lib/isodoc/un/un.recommendation.xsl in metanorma-un-0.9.12 vs lib/isodoc/un/un.recommendation.xsl in metanorma-un-0.9.13

- old
+ new

@@ -809,10 +809,12 @@ <xsl:variable name="Image-Logo"> 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</xsl:text> </xsl:variable> + <xsl:strip-space elements="un:xref"/> + <!-- external parameters --> <xsl:param name="svg_images"/> <!-- svg images array --> <xsl:variable name="images" select="document($svg_images)"/> <xsl:param name="basepath"/> <!-- base path for images --> @@ -1223,10 +1225,18 @@ <xsl:attribute name="margin-top">6pt</xsl:attribute> <xsl:attribute name="margin-bottom">6pt</xsl:attribute> </xsl:attribute-set> + <xsl:attribute-set name="pre-style"> + <xsl:attribute name="font-family">Courier New, <xsl:value-of select="$font_noto_sans_mono"/></xsl:attribute> + <xsl:attribute name="margin-bottom">6pt</xsl:attribute> + + <xsl:attribute name="margin-top">6pt</xsl:attribute> + + </xsl:attribute-set> + <xsl:attribute-set name="permission-style"> </xsl:attribute-set> <xsl:attribute-set name="permission-name-style"> @@ -2164,21 +2174,26 @@ <xsl:sort select="@displayorder" data-type="number"/> <xsl:apply-templates select="."/> </xsl:for-each> </xsl:template> + <xsl:variable name="regex_standard_reference">([A-Z]{2,}(/[A-Z]{2,})* \d+(-\d+)*(:\d{4})?)</xsl:variable> <xsl:variable name="tag_fo_inline_keep-together_within-line_open">###fo:inline keep-together_within-line###</xsl:variable> <xsl:variable name="tag_fo_inline_keep-together_within-line_close">###/fo:inline keep-together_within-line###</xsl:variable> <xsl:template match="text()" name="text"> - <xsl:variable name="regex_standard_reference">([A-Z]{2,}(/[A-Z]{2,})* \d+(-\d+)*(:\d{4})?)</xsl:variable> - <xsl:variable name="text" select="java:replaceAll(java:java.lang.String.new(.),$regex_standard_reference,concat($tag_fo_inline_keep-together_within-line_open,'$1',$tag_fo_inline_keep-together_within-line_close))"/> - <xsl:call-template name="replace_fo_inline_tags"> - <xsl:with-param name="tag_open" select="$tag_fo_inline_keep-together_within-line_open"/> - <xsl:with-param name="tag_close" select="$tag_fo_inline_keep-together_within-line_close"/> - <xsl:with-param name="text" select="$text"/> - </xsl:call-template> + <xsl:choose> + <xsl:when test="ancestor::*[local-name() = 'table']"><xsl:value-of select="."/></xsl:when> + <xsl:otherwise> + <xsl:variable name="text" select="java:replaceAll(java:java.lang.String.new(.),$regex_standard_reference,concat($tag_fo_inline_keep-together_within-line_open,'$1',$tag_fo_inline_keep-together_within-line_close))"/> + <xsl:call-template name="replace_fo_inline_tags"> + <xsl:with-param name="tag_open" select="$tag_fo_inline_keep-together_within-line_open"/> + <xsl:with-param name="tag_close" select="$tag_fo_inline_keep-together_within-line_close"/> + <xsl:with-param name="text" select="$text"/> + </xsl:call-template> + </xsl:otherwise> + </xsl:choose> </xsl:template> <xsl:template name="replace_fo_inline_tags"> <xsl:param name="tag_open"/> @@ -3211,11 +3226,11 @@ <!-- row in table's body (tbody) --> <xsl:template match="*[local-name()='tr']"> <fo:table-row xsl:use-attribute-sets="table-body-row-style"> - <xsl:if test="*[local-name() = 'th']"> + <xsl:if test="count(*) = count(*[local-name() = 'th'])"> <!-- row contains 'th' only --> <xsl:attribute name="keep-with-next">always</xsl:attribute> </xsl:if> <xsl:call-template name="setTableRowAttributes"/> <xsl:apply-templates/> @@ -4194,18 +4209,66 @@ <tr> <td> <xsl:copy-of select="node()"/> </td> <td> - <xsl:copy-of select="following-sibling::*[local-name()='dd'][1]/node()[not(local-name() = 'dl')]"/> + <!