Class: IsoDoc::PresentationXMLConvert

Inherits:

Convert

Object
Common
Convert
IsoDoc::PresentationXMLConvert

show all

Defined in:: lib/isodoc/presentation_xml_convert.rb,
lib/isodoc/presentation_function/math.rb,
lib/isodoc/presentation_function/refs.rb,
lib/isodoc/presentation_function/reqt.rb,
lib/isodoc/presentation_function/block.rb,
lib/isodoc/presentation_function/erefs.rb,
lib/isodoc/presentation_function/image.rb,
lib/isodoc/presentation_function/terms.rb,
lib/isodoc/presentation_function/xrefs.rb,
lib/isodoc/presentation_function/inline.rb,
lib/isodoc/presentation_function/bibdata.rb,
lib/isodoc/presentation_function/section.rb,
lib/isodoc/presentation_function/concepts.rb,
lib/isodoc/presentation_function/metadata.rb,
lib/isodoc/presentation_function/sourcecode.rb

Constant Summary collapse

MATHML =

{ "m" => "http://www.w3.org/1998/Math/MathML" }.freeze

REQS =

%w(requirement recommendation permission).freeze

SVG =

{ "m" => "http://www.w3.org/2000/svg" }.freeze

COPY_XSLT =

'<xsl:copy><xsl:apply-templates select="@* | node()"/></xsl:copy>'.freeze

COPY_CHILDREN_XSLT =

'<xsl:apply-templates select="node()"/>'.freeze

Instance Attribute Summary

Attributes inherited from Convert

#bibrender, #doctype, #i18n, #meta, #options, #reqt_models, #requirements_processor, #tempfile_cache, #wordcoverpage, #wordintropage, #xrefs

Instance Method Summary collapse

Methods inherited from Convert

#agency?, #bibrenderer, #convert, #convert1_namespaces, #convert_i18n_init, #convert_i18n_init1, #convert_init, #convert_scss, #default_file_locations, #default_fonts, #extract_preprocess_xslt, #fonts_options, #generate_css, #html_doc_path, #i18n_init, #init_arrangement, #init_covers, #init_fonts, #init_i18n, #init_locations, #init_processing, #init_rendering, #init_stylesheets, #init_toc, #l10n, #localpath, #metadata_init, #middle_clause, #options_preprocess, #populate_css, #precompiled_style_or_original, #preprocess_xslt, #scss_fontheader, #swap_renderer, #target_pdf, #tmpfilesdir_suffix, #tmpimagedir_suffix, #toc_init, #xref_init

Methods included from ClassUtils

#case_strict, #case_strict1, #case_with_markup, #date_range, #liquid, #nearest_block_parent, #ns, #start_of_sentence, #to_xml

Methods included from Function::Utils

#attr_code, #cleanup_entities, #date_range, #emf?, #empty2nil, #eps?, #external_path, #extract_delims, #from_xhtml, #get_clause_id, #get_note_container_id, #header_strip, #header_strip_elem?, #image_localfile, #insert_tab, #labelled_ancestor, #liquid, #noko, #ns, #numeric_escapes, #populate_template, #save_dataimage, #save_svg, #sentence_join, #start_of_sentence, #to_xhtml, #to_xhtml_fragment, #to_xhtml_prep, #to_xml

Methods included from Function::ToWordHtml

#body_attr, #boilerplate, #content, #cross_align, #define_head, #info, #init_dir, #init_file, #make_body, #make_body1, #make_body2, #make_body3, #note?, #parse, #rel_tmpimagedir, #set_termdomain, #tmpimagedir, #top_element_render

Methods included from Function::Terms

#admitted_term_parse, #definition_parse, #deprecated_term_parse, #modification_parse, #para_then_remainder, #term_parse, #termdef_parse, #termdocsource_parse, #termnote_delim, #termnote_parse, #termref_parse

Methods included from Function::Table

#colgroup, #make_tr_attr, #make_tr_attr_style, #table_attrs, #table_parse, #table_parse_core, #table_parse_tail, #table_title_parse, #tbody_parse, #tcaption, #tfoot_parse, #thead_parse, #tr_parse

Methods included from Function::Section

#abstract, #acknowledgements, #annex_attrs, #annex_name, #clause_attrs, #clause_name, #clause_parse, #clause_parse_subtitle, #clause_parse_title, #clause_parse_title1, #clause_title_depth, #clausedelim, #clausedelimspace, #colophon, #copyright_parse, #executivesummary, #feedback_parse, #foreword, #freestanding_title, #indexsect, #inline_header_title, #introduction, #is_clause?, #legal_parse, #license_parse, #preface, #preface_attrs, #preface_block, #preface_normal, #scope, #single_term_clause?, #symbols_abbrevs, #symbols_parse, #table_of_contents, #terms_defs, #terms_parse, #variant_title

Methods included from Function::References

#bibitem_ref_code, #bibitem_ref_code_prep, #biblio_list, #bibliography, #bibliography_parse, #bibliography_xpath, #bracket_if_num, #docid_l10n, #docid_prefix, #implicit_reference, #iso_bibitem_entry_attrs, #no_identifier, #nonstd_bibitem, #norm_ref, #norm_ref_xpath, #omit_docid_prefix, #pref_ref_code, #pref_ref_code_parse, #reference_format, #render_identifier, #standard?, #std_bibitem_entry, #unbracket, #unbracket1

Methods included from Function::Lists

#dl_attrs, #dl_parse, #dl_parse1, #dl_parse_notes, #dt_dd?, #dt_parse, #li_parse, #list_title_parse, #ol_attrs, #ol_parse, #ol_style, #ul_attrs, #ul_parse

Methods included from Function::Inline

#add_parse, #asciimath_parse, #bookmark_parse, #br_parse, #callout_parse, #del_parse, #em_parse, #eref_parse, #error_parse, #hr_parse, #image_body_parse, #image_parse, #image_title_parse, #index_parse, #index_xref_parse, #keyword_parse, #latexmath_parse, #link_parse, #location_parse, #mathml_parse, #no_locality_parse, #origin_parse, #page_break, #pagebreak_parse, #rb_parse, #rt_parse, #ruby_parse, #section_break, #smallcap_parse, #span_parse, #stem_parse, #strike_parse, #strong_parse, #sub_parse, #sup_parse, #termrefelem_parse, #text_parse, #tt_parse, #underline_parse, #xref_parse

Methods included from Function::Form

#form_parse, #input_parse, #label_parse, #option_parse, #select_parse, #text_input, #textarea_parse

Methods included from Function::Cleanup

#admonition_cleanup, #cleanup, #example_cleanup, #figure_aside_process, #figure_cleanup, #figure_get_or_make_dl, #footnote_cleanup, #footnote_reference_format, #inline_header_cleanup, #merge_fnref_into_fn_text, #new_fullcolspan_row, #passthrough_cleanup, #remove_bottom_border, #symbols_cleanup, #table_cleanup, #table_footnote_cleanup, #table_footnote_cleanup_propagate, #table_footnote_reference_format, #table_get_or_make_tfoot, #table_note_cleanup, #textcleanup

Methods included from Function::Blocks

#admonition_attrs, #admonition_class, #admonition_name, #admonition_name_parse, #admonition_parse, #annotation_parse, #columnbreak_parse, #cross_align_parse, #div_parse, #example_div_attr, #example_div_parse, #example_label, #example_parse, #example_table_attr, #example_table_parse, #figure_attrs, #figure_key, #figure_name_parse, #figure_parse, #figure_parse1, #formula_attrs, #formula_parse, #formula_parse1, #keep_style, #note_attrs, #note_delim, #note_p_parse, #note_parse, #note_parse1, #para_attrs, #para_class, #para_parse, #passthrough_parse, #permission_parse, #pre_parse, #pseudocode_attrs, #pseudocode_parse, #quote_attribution, #quote_parse, #recommendation_name, #recommendation_parse, #recommendation_parse1, #reqt_attrs, #requirement_parse, #source_parse, #sourcecode_attrs, #sourcecode_name_parse, #sourcecode_parse, #sourcecode_parse1, #svg_parse, #toc_parse

Constructor Details

#initialize(options) ⇒ `PresentationXMLConvert`

Returns a new instance of PresentationXMLConvert.

# File 'lib/isodoc/presentation_xml_convert.rb', line 15

def initialize(options)
  @format = :presentation
  @suffix = "presentation.xml"
  super
end

Instance Method Details

#address_precompose(bib) ⇒ `Object`

# File 'lib/isodoc/presentation_function/bibdata.rb', line 11

def address_precompose(bib)
  bib.xpath(ns("//bibdata//address")).each do |b|
    next if b.at(ns("./formattedAddress"))

    x = address_precompose1(b)
    b.children = "<formattedAddress>#{x}</formattedAddress>"
  end
end

#address_precompose1(addr) ⇒ `Object`

# File 'lib/isodoc/presentation_function/bibdata.rb', line 20

def address_precompose1(addr)
  ret = []
  addr.xpath(ns("./street")).each { |s| ret << to_xml(s.children) }
  a = addr.at(ns("./city")) and ret << to_xml(a.children)
  addr.xpath(ns("./state")).each { |s| ret << to_xml(s.children) }
  a = addr.at(ns("./country")) and ret << to_xml(a.children)
  a = addr.at(ns("./postcode")) and ret[-1] += " #{to_xml a.children}"
  ret.join("<br/>")
end

#admits(elem) ⇒ `Object`

15	# File 'lib/isodoc/presentation_function/terms.rb', line 15 def admits(elem); end

#admonition(docxml) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/block.rb', line 73

def admonition(docxml)
  docxml.xpath(ns("//admonition")).each { |f| admonition1(f) }
end

#admonition1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/block.rb', line 77

def admonition1(elem)
  if elem["type"] == "box"
    admonition_numbered1(elem)
  else
    elem["notag"] == "true" || elem.at(ns("./name")) and return
    prefix_name(elem, "", @i18n.admonition[elem["type"]]&.upcase, "name")
  end
end

#admonition_numbered1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/block.rb', line 86

def admonition_numbered1(elem)
  elem["unnumbered"] && !elem.at(ns("./name")) and return
  n = @xrefs.anchor(elem["id"], :label, false)
  prefix_name(elem, block_delim, l10n("#{@i18n.box} #{n}"), "name")
end

#amend(docxml) ⇒ `Object`

we use this to eliminate the semantic amend blocks from rendering



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# File 'lib/isodoc/presentation_function/block.rb', line 117

def amend(docxml)
  docxml.xpath(ns("//amend")).each { |f| amend1(f) }
end

#amend1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/block.rb', line 121

def amend1(elem)
  elem.xpath(ns("./locality | ./localityStack | ./autonumber | " \
                "./classification | ./contributor")).each(&:remove)
  elem.xpath(ns("./newcontent")).each { |a| a.name = "quote" }
  elem.xpath(ns("./description")).each { |a| a.replace(a.children) }
  elem.replace(elem.children)
end

#anchor_id_postproc(node) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/xrefs.rb', line 33

def anchor_id_postproc(node)
  node["target"]
end

#anchor_id_postprocess(node) ⇒ `Object`

39	# File 'lib/isodoc/presentation_function/inline.rb', line 39 def anchor_id_postprocess(node); end

#anchor_linkend(node, linkend) ⇒ `Object`

# File 'lib/isodoc/presentation_function/xrefs.rb', line 19

def anchor_linkend(node, linkend)
  node["style"] == "id" and
    return anchor_id_postproc(node)
  node["citeas"].nil? && node["bibitemid"] and
    return @xrefs.anchor(node["bibitemid"], :xref) || "???"
  node.at(ns("./location")) and
    return combine_xref_locations(node) || "???"
  node["target"] && node["droploc"] and
    return anchor_value(node["target"]) || "???"
  node["target"] && !/.#./.match(node["target"]) and
    return anchor_linkend1(node) || "???"
  linkend || "???"
end

#anchor_linkend1(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/xrefs.rb', line 37

def anchor_linkend1(node)
  linkend = anchor_xref(node, node["target"])
  container = @xrefs.anchor(node["target"], :container, false)
  linkend = prefix_container(container, linkend, node, node["target"])
  capitalise_xref(node, linkend, anchor_value(node["target"]))
end

#anchor_value(id) ⇒ `Object`

# File 'lib/isodoc/presentation_function/xrefs.rb', line 14

def anchor_value(id)
  @xrefs.anchor(id, :bare_xref) || @xrefs.anchor(id, :value) ||
    @xrefs.anchor(id, :label) || @xrefs.anchor(id, :xref)
end

#anchor_xref(node, target, container: false) ⇒ `Object`

# File 'lib/isodoc/presentation_function/xrefs.rb', line 44

def anchor_xref(node, target, container: false)
  x = anchor_xref_short(node, target, container)
  t = @xrefs.anchor(target, :title)
  ret = case node["style"]
        when "basic" then t
        when "full" then anchor_xref_full(x, t)
        when "short", nil then x
        else @xrefs.anchor(target, node[:style].to_sym)
        end
  ret || x
end

#anchor_xref_full(num, title) ⇒ `Object`

# File 'lib/isodoc/presentation_function/xrefs.rb', line 63

def anchor_xref_full(num, title)
  (!title.nil? && !title.empty?) or return nil
  l10n("#{num}, #{title}")
end

#anchor_xref_short(node, target, container) ⇒ `Object`

# File 'lib/isodoc/presentation_function/xrefs.rb', line 56

def anchor_xref_short(node, target, container)
  if (l = node["label"]) && !container
    @i18n.l10n("#{l} #{anchor_value(target)}")
  else @xrefs.anchor(target, :xref)
  end
end

#annex(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 56

def annex(docxml)
  docxml.xpath(ns("//annex")).each do |f|
    @xrefs.klass.single_term_clause?(f) and single_term_clause_retitle(f)
    annex1(f)
    @xrefs.klass.single_term_clause?(f) and single_term_clause_unnest(f)
  end
  @xrefs.parse_inclusions(clauses: true).parse(docxml)
end

#annex1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 65

def annex1(elem)
  lbl = @xrefs.anchor(elem["id"], :label)
  t = elem.at(ns("./title")) and
    t.children = "<strong>#{to_xml(t.children)}</strong>"
  unnumbered_clause?(elem) and return
  prefix_name(elem, "<br/><br/>", lbl, "title")
end

#annotations(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 57

def annotations(elem)
  elem.at(ns("./annotation")) or return
  ret = ""
  elem.xpath(ns("./annotation")).each do |a|
    a.remove
    ret += <<~OUT
      <dt id='#{a['id']}'><span class='c'>#{@callouts[a['id']]}</span></dt>
      <dd>#{a.children.to_xml}</dd>
    OUT
  end
  elem << "<dl><name>#{@i18n.key}</name>#{ret}</dl>"
end

