require "asciidoctor" require "asciidoctor/standoc/converter" require "fileutils" require_relative "front" module Asciidoctor module Generic class Converter < Standoc::Converter XML_ROOT_TAG = "generic-standard".freeze XML_NAMESPACE = "https://www.metanorma.org/ns/generic".freeze register_for "generic" def xml_root_tag configuration.xml_root_tag || XML_ROOT_TAG end def xml_namespace configuration.document_namespace || XML_NAMESPACE end def baselocation(loc) return nil if loc.nil? return loc File.expand_path(File.join(File.dirname( self.class::_file || __FILE__, ), "..", "..", "..", loc)) end def docidentifier_cleanup(xmldoc) template = configuration.docid_template || "{{ organization_name_short }} {{ docnumeric }}" docid = xmldoc.at("//bibdata/docidentifier") id = boilerplate_isodoc(xmldoc).populate_template(template, nil) id.empty? and docid.remove or docid.children = id end def doctype(node) d = super configuration.doctypes or return d == "article" ? (configuration.default_doctype || "standard") : d type = configuration.default_doctype || configuration.doctypes.keys.dig(0) || "standard" unless configuration.doctypes.keys.include? d @log.add("Document Attributes", nil, "#{d} is not a legal document type: reverting to '#{type}'") d = type end d end def read_config_file(path_to_config_file) Metanorma::Generic.configuration .set_default_values_from_yaml_file(path_to_config_file) end def sectiontype_streamline(ret) if configuration&.termsdefs_titles&.map(&:downcase)&.include? ret "terms and definitions" elsif configuration&.symbols_titles&.map(&:downcase)&.include? ret "symbols and abbreviated terms" elsif configuration&.normref_titles&.map(&:downcase)&.include? ret "normative references" elsif configuration&.bibliography_titles&.map(&:downcase)&.include? ret "bibliography" else ret end end def document(node) read_config_file(node.attr("customize")) if node.attr("customize") super end def outputs(node, ret) File.open("#{@filename}.xml", "w:UTF-8") { |f| f.write(ret) } presentation_xml_converter(node)&.convert("#{@filename}.xml") html_converter(node)&.convert("#{@filename}.presentation.xml", nil, false, "#{@filename}.html") doc_converter(node)&.convert("#{@filename}.presentation.xml", nil, false, "#{@filename}.doc") pdf_converter(node)&.convert("#{@filename}.presentation.xml", nil, false, "#{@filename}.pdf") end def validate(doc) content_validate(doc) schema_validate(formattedstr_strip(doc.dup), baselocation(configuration.validate_rng_file) || File.join(File.dirname(__FILE__), "generic.rng")) end def content_validate(doc) super bibdata_validate(doc.root) end def bibdata_validate(doc) stage_validate(doc) committee_validate(doc) end def stage_validate(xmldoc) stages = configuration&.stage_abbreviations&.keys || return stages.empty? and return stage = xmldoc&.at("//bibdata/status/stage")&.text stages.include? stage or @log.add("Document Attributes", nil, "#{stage} is not a recognised status") end def committee_validate(xmldoc) committees = Array(configuration&.committees) || return committees.empty? and return xmldoc.xpath("//bibdata/ext/editorialgroup/committee").each do |c| committees.include? c.text or @log.add("Document Attributes", nil, "#{c.text} is not a recognised committee") end end def sections_cleanup(xml) super xml.xpath("//*[@inline-header]").each do |h| h.delete("inline-header") end end def blank_method(*args); end def html_converter(node) IsoDoc::Generic::HtmlConvert.new(html_extract_attributes(node)) end def presentation_xml_converter(node) IsoDoc::Generic::PresentationXMLConvert .new(html_extract_attributes(node)) end alias_method :pdf_converter, :html_converter alias_method :style, :blank_method alias_method :title_validate, :blank_method def doc_converter(node) IsoDoc::Generic::WordConvert.new(doc_extract_attributes(node)) end def configuration Metanorma::Generic.configuration end def boilerplate_isodoc(xmldoc) conv = super Metanorma::Generic::Configuration::CONFIG_ATTRS.each do |a| conv.meta.set(a, configuration.send(a)) end conv end def boilerplate_file(xmldoc) f = configuration.boilerplate f.nil? and return super f.is_a? String and return baselocation(f) f.is_a? Hash and f[@lang] and return baselocation(f[@lang]) super end def cleanup(xmldoc) super empty_metadata_cleanup(xmldoc) xmldoc end def empty_metadata_cleanup(xmldoc) xmldoc.xpath("//bibdata/ext//*").each do |x| x.remove if x.children.empty? end end end end end