n</att>.</p>
</cRefPattern>
<cRefPattern
matchPattern="([^ ]+) ([0-9]+)"
replacementPattern="#xpath(//div1[@n='$1']/div2[@n='$2']">
<p>Same as above, but without the poem component (full
stop followed by the <gi>div3</gi>'s <att>n</att>.</p>
</cRefPattern>
</refsDecl>
</encodingDesc>
</teiHeader>
<fileDesc>
<!-- ... -->
</fileDesc>
<encodingDesc>
<refsDecl>
<cRefPattern
matchPattern="([^ ]+) ([0-9]+)\.([0-9]+)\.([0-9]+)"
replacementPattern="#xpath(//div1[@n='$1']/div2[@n='$2']/div3[@n='$3']/l[@n='$4']">
<p>A canonical reference is assembled with
<list>
<item>the name of the <label>work</label>: the
<att>n</att> of a <gi>div1</gi>,</item>
<item>a space,</item>
<item>the number of the <label>book</label>: the
<att>n</att> of a child <gi>div2</gi>,</item>
<item>a full stop</item>
<item>the number of the <label>poem</label>: the
<att>n</att> of a child <gi>div3</gi>,</item>
<item>the line number: the <att>n</att> value of a
child <gi>l</gi>
</item>
</list>
</p>
</cRefPattern>
<cRefPattern
matchPattern="([^ ]+) ([0-9]+)\.([0-9]+)"
replacementPattern="#xpath(//div1[@n='$1']/div2[@n='$2']/div3[@n='$3']">
<p>Same as above, but without the last component (full
stop followed by the <gi>l</gi>'s <att>n</att>.</p>
</cRefPattern>
<cRefPattern
matchPattern="([^ ]+) ([0-9]+)"
replacementPattern="#xpath(//div1[@n='$1']/div2[@n='$2']">
<p>Same as above, but without the poem component (full
stop followed by the <gi>div3</gi>'s <att>n</att>.</p>
</cRefPattern>
</refsDecl>
</encodingDesc>
</teiHeader>
3.10.4 Declaring Reference Systems
<refsDecl>
<cRefPattern
matchPattern="([^ ]+ [0-9]+\.[0-9]+\.[0-9]+)"
replacementPattern="#xpath(//l[@n='$1')"/>
</refsDecl>
<cRefPattern
matchPattern="([^ ]+ [0-9]+\.[0-9]+\.[0-9]+)"
replacementPattern="#xpath(//l[@n='$1')"/>
</refsDecl>
3.10.4 Declaring Reference Systems
<refsDecl>
<cRefPattern
matchPattern="([^ ]+ [0-9]+\.[0-9]+\.[0-9]+)"
replacementPattern="#xpath(//l[@n='$1')"/>
<cRefPattern
matchPattern="([^ ]+ [0-9]+\.[0-9]+)"
replacementPattern="#xpath(//div2[@n='$1')"/>
</refsDecl>
<cRefPattern
matchPattern="([^ ]+ [0-9]+\.[0-9]+\.[0-9]+)"
replacementPattern="#xpath(//l[@n='$1')"/>
<cRefPattern
matchPattern="([^ ]+ [0-9]+\.[0-9]+)"
replacementPattern="#xpath(//div2[@n='$1')"/>
</refsDecl>
3.10.4 Declaring Reference Systems
<refsDecl>
<cRefPattern matchPattern="(.*)" replacementPattern="#$1"/>
</refsDecl>
<cRefPattern matchPattern="(.*)" replacementPattern="#$1"/>
</refsDecl>
3.10.4 Declaring Reference Systems
<refsDecl>
<p>Standard references to work, book, poem, and line may be
constructed from the milestone tags in the text.</p>
</refsDecl>
<p>Standard references to work, book, poem, and line may be
constructed from the milestone tags in the text.</p>
</refsDecl>
3.10.4 Declaring Reference Systems
<refsDecl>
<refState ed="E1" unit="work" delim=" "/>
<refState ed="E1" unit="book" delim="."/>
<refState ed="E1" unit="poem" delim=":"/>
<refState ed="E1" unit="line"/>
</refsDecl>
<refState ed="E1" unit="work" delim=" "/>
<refState ed="E1" unit="book" delim="."/>
<refState ed="E1" unit="poem" delim=":"/>
<refState ed="E1" unit="line"/>
</refsDecl>
16 Linking, Segmentation, and Alignment
<refsDecl xml:id="biblical">
<cRefPattern
matchPattern="(.+) (.+):(.+)"
replacementPattern="#xpath1(//div[@n='$1']/div[$2]/div[$3])">
<p>This pointer pattern extracts and references the <q>book,</q>
<q>chapter,</q> and <q>verse</q> parts of a biblical reference.</p>
</cRefPattern>
<cRefPattern matchPattern="(.+) (.+)"
replacementPattern="#xpath1(//div[@n='$1']/div[$2])">
<p>This pointer pattern extracts and references the <q>book</q> and
