Class: IsoDoc::PresentationXMLConvert

Inherits:

Object
Common
Convert
IsoDoc::PresentationXMLConvert

Defined in:: lib/isodoc/presentation_xml_convert.rb,
lib/isodoc/presentation_function/math.rb,
lib/isodoc/presentation_function/refs.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/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

Instance Attribute Summary

Attributes inherited from Convert

#i18n, #meta, #options, #reqt_models, #requirements_processor, #xrefs

Instance Method Summary collapse

Methods inherited from Convert

#bibitem_lookup, #convert, #convert_i18n_init, #convert_init, #convert_scss, #default_file_locations, #default_fonts, #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, #scss_fontheader, #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, #define_head, #info, #init_dir, #init_file, #make_body, #make_body1, #make_body2, #make_body3, #middle, #note?, #parse, #rel_tmpimagedir, #set_termdomain, #tmpimagedir

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_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, #feedback_parse, #foreword, #inline_header_title, #introduction, #is_clause?, #legal_parse, #license_parse, #preceding_floating_titles, #preface, #preface_block, #scope, #single_term_clause?, #symbols_abbrevs, #symbols_parse, #terms_defs, #terms_parse, #variant_title

Methods included from Function::References

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

Methods included from Function::Lists

#dl_attrs, #dl_parse, #dl_parse1, #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, #eref_target, #eref_url, #error_parse, #hr_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, #section_break, #smallcap_parse, #span_parse, #stem_parse, #strike_parse, #strong_parse, #sub_parse, #suffix_url, #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, #break_up_long_strings, #break_up_long_strings1, #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_long_strings_cleanup, #table_note_cleanup, #textcleanup

Methods included from Function::Blocks

#admonition_attrs, #admonition_class, #admonition_name, #admonition_name_parse, #admonition_parse, #annotation_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, #middle_admonitions, #middle_title, #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, #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 12

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 31

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 57

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

#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 129

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

#amend1(elem) ⇒ `Object`

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

def amend1(elem)
  elem.xpath(ns("./autonumber")).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 26

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 12

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 30

def anchor_linkend1(node)
  linkend = anchor_xref(node, node["target"])
  container = @xrefs.anchor(node["target"], :container, false)
  prefix_container?(container, node) and
    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 7

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

#anchor_xref(node, target) ⇒ `Object`

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

def anchor_xref(node, target)
  x = @xrefs.anchor(target, :xref)
  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 50

def anchor_xref_full(num, title)
  (!title.nil? && !title.empty?) or return nil

  l10n("#{num}, #{title}")
end

#annex(docxml) ⇒ `Object`

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

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 56

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

#asciimath_dup(node) ⇒ `Object`

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

def asciimath_dup(node)
  return if @suppressasciimathdup

  a = MathML2AsciiMath.m2a(node.to_xml)
  node.next = "<!-- #{a} -->"
end

#bibdata(docxml) ⇒ `Object`

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

def bibdata(docxml)
  toc_metadata(docxml)
  fonts_metadata(docxml)
  docid_prefixes(docxml)
  a = bibdata_current(docxml) or return
  address_precompose(a)
  bibdata_i18n(a)
  a.next =
    "<localized-strings>#{i8n_name(trim_hash(@i18n.get), '').join}" \
    "</localized-strings>"
end

#bibdata_current(docxml) ⇒ `Object`

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

def bibdata_current(docxml)
  a = docxml.at(ns("//bibdata")) or return
  a.xpath(ns("./language")).each do |l|
    l.text == @lang and l["current"] = "true"
  end
  a.xpath(ns("./script")).each do |l|
    l.text == @script and l["current"] = "true"
  end
  a
end

#bibdata_i18n(bib) ⇒ `Object`

# File 'lib/isodoc/presentation_function/bibdata.rb', line 78

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 38

def bibitem(xml, renderings)
  @xrefs.klass.implicit_reference(xml) and xml["hidden"] = "true"
  bibrender(xml, renderings)
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 151

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 74

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 83

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 96

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

#bibliography_bibitem_number_skip(bibitem) ⇒ `Object`

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

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 110

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 119

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(xml, renderings) ⇒ `Object`

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

def bibrender(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_formattedref(formattedref, xml) ⇒ `Object`

50	# File 'lib/isodoc/presentation_function/refs.rb', line 50 def bibrender_formattedref(formattedref, xml); end

