JezK
Edit File: test_atom.rb
# frozen_string_literal: false require "rexml/document" require_relative "rss-testcase" require "rss/atom" module RSS class TestAtomCore < TestCase def setup @uri = "http://www.w3.org/2005/Atom" @xhtml_uri = "http://www.w3.org/1999/xhtml" end def test_feed version = "1.0" encoding = "UTF-8" standalone = false feed = Atom::Feed.new(version, encoding, standalone) assert_equal("", feed.to_s) author = feed.class::Author.new name = feed.class::Author::Name.new name.content = "an author" author.name = name assert_not_equal("", author.to_s) feed.authors << author assert_equal("", feed.to_s) id = feed.class::Id.new id.content = "http://example.com/atom.xml" assert_not_equal("", id.to_s) feed.id = id assert_equal("", feed.to_s) title = feed.class::Title.new title.content = "a title" assert_not_equal("", title.to_s) feed.title = title assert_equal("", feed.to_s) updated = feed.class::Updated.new updated.content = Time.now assert_not_equal("", updated.to_s) feed.updated = updated assert_not_equal("", feed.to_s) feed.authors.clear assert_equal("", feed.to_s) entry = Atom::Feed::Entry.new setup_entry(entry) assert_not_equal("", entry.to_s) author = entry.authors.first entry.authors.clear assert_equal("", entry.to_s) entry.parent = feed assert_equal("", entry.to_s) feed.authors << author assert_not_equal("", entry.to_s) feed.authors.clear feed.entries << entry assert_equal("", feed.to_s) entry.authors << author assert_not_equal("", entry.to_s) assert_not_equal("", feed.to_s) doc = REXML::Document.new(feed.to_s) xmldecl = doc.xml_decl assert_equal(version, xmldecl.version) assert_equal(encoding, xmldecl.encoding.to_s) assert_equal(standalone, !xmldecl.standalone.nil?) assert_equal(@uri, doc.root.namespace) end def test_entry version = "1.0" encoding = "UTF-8" standalone = false entry = Atom::Entry.new(version, encoding, standalone) setup_entry(entry) author = entry.authors.first entry.authors.clear assert_equal("", entry.to_s) source = Atom::Entry::Source.new source.authors << author entry.source = source assert_not_equal("", entry.to_s) doc = REXML::Document.new(entry.to_s) xmldecl = doc.xml_decl assert_equal(version, xmldecl.version) assert_equal(encoding, xmldecl.encoding.to_s) assert_equal(standalone, !xmldecl.standalone.nil?) assert_equal(@uri, doc.root.namespace) end def test_not_displayed_xml_stylesheets feed = Atom::Feed.new plain_feed = feed.to_s 3.times do feed.xml_stylesheets.push(XMLStyleSheet.new) assert_equal(plain_feed, feed.to_s) end end def test_atom_author assert_atom_person_to_s(Atom::Feed::Author) assert_atom_person_to_s(Atom::Feed::Entry::Author) assert_atom_person_to_s(Atom::Entry::Author) assert_atom_person_to_s(Atom::Feed::Entry::Source::Author) assert_atom_person_to_s(Atom::Entry::Source::Author) end def test_atom_category assert_atom_category_to_s(Atom::Feed::Category) assert_atom_category_to_s(Atom::Feed::Entry::Category) assert_atom_category_to_s(Atom::Entry::Category) assert_atom_category_to_s(Atom::Feed::Entry::Source::Category) assert_atom_category_to_s(Atom::Entry::Source::Category) end def test_atom_contributor assert_atom_person_to_s(Atom::Feed::Contributor) assert_atom_person_to_s(Atom::Feed::Entry::Contributor) assert_atom_person_to_s(Atom::Entry::Contributor) assert_atom_person_to_s(Atom::Feed::Entry::Source::Contributor) assert_atom_person_to_s(Atom::Entry::Source::Contributor) end def test_atom_generator assert_atom_generator_to_s(Atom::Feed::Generator) assert_atom_generator_to_s(Atom::Feed::Entry::Source::Generator) assert_atom_generator_to_s(Atom::Entry::Source::Generator) end def test_atom_icon