-- <xsl:copy-of select="following-sibling::*[local-name()='dd'][1]/node()[not(local-name() = 'dl')]"/> --> + <xsl:apply-templates select="following-sibling::*[local-name()='dd'][1]/node()[not(local-name() = 'dl')]" mode="dl_if"/> <!-- get paragraphs from nested 'dl' --> <xsl:apply-templates select="following-sibling::*[local-name()='dd'][1]/*[local-name() = 'dl']" mode="dl_if_nested"/> </td> </tr> </xsl:template> <xsl:template match="*[local-name()='dd']" mode="dl_if"/> + <xsl:template match="*" mode="dl_if"> + <xsl:copy-of select="."/> + </xsl:template> + + <xsl:template match="*[local-name() = 'p']" mode="dl_if"> + <xsl:param name="indent"/> + <p> + <xsl:copy-of select="@*"/> + <xsl:value-of select="$indent"/> + <xsl:copy-of select="node()"/> + </p> + + </xsl:template> + + <xsl:template match="*[local-name() = 'ul' or local-name() = 'ol']" mode="dl_if"> + <xsl:variable name="list_rendered_"> + <xsl:apply-templates select="."/> + </xsl:variable> + <xsl:variable name="list_rendered" select="xalan:nodeset($list_rendered_)"/> + + <xsl:variable name="indent"> + <xsl:for-each select="($list_rendered//fo:block[not(.//fo:block)])[1]"> + <xsl:apply-templates select="ancestor::*[@provisional-distance-between-starts]/@provisional-distance-between-starts" mode="dl_if"/> + </xsl:for-each> + </xsl:variable> + + <xsl:apply-templates mode="dl_if"> + <xsl:with-param name="indent" select="$indent"/> + </xsl:apply-templates> + </xsl:template> + + <xsl:template match="*[local-name() = 'li']" mode="dl_if"> + <xsl:param name="indent"/> + <xsl:apply-templates mode="dl_if"> + <xsl:with-param name="indent" select="$indent"/> + </xsl:apply-templates> + </xsl:template> + + <xsl:template match="@provisional-distance-between-starts" mode="dl_if"> + <xsl:variable name="value" select="round(substring-before(.,'mm'))"/> + <!-- emulate left indent for list item --> + <xsl:call-template name="repeat"> + <xsl:with-param name="char" select="'x'"/> + <xsl:with-param name="count" select="$value"/> + </xsl:call-template> + </xsl:template> + <xsl:template match="*[local-name()='dl']" mode="dl_if_nested"> <xsl:for-each select="*[local-name() = 'dt']"> <p> <xsl:copy-of select="node()"/> <xsl:text> </xsl:text> @@ -4595,10 +4658,11 @@ <xsl:with-param name="tags" select="$tags"/> </xsl:call-template> </word> <xsl:call-template name="tokenize_with_tags"> <xsl:with-param name="text" select="substring-after($text, $separator)"/> + <xsl:with-param name="tags" select="$tags"/> </xsl:call-template> </xsl:otherwise> </xsl:choose> </xsl:template> @@ -4634,12 +4698,22 @@ </xsl:for-each> </xsl:template> <xsl:template name="add-zero-spaces-java"> <xsl:param name="text" select="."/> - <!-- add zero-width space (#x200B) after characters: dash, dot, colon, equal, underscore, em dash, thin space --> - <xsl:value-of select="java:replaceAll(java:java.lang.String.new($text),'(-|\.|:|=|_|—| )','$1​')"/> + <!-- add zero-width space (#x200B) after characters: dash, dot, colon, equal, underscore, em dash, thin space, arrow right --> + <xsl:variable name="text1" select="java:replaceAll(java:java.lang.String.new($text),'(-|\.|:|=|_|—| |→)','$1​')"/> + <!-- add zero-width space (#x200B) after characters: 'great than' --> + <xsl:variable name="text2" select="java:replaceAll(java:java.lang.String.new($text1), '(\u003e)(?!\u003e)', '$1​')"/><!-- negative lookahead: 'great than' not followed by 'great than' --> + <!-- add zero-width space (#x200B) before characters: 'less than' --> + <xsl:variable name="text3" select="java:replaceAll(java:java.lang.String.new($text2), '(?&lt;!\u003c)(\u003c)', '​$1')"/> <!-- (?<!