#asciimath_dup(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 137

def asciimath_dup(node)
  @suppressasciimathdup || node.parent.at(ns("./asciimath")) and return
  math = node.to_xml.gsub(/ xmlns=["'][^"']+["']/, "")
    .gsub(%r{<[^:/>]+:}, "<").gsub(%r{</[^:/>]+:}, "</")
    .gsub(%r{ data-metanorma-numberformat="[^"]+"}, "")
  ret = Plurimath::Math.parse(math, "mathml").to_asciimath
  node.next = "<asciimath>#{@c.encode(ret, :basic)}</asciimath>"
rescue StandardError => e
  warn "Failure to convert MathML to AsciiMath\n#{node.parent.to_xml}\n#{e}"
end

#attachments_extract(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/metadata.rb', line 20

def attachments_extract(docxml)
  docxml.at(ns("//metanorma-extension/attachment")) or return
  dir = File.join(@localdir, "_#{@outputfile}_attachments")
  FileUtils.rm_rf(dir)
  FileUtils.mkdir_p(dir)
  docxml.xpath(ns("//metanorma-extension/attachment")).each do |a|
    save_attachment(a, dir)
  end
end

#bibdata(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/bibdata.rb', line 5

def bibdata(docxml)
  a = bibdata_current(docxml) or return
  address_precompose(a)
  bibdata_i18n(a)
end

#bibdata_current(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/bibdata.rb', line 30

def bibdata_current(docxml)
  a = docxml.at(ns("//bibdata")) or return
  { language: @lang, script: @script, locale: @locale }.each do |k, v|
    a.xpath(ns("./#{k}")).each do |l|
      l.text == v and l["current"] = "true"
    end
  end
  a
end

#bibdata_i18n(bib) ⇒ `Object`

# File 'lib/isodoc/presentation_function/bibdata.rb', line 40

def bibdata_i18n(bib)
  hash_translate(bib, @i18n.get["doctype_dict"], "./ext/doctype")
  hash_translate(bib, @i18n.get["stage_dict"], "./status/stage")
  hash_translate(bib, @i18n.get["substage_dict"], "./status/substage")
  edition_translate(bib)
end

#bibitem(xml, renderings) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 58

def bibitem(xml, renderings)
  @xrefs.klass.implicit_reference(xml) and xml["hidden"] = "true"
  bibrender_item(xml, renderings)
end

#bibitem_lookup(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_xml_convert.rb', line 33

def bibitem_lookup(docxml)
  @bibitem_lookup ||= docxml.xpath(ns("//references/bibitem"))
    .each_with_object({}) do |b, m|
    m[b["id"]] = b
  end
end

#biblio_ref_entry_code(ordinal, ids, _id, _standard, datefn, _bib) ⇒ `Object`

if ids is just a number, only use that ([1] Non-Standard) else, use both ordinal, as prefix, and ids

# File 'lib/isodoc/presentation_function/refs.rb', line 173

def biblio_ref_entry_code(ordinal, ids, _id, _standard, datefn, _bib)
  # standard and id = nil
  ret = ids[:ordinal] || ids[:metanorma] || "[#{ordinal}]"
  if ids[:sdo]
    ret = prefix_bracketed_ref(ret)
    ret += "#{ids[:sdo]}#{datefn}, "
  else
    ret = prefix_bracketed_ref("#{ret}#{datefn}")
  end
  ret
end

#bibliography_bibitem_number(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 90

def bibliography_bibitem_number(docxml)
  i = 0
  docxml.xpath(ns("//references[@normative = 'false']/bibitem")).each do |b|
    i = bibliography_bibitem_number1(b, i)
  end
  @xrefs.references docxml
  bibliography_bibitem_tag(docxml)
end

#bibliography_bibitem_number1(bibitem, idx) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 99

def bibliography_bibitem_number1(bibitem, idx)
  ins = bibliography_bibitem_number_insert_pt(bibitem)
  mn = bibitem.at(ns(".//docidentifier[@type = 'metanorma']")) and
    /^\[?\d+\]?$/.match?(mn.text) and
    mn.remove # ignore numbers already inserted
  unless bibliography_bibitem_number_skip(bibitem)
    idx += 1
    ins.next =
      "<docidentifier type='metanorma-ordinal'>[#{idx}]</docidentifier>"
  end
  idx
end

#bibliography_bibitem_number_insert_pt(bibitem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 112

def bibliography_bibitem_number_insert_pt(bibitem)
  unless d = bibitem.at(ns(".//docidentifier"))
    d = bibitem.children.first
    d.previous = " "
    return d.previous
  end
  unless ins = d.previous_element
    d.previous = " "
    ins = d.previous
  end
  ins
end

#bibliography_bibitem_number_skip(bibitem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 83

def bibliography_bibitem_number_skip(bibitem)
  @xrefs.klass.implicit_reference(bibitem) ||
    bibitem.at(ns(".//docidentifier[@type = 'metanorma']")) ||
    bibitem.at(ns(".//docidentifier[@type = 'metanorma-ordinal']")) ||
    bibitem["hidden"] == "true" || bibitem.parent["hidden"] == "true"
end

#bibliography_bibitem_tag(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 131

def bibliography_bibitem_tag(docxml)
  [true, false].each do |norm|
    i = 0
    docxml.xpath(ns("//references[@normative = '#{norm}']")).each do |r|
      i = bibliography_bibitem_tag1(r, i, norm)
    end
  end
end

#bibliography_bibitem_tag1(ref, idx, norm) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 140

def bibliography_bibitem_tag1(ref, idx, norm)
  ref.xpath(ns("./bibitem")).each do |b|
    @xrefs.klass.implicit_reference(b) and next
    idx += 1 unless b["hidden"]
    insert_biblio_tag(b, idx, !norm, @xrefs.klass.standard?(b))
  end
  idx
end

#bibrender_formattedref(formattedref, xml) ⇒ `Object`

70	# File 'lib/isodoc/presentation_function/refs.rb', line 70 def bibrender_formattedref(formattedref, xml); end

#bibrender_item(xml, renderings) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 63

def bibrender_item(xml, renderings)
  if (f = xml.at(ns("./formattedref"))) && xml.at(ns("./title")).nil?
    bibrender_formattedref(f, xml)
  else bibrender_relaton(xml, renderings)
  end
end

#bibrender_relaton(xml, renderings) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 72

def bibrender_relaton(xml, renderings)
  f = renderings[xml["id"]][:formattedref]
  f &&= "<formattedref>#{f}</formattedref>"
  x = xml.xpath(ns("./docidentifier | ./uri | ./note | ./biblio-tag"))
  xml.children = "#{f}#{x.to_xml}"
end

#blank?(elem) ⇒ `Boolean`

stackoverflow.com/a/31822406

Returns:

(Boolean)



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# File 'lib/isodoc/presentation_function/metadata.rb', line 183

def blank?(elem)
  elem.nil? || (elem.respond_to?(:empty?) && elem.empty?)
end

#block(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_xml_convert.rb', line 71

def block(docxml)
  amend docxml
  table docxml
  figure docxml
  sourcecode docxml
  formula docxml
  example docxml
  note docxml
  admonition docxml
  source docxml
  ol docxml
  permission docxml
  requirement docxml
  recommendation docxml
  requirement_render docxml
end

#block_delim ⇒ `Object`



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# File 'lib/isodoc/presentation_function/block.rb', line 12

def block_delim
  "&#xa0;&#x2014; "
end

#callouts(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 35

def callouts(elem)
  elem.xpath(ns(".//callout")).each do |c|
    @callouts[c["target"]] = c.children.to_xml
  end
end

#can_conflate_eref_rendering?(refs) ⇒ `Boolean`

Returns:

(Boolean)

# File 'lib/isodoc/presentation_function/erefs.rb', line 46

def can_conflate_eref_rendering?(refs)
  (refs.size > 1 &&
    refs.all? { |r| r.name == "localityStack" } &&
    refs.all? { |r| r.xpath(ns("./locality")).size == 1 }) or return false
  first = refs.first.at(ns("./locality/@type")).text
  refs.all? { |r| r.at(ns("./locality/@type")).text == first }
end

#can_conflate_xref_rendering?(locs) ⇒ `Boolean`

Returns:

(Boolean)

# File 'lib/isodoc/presentation_function/xrefs.rb', line 151

def can_conflate_xref_rendering?(locs)
  @i18n.get["no_conflate_xref_locations"] == true and return false
  (locs.all? { |l| l[:container].nil? } ||
   locs.all? { |l| l[:container] == locs.first[:container] }) &&
    locs.all? { |l| l[:type] == locs[0][:type] }
end

#capitalise_xref(node, linkend, label) ⇒ `Object`

# File 'lib/isodoc/presentation_function/xrefs.rb', line 158

def capitalise_xref(node, linkend, label)
  linktext = linkend.gsub(/<[^<>]+>/, "")
  (label && !label.empty? && /^#{Regexp.escape(label)}/.match?(linktext)) ||
    linktext[0, 1].match?(/\p{Upper}/) and return linkend
  node["case"] and
    return Common::case_with_markup(linkend, node["case"], @script)
  capitalise_xref1(node, linkend)
end

#capitalise_xref1(node, linkend) ⇒ `Object`

# File 'lib/isodoc/presentation_function/xrefs.rb', line 167

def capitalise_xref1(node, linkend)
  if start_of_sentence(node)
    Common::case_with_markup(linkend, "capital", @script)
  else linkend
  end
end

#change_case(span, value, seen_space) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 128

def change_case(span, value, seen_space)
  span.traverse do |s|
    s.text? or next
    case value
    when "uppercase" then s.replace s.text.upcase
    when "lowercase" then s.replace s.text.downcase
    when "capitalize"
      s.replace conditional_capitalize(s.text, seen_space)
    end
    seen_space = /\s$/.match?(s.text)
  end
end

#citeas(xmldoc) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 5

def citeas(xmldoc)
  xmldoc.xpath(ns("//eref | //origin | //quote/source")).each do |e|
    e["bibitemid"] && e["citeas"] or next
    a = @xrefs.anchor(e["bibitemid"], :xref, false) and e["citeas"] = a
  end
end

#citestyle ⇒ `Object`



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# File 'lib/isodoc/presentation_function/refs.rb', line 79

def citestyle
  nil
end

#cjk_extended_title(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 159

def cjk_extended_title(docxml)
  l = cjk_search
  docxml.xpath(ns("//bibdata/title[#{l}] | //floating-title[#{l}] | " \
                  "//title[@depth = '1' or not(@depth)][#{l}]")).each do |t|
    t.text.size < 4 or next
    t.elements.empty? or next # can't be bothered
    t.children = @i18n.cjk_extend(t.text)
  end
end

#cjk_search ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 152

def cjk_search
  lang = %w(zh ja ko).map { |x| "@language = '#{x}'" }.join(" or ")
  %(Hans Hant Jpan Hang Kore).include?(@script) and
    lang += " or not(@language)"
  lang
end

#clause(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 12

def clause(docxml)
  docxml.xpath(ns("//clause | " \
                  "//terms | //definitions | //references"))
    .each do |f|
    f.parent.name == "annex" &&
      @xrefs.klass.single_term_clause?(f.parent) and next
    clause1(f)
  end
end

#clause1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 28

def clause1(elem)
  level = @xrefs.anchor(elem["id"], :level, false) ||
    (elem.ancestors("clause, annex").size + 1)
  t = elem.at(ns("./title")) and t["depth"] = level
  unnumbered_clause?(elem) and return
  lbl = @xrefs.anchor(elem["id"], :label,
                      elem.parent.name != "sections") or return
  prefix_name(elem, "<tab/>", "#{lbl}#{clausedelim}", "title")
end

#clausetitle(docxml) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/section.rb', line 148

def clausetitle(docxml)
  cjk_extended_title(docxml)
end

#combine_conflated_xref_locations(locs) ⇒ `Object`

Note % to entry and Note % to entry: cannot conflate as Note % to entry 1 and 2 So Notes 1 and 3, but Note 1 to entry and Note 3 to entry

# File 'lib/isodoc/presentation_function/xrefs.rb', line 90

def combine_conflated_xref_locations(locs)
  out = if locs.any? { |l| l[:elem]&.include?("%") }
          locs.each { |l| l[:label] = @xrefs.anchor(l[:target], :xref) }
        else
          conflate_xref_locations(locs)
        end
  combine_conflated_xref_locations_container(locs, l10n(combine_conn(out)))
end

#combine_conflated_xref_locations_container(locs, ret) ⇒ `Object`

# File 'lib/isodoc/presentation_function/xrefs.rb', line 106

def combine_conflated_xref_locations_container(locs, ret)
  container = @xrefs.anchor(locs.first[:node]["target"], :container,
                            false)
  prefix_container?(container, locs.first[:node]) and
    ret = prefix_container(container, ret, locs.first[:node],
                           locs.first[:node]["target"])
  ret
end

#combine_conn(list) ⇒ `Object`

# File 'lib/isodoc/presentation_function/xrefs.rb', line 133

def combine_conn(list)
  list.size == 1 and list.first[:label]
  if list[1..].all? { |l| l[:conn] == "and" }
    @i18n.boolean_conj(list.map { |l| loc2xref(l) }, "and")
  elsif list[1..].all? { |l| l[:conn] == "or" }
    @i18n.boolean_conj(list.map { |l| loc2xref(l) }, "or")
  else
    ret = loc2xref(list[0])
    list[1..].each { |l| ret = i18n_chain_boolean(ret, l) }
    ret
  end
end

#combine_xref_locations(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/xrefs.rb', line 76

def combine_xref_locations(node)
  locs = gather_xref_locations(node)
  linkend = if can_conflate_xref_rendering?(locs)
              combine_conflated_xref_locations(locs)
            else
              out = locs.each { |l| l[:label] = anchor_linkend1(l[:node]) }
              l10n(combine_conn(out))
            end
  capitalise_xref(node, linkend, anchor_value(node["target"]))
end

#concept(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/concepts.rb', line 3

def concept(docxml)
  @definition_ids = docxml.xpath(ns("//definitions//dt"))
    .each_with_object({}) { |x, m| m[x["id"]] = true }
  docxml.xpath(ns("//concept")).each { |f| concept1(f) }
end