#bibrender_relaton(xml, renderings) ⇒ `Object`

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

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

#bibrenderer ⇒ `Object`



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

def bibrenderer
  ::Relaton::Render::IsoDoc::General.new(language: @lang)
end

#blank?(elem) ⇒ `Boolean`

stackoverflow.com/a/31822406

Returns:

(Boolean)



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

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

#block(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_xml_convert.rb', line 52

def block(docxml)
  amend docxml
  table docxml
  figure docxml
  sourcecode docxml
  formula docxml
  example docxml
  note docxml
  admonition 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 13

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

#cache_dataimage(uri) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 142

def cache_dataimage(uri)
  if %r{^data:}.match?(uri)
    uri = save_dataimage(uri)
    @tempfile_cache << uri
  end
  uri
end

#can_conflate_eref_rendering?(refs) ⇒ `Boolean`

Returns:

(Boolean)

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

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? do |r|
    r.at(ns("./locality/@type")).text == first
  end
end

#can_conflate_xref_rendering?(locs) ⇒ `Boolean`

Returns:

(Boolean)

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

def can_conflate_xref_rendering?(locs)
  (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 134

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 144

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

#citestyle ⇒ `Object`



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

def citestyle
  nil
end

#clause(docxml) ⇒ `Object`

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

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 16

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
  return if !elem.ancestors("boilerplate, metanorma-extension").empty? ||
    @suppressheadingnumbers || elem["unnumbered"]

  lbl = @xrefs.anchor(elem["id"], :label,
                      elem.parent.name != "sections") or return
  prefix_name(elem, "<tab/>", "#{lbl}#{clausedelim}", "title")
end

#clausetitle(docxml) ⇒ `Object`

127	# File 'lib/isodoc/presentation_function/section.rb', line 127 def clausetitle(docxml); end

#combine_conflated_xref_locations(locs) ⇒ `Object`

# File 'lib/isodoc/presentation_function/xrefs.rb', line 75

def combine_conflated_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
  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 82

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 109

def combine_conn(list)
  return list.first[:label] if list.size == 1

  if list[1..-1].all? { |l| l[:conn] == "and" }
    @i18n.boolean_conj(list.map { |l| loc2xref(l) }, "and")
  elsif list[1..-1].all? { |l| l[:conn] == "or" }
    @i18n.boolean_conj(list.map { |l| loc2xref(l) }, "or")
  else
    ret = loc2xref(list[0])
    list[1..-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 64

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/terms.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/terms.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/terms.rb', line 48

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/terms.rb', line 56

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/terms.rb', line 65

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

#concept1_style(node, opts) ⇒ `Object`

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

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

#conversions(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_xml_convert.rb', line 26

def conversions(docxml)
  semantic_xml_insert(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 18

def convert1(docxml, _filename, _dir)
  @xrefs.parse docxml
  info docxml, nil
  conversions(docxml)
  docxml.root["type"] = "presentation"
  docxml.to_xml.gsub(/&lt;/, "&#x3c;").gsub(/&gt;/, "&#x3e;")
end

#custom_css(docxml) ⇒ `Object`

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

def custom_css(docxml)
  ret = ""
  @sourcehighlighter and
    ret += File.read(File.join(File.dirname(__FILE__), "..", "base_style",
                               "rouge.css"))
  a = docxml.at(ns("//metanorma-extension/" \
                   "clause[title = 'user-css']/sourcecode")) and
    ret += "\n#{to_xml(a.children)}"
  ret
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 168

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

#decorate_fraction_part(fract, locale) ⇒ `Object`

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

def decorate_fraction_part(fract, locale)
  result = []
  twitter_cldr_reader_symbols = twitter_cldr_reader(locale)
  fract = fract.slice(0..(twitter_cldr_reader_symbols[:precision] || -1))
  fr_group_digits = twitter_cldr_reader_symbols[:fraction_group_digits] || 1
  until fract.empty?
    result.push(fract.slice!(0, fr_group_digits))
  end
  result.join(twitter_cldr_reader_symbols[:fraction_group].to_s)
end

#designation(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 94

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

#designation1(desgn) ⇒ `Object`

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

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 133

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)
  desgn.children = name.children
end

#designation_boldface(desgn) ⇒ `Object`

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

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_field(desgn, name) ⇒ `Object`