<q>chapter</q> parts of a biblical reference.</p>
</cRefPattern>
<cRefPattern matchPattern="(.+)"
replacementPattern="#xpath1(//div[@n='$1'])">
<p>This pointer pattern extracts and references just the <q>book</q>
part of a biblical reference.</p>
</cRefPattern>
</refsDecl>
<cRefPattern
matchPattern="(.+) (.+):(.+)"
replacementPattern="#xpath1(//div[@n='$1']/div[$2]/div[$3])">
<p>This pointer pattern extracts and references the <q>book,</q>
<q>chapter,</q> and <q>verse</q> parts of a biblical reference.</p>
</cRefPattern>
<cRefPattern matchPattern="(.+) (.+)"
replacementPattern="#xpath1(//div[@n='$1']/div[$2])">
<p>This pointer pattern extracts and references the <q>book</q> and
<q>chapter</q> parts of a biblical reference.</p>
</cRefPattern>
<cRefPattern matchPattern="(.+)"
replacementPattern="#xpath1(//div[@n='$1'])">
<p>This pointer pattern extracts and references just the <q>book</q>
part of a biblical reference.</p>
</cRefPattern>
</refsDecl>
16.2.5.2 Complete and Partial URI Examples
<refsDecl xml:id="USC">
<cRefPattern
matchPattern="([0-9][0-9])\s*U\.?S\.?C\.?\s*[Cc](h(\.|ap(ter|\.)?)?)?\s*([1-9][0-9]*)"
replacementPattern="http://uscode.house.gov/download/pls/$1C$5.txt">
<p>Matches most standard references to particular
chapters of the United States Code, e.g.
<val>11USCC7</val>, <val>17 U.S.C. Chapter 3</val>, or
<val>14 USC Ch. 5</val>. Note that a leading zero is
required for the title (must be two digits), but is not
permitted for the chapter number.</p>
</cRefPattern>
<cRefPattern
matchPattern="([0-9][0-9])\s*U\.?S\.?C\.?\s*[Pp](re(lim(inary)?)?)?\s*[Mm](at(erial)?)?"
replacementPattern="http://uscode.house.gov/download/pls/$1T.txt">
<p>Matches references to the preliminary material for a
given title, e.g. <val>11USCP</val>, <val>17 U.S.C.
Prelim Mat</val>, or <val>14 USC pm</val>.</p>
</cRefPattern>
<cRefPattern
matchPattern="([0-9][0-9])\s*U\.?S\.?C\.?\s*[Aa](ppend(ix)?)?"
replacementPattern="http://uscode.house.gov/download/pls/$1A.txt">
<p>Matches references to the appendix of a given tile,
e.g. <val>05USCA</val>, <val>11 U.S.C. Appendix</val>,
or <val>18 USC Append</val>.</p>
</cRefPattern>
</refsDecl>
<!-- ... -->
<p>The example in section <ptr target="#SABN"/> is taken
from <ref cRef="17 USC Ch 1">Subject Matter and Scope of
Copyright</ref>.</p>
<cRefPattern
matchPattern="([0-9][0-9])\s*U\.?S\.?C\.?\s*[Cc](h(\.|ap(ter|\.)?)?)?\s*([1-9][0-9]*)"
replacementPattern="http://uscode.house.gov/download/pls/$1C$5.txt">
<p>Matches most standard references to particular
chapters of the United States Code, e.g.
<val>11USCC7</val>, <val>17 U.S.C. Chapter 3</val>, or
<val>14 USC Ch. 5</val>. Note that a leading zero is
required for the title (must be two digits), but is not
permitted for the chapter number.</p>
</cRefPattern>
<cRefPattern
matchPattern="([0-9][0-9])\s*U\.?S\.?C\.?\s*[Pp](re(lim(inary)?)?)?\s*[Mm](at(erial)?)?"
replacementPattern="http://uscode.house.gov/download/pls/$1T.txt">
<p>Matches references to the preliminary material for a
given title, e.g. <val>11USCP</val>, <val>17 U.S.C.
Prelim Mat</val>, or <val>14 USC pm</val>.</p>
</cRefPattern>
<cRefPattern
matchPattern="([0-9][0-9])\s*U\.?S\.?C\.?\s*[Aa](ppend(ix)?)?"
replacementPattern="http://uscode.house.gov/download/pls/$1A.txt">
<p>Matches references to the appendix of a given tile,
e.g. <val>05USCA</val>, <val>11 U.S.C. Appendix</val>,
or <val>18 USC Append</val>.</p>
</cRefPattern>
</refsDecl>
<!-- ... -->
<p>The example in section <ptr target="#SABN"/> is taken
from <ref cRef="17 USC Ch 1">Subject Matter and Scope of
Copyright</ref>.</p>