#concept1(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/concepts.rb', line 9

def concept1(node)
  xref = node&.at(ns("./xref/@target"))&.text or
    return concept_render(node, ital: "true", ref: "true", bold: "false",
                                linkref: "true", linkmention: "false")
  if @definition_ids[xref]
    concept_render(node, ital: "false", ref: "false", bold: "false",
                         linkref: "true", linkmention: "false")
  else concept_render(node, ital: "true", ref: "true", bold: "false",
                            linkref: "true", linkmention: "false")
  end
end

#concept1_linkmention(ref, renderterm, opts) ⇒ `Object`

# File 'lib/isodoc/presentation_function/concepts.rb', line 46

def concept1_linkmention(ref, renderterm, opts)
  (opts[:linkmention] == "true" && !renderterm.nil? && !ref.nil?) or return
  ref2 = ref.clone
  r2 = renderterm.clone
  renderterm.replace(ref2).children = r2
end

#concept1_ref(_node, ref, opts) ⇒ `Object`

# File 'lib/isodoc/presentation_function/concepts.rb', line 53

def concept1_ref(_node, ref, opts)
  ref.nil? and return
  opts[:ref] == "false" and return ref.remove
  concept1_ref_content(ref)
  %w(xref eref).include? ref.name and get_linkend(ref)
  opts[:linkref] == "false" && %w(xref eref).include?(ref.name) and
    ref.replace(ref.children)
end

#concept1_ref_content(ref) ⇒ `Object`

# File 'lib/isodoc/presentation_function/concepts.rb', line 62

def concept1_ref_content(ref)
  prev = "["
  foll = "]"
  non_locality_elems(ref).select do |c|
    !c.text? || /\S/.match(c)
  end.empty? and
    (prev, foll = @i18n.term_defined_in.split("%"))
  ref.previous = prev
  ref.next = foll
end

#concept1_style(node, opts) ⇒ `Object`

# File 'lib/isodoc/presentation_function/concepts.rb', line 31

def concept1_style(node, opts)
  r = node.at(ns(".//renderterm")) or return
  opts[:ital] == "true" and r.children = "<em>#{to_xml(r.children)}</em>"
  opts[:bold] == "true" and
    r.children = "<strong>#{to_xml(r.children)}</strong>"
  r.replace(r.children)
end

#concept_render(node, defaults) ⇒ `Object`

# File 'lib/isodoc/presentation_function/concepts.rb', line 21

def concept_render(node, defaults)
  opts, render, ref = concept_render_init(node, defaults)
  node&.at(ns("./refterm"))&.remove
  ref && opts[:ref] != "false" and render&.next = " "
  concept1_linkmention(ref, render, opts)
  concept1_ref(node, ref, opts)
  concept1_style(node, opts)
  node.replace(node.children)
end

#concept_render_init(node, defaults) ⇒ `Object`

# File 'lib/isodoc/presentation_function/concepts.rb', line 39

def concept_render_init(node, defaults)
  opts = %i(bold ital ref linkref linkmention)
    .each_with_object({}) { |x, m| m[x] = node[x.to_s] || defaults[x] }
  [opts, node.at(ns("./renderterm")),
   node.at(ns("./xref | ./eref | ./termref"))]
end

#conditional_capitalize(text, seen_space) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 141

def conditional_capitalize(text, seen_space)
  m = text.split(/(?<=\s)/)
  ((seen_space ? 0 : 1)...m.size).each do |i|
    m[i] = m[i].capitalize
  end
  m.join
end

#conflate_xref_locations(locs) ⇒ `Object`

# File 'lib/isodoc/presentation_function/xrefs.rb', line 99

def conflate_xref_locations(locs)
  out = locs.each { |l| l[:label] = anchor_value(l[:target]) }
  label = @i18n.inflect(locs.first[:elem], number: "pl")
  out[0][:label] = l10n("#{label} #{out[0][:label]}").strip
  out
end

#conversions(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_xml_convert.rb', line 40

def conversions(docxml)
  semantic_xml_insert(docxml)
  metadata docxml
  bibdata docxml
  @xrefs.parse docxml
  section docxml
  block docxml
  terms docxml
  inline docxml
end

#convert1(docxml, filename, dir) ⇒ `Object`

# File 'lib/isodoc/presentation_xml_convert.rb', line 21

def convert1(docxml, filename, dir)
  @outputdir = dir
  @outputfile = Pathname.new(filename).basename.to_s
  docid_prefixes(docxml) # feeds @xrefs.parse citation processing
  @xrefs.parse docxml
  @xrefs.klass.meta = @meta
  @xrefs.klass.info docxml, nil
  conversions(docxml)
  docxml.root["type"] = "presentation"
  docxml.to_xml.gsub("&lt;", "&#x3c;").gsub("&gt;", "&#x3e;")
end

#custom_charset(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 149

def custom_charset(docxml)
  charsets = extract_custom_charsets(docxml)
  docxml.xpath(ns("//span[@custom-charset]")).each do |s|
    s["style"] ||= ""
    s["style"] += ";font-family:#{charsets[s['custom-charset']]}"
  end
end

#custom_css(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 11

def custom_css(docxml)
  ret = ""
  @sourcehighlighter and ret += rouge_css_location
  a = docxml.at(ns("//metanorma-extension/" \
                   "clause[title = 'user-css']/sourcecode")) and
    ret += "\n#{to_xml(a.children)}"
  ret
end

#date(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 96

def date(docxml)
  (docxml.xpath(ns("//date")) -
   docxml.xpath(ns("//bibdata/date | //bibitem//date"))).each do |d|
     date1(d)
   end
end

#date1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 103

def date1(elem)
  elem["value"] && elem["format"] or return
  elem.replace(@i18n.date(elem["value"], elem["format"].strip))
end

#date_note_process(bib) ⇒ `Object`

strip any fns in docidentifier before they are extracted for rendering

# File 'lib/isodoc/presentation_function/refs.rb', line 190

def date_note_process(bib)
  ret = ident_fn(bib)
  date_note = bib.at(ns("./note[@type = 'Unpublished-Status']"))
  date_note.nil? and return ret
  id = UUIDTools::UUID.random_create.to_s
  "#{ret}<fn reference='#{id}'><p>#{date_note.content}</p></fn>"
end

#deprecates(elem) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/terms.rb', line 11

def deprecates(elem)
  elem.add_first_child @i18n.l10n("#{@i18n.deprecated}: ")
end

#designation(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 3

def designation(docxml)
  docxml.xpath(ns("//term")).each { |t| merge_second_preferred(t) }
  docxml.xpath(ns("//preferred | //admitted | //deprecates"))
    .each { |p| designation1(p) }
  docxml.xpath(ns("//deprecates")).each { |d| deprecates(d) }
  docxml.xpath(ns("//admitted")).each { |d| admits(d) }
end

#designation1(desgn) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 40

def designation1(desgn)
  s = desgn.at(ns("./termsource"))
  name = desgn.at(ns("./expression/name | ./letter-symbol/name | " \
                     "./graphical-symbol")) or return
  designation_annotate(desgn, name)
  s and desgn.next = s
end

#designation_annotate(desgn, name) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 48

def designation_annotate(desgn, name)
  designation_boldface(desgn)
  designation_field(desgn, name)
  g = desgn.at(ns("./expression/grammar")) and
    name << ", #{designation_grammar(g).join(', ')}"
  designation_localization(desgn, name)
  designation_pronunciation(desgn, name)
  designation_bookmarks(desgn, name)
  desgn.children = name.children
end

#designation_boldface(desgn) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 59

def designation_boldface(desgn)
  desgn.name == "preferred" or return
  name = desgn.at(ns("./expression/name | ./letter-symbol/name")) or return
  name.children = "<strong>#{name.children}</strong>"
end

#designation_bookmarks(desgn, name) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 98

def designation_bookmarks(desgn, name)
  desgn.xpath(ns(".//bookmark")).each do |b|
    name << b.remove
  end
end

#designation_field(desgn, name) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 65

def designation_field(desgn, name)
  f = desgn.xpath(ns("./field-of-application | ./usage-info"))
    &.map { |u| to_xml(u.children) }&.join(", ")
  f&.empty? and return nil
  name << ", &#x3c;#{f}&#x3e;"
end

#designation_grammar(grammar) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 72

def designation_grammar(grammar)
  ret = []
  grammar.xpath(ns("./gender | ./number")).each do |x|
    ret << @i18n.grammar_abbrevs[x.text]
  end
  %w(isPreposition isParticiple isAdjective isVerb isAdverb isNoun)
    .each do |x|
    grammar.at(ns("./#{x}[text() = 'true']")) and
      ret << @i18n.grammar_abbrevs[x]
  end
  ret
end

#designation_localization(desgn, name) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 85

def designation_localization(desgn, name)
  loc = [desgn&.at(ns("./expression/@language"))&.text,
         desgn&.at(ns("./expression/@script"))&.text,
         desgn&.at(ns("./@geographic-area"))&.text].compact
  loc.empty? and return
  name << ", #{loc.join(' ')}"
end

#designation_pronunciation(desgn, name) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 93

def designation_pronunciation(desgn, name)
  f = desgn.at(ns("./expression/pronunciation")) or return
  name << ", /#{to_xml(f.children)}/"
end

#display_order(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 135

def display_order(docxml)
  i = 0
  d = @xrefs.clause_order(docxml)
  %i(preface main annex back).each do |s|
    d[s].each do |a|
      i = if a[:multi]
            display_order_xpath(docxml, a[:path], i)
          else display_order_at(docxml, a[:path], i)
          end
    end
  end
end

#display_order_at(docxml, xpath, idx) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 105

def display_order_at(docxml, xpath, idx)
  c = docxml.at(ns(xpath)) or return idx
  idx += 1
  idx = preceding_floating_titles(c, idx)
  c["displayorder"] = idx
  idx
end

#display_order_xpath(docxml, xpath, idx) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 113

def display_order_xpath(docxml, xpath, idx)
  docxml.xpath(ns(xpath)).each do |c|
    idx += 1
    idx = preceding_floating_titles(c, idx)
    c["displayorder"] = idx
  end
  idx
end

#docid_prefixes(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 125

def docid_prefixes(docxml)
  docxml.xpath(ns("//references/bibitem/docidentifier")).each do |i|
    i.children = @xrefs.klass.docid_prefix(i["type"], to_xml(i.children))
  end
end

#edition_translate(bibdata) ⇒ `Object`

does not allow %Spellout and %Ordinal in the ordinal expression to be mixed

# File 'lib/isodoc/presentation_function/bibdata.rb', line 56

def edition_translate(bibdata)
  x = bibdata.at(ns("./edition")) or return
  /^\d+$/.match?(x.text) or return
  @i18n.edition_ordinal or return
  tag_translate(x, @lang, @i18n
    .populate("edition_ordinal", { "var1" => x.text.to_i }))
end

#embedable_semantic_xml(xml) ⇒ `Object`

# File 'lib/isodoc/presentation_xml_convert.rb', line 132

def embedable_semantic_xml(xml)
  xml = embedable_semantic_xml_tags(xml)
  embedable_semantic_xml_attributes(xml)
end

#embedable_semantic_xml_attributes(xml) ⇒ `Object`

# File 'lib/isodoc/presentation_xml_convert.rb', line 150

def embedable_semantic_xml_attributes(xml)
  Metanorma::Utils::anchor_attributes.each do |(tag_name, attr_name)|
    tag_name == "*" or tag_name = "semantic__#{tag_name}"
    xml.xpath("//#{tag_name}[@#{attr_name}]").each do |elem|
      elem.attributes[attr_name].value =
        "semantic__#{elem.attributes[attr_name].value}"
    end
  end
  xml
end

#embedable_semantic_xml_tags(xml) ⇒ `Object`

# File 'lib/isodoc/presentation_xml_convert.rb', line 137

def embedable_semantic_xml_tags(xml)
  ret = to_xml(xml)
    .sub(/ xmlns=['"][^"']+['"]/, "") # root XMLNS
    .split(/(?=[<> \t\r\n\f\v])/).map do |x|
      case x
      when /^<[^:]+:/ then x.sub(":", ":semantic__")
      when /^<[^:]+$/ then x.sub(%r{(</?)([[:alpha:]])},
                                 "\\1semantic__\\2")
      else x end
    end
  Nokogiri::XML(ret.join).root
end

#emf_encode(img) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 89

def emf_encode(img)
  svg_prep(img)
  img.children = "<emf src='#{img['src']}'/>"
  img["src"] = ""
  img
end

#emf_to_svg(img) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 102

def emf_to_svg(img)
  datauri_src = img.at(ns("./emf/@src")).text
  Vectory::Emf.from_datauri(datauri_src)
    .to_svg
    .content
    .sub(/<\?[^>]+>/, "")
end

#eps2svg(img) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 67

def eps2svg(img)
  return unless eps?(img["mimetype"])

  img["mimetype"] = "image/svg+xml"
  if src = eps_to_svg(img)
    img["src"] = src
    img.children = ""
  end
end

#eps_to_svg(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 110

def eps_to_svg(node)
  if !node.text.strip.empty? || %r{^data:}.match?(node["src"])
    return eps_to_svg_from_node(node)
  end

  target_path = imgfile_suffix(node["src"], "svg")
  return target_path if File.exist?(target_path)

  eps_to_svg_from_node(node, target_path)
end

#eps_to_svg_from_node(node, target_path = nil) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 121

def eps_to_svg_from_node(node, target_path = nil)
  svg = Vectory::Eps.from_node(node).to_svg
  return svg.write(target_path).path if target_path

  svg.write.path
end

#eref(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 46

def eref(docxml)
  docxml.xpath(ns("//eref")).each { |f| xref1(f) }
  docxml.xpath(ns("//eref//xref")).each { |f| f.replace(f.children) }
  docxml.xpath(ns("//erefstack")).each { |f| erefstack1(f) }
end

#eref2link(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 180

def eref2link(docxml)
  docxml.xpath(ns("//eref | //origin[not(termref)] | //quote/source"))
    .each do |e|
    href = eref_target(e) or next
    e.xpath(ns("./locality | ./localityStack")).each(&:remove)
    if href[:type] == :anchor then eref2xref(e)
    else eref2link1(e, href)
    end
  end
end

#eref2link1(node, href) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 199

def eref2link1(node, href)
  url = href[:link]
  att = href[:type] == :attachment ? "attachment='true'" : ""
  repl = "<link #{att} target='#{url}'>#{node.children}</link>"
  node["type"] == "footnote" and repl = "<sup>#{repl}</sup>"
  node.replace(repl)
end

#eref2xref(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 191

def eref2xref(node)
  node.name = "xref"
  node["target"] = node["bibitemid"]
  node.delete("bibitemid")
  node.delete("citeas")
  node["type"] == "footnote" and node.wrap("<sup></sup>")
end