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

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 156

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 169

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 177

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 112

def display_order(docxml)
  i = 0
  i = display_order_xpath(docxml, "//preface/*", i)
  i = display_order_at(docxml, "//clause[@type = 'scope']", i)
  i = display_order_at(docxml, @xrefs.klass.norm_ref_xpath, i)
  i = display_order_at(docxml, "//sections/terms | " \
                               "//sections/clause[descendant::terms]", i)
  i = display_order_at(docxml, "//sections/definitions", i)
  i = display_order_xpath(docxml, @xrefs.klass.middle_clause(docxml), i)
  i = display_order_xpath(docxml, "//annex", i)
  i = display_order_xpath(docxml, @xrefs.klass.bibliography_xpath, i)
  i = display_order_xpath(docxml, "//indexsect", i)
  display_order_xpath(docxml, "//colophon/*", i)
end

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

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

def display_order_at(docxml, xpath, idx)
  return idx unless c = docxml.at(ns(xpath))

  idx += 1
  c["displayorder"] = idx
  idx
end

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

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

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

#docid_prefixes(docxml) ⇒ `Object`

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

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 93

def edition_translate(bibdata)
  x = bibdata.at(ns("./edition")) or return
  /^\d+$/.match?(x.text) or return
  tag_translate(x, @lang,
                @i18n.edition_ordinal.sub(/%(Spellout|Ordinal)?/,
                                          edition_translate1(x.text.to_i)))
end

#edition_translate1(num) ⇒ `Object`

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

def edition_translate1(num)
  ruleset = case @i18n.edition_ordinal
            when /%Spellout/ then "SpelloutRules"
            when /%Ordinal/ then "OrdinalRules"
            else "Digit"
            end
  ruleset == "Digit" and return num.to_s
  ed = @c.decode(@i18n.edition)
  @i18n.inflect_ordinal(num, @i18n.inflection&.dig(ed) || {},
                        ruleset)
end

#embedable_semantic_xml(xml) ⇒ `Object`

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

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 123

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 110

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 84

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 97

def emf_to_svg(img)
  emf = Metanorma::Utils::save_dataimage(img.at(ns("./emf/@src")).text)
  Emf2svg.from_file(emf).sub(/<\?[^>]+>/, "")
end

#eps2svg(img) ⇒ `Object`

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

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 102

def eps_to_svg(node)
  uri = eps_to_svg_uri(node)
  ret = imgfile_suffix(uri, "svg")
  File.exist?(ret) and return ret
  inkscape_convert(uri, ret, "--export-plain-svg")
end

#eps_to_svg_uri(node) ⇒ `Object`

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

def eps_to_svg_uri(node)
  uri = eps_to_svg_uri_convert(node)
  cache_dataimage(uri)
end

#eps_to_svg_uri_convert(node) ⇒ `Object`

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

def eps_to_svg_uri_convert(node)
  if node.text.strip.empty?
    node["src"]
  else
    a = Base64.strict_encode64(node.children.to_xml)
    "data:application/postscript;base64,#{a}"
  end
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

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

# File 'lib/isodoc/presentation_function/erefs.rb', line 18

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 138

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

#eref_localities1(opt) ⇒ `Object`

def eref_localities1(target, type, from, upto, node, lang = “en”)

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

def eref_localities1(opt)
  return nil if opt[:type] == "anchor"

  opt[:lang] == "zh" and
    # return l10n(eref_localities1_zh(target, type, from, upto, node))
    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`

def eref_localities1_zh(_target, type, from, upto, node)

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

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 28

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: target, number: "pl",
                     type: refs.first.at(ns("./locality/@type")).text,
                     from: l10n(ret[1..-1].join), node: node, lang: @lang })
end

#eref_locality_delimiter(ref) ⇒ `Object`

# File 'lib/isodoc/presentation_function/erefs.rb', line 107

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 170

def eref_locality_populate(type, node, number)
  return "" if node["droploc"] == "true"

  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 114

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 125

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 95

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 }
    next if i == refs.size - 1

    m << eref_locality_delimiter(r)
  end
  ret.empty? ? ret : [", "] + ret
end

#erefstack1(elem) ⇒ `Object`

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

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`



46
47
48

# 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 5

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

#figure(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 8

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 49

def figure1(elem)
  return sourcecode1(elem) if elem["class"] == "pseudocode" ||
    elem["type"] == "pseudocode"
  return if elem.at(ns("./figure")) && !elem.at(ns("./name"))

  lbl = @xrefs.anchor(elem["id"], :label, false) or return
  prefix_name(elem, block_delim,
              l10n("#{figure_label(elem)} #{lbl}"), "name")
end