assert_atom_icon_to_s(Atom::Feed::Icon) assert_atom_icon_to_s(Atom::Feed::Entry::Source::Icon) assert_atom_icon_to_s(Atom::Entry::Source::Icon) end def test_atom_id assert_atom_id_to_s(Atom::Feed::Id) assert_atom_id_to_s(Atom::Feed::Entry::Id) assert_atom_id_to_s(Atom::Entry::Id) assert_atom_id_to_s(Atom::Feed::Entry::Source::Id) assert_atom_id_to_s(Atom::Entry::Source::Id) end def test_atom_link assert_atom_link_to_s(Atom::Feed::Link) assert_atom_link_to_s(Atom::Feed::Entry::Link) assert_atom_link_to_s(Atom::Entry::Link) assert_atom_link_to_s(Atom::Feed::Entry::Source::Link) assert_atom_link_to_s(Atom::Entry::Source::Link) end def test_atom_logo assert_atom_logo_to_s(Atom::Feed::Logo) assert_atom_logo_to_s(Atom::Feed::Entry::Source::Logo) assert_atom_logo_to_s(Atom::Entry::Source::Logo) end def test_atom_rights assert_atom_text_construct_to_s(Atom::Feed::Rights) assert_atom_text_construct_to_s(Atom::Feed::Entry::Rights) assert_atom_text_construct_to_s(Atom::Entry::Rights) assert_atom_text_construct_to_s(Atom::Feed::Entry::Source::Rights) assert_atom_text_construct_to_s(Atom::Entry::Source::Rights) end def test_atom_subtitle assert_atom_text_construct_to_s(Atom::Feed::Subtitle) assert_atom_text_construct_to_s(Atom::Feed::Entry::Source::Subtitle) assert_atom_text_construct_to_s(Atom::Entry::Source::Subtitle) end def test_atom_title assert_atom_text_construct_to_s(Atom::Feed::Title) assert_atom_text_construct_to_s(Atom::Feed::Entry::Title) assert_atom_text_construct_to_s(Atom::Entry::Title) assert_atom_text_construct_to_s(Atom::Feed::Entry::Source::Title) assert_atom_text_construct_to_s(Atom::Entry::Source::Title) end def test_atom_updated assert_atom_date_construct_to_s(Atom::Feed::Updated) assert_atom_date_construct_to_s(Atom::Feed::Entry::Updated) assert_atom_date_construct_to_s(Atom::Entry::Updated) assert_atom_date_construct_to_s(Atom::Feed::Entry::Source::Updated) assert_atom_date_construct_to_s(Atom::Entry::Source::Updated) end def test_atom_content assert_atom_content_to_s(Atom::Feed::Entry::Content) assert_atom_content_to_s(Atom::Entry::Content) end def test_atom_published assert_atom_date_construct_to_s(Atom::Feed::Entry::Published) assert_atom_date_construct_to_s(Atom::Entry::Published) end def test_atom_summary assert_atom_text_construct_to_s(Atom::Feed::Entry::Summary) assert_atom_text_construct_to_s(Atom::Entry::Summary) end def test_to_xml(with_convenience_way=true) atom = RSS::Parser.parse(make_feed) assert_equal(atom.to_s, atom.to_xml) assert_equal(atom.to_s, atom.to_xml("atom")) assert_equal(atom.to_s, atom.to_xml("atom1.0")) assert_equal(atom.to_s, atom.to_xml("atom1.0:feed")) assert_equal(atom.to_s, atom.to_xml("atom:feed")) rss09_xml = atom.to_xml("0.91") do |maker| maker.channel.language = "en-us" maker.channel.link = "http://example.com/" if with_convenience_way maker.channel.description = atom.title.content else maker.channel.description {|d| d.content = atom.title.content} end maker.image.url = "http://example.com/logo.png" maker.image.title = "Logo" end rss09 = RSS::Parser.parse(rss09_xml) assert_equal(["rss", "0.91", nil], rss09.feed_info) rss20_xml = atom.to_xml("2.0") do |maker| maker.channel.link = "http://example.com/" if with_convenience_way maker.channel.description = atom.title.content else maker.channel.description {|d| d.content = atom.title.content} end end rss20 = RSS::Parser.parse(rss20_xml) assert_equal("2.0", rss20.rss_version) assert_equal(["rss", "2.0", nil], rss20.feed_info) end def test_to_xml_with_new_api_since_018 test_to_xml(false) end private def setup_entry(entry) _wrap_assertion do assert_equal("", entry.to_s) author = entry.class::Author.new name = entry.class::Author::Name.new name.content = "an