#eref_localities(refs, target, node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 25

def eref_localities(refs, target, node)
  if can_conflate_eref_rendering?(refs)
    l10n(", #{eref_localities_conflated(refs, target, node)}"
      .gsub(/\s+/, " "))
  else
    ret = resolve_eref_connectives(eref_locality_stacks(refs, target, node))
    l10n(ret.join.gsub(/\s+/, " "))
  end
end

#eref_localities0(ref, _idx, target, node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 140

def eref_localities0(ref, _idx, target, node)
  if ref["type"] == "whole" then @i18n.wholeoftext
  else
    eref_localities1({ target:, type: ref["type"], number: "sg",
                       from: ref.at(ns("./referenceFrom"))&.text,
                       upto: ref.at(ns("./referenceTo"))&.text, node:,
                       lang: @lang })
  end
end

#eref_localities1(opt) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 158

def eref_localities1(opt)
  opt[:type] == "anchor" and return nil
  opt[:lang] == "zh" and
    return l10n(eref_localities1_zh(opt))
  ret = eref_locality_populate(opt[:type], opt[:node], opt[:number])
  ret += " #{opt[:from]}" if opt[:from]
  ret += "&#x2013;#{opt[:upto]}" if opt[:upto]
  l10n(ret)
end

#eref_localities1_zh(opt) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 150

def eref_localities1_zh(opt)
  ret = "第#{opt[:from]}" if opt[:from]
  ret += "&#x2013;#{opt[:upto]}" if opt[:upto]
  loc = eref_locality_populate(opt[:type], opt[:node], "sg")
  ret += " #{loc}" unless opt[:node]["droploc"] == "true"
  ret
end

#eref_localities_conflated(refs, target, node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 35

def eref_localities_conflated(refs, target, node)
  droploc = node["droploc"]
  node["droploc"] = true
  ret = resolve_eref_connectives(eref_locality_stacks(refs, target,
                                                      node))
  node.delete("droploc") unless droploc
  eref_localities1({ target:, number: "pl",
                     type: refs.first.at(ns("./locality/@type")).text,
                     from: l10n(ret[1..].join), node:, lang: @lang })
end

#eref_locality_delimiter(ref) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 109

def eref_locality_delimiter(ref)
  if ref&.next_element&.name == "localityStack"
    ref.next_element["connective"]
  else locality_delimiter(ref)
  end
end

#eref_locality_populate(type, node, number) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 168

def eref_locality_populate(type, node, number)
  node["droploc"] == "true" and return ""
  loc = type.sub(/^locality:/, "")
  ret = @i18n.locality[loc] || loc
  number == "pl" and ret = @i18n.inflect(ret, number: "pl")
  ret = case node["case"]
        when "lowercase" then ret.downcase
        else Metanorma::Utils.strict_capitalize_first(ret)
        end
  " #{ret}"
end

#eref_locality_stack(ref, idx, target, node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 116

def eref_locality_stack(ref, idx, target, node)
  ret = []
  if ref.name == "localityStack"
    ret = eref_locality_stack1(ref, target, node, ret)
  else
    l = eref_localities0(ref, idx, target, node) and ret << l
  end
  ret[-1] == ", " and ret.pop
  ret
end

#eref_locality_stack1(ref, target, node, ret) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 127

def eref_locality_stack1(ref, target, node, ret)
  ref.elements.each_with_index do |rr, j|
    l = eref_localities0(rr, j, target, node) or next
    ret << l
    ret << locality_delimiter(rr) unless j == ref.elements.size - 1
  end
  ret
end

#eref_locality_stacks(refs, target, node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 98

def eref_locality_stacks(refs, target, node)
  ret = refs.each_with_index.with_object([]) do |(r, i), m|
    added = eref_locality_stack(r, i, target, node)
    added.empty? and next
    added.each { |a| m << a }
    i == refs.size - 1 and next
    m << eref_locality_delimiter(r)
  end
  ret.empty? ? ret : [", "] + ret
end

#eref_target(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 213

def eref_target(node)
  u = eref_url(node["bibitemid"]) or return nil
  url = suffix_url(u[:link])
  anchor = node.at(ns(".//locality[@type = 'anchor']"))
  /^#/.match?(url) || !anchor and return { link: url, type: u[:type] }
  { link: "#{url}##{anchor.text.strip}", type: u[:type] }
end

#eref_url(id) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 226

def eref_url(id)
  b = eref_url_prep(id) or return nil
  %i(attachment citation).each do |x|
    u = b.at(ns("./uri[@type = '#{x}'][@language = '#{@lang}']")) ||
      b.at(ns("./uri[@type = '#{x}']")) and return { link: u.text, type: x }
  end
  if b["hidden"] == "true"
    u = b.at(ns("./uri")) or return nil
    { link: u.text, type: :citation }
  else { link: "##{id}", type: :anchor }
  end
end

#eref_url_prep(id) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 221

def eref_url_prep(id)
  @bibitem_lookup.nil? and return nil
  @bibitem_lookup[id]
end

#erefstack1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 17

def erefstack1(elem)
  locs = elem.xpath(ns("./eref")).map do |e|
    [e["connective"], to_xml(e)]
  end.flatten
  ret = resolve_eref_connectives(locs)
  elem.replace(ret[1])
end

#example(docxml) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/block.rb', line 46

def example(docxml)
  docxml.xpath(ns("//example")).each { |f| example1(f) }
end

#example1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/block.rb', line 50

def example1(elem)
  n = @xrefs.get[elem["id"]]
  lbl = if n.nil? || n[:label].nil? || n[:label].empty?
          @i18n.example
        else l10n("#{@i18n.example} #{n[:label]}")
        end
  prefix_name(elem, block_delim, lbl, "name")
end

#expand_citeas(text) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 12

def expand_citeas(text)
  text.nil? and return text
  HTMLEntities.new.decode(text.gsub("&amp;#x", "&#"))
end

#explicit_number_formatter(num, locale, options) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 71

def explicit_number_formatter(num, locale, options)
  ret = numberformat_type(numberformat_extract(options))
  l = ret[:locale] || locale
  precision, symbols, significant = explicit_number_formatter_cfg(num, ret)
  n = normalise_number(num.text)
  Plurimath::NumberFormatter.new(l)
    .localized_number(n, precision:,
                         format: symbols.merge(significant:))
end

#explicit_number_formatter_cfg(num, fmt) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 81

def explicit_number_formatter_cfg(num, fmt)
  symbols = twitter_cldr_localiser_symbols.dup.transform_values do |v|
    v.is_a?(String) ? HTMLEntities.new.decode(v) : v
  end.merge(fmt)
  symbols = large_notation_fmt(symbols, num.text)
  [symbols[:precision] || num_precision(num.text), symbols,
   explicit_number_formatter_signif(num, symbols)]
end

#explicit_number_formatter_signif(num, symbols) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 90

def explicit_number_formatter_signif(num, symbols)
  signif = symbols[:significant]
  (symbols.keys & %i(precision digit_count)).empty? and
    signif ||= num_totaldigits(num.text)
  signif
end

#extension_insert(xml, path = []) ⇒ `Object`

# File 'lib/isodoc/presentation_function/metadata.rb', line 36

def extension_insert(xml, path = [])
  ins = extension_insert_pt(xml)
  path.each do |n|
    ins = ins.at(ns("./#{n}")) || ins.add_child("<#{n}/>").first
  end
  ins
end

#extension_insert_pt(xml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/metadata.rb', line 44

def extension_insert_pt(xml)
  xml.at(ns("//metanorma-extension")) ||
    xml.at(ns("//bibdata"))
      &.after("<metanorma-extension> </metanorma-extension>")
      &.next_element ||
    xml.root.elements.first
      .before("<metanorma-extension> </metanorma-extension>")
      .previous_element
end

#extract_custom_charsets(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 172

def extract_custom_charsets(docxml)
  docxml.xpath(ns("//presentation-metadata/custom-charset-font"))
    .each_with_object({}) do |line, m|
    line.text.split(",").map(&:strip).each do |x|
      kv = x.split(":", 2)
      m[kv[0]] = kv[1]
    end
  end
end

#figure(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 7

def figure(docxml)
  docxml.xpath("//m:svg", SVG).each { |f| svg_wrap(f) }
  docxml.xpath(ns("//image")).each { |f| svg_extract(f) }
  docxml.xpath(ns("//figure")).each { |f| figure1(f) }
  docxml.xpath(ns("//svgmap")).each { |s| svgmap_extract(s) }
  imageconvert(docxml)
end

#figure1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 46

def figure1(elem)
  elem["class"] == "pseudocode" || elem["type"] == "pseudocode" and
    return sourcecode1(elem)
  figure_label?(elem) or return nil
  lbl = @xrefs.anchor(elem["id"], :label, false) or return
  # no xref, no label: this can be set in xref
  prefix_name(elem, block_delim,
              l10n("#{figure_label(elem)} #{lbl}"), "name")
end

#figure_label(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 61

def figure_label(elem)
  klass = elem["class"] || "figure"
  klasslbl = @i18n.get[klass] || klass
  lower2cap klasslbl
end

#figure_label?(elem) ⇒ `Boolean`

Returns:

(Boolean)

# File 'lib/isodoc/presentation_function/image.rb', line 56

def figure_label?(elem)
  elem.at(ns("./figure")) && !elem.at(ns("./name")) and return false
  true
end

#figuresource(elem) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/block.rb', line 171

def figuresource(elem)
  source1(elem)
end

#floattitle(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 38

def floattitle(docxml)
  p = "//clause | //annex | //appendix | //introduction | //foreword | " \
      "//preface/abstract | //acknowledgements | //terms | " \
      "//definitions | //references | //colophon | //indexsect"
  docxml.xpath(ns(p)).each { |f| floattitle1(f) }
  # top-level
  docxml.xpath(ns("//sections | //preface | //colophon"))
    .each { |f| floattitle1(f) }
end

#floattitle1(elem) ⇒ `Object`

TODO not currently doing anything with the @depth attribute of floating-title

# File 'lib/isodoc/presentation_function/section.rb', line 49

def floattitle1(elem)
  elem.xpath(ns(".//floating-title")).each do |p|
    p.name = "p"
    p["type"] = "floating-title"
  end
end

#fonts_metadata(xmldoc) ⇒ `Object`

# File 'lib/isodoc/presentation_function/metadata.rb', line 66

def fonts_metadata(xmldoc)
  ins = presmeta_insert_pt(xmldoc)
  @fontist_fonts and CSV.parse_line(@fontist_fonts, col_sep: ";")
    .map(&:strip).reverse_each do |f|
    ins.next = presmeta("fonts", f)
  end
  @fontlicenseagreement and
    ins.next = presmeta("font-license-agreement", @fontlicenseagreement)
end

#formula(docxml) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/block.rb', line 29

def formula(docxml)
  docxml.xpath(ns("//formula")).each { |f| formula1(f) }
end

#formula1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/block.rb', line 33

def formula1(elem)
  formula_where(elem.at(ns("./dl")))
  lbl = @xrefs.anchor(elem["id"], :label, false)
  prefix_name(elem, "", lbl, "name")
end

#formula_where(dlist) ⇒ `Object`

# File 'lib/isodoc/presentation_function/block.rb', line 39

def formula_where(dlist)
  dlist or return
  dlist["class"] = "formula_dl"
  where = dlist.xpath(ns("./dt")).size > 1 ? @i18n.where : @i18n.where_one
  dlist.previous = "<p keep-with-next='true'>#{where}</p>"
end

#gather_xref_locations(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/xrefs.rb', line 115

def gather_xref_locations(node)
  node.xpath(ns("./location")).each_with_object([]) do |l, m|
    type = @xrefs.anchor(l["target"], :type)
    m << { conn: l["connective"], target: l["target"],
           type:, node: l, elem: @xrefs.anchor(l["target"], :elem),
           container: @xrefs.anchor(l["target"], :container, false) ||
             %w(termnote).include?(type) }
  end
end

#get_linkend(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 12

def get_linkend(node)
  node["style"] == "id" and anchor_id_postprocess(node)
  xref_empty?(node) or return
  target = docid_l10n(node["target"]) ||
    expand_citeas(docid_l10n(node["citeas"]))
  link = anchor_linkend(node, target)
  link += eref_localities(node.xpath(ns("./locality | ./localityStack")),
                          link, node)
  non_locality_elems(node).each(&:remove)
  node.add_child(cleanup_entities(link))
  unnest_linkend(node)
end

#hash_translate(bibdata, hash, xpath, lang = @lang) ⇒ `Object`

# File 'lib/isodoc/presentation_function/bibdata.rb', line 47

def hash_translate(bibdata, hash, xpath, lang = @lang)
  x = bibdata.at(ns(xpath)) or return
  hash.is_a? Hash or return
  hash[x.text] or return
  tag_translate(x, lang, hash[x.text])
end

#hidden_items(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 31

def hidden_items(docxml)
  docxml.xpath(ns("//references[bibitem/@hidden = 'true']")).each do |x|
    x.at(ns("./bibitem[not(@hidden = 'true')]")) and next
    x.elements.map(&:name).any? do |n|
      !%w(title bibitem).include?(n)
    end and next
    x["hidden"] = "true"
  end
end

#i18n_chain_boolean(value, entry) ⇒ `Object`

# File 'lib/isodoc/presentation_function/xrefs.rb', line 146

def i18n_chain_boolean(value, entry)
  @i18n.send("chain_#{entry[:conn]}").sub("%1", value)
    .sub("%2", loc2xref(entry))
end

#i18n_safe(key) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/metadata.rb', line 152

def i18n_safe(key)
  key.to_s.gsub(/\s|\./, "_")
end

#i18n_tag(key, value) ⇒ `Object`

# File 'lib/isodoc/presentation_function/metadata.rb', line 147

def i18n_tag(key, value)
  "<localized-string key='#{key}' language='#{@lang}'>#{value}" \
    "</localized-string>"
end

#i8n_name(hash, pref) ⇒ `Object`

# File 'lib/isodoc/presentation_function/metadata.rb', line 156

def i8n_name(hash, pref)
  case hash
  when Hash then i8n_name1(hash, pref)
  when Array
    hash.reject { |a| blank?(a) }.each_with_object([])
      .with_index do |(v1, g), i|
        i8n_name(v1, "#{i18n_safe(k)}.#{i}").each { |x| g << x }
      end
  else [i18n_tag(pref, hash)]
  end
end

