Module: Aircana::Contexts::ConfluenceContent
- Included in:
- Confluence
- Defined in:
- lib/aircana/contexts/confluence_content.rb
Instance Method Summary collapse
- #convert_to_markdown(html_content) ⇒ Object
- #fetch_page_content(page_id) ⇒ Object
-
#log_pages_found(count, kb_name) ⇒ Object
rubocop:enable Layout/LineLength, Metrics/MethodLength.
-
#preprocess_confluence_macros(html) ⇒ Object
rubocop:disable Layout/LineLength, Metrics/MethodLength.
- #store_page_as_markdown(page, kb_name) ⇒ Object
Instance Method Details
#convert_to_markdown(html_content) ⇒ Object
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# File 'lib/aircana/contexts/confluence_content.rb', line 14 def convert_to_markdown(html_content) return "" if html_content.nil? || html_content.empty? # Preprocess Confluence macros before converting to Markdown cleaned_html = preprocess_confluence_macros(html_content) ReverseMarkdown.convert(cleaned_html, github_flavored: true) end |
#fetch_page_content(page_id) ⇒ Object
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# File 'lib/aircana/contexts/confluence_content.rb', line 6 def fetch_page_content(page_id) Aircana.human_logger.info("Looking for page with ID `#{page_id}`") response = get_page_content(page_id) response.dig("body", "storage", "value") || "" rescue HTTParty::Error, StandardError => e handle_api_error("fetch content for page #{page_id}", e, "Failed to fetch page content") end |
#log_pages_found(count, kb_name) ⇒ Object
rubocop:enable Layout/LineLength, Metrics/MethodLength
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# File 'lib/aircana/contexts/confluence_content.rb', line 86 def log_pages_found(count, kb_name) Aircana.human_logger.info "Found #{count} pages for KB '#{kb_name}'" end |
#preprocess_confluence_macros(html) ⇒ Object
rubocop:disable Layout/LineLength, Metrics/MethodLength
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# File 'lib/aircana/contexts/confluence_content.rb', line 23 def preprocess_confluence_macros(html) # Process Confluence structured macros to make them compatible with Markdown conversion cleaned = html.dup # Convert code blocks with CDATA content to <pre><code> tags # Capture parameters separately and extract language in the replacement block # to avoid pathological backtracking when optional language group spans multiple code blocks cleaned.gsub!( %r{<ac:structured-macro[^>]*ac:name="code"[^>]*>(.*?)<ac:plain-text-body>\s*<!\[CDATA\[(.*?)\]\]>\s*</ac:plain-text-body>.*?</ac:structured-macro>}m ) do params = Regexp.last_match(1) code = Regexp.last_match(2) || "" language = params[/ac:name="language"[^>]*>([^<]*)/, 1]&.strip || "" "<pre><code class=\"language-#{language}\">#{code}</code></pre>" end # Remove empty code blocks (common issue with Confluence API) cleaned.gsub!( %r{<ac:structured-macro[^>]*ac:name="code"[^>]*>.*?<ac:plain-text-body>\s*</ac:plain-text-body>.*?</ac:structured-macro>}m, "" ) # Convert panel macros to blockquotes, preserving inner content cleaned.gsub!( %r{<ac:structured-macro[^>]*ac:name="panel"[^>]*>.*?<ac:rich-text-body>(.*?)</ac:rich-text-body>.*?</ac:structured-macro>}m, '<blockquote>\1</blockquote>' ) # Convert info/note/warning macros to blockquotes with indicators cleaned.gsub!( %r{<ac:structured-macro[^>]*ac:name="info"[^>]*>.*?<ac:rich-text-body>(.*?)</ac:rich-text-body>.*?</ac:structured-macro>}m, '<blockquote><strong>âšī¸ Info:</strong> \1</blockquote>' ) cleaned.gsub!( %r{<ac:structured-macro[^>]*ac:name="note"[^>]*>.*?<ac:rich-text-body>(.*?)</ac:rich-text-body>.*?</ac:structured-macro>}m, '<blockquote><strong>đ Note:</strong> \1</blockquote>' ) cleaned.gsub!( %r{<ac:structured-macro[^>]*ac:name="warning"[^>]*>.*?<ac:rich-text-body>(.*?)</ac:rich-text-body>.*?</ac:structured-macro>}m, '<blockquote><strong>â ī¸ Warning:</strong> \1</blockquote>' ) # Remove toc macros outright: they have no rich-text-body of their own, # so the generic strip-and-preserve step below can't match them and # would otherwise span into an unrelated later macro's body, deleting # everything in between. cleaned.gsub!( %r{<ac:structured-macro[^>]*ac:name="toc"[^>]*>.*?</ac:structured-macro>}m, "" ) # Strip other structured macros but preserve rich text body content. # The gaps around <ac:rich-text-body> are barred from crossing into # another <ac:structured-macro> tag, so a macro without its own body # (e.g. jira) fails this match instead of swallowing unrelated content. cleaned.gsub!( %r{<ac:structured-macro(?![^>]*ac:name="code")[^>]*>(?:(?!<ac:structured-macro).)*?<ac:rich-text-body>(.*?)</ac:rich-text-body>(?:(?!<ac:structured-macro).)*?</ac:structured-macro>}m, '\1' ) # Remove any remaining Confluence-specific tags cleaned.gsub!(%r{</?ac:[^>]*>}m, "") # Clean up Confluence parameter tags cleaned.gsub!(%r{<ac:parameter[^>]*>.*?</ac:parameter>}m, "") cleaned end |
#store_page_as_markdown(page, kb_name) ⇒ Object
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# File 'lib/aircana/contexts/confluence_content.rb', line 90 def store_page_as_markdown(page, kb_name) content = page&.dig("body", "storage", "value") || fetch_page_content(page&.[]("id")) markdown_content = convert_to_markdown(content) @local_storage.store_content( title: page&.[]("title"), content: markdown_content, kb_name: kb_name ) end |