author" author.name = name assert_not_equal("", author.to_s) entry.authors << author assert_equal("", entry.to_s) id = entry.class::Id.new id.content = "http://example.com/atom.xml" assert_not_equal("", id.to_s) entry.id = id assert_equal("", entry.to_s) title = entry.class::Title.new title.content = "a title" assert_not_equal("", title.to_s) entry.title = title assert_equal("", entry.to_s) updated = entry.class::Updated.new updated.content = Time.now assert_not_equal("", updated.to_s) entry.updated = updated assert_not_equal("", entry.to_s) end end def assert_atom_person_to_s(target_class) _wrap_assertion do name = "A person" uri = "http://example.com/person/" email = "person@example.com" target = target_class.new assert_equal("", target.to_s) target = target_class.new person_name = target_class::Name.new person_name.content = name target.name = person_name xml_target = REXML::Document.new(target.to_s).root assert_equal(["name"], xml_target.elements.collect {|e| e.name}) assert_equal([name], xml_target.elements.collect {|e| e.text}) person_uri = target_class::Uri.new person_uri.content = uri target.uri = person_uri xml_target = REXML::Document.new(target.to_s).root assert_equal(["name", "uri"], xml_target.elements.collect {|e| e.name}) assert_equal([name, uri], xml_target.elements.collect {|e| e.text}) person_email = target_class::Email.new person_email.content = email target.email = person_email xml_target = REXML::Document.new(target.to_s).root assert_equal(["name", "uri", "email"], xml_target.elements.collect {|e| e.name}) assert_equal([name, uri, email], xml_target.elements.collect {|e| e.text}) end end def assert_atom_category_to_s(target_class) _wrap_assertion do term = "music" scheme = "http://example.com/music" label = "Music" category = target_class.new assert_equal("", category.to_s) category = target_class.new category.scheme = scheme assert_equal("", category.to_s) category = target_class.new category.label = label assert_equal("", category.to_s) category = target_class.new category.scheme = scheme category.label = label assert_equal("", category.to_s) category = target_class.new category.term = term xml = REXML::Document.new(category.to_s).root assert_rexml_element([], {"term" => term}, nil, xml) category = target_class.new category.term = term category.scheme = scheme xml = REXML::Document.new(category.to_s).root assert_rexml_element([], {"term" => term, "scheme" => scheme}, nil, xml) category = target_class.new category.term = term category.label = label xml = REXML::Document.new(category.to_s).root assert_rexml_element([], {"term" => term, "label" => label}, nil, xml) category = target_class.new category.term = term category.scheme = scheme category.label = label xml = REXML::Document.new(category.to_s).root attrs = {"term" => term, "scheme" => scheme, "label" => label} assert_rexml_element([], attrs, nil, xml) end end def assert_atom_generator_to_s(target_class) _wrap_assertion do content = "Feed generator" uri = "http://example.com/generator" version = "0.0.1" generator = target_class.new assert_equal("", generator.to_s) generator = target_class.new generator.uri = uri assert_equal("", generator.to_s) generator = target_class.new generator.version = version assert_equal("", generator.to_s) generator = target_class.new generator.uri = uri generator.version = version assert_equal("", generator.to_s) generator = target_class.new generator.content = content xml = REXML::Document.new(generator.to_s).root assert_rexml_element([], {}, content, xml) generator = target_class.new generator.content = content generator.uri = uri xml = REXML::Document.new(generator.to_s).root