#i8n_name1(hash, pref) ⇒ `Object`

# File 'lib/isodoc/presentation_function/metadata.rb', line 168

def i8n_name1(hash, pref)
  hash.reject { |_k, v| blank?(v) }.each_with_object([]) do |(k, v), g|
    case v
    when Hash then i8n_name(v, i18n_safe(k)).each { |x| g << x }
    when Array
      v.reject { |a| blank?(a) }.each_with_index do |v1, i|
        i8n_name(v1, "#{i18n_safe(k)}.#{i}").each { |x| g << x }
      end
    else
      g << i18n_tag("#{pref}#{pref.empty? ? '' : '.'}#{i18n_safe(k)}", v)
    end
  end
end

#ident_fn(bib) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 198

def ident_fn(bib)
  ret = bib.at(ns("./docidentifier//fn")) or return ""
  to_xml(ret.remove)
end

#identifier(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 87

def identifier(docxml)
  (docxml.xpath(ns("//identifier")) -
    docxml.xpath(ns("//bibdata/identifier")) -
    docxml.xpath(ns("//bibitema/identifier")))
    .each do |n|
    n.name = "tt"
  end
end

#imageconvert(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 28

def imageconvert(docxml)
  docxml.xpath(ns("//image")).each do |f|
    eps2svg(f)
    svg_emf_double(f)
  end
end

#imgfile_suffix(uri, suffix) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/image.rb', line 158

def imgfile_suffix(uri, suffix)
  "#{File.join(File.dirname(uri), File.basename(uri, '.*'))}.#{suffix}"
end

#implicit_number_formatter(num, locale) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 43

def implicit_number_formatter(num, locale)
  num.ancestors("formula").empty? or return
  ## by default, no formatting in formulas
  fmt = { significant: num_totaldigits(num.text) }.compact
  n = normalise_number(num.text)
  @numfmt.localized_number(n, locale:, format: fmt,
                              precision: num_precision(num.text))
end

#index(docxml) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/section.rb', line 101

def index(docxml)
  docxml.xpath(ns("//index | //index-xref | //indexsect")).each(&:remove)
end

#inline(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_xml_convert.rb', line 88

def inline(docxml)
  bibitem_lookup(docxml) # feeds citeas
  citeas docxml # feeds xref, eref, origin, quotesource
  xref docxml
  eref docxml # feeds eref2link
  origin docxml # feeds eref2link
  quotesource docxml # feeds eref2link
  eref2link docxml
  mathml docxml
  ruby docxml
  variant docxml
  identifier docxml
  date docxml
  passthrough docxml
  inline_format docxml
end

#inline_format(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 108

def inline_format(docxml)
  custom_charset(docxml)
  text_transform(docxml)
end

#insert_biblio_tag(bib, ordinal, biblio, standard) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 149

def insert_biblio_tag(bib, ordinal, biblio, standard)
  datefn = date_note_process(bib)
  ids = @xrefs.klass.bibitem_ref_code(bib)
  idents = @xrefs.klass.render_identifier(ids)
  ret = if biblio then biblio_ref_entry_code(ordinal, idents, ids,
                                             standard, datefn, bib)
        else norm_ref_entry_code(ordinal, idents, ids, standard, datefn,
                                 bib)
        end
  bib << "<biblio-tag>#{ret}</biblio-tag>"
end

#large_notation_fmt(symbols, num) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 97

def large_notation_fmt(symbols, num)
  n = symbols[:large_notation]
  min = BigDecimal(symbols[:large_notation_min] || "1e-6")
  max = BigDecimal(symbols[:large_notation_max] || "1e6")
  n1 = large_notation_fmt1(num, n, min, max) and symbols[:notation] = n1
  symbols.delete(:large_notation)
  symbols.delete(:large_notation_min)
  symbols.delete(:large_notation_max)
  symbols
end

#large_notation_fmt1(num, notation, min, max) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 108

def large_notation_fmt1(num, notation, min, max)
  notation.nil? || notation == "nil" and return nil
  val = BigDecimal(num).abs
  val.zero? and return nil
  val < min and return notation
  val > max and return notation
  nil
end

#loc2xref(entry) ⇒ `Object`

# File 'lib/isodoc/presentation_function/xrefs.rb', line 125

def loc2xref(entry)
  if entry[:target]
    "<xref nested='true' target='#{entry[:target]}'>#{entry[:label]}</xref>"
  else
    entry[:label]
  end
end

#locality_delimiter(_loc) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/erefs.rb', line 136

def locality_delimiter(_loc)
  ", "
end

#localize_maths(node, locale) ⇒ `Object`

symbols is merged into TwitterCldr::DataReaders::NumberDataReader.new(locale).symbols

# File 'lib/isodoc/presentation_function/math.rb', line 22

def localize_maths(node, locale)
  node.xpath(".//m:mn", MATHML).each do |x|
    fmt = x["data-metanorma-numberformat"]
    x.delete("data-metanorma-numberformat")
    x.children =
      if !fmt.nil? && !fmt.empty?
        explicit_number_formatter(x, locale, fmt)
      else implicit_number_formatter(x, locale)
      end
  rescue ArgumentError
  rescue StandardError, RuntimeError => e
    warn "Failure to localise MathML/mn\n#{node.parent.to_xml}\n#{e}"
  end
end

#localized_strings(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/metadata.rb', line 13

def localized_strings(docxml)
  a = docxml.at(ns("//bibdata")) or return
  a.next =
    "<localized-strings>#{i8n_name(trim_hash(@i18n.get), '').join}" \
    "</localized-strings>"
end

#lower2cap(text) ⇒ `Object`

# File 'lib/isodoc/presentation_function/block.rb', line 7

def lower2cap(text)
  /^[[:upper:]][[:upper:]]/.match?(text) and return text
  text&.capitalize
end

#mathml(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 9

def mathml(docxml)
  docxml.xpath("//m:math", MATHML).each { |f| mathml_linebreak(f) }
  locale = @lang.to_sym
  @numfmt = Plurimath::NumberFormatter
    .new(locale, localize_number: @localizenumber,
                 localizer_symbols: twitter_cldr_localiser_symbols)
  docxml.xpath("//m:math", MATHML).each do |f| # rubocop:disable Style/CombinableLoops
    mathml1(f, locale)
  end
end

#mathml1(node, locale) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 158

def mathml1(node, locale)
  mathml_style_inherit(node)
  mathml_number(node, locale)
end

#mathml_linebreak(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 163

def mathml_linebreak(node)
  node.at(".//*/@linebreak") or return
  m = Plurimath::Math.parse(node.to_xml, :mathml)
    .to_mathml(split_on_linebreak: true)
  ret = Nokogiri::XML("<m>#{m}</m>").root
  ret.elements.each_with_index do |e, i|
    i.zero? or e.previous = "<br/>"
  end
  node.replace(<<~OUTPUT)
    <math-with-linebreak>#{ret.children}</math-with-linebreak><math-no-linebreak>#{node.to_xml}</math-no-linebreak>
  OUTPUT
end

#mathml_number(node, locale) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 185

def mathml_number(node, locale)
  justnumeral = numeric_mathml?(node)
  justnumeral or asciimath_dup(node)
  localize_maths(node, locale)
  if justnumeral
    maths_just_numeral(node)
  else
    mn_to_msup(node)
  end
end

#mathml_number_to_number(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 212

def mathml_number_to_number(node)
  (node.elements.size == 1 && node.elements.first.name == "mn") or return
  repl = node.at("./m:mn", MATHML).children
  if node.parent.name == "stem"
    node.parent.replace(repl)
  else
    node.replace(repl)
  end
end

#mathml_style_inherit(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 206

def mathml_style_inherit(node)
  node.at("./ancestor::xmlns:strong") or return
  node.children =
    "<mstyle mathvariant='bold'>#{node.children.to_xml}</mstyle>"
end

#maths_just_numeral(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 148

def maths_just_numeral(node)
  mn = node.at(".//m:mn", MATHML).children.text
    .sub(/\^([0-9+-]+)$/, "<sup>\\1</sup>")
  if node.parent.name == "stem"
    node.parent.replace(mn)
  else
    node.replace(mn)
  end
end

#merge_preferred_eligible?(first, second) ⇒ `Boolean`

Returns:

(Boolean)

# File 'lib/isodoc/presentation_function/terms.rb', line 31

def merge_preferred_eligible?(first, second)
  firstex = first.at(ns("./expression")) || {}
  secondex = second.at(ns("./expression")) || {}
  first["geographic-area"] == second["geographic-area"] &&
    firstex["language"] == secondex["language"] &&
    !first.at(ns("./pronunciation | ./grammar")) &&
    !second.at(ns("./pronunciation | ./grammar"))
end

#merge_second_preferred(term) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 17

def merge_second_preferred(term)
  pref = nil
  term.xpath(ns("./preferred[expression/name]")).each_with_index do |p, i|
    (i.zero? and pref = p) or merge_second_preferred1(pref, p)
  end
end

#merge_second_preferred1(pref, second) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 24

def merge_second_preferred1(pref, second)
  merge_preferred_eligible?(pref, second) or return
  n1 = pref.at(ns("./expression/name"))
  n2 = second.remove.at(ns("./expression/name"))
  n1.children = l10n("#{to_xml(n1.children)}; #{Common::to_xml(n2.children)}")
end

#metadata(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/metadata.rb', line 3

def metadata(docxml)
  toc_metadata(docxml)
  fonts_metadata(docxml)
  attachments_extract(docxml)
  preprocess_xslt_insert(docxml)
  localized_strings(docxml)
  a = docxml.at(ns("//metanorma-extension")) or return
  a.elements.empty? and a.remove
end

#metanorma_extension_insert_pt(xml) ⇒ `Object`

# File 'lib/isodoc/presentation_xml_convert.rb', line 124

def metanorma_extension_insert_pt(xml)
  xml.at(ns("//metanorma-extension")) ||
    xml.at(ns("//bibdata"))&.after("<metanorma-extension/>")
      &.next_element ||
    xml.root.elements.first.before("<metanorma-extension/>")
      .previous_element
end

#middle_title(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 5

def middle_title(docxml)
  s = docxml.at(ns("//sections")) or return
  t = @meta.get[:doctitle]
  t.nil? || t.empty? and return
  s.add_first_child "<p class='zzSTDTitle1'>#{t}</p>"
end

#mn_to_msup(node) ⇒ `Object`

convert any Ascii superscripts to correct(ish) MathML Not bothering to match times, base of 1.0 x 10^-20, just ^-20

# File 'lib/isodoc/presentation_function/math.rb', line 178

def mn_to_msup(node)
  node.xpath(".//m:mn", MATHML).each do |n|
    m = %r{^(.+)\^([0-9+-]+)$}.match(n.text) or next
    n.replace("<msup><mn>#{m[1]}</mn><mn>#{m[2]}</mn></msup>")
  end
end

#move_norm_ref_to_sections(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 14

def move_norm_ref_to_sections(docxml)
  docxml.at(ns(@xrefs.klass.norm_ref_xpath)) or return
  s = move_norm_ref_to_sections_insert_pt(docxml) or return
  docxml.xpath(ns(@xrefs.klass.norm_ref_xpath)).each do |r|
    r.at("./ancestor::xmlns:bibliography") or next
    s << r.remove
  end
end

#move_norm_ref_to_sections_insert_pt(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 23

def move_norm_ref_to_sections_insert_pt(docxml)
  s = docxml.at(ns("//sections")) and return s
  s = docxml.at(ns("//preface")) and
    return s.after("<sections/>").next_element
  docxml.at(ns("//annex | //bibliography"))&.before("<sections/>")
    &.previous_element
end

#multidef(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 128

def multidef(elem)
  d = elem.at(ns("./definition"))
  d = d.replace("<ol><li>#{to_xml(d.children)}</li></ol>").first
  elem.xpath(ns("./definition")).each do |f|
    f = f.replace("<li>#{to_xml(f.children)}</li>").first
    d << f
  end
  d.wrap("<definition></definition>")
end

#non_locality_elems(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 6

def non_locality_elems(node)
  node.children.reject do |c|
    %w{locality localityStack location}.include? c.name
  end
end

#norm_ref_entry_code(_ordinal, idents, _ids, _standard, datefn, _bib) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 161

def norm_ref_entry_code(_ordinal, idents, _ids, _standard, datefn, _bib)
  ret = (idents[:ordinal] || idents[:metanorma] || idents[:sdo]).to_s
  (idents[:ordinal] || idents[:metanorma]) && idents[:sdo] and
    ret += ", #{idents[:sdo]}"
  ret += datefn
  ret.empty? and return ret
  idents[:sdo] and ret += ","
  "#{ret} "
end

#normalise_number(num) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 37

def normalise_number(num)
  n = BigDecimal(num).to_s("F")
  /\.\d/.match?(num) or n.sub!(/\.\d+$/, "")
  n
end

#note(docxml) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/block.rb', line 59

def note(docxml)
  docxml.xpath(ns("//note")).each { |f| note1(f) }
end

#note1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/block.rb', line 63

def note1(elem)
  %w(bibdata bibitem).include?(elem.parent.name) ||
    elem["notag"] == "true" and return
  n = @xrefs.get[elem["id"]]
  lbl = @i18n.note
  (n.nil? || n[:label].nil? || n[:label].empty?) or
    lbl = l10n("#{lbl} #{n[:label]}")
  prefix_name(elem, "", lbl, "name")
end

#num_precision(num) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 117

def num_precision(num)
  precision = nil
  /\.(?!\d+e)/.match?(num) and
    precision = twitter_cldr_localiser_symbols[:precision] ||
      num.sub(/^.*\./, "").size
  precision
end

#num_totaldigits(num) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 125

def num_totaldigits(num)
  totaldigits = nil
  /\.(?=\d+e)/.match?(num) and
    totaldigits = twitter_cldr_localiser_symbols[:significant] ||
      num.sub(/^0\./, ".").sub(/^.*\./, "").sub(/e.*$/, "").size
  totaldigits
end

#numberformat_extract(options) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 52

def numberformat_extract(options)
  options.gsub!(/([a-z_]+)='/, %('\\1=))
  CSV.parse_line(options, quote_char: "'").each_with_object({}) do |x, acc|
    m = /^(.+?)=(.+)?$/.match(x) or next
    acc[m[1].to_sym] = m[2].sub(/^(["'])(.+)\1$/, "\\2")
  end
end

#numberformat_type(ret) ⇒ `Object`

# File 'lib/isodoc/presentation_function/math.rb', line 60

def numberformat_type(ret)
  %i(precision significant digit_count group_digits fraction_group_digits)
    .each do |i|
    ret[i] &&= ret[i].to_i
  end
  %i(notation exponent_sign number_sign locale).each do |i|
    ret[i] &&= ret[i].to_sym
  end
  ret
end

#numeric_mathml?(node) ⇒ `Boolean`

Returns:

(Boolean)

# File 'lib/isodoc/presentation_function/math.rb', line 196

def numeric_mathml?(node)
  m = {}
  node.traverse do |x|
    %w(mstyle mrow math text).include?(x.name) and next
    m[x.name] ||= 0
    m[x.name] += 1
  end
  m.keys.size == 1 && m["mn"] == 1
end

#ol(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/block.rb', line 129

def ol(docxml)
  docxml.xpath(ns("//ol")).each { |f| ol1(f) }
  @xrefs.list_anchor_names(docxml.xpath(ns(@xrefs.sections_xpath)))
  docxml.xpath(ns("//ol/li")).each { |f| ol_label(f) }
end

#ol1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/block.rb', line 148

def ol1(elem)
  elem["type"] ||= ol_depth(elem).to_s
  elem.xpath(ns("./li")).each do |li|
    li["id"] ||= "_#{UUIDTools::UUID.random_create}"
  end
end

#ol_depth(node) ⇒ `Object`

We don’t really want users to specify type of ordered list; we will use by default a fixed hierarchy as practiced by ISO (though not fully spelled out): a) 1) i) A) I)

# File 'lib/isodoc/presentation_function/block.rb', line 138

def ol_depth(node)
  depth = node.ancestors("ul, ol").size + 1
  type = :alphabet
  type = :arabic if [2, 7].include? depth
  type = :roman if [3, 8].include? depth
  type = :alphabet_upper if [4, 9].include? depth
  type = :roman_upper if [5, 10].include? depth
  type
end

#ol_label(elem) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/block.rb', line 155

def ol_label(elem)
  elem["label"] = @xrefs.anchor(elem["id"], :label, false)
end

#origin(docxml) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/inline.rb', line 52

def origin(docxml)
  docxml.xpath(ns("//origin[not(termref)]")).each { |f| xref1(f) }
end

#passthrough(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 157

def passthrough(docxml)
  formats = @output_formats.keys
  docxml.xpath(ns("//passthrough")).each do |p|
    passthrough1(p, formats)
  end
end

#passthrough1(elem, formats) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 164

def passthrough1(elem, formats)
  (elem["formats"] && !elem["formats"].empty?) or elem["formats"] = "all"
  f = elem["formats"].split(",")
  (f - formats).size == f.size or elem["formats"] = "all"
  elem["formats"] == "all" and elem["formats"] = formats.join(",")
  elem["formats"] = ",#{elem['formats']},"
end

#passthrough_xslt ⇒ `Object`

# File 'lib/isodoc/presentation_function/metadata.rb', line 110

def passthrough_xslt
  @output_formats.nil? and return nil
  @output_formats.empty? and return nil
  @output_formats.each_key.with_object([]) do |k, m|
    m << <<~XSLT
      <preprocess-xslt format="#{k}">
        #{xslt_template(<<~XSLT1)
          <xsl:template match="*[local-name() = 'passthrough']">
            <xsl:if test="contains(@formats,',#{k},')"> <!-- delimited -->
            #{COPY_XSLT}
            </xsl:if>
          </xsl:template>
        XSLT1
        }
      </preprocess-xslt>
    XSLT
    m << <<~XSLT
      <preprocess-xslt format="#{k}">
        #{xslt_template(<<~XSLT1)
          <xsl:template match="*[local-name() = 'math-with-linebreak']">
          #{k == 'pdf' ? COPY_CHILDREN_XSLT : ''}
          </xsl:template>
          <xsl:template match="*[local-name() = 'math-no-linebreak']">
          #{k == 'pdf' ? '' : COPY_CHILDREN_XSLT}
          </xsl:template>
        XSLT1
        }
      </preprocess-xslt>
    XSLT
  end.join("\n")
end

#permission(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/reqt.rb', line 17

def permission(docxml)
  docxml.xpath(ns("//permission")).each do |f|
    recommendation1(f, lower2cap(f["class"]) ||
                    lower2cap(@i18n.permission))
  end
end

#postprocess(result, filename, _dir) ⇒ `Object`

# File 'lib/isodoc/presentation_xml_convert.rb', line 161

def postprocess(result, filename, _dir)
  to_xml_file(result, filename)
  @files_to_delete.each { |f| FileUtils.rm_rf f }
end

#preceding_floating_titles(node, idx) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 122

def preceding_floating_titles(node, idx)
  out = node.xpath("./preceding-sibling::*")
    .reverse.each_with_object([]) do |p, m|
    %w(note admonition p).include?(p.name) or break m
    m << p
  end
  out.reject { |c| c["displayorder"] }.reverse_each do |c|
    c["displayorder"] = idx
    idx += 1
  end
  idx
end

#preceding_floats(clause) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 203

def preceding_floats(clause)
  ret = []
  p = clause
  while prev = p.previous_element
    if prev.name == "floating-title"
      ret << prev
      p = prev
    else break
    end
  end
  ret
end

#preface_move(clause, after, _doc) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 180

def preface_move(clause, after, _doc)
  clause or return
  preface = clause.parent
  float = preceding_floats(clause)
  prev = nil
  xpath = after.map { |n| "./self::xmlns:#{n}" }.join(" | ")
  xpath.empty? and xpath = "./self::*[not(following-sibling::*)]"
  preface_move1(clause, preface, float, prev, xpath)
end

#preface_move1(clause, preface, float, prev, xpath) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 190

def preface_move1(clause, preface, float, prev, xpath)
  preface.elements.each do |x|
    ((x.name == "floating-title" || x.at(xpath)) &&
    xpath != "./self::*[not(following-sibling::*)]") or prev = x
    x.at(xpath) or next
    clause == prev and break
    prev ||= preface.children.first
    float << clause
    float.each { |n| prev.next = n }
    break
  end
end

#preface_rearrange(doc) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 169

def preface_rearrange(doc)
  preface_move(doc.at(ns("//preface/abstract")),
               %w(foreword introduction clause acknowledgements), doc)
  preface_move(doc.at(ns("//preface/foreword")),
               %w(introduction clause acknowledgements), doc)
  preface_move(doc.at(ns("//preface/introduction")),
               %w(clause acknowledgements), doc)
  preface_move(doc.at(ns("//preface/acknowledgements")),
               %w(), doc)
end

#prefix_bracketed_ref(text) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/refs.rb', line 185

def prefix_bracketed_ref(text)
  "#{text}<tab/>"
end

#prefix_container(container, linkend, node, target) ⇒ `Object`

# File 'lib/isodoc/presentation_function/xrefs.rb', line 3

def prefix_container(container, linkend, node, target)
  prefix_container?(container, node) or return linkend
  container_container = @xrefs.anchor(container, :container, false)
  container_label =
    prefix_container(container_container,
                     anchor_xref(node, container, container: true),
                     node, target)
  l10n(@i18n.nested_xref.sub("%1", container_label)
    .sub("%2", linkend))
end

#prefix_container?(container, node) ⇒ `Boolean`

Returns:

(Boolean)

# File 'lib/isodoc/presentation_function/xrefs.rb', line 68

def prefix_container?(container, node)
  node["style"] == "modspec" and return false # TODO: move to mn-requirements?
  type = @xrefs.anchor(node["target"], :type)
  container &&
    get_note_container_id(node, type) != container &&
    @xrefs.get[node["target"]]
end

#prefix_name(node, delim, number, elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/block.rb', line 16

def prefix_name(node, delim, number, elem)
  number.nil? || number.empty? and return
  unless name = node.at(ns("./#{elem}"))
    #(node.children.empty? and node.add_child("<#{elem}></#{elem}>")) or
    #  node.children.first.previous = "<#{elem}></#{elem}>"
    node.add_first_child "<#{elem}></#{elem}>"
    name = node.children.first
  end
  if name.children.empty? then name.add_child(cleanup_entities(number.strip))
  else (name.children.first.previous = "#{number.strip}#{delim}")
  end
end

#prep_for_rendering(bib) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 52

def prep_for_rendering(bib)
  bib["suppress_identifier"] == true and
    bib.xpath(ns("./docidentifier")).each(&:remove)
  bib["type"] ||= "standard"
end

#preprocess_xslt_insert(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/metadata.rb', line 86

def preprocess_xslt_insert(docxml)
  content = ""
  p = passthrough_xslt and content += p
  p = preprocess_xslt_read and content += File.read(p)
  content.empty? and return
  ins = extension_insert(docxml, %w(render))
  ins << content
end

#preprocess_xslt_read ⇒ `Object`

read in from file, but with ‘<preprocess-xslt @format=“”>` wrapper



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# File 'lib/isodoc/presentation_function/metadata.rb', line 143

def preprocess_xslt_read
  html_doc_path("preprocess.xslt")
end

#presmeta(name, value) ⇒ `Object`

# File 'lib/isodoc/presentation_function/metadata.rb', line 81

def presmeta(name, value)
  "<presentation-metadata><name>#{name}</name><value>#{value}</value>" \
    "</presentation-metadata>"
end

#presmeta_insert_pt(xmldoc) ⇒ `Object`

# File 'lib/isodoc/presentation_function/metadata.rb', line 76

def presmeta_insert_pt(xmldoc)
  xmldoc.at(ns("//presentation-metadata")) ||
    extension_insert_pt(xmldoc).children.last
end

#quotesource(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 56

def quotesource(docxml)
  docxml.xpath(ns("//quote/source")).each { |f| xref1(f) }
  docxml.xpath(ns("//quote/source//xref")).each do |f|
    f.replace(f.children)
  end
end

#rearrange_clauses(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 216

def rearrange_clauses(docxml)
  preface_rearrange(docxml) # feeds toc_title
  toc_title(docxml)
end

#recommendation(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/reqt.rb', line 3

def recommendation(docxml)
  docxml.xpath(ns("//recommendation")).each do |f|
    recommendation1(f, lower2cap(f["class"]) ||
                    lower2cap(@i18n.recommendation))
  end
end

#recommendation1(elem, type) ⇒ `Object`

# File 'lib/isodoc/presentation_function/reqt.rb', line 24

def recommendation1(elem, type)
  lbl = @reqt_models.model(elem["model"])
    .recommendation_label(elem, type, xrefs)
  prefix_name(elem, "", l10n(lbl), "name")
end

#references(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 3

def references(docxml)
  bibliography_bibitem_number(docxml)
  renderings = references_render(docxml)
  docxml.xpath(ns("//references/bibitem")).each do |x|
    bibitem(x, renderings)
  end
  hidden_items(docxml)
  move_norm_ref_to_sections(docxml)
  @xrefs.parse_inclusions(refs: true).parse(docxml)
end

#references_render(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/refs.rb', line 41

def references_render(docxml)
  d = docxml.clone
  d.remove_namespaces!
  refs = d.xpath("//references/bibitem").each_with_object([]) do |b, m|
    prep_for_rendering(b)
    m << to_xml(b)
  end.join
  @bibrender.render_all("<references>#{refs}</references>",
                        type: citestyle)
end

#reinsert_callout(xml) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/sourcecode.rb', line 129

def reinsert_callout(xml)
  "<span class='c'>#{to_xml(xml)}</span>"
end



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# File 'lib/isodoc/presentation_function/concepts.rb', line 73

def related(docxml)
  docxml.xpath(ns("//related")).each { |f| related1(f) }
end

#related1(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/concepts.rb', line 77

def related1(node)
  p = node.at(ns("./preferred"))
  ref = node.at(ns("./xref | ./eref | ./termref"))
  label = @i18n.relatedterms[node["type"]].upcase
  if p && ref
    node.replace(l10n("<p><strong>#{label}:</strong> " \
                      "<em>#{to_xml(p)}</em> (#{Common::to_xml(ref)})</p>"))
  else
    node.replace(l10n("<p><strong>#{label}:</strong> " \
                      "<strong>**RELATED TERM NOT FOUND**</strong></p>"))
  end
end

#requirement(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/reqt.rb', line 10

def requirement(docxml)
  docxml.xpath(ns("//requirement")).each do |f|
    recommendation1(f, lower2cap(f["class"]) ||
                    lower2cap(@i18n.requirement))
  end
end

#requirement_render(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/reqt.rb', line 34

def requirement_render(docxml)
  requirement_render_preprocessing(docxml)
  REQS.each do |x|
    REQS.each do |y|
      docxml.xpath(ns("//#{x}//#{y}")).each { |r| requirement_render1(r) }
    end
  end
  docxml.xpath(ns("//requirement | //recommendation | //permission"))
    .each { |r| requirement_render1(r) }
end

#requirement_render1(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/reqt.rb', line 45

def requirement_render1(node)
  node.replace(@reqt_models.model(node["model"])
    .requirement_render1(node))
end

#requirement_render_preprocessing(docxml) ⇒ `Object`

30	# File 'lib/isodoc/presentation_function/reqt.rb', line 30 def requirement_render_preprocessing(docxml); end

#resolve_comma_connectives(locs) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 64

def resolve_comma_connectives(locs)
  locs1 = []
  add = ""
  until locs.empty?
    locs, locs1, add = resolve_comma_connectives1(locs, locs1, add)
  end
  locs1 << add unless add.empty?
  locs1
end

#resolve_comma_connectives1(locs, locs1, add) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 74

def resolve_comma_connectives1(locs, locs1, add)
  if [", ", " ", ""].include?(locs[1])
    add += locs[0..2].join
    locs.shift(3)
  else
    locs1 << add unless add.empty?
    add = ""
    locs1 << locs.shift
  end
  [locs, locs1, add]
end

#resolve_eref_connectives(locs) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 54

def resolve_eref_connectives(locs)
  locs = resolve_comma_connectives(locs)
  locs = resolve_to_connectives(locs)
  locs.size < 3 and return locs
  locs = locs.each_slice(2).with_object([]) do |a, m|
    m << { conn: a[0], label: a[1] }
  end
  [", ", combine_conn(locs)]
end

#resolve_to_connectives(locs) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 86

def resolve_to_connectives(locs)
  locs1 = []
  until locs.empty?
    if locs[1] == "to"
      locs1 << @i18n.chain_to.sub("%1", locs[0]).sub("%2", locs[2])
      locs.shift(3)
    else locs1 << locs.shift
    end
  end
  locs1
end

#rouge_css_location ⇒ `Object`

replace in local gem rather than specify overrides of default

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 21

def rouge_css_location
  File.read(File.join(File.dirname(__FILE__), "..", "base_style",
                      "rouge.css"))
end

#ruby(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 182

def ruby(docxml)
  (docxml.xpath(ns("//ruby")) - docxml.xpath(ns("//ruby//ruby")))
    .each do |r|
    ruby1(r)
  end
end