\u003c)(\u003c) --> <!-- negative lookbehind: 'less than' not preceeded by 'less than' --> + <!-- add zero-width space (#x200B) before character: { --> + <xsl:variable name="text4" select="java:replaceAll(java:java.lang.String.new($text3), '(?&lt;!\W)(\{)', '​$1')"/> <!-- negative lookbehind: '{' not preceeded by 'punctuation char' --> + <!-- add zero-width space (#x200B) after character: , --> + <xsl:variable name="text5" select="java:replaceAll(java:java.lang.String.new($text4), '(\,)(?!\d)', '$1​')"/> <!-- negative lookahead: ',' not followed by digit --> + + <xsl:value-of select="$text5"/> </xsl:template> <xsl:template name="add-zero-spaces-link-java"> <xsl:param name="text" select="."/> @@ -4781,11 +4855,11 @@ <xsl:copy> <xsl:apply-templates select="@*|node()" mode="table-without-br"/> </xsl:copy> </xsl:template> - <xsl:template match="*[local-name()='th' or local-name() = 'td'][not(*[local-name()='br']) and not(*[local-name()='p'])]" mode="table-without-br"> + <xsl:template match="*[local-name()='th' or local-name() = 'td'][not(*[local-name()='br']) and not(*[local-name()='p']) and not(*[local-name()='sourcecode'])]" mode="table-without-br"> <xsl:copy> <xsl:copy-of select="@*"/> <p> <xsl:copy-of select="node()"/> </p> @@ -4829,10 +4903,32 @@ </p> </xsl:if> </xsl:for-each> </xsl:template> + <xsl:template match="*[local-name()='th' or local-name()='td']/*[local-name() = 'sourcecode']" mode="table-without-br"> + <xsl:apply-templates mode="table-without-br"/> + </xsl:template> + + <xsl:template match="*[local-name()='th' or local-name()='td']/*[local-name() = 'sourcecode']/text()[contains(., '&#13;') or contains(., '&#10;')]" mode="table-without-br"> + + <xsl:variable name="sep">###SOURCECODE_NEWLINE###</xsl:variable> + <xsl:variable name="sourcecode_text" select="java:replaceAll(java:java.lang.String.new(.),'(&#13;&#10;|&#13;|&#10;)', $sep)"/> + <xsl:variable name="items"> + <xsl:call-template name="split"> + <xsl:with-param name="pText" select="$sourcecode_text"/> + <xsl:with-param name="sep" select="$sep"/> + <xsl:with-param name="normalize-space">false</xsl:with-param> + </xsl:call-template> + </xsl:variable> + <xsl:for-each select="xalan:nodeset($items)/*"> + <p> + <sourcecode><xsl:copy-of select="node()"/></sourcecode> + </p> + </xsl:for-each> + </xsl:template> + <!-- remove redundant white spaces --> <xsl:template match="text()[not(ancestor::*[local-name() = 'sourcecode'])]" mode="table-without-br"> <xsl:variable name="text" select="translate(.,'&#9;&#10;&#13;','')"/> <xsl:value-of select="java:replaceAll(java:java.lang.String.new($text),' {2,}',' ')"/> </xsl:template> @@ -5139,10 +5235,11 @@ <xsl:if test="ancestor::*[local-name() = 'strong']"><tag>strong</tag></xsl:if> <xsl:if test="ancestor::*[local-name() = 'em']"><tag>em</tag></xsl:if> <xsl:if test="ancestor::*[local-name() = 'sub']"><tag>sub</tag></xsl:if> <xsl:if test="ancestor::*[local-name() = 'sup']"><tag>sup</tag></xsl:if> <xsl:if test="ancestor::*[local-name() = 'tt']"><tag>tt</tag></xsl:if> + <xsl:if test="ancestor::*[local-name() = 'sourcecode']"><tag>sourcecode</tag></xsl:if> <xsl:if test="ancestor::*[local-name() = 'keep-together_within-line']"><tag>keep-together_within-line</tag></xsl:if> </tags> </xsl:template> <!-- =============================== --> <!-- END mode="td_text_with_formatting" --> @@ -5631,10 +5728,16 @@ <xsl:attribute name="border-top">0pt solid black</xsl:attribute> </xsl:if> <fo:block-container margin-left="0mm"> + <!