#figure_label(elem) ⇒ `Object`

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

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

#floattitle(docxml) ⇒ `Object`

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

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

#floattitle1(elem) ⇒ `Object`

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

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/bibdata.rb', line 40

def fonts_metadata(xmldoc)
  return unless @fontist_fonts

  ins = xmldoc.at(ns("//presentation-metadata")) ||
    xmldoc.at(ns("//metanorma-extension")) || xmldoc.at(ns("//bibdata"))
  CSV.parse_line(@fontist_fonts, col_sep: ";").map(&:strip).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 91

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: type, node: l, elem: @xrefs.anchor(l["target"], :elem),
           container: @xrefs.anchor(node["target"], :container, false) ||
             %w(termnote).include?(type) }
  end
end

#get_linkend(node) ⇒ `Object`

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

def get_linkend(node)
  node["style"] == "id" and anchor_id_postprocess(node)
  return unless xref_empty?(node)

  link = anchor_linkend(node, docid_l10n(node["target"] ||
                                         expand_citeas(node["citeas"])))
  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 85

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 13

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? { |n| n != "bibitem" } and next
    x["hidden"] = "true"
  end
end

#i18n_chain_boolean(value, entry) ⇒ `Object`

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

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/bibdata.rb', line 125

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

#i18n_tag(key, value) ⇒ `Object`

# File 'lib/isodoc/presentation_function/bibdata.rb', line 120

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/bibdata.rb', line 129

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/bibdata.rb', line 141

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 176

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 86

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

#imageconvert(docxml) ⇒ `Object`

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

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 167

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

#index(docxml) ⇒ `Object`



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

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

#inkscape_convert(uri, file, option) ⇒ `Object`

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

def inkscape_convert(uri, file, option)
  exe = inkscape_installed? or raise "Inkscape missing in PATH, unable" \
                                     "to convert image #{uri}. Aborting."
  uri = Metanorma::Utils::external_path uri
  exe = Metanorma::Utils::external_path exe
  system(%(#{exe} #{option} #{uri})) and
    return Metanorma::Utils::datauri(file)

  raise %(Fail on #{exe} #{option} #{uri})
end

#inkscape_installed? ⇒ `Boolean`

Returns:

(Boolean)

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

def inkscape_installed?
  cmd = "inkscape"
  exts = ENV["PATHEXT"] ? ENV["PATHEXT"].split(";") : [""]
  ENV["PATH"].split(File::PATH_SEPARATOR).each do |path|
    exts.each do |ext|
      exe = File.join(path, "#{cmd}#{ext}")
      return exe if File.executable?(exe) && !File.directory?(exe)
    end
  end
  nil
end

#inline(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_xml_convert.rb', line 68

def inline(docxml)
  xref docxml
  eref docxml
  origin docxml
  quotesource docxml
  mathml docxml
  variant docxml
  identifier docxml
end

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

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

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

#loc2xref(entry) ⇒ `Object`

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

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 134

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 18

def localize_maths(node, locale)
  node.xpath(".//m:mn", MATHML).each do |x|
    num = BigDecimal(x.text)
    precision = /\./.match?(x.text) ? x.text.sub(/^.*\./, "").size : 0
    x.children = localized_number(num, locale, precision)
  rescue ArgumentError => e
  end
end

#localized_number(num, locale, precision) ⇒ `Object`

By itself twitter-cldr does not support fraction part digits grouping and custom delimeter, will decorate fraction part manually

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

def localized_number(num, locale, precision)
  localized = localized_number1(num, locale, precision)
  twitter_cldr_reader_symbols = twitter_cldr_reader(locale)
  return localized unless twitter_cldr_reader_symbols[:decimal]

  integer, fraction = localized.split(twitter_cldr_reader_symbols[:decimal])
  return localized if fraction.nil? || fraction.empty?