#ruby1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 189

def ruby1(elem)
  v = elem.at(ns("./pronunciation | ./annotation")).remove
  elem.xpath(ns("./ruby")).each do |r|
    ruby1(r)
  end
  t = elem.children.to_xml
  elem.replace("<ruby><rb>#{t}</rb><rt>#{v['value']}</rt></ruby>")
end

#save_attachment(attachment, dir) ⇒ `Object`

# File 'lib/isodoc/presentation_function/metadata.rb', line 30

def save_attachment(attachment, dir)
  n = File.join(dir, File.basename(attachment["name"]))
  c = attachment.text.sub(%r{^data:[^;]+;(?:charset=[^;]+;)?base64,}, "")
  File.open(n, "wb") { |f| f.write(Base64.decode64(c)) }
end

#section(docxml) ⇒ `Object`

parse annex after term, references, to deal with single-term and single-ref annexes

# File 'lib/isodoc/presentation_xml_convert.rb', line 53

def section(docxml)
  references docxml
  # feeds middle_title
  # triggers xrefs reparse, so put references before all other sections,
  # which alter titles and thus can alter xrefs
  rearrange_clauses docxml # feeds toc, display_order, clausetitle, 
  # clause, middle_title
  middle_title docxml
  annex docxml
  clause docxml # feeds clausetitle
  term docxml
  index docxml
  clausetitle docxml # feeds floattitle
  floattitle docxml # feeds rearrange_clauses
  toc docxml
  display_order docxml
end

#semantic_xml_insert(xml) ⇒ `Object`

# File 'lib/isodoc/presentation_xml_convert.rb', line 115

def semantic_xml_insert(xml)
  @semantic_xml_insert or return
  embed = embedable_semantic_xml(xml)
  ins = metanorma_extension_insert_pt(xml)
  ins = ins.at(ns("./metanorma")) || ins.add_child("<metanorma/>").first
  ins = ins.add_child("<source/>").first
  ins << embed
end

#single_term_clause_retitle(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 73

def single_term_clause_retitle(elem)
  t = elem.at(ns("./terms | ./definitions | ./references"))
  title1 = elem.at(ns("./title"))
  title2 = t.at(ns("./title"))&.remove
  !title1 && title2 and
    elem.first_element_child.previous = title2
end

#single_term_clause_unnest(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 81

def single_term_clause_unnest(elem)
  t = elem.at(ns("./terms | ./definitions | ./references"))
  t.xpath(ns(".//clause | .//terms | .//definitions | .//references"))
    .each do |c|
      tit = c.at(ns("./title")) or return
      tit["depth"] = tit["depth"].to_i - 1 unless tit["depth"] == "1"
    end
end

#source(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/block.rb', line 159

def source(docxml)
  docxml.xpath(ns("//source/modification")).each do |f|
    source_modification(f)
  end
  docxml.xpath(ns("//table/source")).each { |f| tablesource(f) }
  docxml.xpath(ns("//figure/source")).each { |f| figuresource(f) }
end

#source1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/block.rb', line 175

def source1(elem)
  while elem&.next_element&.name == "source"
    elem << "; #{to_xml(elem.next_element.remove.children)}"
  end
  elem.children = l10n("[#{@i18n.source}: #{to_xml(elem.children).strip}]")
end

#source_highlight(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 70

def source_highlight(elem)
  @highlighter or return
  markup = source_remove_markup(elem)
  p = source_lex(elem)
  elem.children = if elem["linenums"] == "true"
                    r = sourcecode_table_to_elem(elem, p)
                    source_restore_markup_table(r, markup)
                  else
                    r = @highlighter[:formatter].format(p)
                    source_restore_markup(Nokogiri::XML.fragment(r), markup)
                  end
end

#source_label(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 152

def source_label(elem)
  labelled_ancestor(elem) and return
  lbl = @xrefs.anchor(elem["id"], :label, false) or return
  prefix_name(elem, block_delim,
              l10n("#{lower2cap @i18n.figure} #{lbl}"), "name")
end

#source_lex(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 143

def source_lex(elem)
  lexer = Rouge::Lexer.find(elem["lang"] || "plaintext") ||
    Rouge::Lexer.find("plaintext")
  l = Rouge::Lexers::Escape.new(start: "{^^{", end: "}^^}", lang: lexer)
  source = to_xml(elem.children).gsub(/</, "{^^{<").gsub(/>/, ">}^^}")
  l.lang.reset!
  l.lex(@c.decode(source))
end

#source_modification(mod) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/block.rb', line 182

def source_modification(mod)
  termsource_modification(mod.parent)
end

#source_remove_annotations(ret, elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 90

def source_remove_annotations(ret, elem)
  ret[:ann] = elem.xpath(ns("./annotation")).each(&:remove)
  ret[:call] = elem.xpath(ns("./callout")).each_with_object([]) do |c, m|
    m << { xml: c.remove, line: c.line - elem.line }
  end
  ret
end

#source_remove_markup(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 83

def source_remove_markup(elem)
  ret = {}
  name = elem.at(ns("./name")) and ret[:name] = name.remove.to_xml
  source_remove_annotations(ret, elem)
  ret
end

#source_restore_callouts(code, callouts) ⇒ `Object`

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 109

def source_restore_callouts(code, callouts)
  text = to_xml(code)
  text.split(/[\n\r]/).each_with_index do |c, i|
    while !callouts.empty? && callouts[0][:line] == i
      c.sub!(/\s+$/, " #{reinsert_callout(callouts[0][:xml])} ")
      callouts.shift
    end
  end.join("\n")
end

#source_restore_callouts_table(table, callouts) ⇒ `Object`

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 119

def source_restore_callouts_table(table, callouts)
  table.xpath(".//td[@class = 'rouge-code']/sourcecode")
    .each_with_index do |c, i|
    while !callouts.empty? && callouts[0][:line] == i
      c << " #{reinsert_callout(callouts[0][:xml])} "
      callouts.shift
    end
  end
end

#source_restore_markup(wrapper, markup) ⇒ `Object`

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 98

def source_restore_markup(wrapper, markup)
  ret = source_restore_callouts(wrapper, markup[:call])
  "#{markup[:name]}#{ret}#{markup[:ann]}"
end

#source_restore_markup_table(wrapper, markup) ⇒ `Object`

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 103

def source_restore_markup_table(wrapper, markup)
  source_restore_callouts_table(wrapper, markup[:call])
  ret = to_xml(wrapper)
  "#{markup[:name]}#{ret}#{markup[:ann]}"
end

#sourcecode(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 41

def sourcecode(docxml)
  sourcehighlighter_css(docxml)
  @highlighter = sourcehighlighter
  @callouts = {}
  docxml.xpath(ns("//sourcecode")).each do |f|
    sourcecode1(f)
  end
end

#sourcecode1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 50

def sourcecode1(elem)
  source_highlight(elem)
  source_label(elem)
  callouts(elem)
  annotations(elem)
end

#sourcecode_table_to_elem(elem, tokens) ⇒ `Object`

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 133

def sourcecode_table_to_elem(elem, tokens)
  r = Nokogiri::XML(@highlighter[:formatter_line].format(tokens)).root
  r.xpath(".//td[@class = 'rouge-code']/pre").each do |pre|
    %w(style).each { |n| elem[n] and pre[n] = elem[n] }
    pre.name = "sourcecode"
    pre.children = to_xml(pre.children).sub(/\s+$/, "")
  end
  r
end

#sourcehighlighter ⇒ `Object`

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 26

def sourcehighlighter
  @sourcehighlighter or return
  Rouge::Formatter.enable_escape!
  f = Rouge::Formatters::HTML.new
  opts = { gutter_class: "rouge-gutter", code_class: "rouge-code" }
  f1 = Rouge::Formatters::HTMLLineTable.new(f, opts)
  { formatter: f, formatter_line: f1 }
end

#sourcehighlighter_css(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 3

def sourcehighlighter_css(docxml)
  ret = custom_css(docxml)
  ret.empty? and return
  ins = extension_insert(docxml)
  ins << "<source-highlighter-css>#{ret}" \
         "</source-highlighter-css>"
end

#suffix_url(url) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 207

def suffix_url(url)
  url.nil? || %r{^https?://|^#}.match?(url) and return url
  File.extname(url).empty? or return url
  url.sub(/#{File.extname(url)}$/, ".html")
end

#svg_emf_double(img) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 77

def svg_emf_double(img)
  if emf?(img["mimetype"])
    img = emf_encode(img)
    #img.children.first.previous = emf_to_svg(img)
    img.add_first_child emf_to_svg(img)
  elsif img["mimetype"] == "image/svg+xml"
    src = svg_to_emf(img) or return
    img.add_child("<emf/>")
    img.elements.last["src"] = src
  end
end

#svg_extract(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 35

def svg_extract(elem)
  return unless %r{^data:image/svg\+xml;}.match?(elem["src"])
  return if elem.at("./m:svg", SVG)

  svg = Base64.strict_decode64(elem["src"]
    .sub(%r{^data:image/svg\+xml;(charset=[^;]+;)?base64,}, ""))
  x = Nokogiri::XML.fragment(svg.sub(/<\?xml[^<>]*>/, ""), &:huge)
  elem["src"] = ""
  elem.children = x
end

#svg_impose_height_attr(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 150

def svg_impose_height_attr(node)
  e = node.elements&.first or return
  (e.name == "svg" &&
    (!node["height"] || node["height"] == "auto")) or return
  node["height"] = e["height"]
  node["width"] = e["width"]
end

#svg_prep(img) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 96

def svg_prep(img)
  img["mimetype"] = "image/svg+xml"
  %r{^data:}.match?(img["src"]) or
    img["src"] = Vectory::Emf.from_path(img["src"]).to_uri.content
end

#svg_to_emf(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 128

def svg_to_emf(node)
  @output_formats[:doc] or return

  svg_impose_height_attr(node)

  if node.elements&.first&.name == "svg" || %r{^data:}.match?(node["src"])
    return svg_to_emf_from_node(node)
  end

  target_path = imgfile_suffix(node["src"], "emf")
  return target_path if File.exist?(target_path)

  svg_to_emf_from_node(node, target_path)
end

#svg_to_emf_from_node(node, target_path = nil) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 143

def svg_to_emf_from_node(node, target_path = nil)
  emf = Vectory::Svg.from_node(node).to_emf
  return emf.write(target_path).to_uri.content if target_path

  emf.to_uri.content
end

#svg_wrap(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 15

def svg_wrap(elem)
  return if elem.parent.name == "image"

  elem.wrap("<image src='' mimetype='image/svg+xml' height='auto' " \
            "width='auto'></image>")
end

#svgmap_extract(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 22

def svgmap_extract(elem)
  if f = elem.at(ns("./figure")) then elem.replace(f)
  else elem.remove
  end
end

#table(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/block.rb', line 92

def table(docxml)
  table_long_strings_cleanup(docxml)
  docxml.xpath(ns("//table")).each { |f| table1(f) }
end

#table1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/block.rb', line 97

def table1(elem)
  labelled_ancestor(elem) and return
  elem["unnumbered"] && !elem.at(ns("./name")) and return
  n = @xrefs.anchor(elem["id"], :label, false)
  prefix_name(elem, block_delim, l10n("#{lower2cap @i18n.table} #{n}"),
              "name")
end

#table_long_strings_cleanup(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/block.rb', line 105

def table_long_strings_cleanup(docxml)
  @break_up_urls_in_tables or return
  docxml.xpath(ns("//td | //th")).each do |d|
    d.traverse do |n|
      n.text? or next
      ret = Metanorma::Utils::break_up_long_str(n.text)
      n.content = ret
    end
  end
end

#tablesource(elem) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/block.rb', line 167

def tablesource(elem)
  source1(elem)
end

#tag_translate(tag, lang, value) ⇒ `Object`

# File 'lib/isodoc/presentation_function/bibdata.rb', line 64

def tag_translate(tag, lang, value)
  tag["language"] = ""
  tag.next = tag.dup
  tag.next["language"] = lang
  tag.next.children = value
end

#term(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 90

def term(docxml)
  docxml.xpath(ns("//term")).each do |f|
    term1(f)
  end
end

#term1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 96

def term1(elem)
  lbl = @xrefs.anchor(elem["id"], :label) or return
  prefix_name(elem, "", "#{lbl}#{clausedelim}", "name")
end

#termdefinition(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 117

def termdefinition(docxml)
  docxml.xpath(ns("//term[definition]")).each do |f|
    termdefinition1(f)
  end
end

#termdefinition1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 123

def termdefinition1(elem)
  unwrap_definition(elem)
  multidef(elem) if elem.xpath(ns("./definition")).size > 1
end

#termexample(docxml) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/terms.rb', line 104

def termexample(docxml)
  docxml.xpath(ns("//termexample")).each { |f| example1(f) }
end

#termnote(docxml) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/terms.rb', line 108

def termnote(docxml)
  docxml.xpath(ns("//termnote")).each { |f| termnote1(f) }
end

#termnote1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 112

def termnote1(elem)
  lbl = l10n(@xrefs.anchor(elem["id"], :label) || "???")
  prefix_name(elem, "", lower2cap(lbl), "name")
end

#terms(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_xml_convert.rb', line 105

def terms(docxml)
  termexample docxml
  termnote docxml
  termdefinition docxml
  designation docxml
  termsource docxml
  concept docxml
  related docxml
end

#termsource(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 147

def termsource(docxml)
  docxml.xpath(ns("//termsource")).each { |f| termsource_modification(f) }
  docxml.xpath(ns("//termsource")).each { |f| termsource1(f) }
end

#termsource1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 152

def termsource1(elem)
  while elem&.next_element&.name == "termsource"
    elem << "; #{to_xml(elem.next_element.remove.children)}"
  end
  elem.children = l10n("[#{@i18n.source}: #{to_xml(elem.children).strip}]")
end

#termsource_add_modification_text(mod) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 165

def termsource_add_modification_text(mod)
  mod or return
  mod.text.strip.empty? or mod.previous = " &#x2014; "
  mod.elements.size == 1 and
    mod.elements[0].replace(mod.elements[0].children)
  mod.replace(mod.children)
end

#termsource_modification(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 159

def termsource_modification(elem)
  origin = elem.at(ns("./origin"))
  s = termsource_status(elem["status"]) and origin.next = l10n(", #{s}")
  termsource_add_modification_text(elem.at(ns("./modification")))
end

#termsource_status(status) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 173

def termsource_status(status)
  case status
  when "modified" then @i18n.modified
  when "adapted" then @i18n.adapted
  end
end