-- <xsl:if test="$namespace = 'iho'"> + <xsl:if test="ancestor::iho:td"> + <xsl:attribute name="font-size">12pt</xsl:attribute> + </xsl:if> + </xsl:if> --> + <fo:block> <xsl:attribute name="font-size">10pt</xsl:attribute> <xsl:attribute name="text-indent">0</xsl:attribute> <xsl:attribute name="padding-top">1.5mm</xsl:attribute> @@ -6783,48 +6886,26 @@ <!-- Note: to enable the addition of character span markup with semantic styling for DIS Word output --> <xsl:template match="*[local-name() = 'span']" mode="contents_item"> <xsl:apply-templates mode="contents_item"/> </xsl:template> - <!-- ====== --> - <!-- sourcecode --> - <!-- ====== --> + <!-- =============== --> + <!-- sourcecode --> + <!-- =============== --> <xsl:template match="*[local-name()='sourcecode']" name="sourcecode"> - <fo:block-container xsl:use-attribute-sets="sourcecode-container-style"> + <xsl:variable name="sourcecode_attributes"> + <xsl:element name="sourcecode_attributes" use-attribute-sets="sourcecode-style"> + <xsl:variable name="_font-size"> - <xsl:if test="not(ancestor::*[local-name() = 'li']) or ancestor::*[local-name() = 'example']"> - <xsl:attribute name="margin-left">0mm</xsl:attribute> - </xsl:if> + <!-- 9 --> - <xsl:if test="ancestor::*[local-name() = 'example']"> - <xsl:attribute name="margin-right">0mm</xsl:attribute> - </xsl:if> + <!-- <xsl:if test="$namespace = 'ieee'"> + <xsl:if test="$current_template = 'standard'">8</xsl:if> + </xsl:if> --> - <xsl:copy-of select="@id"/> - - <xsl:if test="parent::*[local-name() = 'note']"> - <xsl:attribute name="margin-left"> - <xsl:choose> - <xsl:when test="not(ancestor::*[local-name() = 'table'])"><xsl:value-of select="$note-body-indent"/></xsl:when> - <xsl:otherwise><xsl:value-of select="$note-body-indent-table"/></xsl:otherwise> - </xsl:choose> - </xsl:attribute> - - </xsl:if> - <fo:block-container margin-left="0mm"> - - <fo:block xsl:use-attribute-sets="sourcecode-style"> - <xsl:variable name="_font-size"> - - <!-- 9 --> - - <!-- <xsl:if test="$namespace = 'ieee'"> - <xsl:if test="$current_template = 'standard'">8</xsl:if> - </xsl:if> --> - - 10 + 10 </xsl:variable> <xsl:variable name="font-size" select="normalize-space($_font-size)"/> <xsl:if test="$font-size != ''"> <xsl:attribute name="font-size"> @@ -6834,18 +6915,64 @@ <xsl:when test="ancestor::*[local-name()='note']"><xsl:value-of select="$font-size * 0.91"/>pt</xsl:when> <xsl:otherwise><xsl:value-of select="$font-size"/>pt</xsl:otherwise> </xsl:choose> </xsl:attribute> </xsl:if> + </xsl:element> + </xsl:variable> + <xsl:choose> + <xsl:when test="$isGenerateTableIF = 'true' and (ancestor::*[local-name() = 'td'] or ancestor::*[local-name() = 'th'])"> + <xsl:for-each select="xalan:nodeset($sourcecode_attributes)/sourcecode_attributes/@*"> + <xsl:attribute name="{local-name()}"> + <xsl:value-of select="."/> + </xsl:attribute> + </xsl:for-each> <xsl:apply-templates select="node()[not(local-name() = 'name')]"/> - </fo:block> + </xsl:when> - <xsl:apply-templates select="*[local-name()='name']"/> <!-- show sourcecode's name AFTER content --> + <xsl:otherwise> + <fo:block-container xsl:use-attribute-sets="sourcecode-container-style"> - </fo:block-container> - </fo:block-container> + <xsl:if test="not(ancestor::*[local-name() = 'li']) or ancestor::*[local-name() = 'example']"> + <xsl:attribute name="margin-left">0mm</xsl:attribute> + </xsl:if> + + <xsl:if test="ancestor::*[local-name() = 'example']"> + <xsl:attribute name="margin-right">0mm</xsl:attribute> + </xsl:if> + + <xsl:copy-of select="@id"/> + + <xsl:if test="parent::*[local-name() = 'note']"> + <xsl:attribute name="margin-left"> + <xsl:choose> + <xsl:when test="not(ancestor::*[local-name() = 'table'])"><xsl:value-of select="$note-body-indent"/></xsl:when> + <xsl:otherwise><xsl:value-of select="$note-body-indent-table"/></xsl:otherwise> + </xsl:choose> + </xsl:attribute> + + </xsl:if> + <fo:block-container margin-left="0mm"> + + <fo:block xsl:use-attribute-sets="sourcecode-style"> + + <xsl:for-each select="xalan:nodeset($sourcecode_attributes)/sourcecode_attributes/@*"> + <xsl:attribute name="{local-name()}"> + <xsl:value-of select="."