  [integer, decorate_fraction_part(fraction, locale)]
    .join(twitter_cldr_reader_symbols[:decimal])
end

#localized_number1(num, locale, precision) ⇒ `Object`

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

def localized_number1(num, locale, precision)
  if precision.zero?
    num.localize(locale).to_s
  else
    num.localize(locale).to_decimal.to_s(precision: precision)
  end
end

#lower2cap(text) ⇒ `Object`

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

def lower2cap(text)
  return text if /^[[:upper:]][[:upper:]]/.match?(text)

  text.capitalize
end

#mathml(docxml) ⇒ `Object`

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

def mathml(docxml)
  locale = twitter_cldr_localiser
  docxml.xpath("//m:math", MATHML).each do |f|
    mathml1(f, locale)
  end
end

#mathml1(node, locale) ⇒ `Object`

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

def mathml1(node, locale)
  mathml_style_inherit(node)
  asciimath_dup(node)
  localize_maths(node, locale)
  mathml_number_to_number(node)
end

#mathml_number_to_number(node) ⇒ `Object`

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

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 106

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

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

Returns:

(Boolean)

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

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 100

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

#merge_second_preferred1(pref, second) ⇒ `Object`

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

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

#metanorma_extension_insert_pt(xml) ⇒ `Object`

# File 'lib/isodoc/presentation_xml_convert.rb', line 97

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

#multidef(elem) ⇒ `Object`

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

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 5

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 139

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

#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

#ol(docxml) ⇒ `Object`

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

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

#ol1(elem) ⇒ `Object`



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

def ol1(elem)
  elem["type"] ||= ol_depth(elem).to_s
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 148

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

#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

#parse_localize_number ⇒ `Object`

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

def parse_localize_number
  return {} unless @localizenumber

  m = %r{(?<group>[^#])?(?<groupdigits>#+0)(?<decimal>.)(?<fractdigits>#+)(?<fractgroup>[^#])?}
    .match(@localizenumber) or return {}
  ret = { decimal: m[:decimal], group_digits: m[:groupdigits].size,
          fraction_group_digits: m[:fractdigits].size,
          group: m[:group] || "",
          fraction_group: m[:fractgroup] || "" }.compact
  %i(group fraction_group).each { |x| ret[x] == " " and ret[x] = "\u00A0" }
  ret
end

#permission(docxml) ⇒ `Object`

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

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

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

# File 'lib/isodoc/presentation_xml_convert.rb', line 134

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

#prefix_bracketed_ref(text) ⇒ `Object`



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

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

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



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

def prefix_container(container, linkend, node, _target)
  l10n("#{anchor_xref(node, container)}, #{linkend}")
end

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

Returns:

(Boolean)

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

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 17

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}>"
    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 32

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

#presmeta(name, value) ⇒ `Object`

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

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

#recommendation(docxml) ⇒ `Object`

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

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

#recommendation1(elem, type) ⇒ `Object`

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

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)
  @xrefs.parse_inclusions(refs: true).parse(docxml)
end

#references_render(docxml) ⇒ `Object`

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

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
  bibrenderer.render_all("<references>#{refs}</references>",
                         type: citestyle)
end



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

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

#related1(node) ⇒ `Object`

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

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/block.rb', line 98

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

#requirement_render(docxml) ⇒ `Object`

# File 'lib/isodoc/presentation_function/block.rb', line 166

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/block.rb', line 177

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

#requirement_render_preprocessing(docxml) ⇒ `Object`

162	# File 'lib/isodoc/presentation_function/block.rb', line 162 def requirement_render_preprocessing(docxml); end

#resolve_comma_connectives(locs) ⇒ `Object`

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

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 71

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 50

def resolve_eref_connectives(locs)
  locs = resolve_comma_connectives(locs)
  locs = resolve_to_connectives(locs)
  return locs if locs.size < 3

  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 83

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

#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 38

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

#semantic_xml_insert(xml) ⇒ `Object`

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

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 64

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 72

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_highlight(elem) ⇒ `Object`

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

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 123

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 114

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_remove_annotations(ret, elem) ⇒ `Object`

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

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.to_xml, line: c.line - elem.line }
  end
  ret
end

#source_remove_markup(elem) ⇒ `Object`

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

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 84

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+$/, " <span class='c'>#{callouts[0][:xml]}</span> ")
      callouts.shift
    end
  end.join("\n")
end

#source_restore_callouts_table(table, callouts) ⇒ `Object`

# File 'lib/isodoc/presentation_function/sourcecode.rb', line 94

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 << " <span class='c'>#{callouts[0][:xml]}</span> "
      callouts.shift
    end
  end
end

#source_restore_markup(wrapper, markup) ⇒ `Object`

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

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 78

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 32

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

#sourcecode1(elem) ⇒ `Object`

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

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

#sourcecode_table_to_elem(elem, tokens) ⇒ `Object`

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

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 23

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 = docxml.at(ns("//metanorma-extension")) ||
    docxml.at(ns("//bibdata")).after("<metanorma-extension/>").next_element
  ins << "<source-highlighter-css>#{ret}" \
         "</source-highlighter-css>"
end