#text_transform(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 113

def text_transform(docxml)
  docxml.xpath(ns("//span[contains(@style, 'text-transform')]")).each do |s|
    text_transform1(s)
  end
end

#text_transform1(span) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 119

def text_transform1(span)
  m = span["style"].split(/;\s*/)
  i = m.index { |x| /^text-transform/.match?(x) }
  value = m[i].sub(/^text-transform:/, "")
  change_case(span, value, true)
  m[i] = "text-transform:none"
  span["style"] = m.join(";")
end

#to_xml_file(result, filename) ⇒ `Object`



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# File 'lib/isodoc/presentation_xml_convert.rb', line 166

def to_xml_file(result, filename)
  File.open(filename, "w:UTF-8") { |f| f.write(result) }
end

#toc(docxml) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/section.rb', line 239

def toc(docxml)
  toc_refs(docxml)
end

#toc_metadata(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/metadata.rb', line 54

def toc_metadata(docxml)
  @tocfigures || @toctables || @tocrecommendations or return
  ins = extension_insert(docxml)
  @tocfigures and
    ins << "<toc type='figure'><title>#{@i18n.toc_figures}</title></toc>"
  @toctables and
    ins << "<toc type='table'><title>#{@i18n.toc_tables}</title></toc>"
  @tocfigures and
    ins << "<toc type='recommendation'><title>#{@i18n.toc_recommendations}" \
    "</title></toc>"
end

#toc_refs(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 243

def toc_refs(docxml)
  docxml.xpath(ns("//toc//xref[text()]")).each do |x|
    lbl = @xrefs.anchor(x["target"], :label) or next
    x.add_first_child "#{lbl}<tab/>"
  end
end

#toc_title(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 221

def toc_title(docxml)
  docxml.at(ns("//preface/clause[@type = 'toc']")) and return
  ins = toc_title_insert_pt(docxml) or return
  id = UUIDTools::UUID.random_create.to_s
  ins.previous = <<~CLAUSE
    <clause type = 'toc' id='_#{id}'><title depth='1'>#{@i18n.table_of_contents}</title></clause>
  CLAUSE
end

#toc_title_insert_pt(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/section.rb', line 230

def toc_title_insert_pt(docxml)
  ins = docxml.at(ns("//preface")) ||
    docxml.at(ns("//sections | //annex | //bibliography"))
      &.before("<preface> </preface>")
      &.previous_element or return nil
  ins.children.empty? and ins << " "
  ins.children.first
end

#trim_hash(hash) ⇒ `Object`

# File 'lib/isodoc/presentation_function/metadata.rb', line 187

def trim_hash(hash)
  loop do
    h_new = trim_hash1(hash)
    break hash if hash == h_new

    hash = h_new
  end
end

#trim_hash1(hash) ⇒ `Object`

# File 'lib/isodoc/presentation_function/metadata.rb', line 196

def trim_hash1(hash)
  hash.is_a?(Hash) or return hash
  hash.each_with_object({}) do |(k, v), g|
    blank?(v) and next
    g[k] = case v
           when Hash then trim_hash1(hash[k])
           when Array
             hash[k].map { |a| trim_hash1(a) }.reject { |a| blank?(a) }
           else v
           end
  end
end

#twitter_cldr_localiser_symbols ⇒ `Object`



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# File 'lib/isodoc/presentation_function/math.rb', line 133

def twitter_cldr_localiser_symbols
  {}
end

#unnest_linkend(node) ⇒ `Object`

so not <origin bibitemid=“ISO7301” citeas=“ISO 7301”> <locality type=“section”><reference>3.1</reference></locality></origin>

# File 'lib/isodoc/presentation_function/inline.rb', line 27

def unnest_linkend(node)
  node.at(ns("./xref[@nested]")) or return
  node.xpath(ns("./xref[@nested]")).each { |x| x.delete("nested") }
  node.xpath(ns("./location | ./locationStack")).each(&:remove)
  node.replace(node.children)
end

#unnumbered_clause?(elem) ⇒ `Boolean`

Returns:

(Boolean)

# File 'lib/isodoc/presentation_function/section.rb', line 22

def unnumbered_clause?(elem)
  !elem.ancestors("boilerplate, metanorma-extension").empty? ||
    @suppressheadingnumbers || elem["unnumbered"] ||
    elem.at("./ancestor::*[@unnumbered = 'true']")
end

#unwrap_definition(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 138

def unwrap_definition(elem)
  elem.xpath(ns("./definition")).each do |d|
    %w(verbal-definition non-verbal-representation).each do |e|
      v = d&.at(ns("./#{e}"))
      v&.replace(v.children)
    end
  end
end

#variant(xml) ⇒ `Object`

there should be no //variant in bibdata now

# File 'lib/isodoc/presentation_function/inline.rb', line 68

def variant(xml)
  b = xml.xpath(ns("//bibdata//variant"))
  (xml.xpath(ns("//variant")) - b).each { |f| variant1(f) }
  (xml.xpath(ns("//variant[@remove = 'true']")) - b).each(&:remove)
  (xml.xpath(ns("//variant")) - b).each do |v|
    v.next&.name == "variant" or next
    v.next = "/"
  end
  (xml.xpath(ns("//variant")) - b).each { |f| f.replace(f.children) }
end

#variant1(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 79

def variant1(node)
  if !((!node["lang"] || node["lang"] == @lang) &&
      (!node["script"] || node["script"] == @script)) &&
      found_matching_variant_sibling(node)
    node["remove"] = "true"
  end
end

#xref(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 41

def xref(docxml)
  docxml.xpath(ns("//xref")).each { |f| xref1(f) }
  docxml.xpath(ns("//xref//xref")).each { |f| f.replace(f.children) }
end

#xref1(node) ⇒ `Object`



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# File 'lib/isodoc/presentation_function/inline.rb', line 63

def xref1(node)
  get_linkend(node)
end

#xref_empty?(node) ⇒ `Boolean`

Returns:

(Boolean)

# File 'lib/isodoc/presentation_function/inline.rb', line 34

def xref_empty?(node)
  c1 = non_locality_elems(node).select { |c| !c.text? || /\S/.match(c) }
  c1.empty?
end

#xslt_template(content) ⇒ `Object`

# File 'lib/isodoc/presentation_function/metadata.rb', line 100

def xslt_template(content)
  <<~XSLT
    <xsl:stylesheet xmlns:xsl="http://www.w3.org/1999/XSL/Transform" xmlns="http://www.w3.org/1999/xhtml" version="1.0">
      <xsl:output method="xml" version="1.0" encoding="UTF-8" indent="no"/>
      <xsl:template match="@* | node()">#{COPY_XSLT}</xsl:template>
    #{content}
    </xsl:stylesheet>
  XSLT
end

Class: IsoDoc::PresentationXMLConvert

Constant Summary collapse

Constants inherited from Convert

Constants included from Function::Utils

Constants included from Function::ToWordHtml

Constants included from Function::Table

Constants included from Function::Section

Constants included from Function::References

Constants included from Function::Lists

Constants included from Function::Cleanup

Constants included from Function::Blocks

Instance Attribute Summary

Attributes inherited from Convert

Instance Method Summary collapse

Methods inherited from Convert

Methods included from ClassUtils

Methods included from Function::Utils

Methods included from Function::ToWordHtml

Methods included from Function::Terms

Methods included from Function::Table

Methods included from Function::Section

Methods included from Function::References

Methods included from Function::Lists

Methods included from Function::Inline

Methods included from Function::Form

Methods included from Function::Cleanup

Methods included from Function::Blocks

Constructor Details

#initialize(options) ⇒ PresentationXMLConvert

Instance Method Details

#address_precompose(bib) ⇒ Object

#address_precompose1(addr) ⇒ Object

#admits(elem) ⇒ Object

#admonition(docxml) ⇒ Object

#admonition1(elem) ⇒ Object

#admonition_numbered1(elem) ⇒ Object

#amend(docxml) ⇒ Object

#amend1(elem) ⇒ Object

#anchor_id_postproc(node) ⇒ Object

#anchor_id_postprocess(node) ⇒ Object

#anchor_linkend(node, linkend) ⇒ Object

#anchor_linkend1(node) ⇒ Object

#anchor_value(id) ⇒ Object

#anchor_xref(node, target, container: false) ⇒ Object

#anchor_xref_full(num, title) ⇒ Object

#anchor_xref_short(node, target, container) ⇒ Object

#annex(docxml) ⇒ Object

#annex1(elem) ⇒ Object

#annotations(elem) ⇒ Object

#asciimath_dup(node) ⇒ Object

#attachments_extract(docxml) ⇒ Object

#bibdata(docxml) ⇒ Object

#bibdata_current(docxml) ⇒ Object

#bibdata_i18n(bib) ⇒ Object

#bibitem(xml, renderings) ⇒ Object

#bibitem_lookup(docxml) ⇒ Object

#biblio_ref_entry_code(ordinal, ids, _id, _standard, datefn, _bib) ⇒ Object

#bibliography_bibitem_number(docxml) ⇒ Object

#bibliography_bibitem_number1(bibitem, idx) ⇒ Object

#bibliography_bibitem_number_insert_pt(bibitem) ⇒ Object

#bibliography_bibitem_number_skip(bibitem) ⇒ Object

#bibliography_bibitem_tag(docxml) ⇒ Object

#bibliography_bibitem_tag1(ref, idx, norm) ⇒ Object

#bibrender_formattedref(formattedref, xml) ⇒ Object

#bibrender_item(xml, renderings) ⇒ Object

#bibrender_relaton(xml, renderings) ⇒ Object

#blank?(elem) ⇒ Boolean

#block(docxml) ⇒ Object

#block_delim ⇒ Object

#callouts(elem) ⇒ Object

#can_conflate_eref_rendering?(refs) ⇒ Boolean

#can_conflate_xref_rendering?(locs) ⇒ Boolean

#capitalise_xref(node, linkend, label) ⇒ Object

#capitalise_xref1(node, linkend) ⇒ Object

#change_case(span, value, seen_space) ⇒ Object

#citeas(xmldoc) ⇒ Object

#citestyle ⇒ Object

#cjk_extended_title(docxml) ⇒ Object

#cjk_search ⇒ Object

#clause(docxml) ⇒ Object

#initialize(options) ⇒ `PresentationXMLConvert`

#address_precompose(bib) ⇒ `Object`

#address_precompose1(addr) ⇒ `Object`

#admits(elem) ⇒ `Object`

#admonition(docxml) ⇒ `Object`

#admonition1(elem) ⇒ `Object`

#admonition_numbered1(elem) ⇒ `Object`

#amend(docxml) ⇒ `Object`

#amend1(elem) ⇒ `Object`

#anchor_id_postproc(node) ⇒ `Object`

#anchor_id_postprocess(node) ⇒ `Object`

#anchor_linkend(node, linkend) ⇒ `Object`

#anchor_linkend1(node) ⇒ `Object`

#anchor_value(id) ⇒ `Object`

#anchor_xref(node, target, container: false) ⇒ `Object`

#anchor_xref_full(num, title) ⇒ `Object`

#anchor_xref_short(node, target, container) ⇒ `Object`

#annex(docxml) ⇒ `Object`

#annex1(elem) ⇒ `Object`

#annotations(elem) ⇒ `Object`

#asciimath_dup(node) ⇒ `Object`

#attachments_extract(docxml) ⇒ `Object`

#bibdata(docxml) ⇒ `Object`

#bibdata_current(docxml) ⇒ `Object`

#bibdata_i18n(bib) ⇒ `Object`

#bibitem(xml, renderings) ⇒ `Object`

#bibitem_lookup(docxml) ⇒ `Object`

#biblio_ref_entry_code(ordinal, ids, _id, _standard, datefn, _bib) ⇒ `Object`

#bibliography_bibitem_number(docxml) ⇒ `Object`

#bibliography_bibitem_number1(bibitem, idx) ⇒ `Object`

#bibliography_bibitem_number_insert_pt(bibitem) ⇒ `Object`

#bibliography_bibitem_number_skip(bibitem) ⇒ `Object`

#bibliography_bibitem_tag(docxml) ⇒ `Object`

#bibliography_bibitem_tag1(ref, idx, norm) ⇒ `Object`

#bibrender_formattedref(formattedref, xml) ⇒ `Object`

#bibrender_item(xml, renderings) ⇒ `Object`

#bibrender_relaton(xml, renderings) ⇒ `Object`

#blank?(elem) ⇒ `Boolean`

#block(docxml) ⇒ `Object`

#block_delim ⇒ `Object`

#callouts(elem) ⇒ `Object`

#can_conflate_eref_rendering?(refs) ⇒ `Boolean`

#can_conflate_xref_rendering?(locs) ⇒ `Boolean`

#capitalise_xref(node, linkend, label) ⇒ `Object`

#capitalise_xref1(node, linkend) ⇒ `Object`

#change_case(span, value, seen_space) ⇒ `Object`

#citeas(xmldoc) ⇒ `Object`

#citestyle ⇒ `Object`

#cjk_extended_title(docxml) ⇒ `Object`

#cjk_search ⇒ `Object`

#clause(docxml) ⇒ `Object`

#clause1(elem) ⇒ `Object`

#clausetitle(docxml) ⇒ `Object`

#combine_conflated_xref_locations(locs) ⇒ `Object`

#combine_conflated_xref_locations_container(locs, ret) ⇒ `Object`

#combine_conn(list) ⇒ `Object`

#combine_xref_locations(node) ⇒ `Object`

#concept(docxml) ⇒ `Object`

#concept1(node) ⇒ `Object`

#concept1_linkmention(ref, renderterm, opts) ⇒ `Object`

#concept1_ref(_node, ref, opts) ⇒ `Object`

#concept1_ref_content(ref) ⇒ `Object`

#concept1_style(node, opts) ⇒ `Object`

#concept_render(node, defaults) ⇒ `Object`

#concept_render_init(node, defaults) ⇒ `Object`

#conditional_capitalize(text, seen_space) ⇒ `Object`

#conflate_xref_locations(locs) ⇒ `Object`

#conversions(docxml) ⇒ `Object`

#convert1(docxml, filename, dir) ⇒ `Object`

#custom_charset(docxml) ⇒ `Object`

#custom_css(docxml) ⇒ `Object`

#date(docxml) ⇒ `Object`

#date1(elem) ⇒ `Object`

#date_note_process(bib) ⇒ `Object`

#deprecates(elem) ⇒ `Object`

#designation(docxml) ⇒ `Object`

#designation1(desgn) ⇒ `Object`

#designation_annotate(desgn, name) ⇒ `Object`

#designation_boldface(desgn) ⇒ `Object`

#designation_bookmarks(desgn, name) ⇒ `Object`