/> + </xsl:attribute> + </xsl:for-each> + + <xsl:apply-templates select="node()[not(local-name() = 'name')]"/> + </fo:block> + + <xsl:apply-templates select="*[local-name()='name']"/> <!-- show sourcecode's name AFTER content --> + + </fo:block-container> + </fo:block-container> + </xsl:otherwise> + </xsl:choose> </xsl:template> <xsl:template match="*[local-name()='sourcecode']/text()" priority="2"> <xsl:choose> <xsl:when test="normalize-space($syntax-highlight) = 'true' and normalize-space(../@lang) != ''"> <!-- condition for turn on of highlighting --> @@ -7083,13 +7210,27 @@ <fo:block xsl:use-attribute-sets="sourcecode-name-style"> <xsl:apply-templates/> </fo:block> </xsl:if> </xsl:template> - <!-- ====== --> - <!-- ====== --> + <!-- =============== --> + <!-- END sourcecode --> + <!-- =============== --> + <!-- =============== --> + <!-- pre --> + <!-- =============== --> + <xsl:template match="*[local-name()='pre']" name="pre"> + <fo:block xsl:use-attribute-sets="pre-style"> + <xsl:copy-of select="@id"/> + <xsl:apply-templates/> + </fo:block> + </xsl:template> + <!-- =============== --> + <!-- pre --> + <!-- =============== --> + <!-- ========== --> <!-- permission --> <!-- ========== --> <xsl:template match="*[local-name() = 'permission']"> <fo:block id="{@id}" xsl:use-attribute-sets="permission-style"> @@ -9021,11 +9162,13 @@ <!-- ================ --> <!-- ===================================== --> <!-- Update xml --> <!-- ===================================== --> + <!-- =========================================================================== --> <!-- STEP1: Re-order elements in 'preface', 'sections' based on @displayorder --> + <!-- =========================================================================== --> <xsl:template match="@*|node()" mode="update_xml_step1"> <xsl:copy> <xsl:apply-templates select="@*|node()" mode="update_xml_step1"/> </xsl:copy> </xsl:template> @@ -9113,14 +9256,19 @@ </xsl:template> <!-- Note: to enable the addition of character span markup with semantic styling for DIS Word output --> <xsl:template match="*[local-name() = 'span']" mode="update_xml_step1"> <xsl:apply-templates mode="update_xml_step1"/> </xsl:template> - + <!-- =========================================================================== --> <!-- END STEP1: Re-order elements in 'preface', 'sections' based on @displayorder --> + <!-- =========================================================================== --> + <!-- =========================================================================== --> <!-- XML UPDATE STEP: enclose standard's name into tag 'keep-together_within-line' --> + <!-- keep-together_within-line for: a/b, aaa/b, a/bbb, /b --> + <!-- keep-together_within-line for: a.b, aaa.b, a.bbb, .b in table's cell ONLY --> + <!-- =========================================================================== --> <!-- Example: <keep-together_within-line>ISO 10303-51</keep-together_within-line> --> <xsl:template match="@*|node()" mode="update_xml_enclose_keep-together_within-line"> <xsl:copy> <xsl:apply-templates select="@*|node()" mode="update_xml_enclose_keep-together_within-line"/> </xsl:copy> @@ -9132,14 +9280,19 @@ <xsl:variable name="element_name_keep-together_within-line">keep-together_within-line</xsl:variable> <xsl:template match="text()[not(ancestor::*[local-name() = 'bibdata'] or ancestor::*[local-name() = 'link'][not(contains(.,' '))] or ancestor::*[local-name() = 'sourcecode'] or ancestor::*[local-name() = 'math'] or starts-with(., 'http://') or starts-with(., 'https://') or starts-with(., 'www.') )]" name="keep_together_standard_number" mode="update_xml_enclose_keep-together_within-line"> <!