#svg_emf_double(img) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 75

def svg_emf_double(img)
  if emf?(img["mimetype"])
    img = emf_encode(img)
    img.children.first.previous = emf_to_svg(img)
  elsif img["mimetype"] == "image/svg+xml"
    src = svg_to_emf(img) and img << "<emf src='#{src}'/>"
  end
end

#svg_extract(elem) ⇒ `Object`

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

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[^>]*>/, "")) do |config|
    config.huge
  end
  elem["src"] = ""
  elem.children = x
end

#svg_prep(img) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 91

def svg_prep(img)
  img["mimetype"] = "image/svg+xml"
  %r{^data:image}.match?(img["src"]) or
    img["src"] = Metanorma::Utils::datauri(img["src"])
end

#svg_to_emf(node) ⇒ `Object`

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

def svg_to_emf(node)
  uri = svg_to_emf_uri(node)
  if node.elements&.first&.name == "svg" &&
      (!node["height"] || node["height"] == "auto")
    node["height"] = node.elements.first["height"]
    node["width"] = node.elements.first["width"]
  end
  ret = imgfile_suffix(uri, "emf")
  File.exist?(ret) and return ret
  inkscape_convert(uri, ret, '--export-type="emf"')
end

#svg_to_emf_uri(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/image.rb', line 132

def svg_to_emf_uri(node)
  uri = svg_to_emf_uri_convert(node)
  cache_dataimage(uri)
end

#svg_to_emf_uri_convert(node) ⇒ `Object`

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

def svg_to_emf_uri_convert(node)
  if node.elements&.first&.name == "svg"
    a = Base64.strict_encode64(node.children.to_xml)
    "data:image/svg+xml;base64,#{a}"
  else node["src"]
  end
end

#svg_wrap(elem) ⇒ `Object`

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

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 23

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

#table(docxml) ⇒ `Object`



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

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

#table1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/block.rb', line 120

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

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

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

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 81

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 87

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 195

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 201

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 182

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 186

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

#termnote1(elem) ⇒ `Object`

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

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 78

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 225

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

#termsource1(elem) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 234

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_modification(mod) ⇒ `Object`

# File 'lib/isodoc/presentation_function/terms.rb', line 241

def termsource_modification(mod)
  mod.previous_element.next = l10n(", #{@i18n.modified}")
  mod.text.strip.empty? or mod.previous = " &#x2013; "
  mod.elements.size == 1 and
    mod.elements[0].replace(mod.elements[0].children)
  mod.replace(mod.children)
end

#to_xml_file(result, filename) ⇒ `Object`



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# File 'lib/isodoc/presentation_xml_convert.rb', line 139

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

#toc(docxml) ⇒ `Object`

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

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

#toc_metadata(docxml) ⇒ `Object`

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

def toc_metadata(docxml)
  return unless @tocfigures || @toctables || @tocrecommendations

  ins = docxml.at(ns("//metanorma-extension"))  ||
    docxml.at(ns("//bibdata")).after("<metanorma-extension/>").next_element
  @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

#trim_hash(hash) ⇒ `Object`

# File 'lib/isodoc/presentation_function/bibdata.rb', line 160

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/bibdata.rb', line 169

def trim_hash1(hash)
  return hash unless hash.is_a? Hash

  hash.each_with_object({}) do |(k, v), g|
    next if blank?(v)

    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 ⇒ `Object`

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

def twitter_cldr_localiser
  locale = TwitterCldr.supported_locale?(@lang.to_sym) ? @lang.to_sym : :en
  twitter_cldr_reader(locale)
  locale
end

#twitter_cldr_localiser_symbols ⇒ `Object`



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

def twitter_cldr_localiser_symbols
  {}
end

#twitter_cldr_reader(locale) ⇒ `Object`

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

def twitter_cldr_reader(locale)
  return @twitter_cldr_reader if @twitter_cldr_reader

  num = TwitterCldr::DataReaders::NumberDataReader.new(locale)
  @twitter_cldr_reader = num.symbols.merge!(twitter_cldr_localiser_symbols)
    .merge!(parse_localize_number)
  @twitter_cldr_reader
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 26

def unnest_linkend(node)
  return unless node.at(ns("./xref[@nested]"))