-- enclose standard's number into tag 'keep-together_within-line' --> - <xsl:variable name="regex_standard_reference">([A-Z]{2,}(/[A-Z]{2,})* \d+(-\d+)*(:\d{4})?)</xsl:variable> <xsl:variable name="tag_keep-together_within-line_open">###<xsl:value-of select="$element_name_keep-together_within-line"/>###</xsl:variable> <xsl:variable name="tag_keep-together_within-line_close">###/<xsl:value-of select="$element_name_keep-together_within-line"/>###</xsl:variable> - <xsl:variable name="text_" select="java:replaceAll(java:java.lang.String.new(.),$regex_standard_reference,concat($tag_keep-together_within-line_open,'$1',$tag_keep-together_within-line_close))"/> + <xsl:variable name="text__" select="java:replaceAll(java:java.lang.String.new(.), $regex_standard_reference, concat($tag_keep-together_within-line_open,'$1',$tag_keep-together_within-line_close))"/> + <xsl:variable name="text_"> + <xsl:choose> + <xsl:when test="ancestor::*[local-name() = 'table']"><xsl:value-of select="."/></xsl:when> <!-- no need enclose standard's number into tag 'keep-together_within-line' in table cells --> + <xsl:otherwise><xsl:value-of select="$text__"/></xsl:otherwise> + </xsl:choose> + </xsl:variable> <xsl:variable name="text"><text><xsl:call-template name="replace_text_tags"> <xsl:with-param name="tag_open" select="$tag_keep-together_within-line_open"/> <xsl:with-param name="tag_close" select="$tag_keep-together_within-line_close"/> <xsl:with-param name="text" select="$text_"/> </xsl:call-template></text></xsl:variable> @@ -9151,11 +9304,15 @@ <xsl:copy-of select="."/> </xsl:for-each></text> </xsl:variable> <!-- keep-together_within-line for: a/b, aaa/b, a/bbb, /b --> - <xsl:variable name="regex_solidus_units">((\b((\S{1,3}\/\S+)|(\S+\/\S{1,3}))\b)|(\/\S{1,3})\b)</xsl:variable> + <!-- \S matches any non-whitespace character (equivalent to [^\r\n\t\f\v ]) --> + <!-- <xsl:variable name="regex_solidus_units">((\b((\S{1,3}\/\S+)|(\S+\/\S{1,3}))\b)|(\/\S{1,3})\b)</xsl:variable> --> + <!-- add &lt; and &gt; to \S --> + <xsl:variable name="regex_S">[^\r\n\t\f\v \&lt;&gt;]</xsl:variable> + <xsl:variable name="regex_solidus_units">((\b((<xsl:value-of select="$regex_S"/>{1,3}\/<xsl:value-of select="$regex_S"/>+)|(<xsl:value-of select="$regex_S"/>+\/<xsl:value-of select="$regex_S"/>{1,3}))\b)|(\/<xsl:value-of select="$regex_S"/>{1,3})\b)</xsl:variable> <xsl:variable name="text3"> <text><xsl:for-each select="xalan:nodeset($text2)/text/node()"> <xsl:choose> <xsl:when test="self::text()"> <xsl:variable name="text_units_" select="java:replaceAll(java:java.lang.String.new(.),$regex_solidus_units,concat($tag_keep-together_within-line_open,'$1',$tag_keep-together_within-line_close))"/> @@ -9215,12 +9372,11 @@ </xsl:call-template> </xsl:when> <xsl:otherwise><xsl:value-of select="$text"/></xsl:otherwise> </xsl:choose> </xsl:template> - <!-- ===================================== --> - <!-- End Update xml --> + <!-- END XML UPDATE STEP: enclose standard's name into tag 'keep-together_within-line' --> <!-- ===================================== --> <!-- for correct rendering combining chars --> <xsl:template match="*[local-name() = 'lang_none']"> <fo:inline xml:lang="none"><xsl:value-of select="."/></fo:inline> \ No newline at end of file