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

#unwrap_definition(elem) ⇒ `Object`

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

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(docxml) ⇒ `Object`

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

def variant(docxml)
  docxml.xpath(ns("//variant")).each { |f| variant1(f) }
  docxml.xpath(ns("//variant[@remove = 'true']")).each(&:remove)
  docxml.xpath(ns("//variant")).each do |v|
    next unless v&.next&.name == "variant"

    v.next = "/"
  end
  docxml.xpath(ns("//variant")).each { |f| f.replace(f.children) }
end

#variant1(node) ⇒ `Object`

# File 'lib/isodoc/presentation_function/inline.rb', line 78

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`



63
64
65

# 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

Class: IsoDoc::PresentationXMLConvert

Constant Summary collapse

Constants included from Function::Utils

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

#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) ⇒ Object

#anchor_xref_full(num, title) ⇒ Object

#annex(docxml) ⇒ Object

#annex1(elem) ⇒ Object

#asciimath_dup(node) ⇒ Object

#bibdata(docxml) ⇒ Object

#bibdata_current(docxml) ⇒ Object

#bibdata_i18n(bib) ⇒ Object

#bibitem(xml, renderings) ⇒ 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(xml, renderings) ⇒ Object

#bibrender_formattedref(formattedref, xml) ⇒ Object

#bibrender_relaton(xml, renderings) ⇒ Object

#bibrenderer ⇒ Object

#blank?(elem) ⇒ Boolean

#block(docxml) ⇒ Object

#block_delim ⇒ Object

#cache_dataimage(uri) ⇒ Object

#can_conflate_eref_rendering?(refs) ⇒ Boolean

#can_conflate_xref_rendering?(locs) ⇒ Boolean

#capitalise_xref(node, linkend, label) ⇒ Object

#capitalise_xref1(node, linkend) ⇒ Object

#citestyle ⇒ 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

#initialize(options) ⇒ `PresentationXMLConvert`

#address_precompose(bib) ⇒ `Object`

#address_precompose1(addr) ⇒ `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) ⇒ `Object`

#anchor_xref_full(num, title) ⇒ `Object`

#annex(docxml) ⇒ `Object`

#annex1(elem) ⇒ `Object`

#asciimath_dup(node) ⇒ `Object`

#bibdata(docxml) ⇒ `Object`

#bibdata_current(docxml) ⇒ `Object`

#bibdata_i18n(bib) ⇒ `Object`

#bibitem(xml, renderings) ⇒ `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(xml, renderings) ⇒ `Object`

#bibrender_formattedref(formattedref, xml) ⇒ `Object`

#bibrender_relaton(xml, renderings) ⇒ `Object`

#bibrenderer ⇒ `Object`

#blank?(elem) ⇒ `Boolean`

#block(docxml) ⇒ `Object`

#block_delim ⇒ `Object`

#cache_dataimage(uri) ⇒ `Object`

#can_conflate_eref_rendering?(refs) ⇒ `Boolean`

#can_conflate_xref_rendering?(locs) ⇒ `Boolean`

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

#capitalise_xref1(node, linkend) ⇒ `Object`

#citestyle ⇒ `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`

#conversions(docxml) ⇒ `Object`

#convert1(docxml, _filename, _dir) ⇒ `Object`

#custom_css(docxml) ⇒ `Object`

#date_note_process(bib) ⇒ `Object`

#decorate_fraction_part(fract, locale) ⇒ `Object`

#designation(docxml) ⇒ `Object`

#designation1(desgn) ⇒ `Object`

#designation_annotate(desgn, name) ⇒ `Object`

#designation_boldface(desgn) ⇒ `Object`

#designation_field(desgn, name) ⇒ `Object`

#designation_grammar(grammar) ⇒ `Object`

#designation_localization(desgn, name) ⇒ `Object`

#designation_pronunciation(desgn, name) ⇒ `Object`

#display_order(docxml) ⇒ `Object`

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

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

#docid_prefixes(docxml) ⇒ `Object`

#edition_translate(bibdata) ⇒ `Object`

#edition_translate1(num) ⇒ `Object`

#embedable_semantic_xml(xml) ⇒ `Object`

#embedable_semantic_xml_attributes(xml) ⇒ `Object`

#embedable_semantic_xml_tags(xml) ⇒ `Object`

#emf_encode(img) ⇒ `Object`