assert_rexml_element([], {"uri" => uri}, content, xml) generator = target_class.new generator.content = content generator.version = version xml = REXML::Document.new(generator.to_s).root assert_rexml_element([], {"version" => version}, content, xml) generator = target_class.new generator.content = content generator.uri = uri generator.version = version xml = REXML::Document.new(generator.to_s).root assert_rexml_element([], {"uri" => uri, "version" => version}, content, xml) end end def assert_atom_icon_to_s(target_class) _wrap_assertion do content = "http://example.com/icon.png" icon = target_class.new assert_equal("", icon.to_s) icon = target_class.new icon.content = content xml = REXML::Document.new(icon.to_s).root assert_rexml_element([], {}, content, xml) end end def assert_atom_id_to_s(target_class) _wrap_assertion do content = "http://example.com/1" id = target_class.new assert_equal("", id.to_s) id = target_class.new id.content = content xml = REXML::Document.new(id.to_s).root assert_rexml_element([], {}, content, xml) end end def assert_atom_link_to_s(target_class) _wrap_assertion do href = "http://example.com/atom.xml" optvs = { 'rel' => "self", 'type' => "application/atom+xml", 'hreflang' => "ja", 'title' => "Atom Feed", 'length' => "801", } link = target_class.new assert_equal("", link.to_s) link = target_class.new link.href = href xml = REXML::Document.new(link.to_s).root assert_rexml_element([], {"href" => href}, nil, xml) optional_arguments = %w(rel type hreflang title length) optional_arguments.each do |name| rest = optional_arguments.reject {|x| x == name} link = target_class.new link.__send__("#{name}=", optvs[name]) assert_equal("", link.to_s) rest.each do |n| link.__send__("#{n}=", optvs[n]) assert_equal("", link.to_s) end link = target_class.new link.href = href link.__send__("#{name}=", optvs[name]) attrs = [["href", href], [name, optvs[name]]] xml = REXML::Document.new(link.to_s).root assert_rexml_element([], attrs, nil, xml) rest.each do |n| link.__send__("#{n}=", optvs[n]) attrs << [n, optvs[n]] xml = REXML::Document.new(link.to_s).root assert_rexml_element([], attrs, nil, xml) end end end end def assert_atom_logo_to_s(target_class) _wrap_assertion do content = "http://example.com/logo.png" logo = target_class.new assert_equal("", logo.to_s) logo = target_class.new logo.content = content xml = REXML::Document.new(logo.to_s).root assert_rexml_element([], {}, content, xml) end end def assert_atom_text_construct_to_s(target_class) _wrap_assertion do text_content = "plain text" html_content = "<em>#{text_content}</em>" xhtml_uri = "http://www.w3.org/1999/xhtml" xhtml_em = RSS::XML::Element.new("em", nil, xhtml_uri, {}, text_content) xhtml_content = RSS::XML::Element.new("div", nil, xhtml_uri, {"xmlns" => xhtml_uri}, [xhtml_em]) text = target_class.new assert_equal("", text.to_s) text = target_class.new text.type = "text" assert_equal("", text.to_s) text = target_class.new text.content = text_content xml = REXML::Document.new(text.to_s).root assert_rexml_element([], {}, text_content, xml) text = target_class.new text.type = "text" text.content = text_content xml = REXML::Document.new(text.to_s).root assert_rexml_element([], {"type" => "text"}, text_content, xml) text = target_class.new text.type = "html" text.content = html_content xml = REXML::Document.new(text.to_s).root assert_rexml_element([], {"type" => "html"}, html_content, xml) text = target_class.new text.type = "xhtml" text.content = xhtml_content assert_equal("", text.to_s) text = target_class.new text.type = "xhtml" text.__send__(target_class.xml_setter, xhtml_content) xml = REXML::Document.new(text.to_s).root assert_rexml_element([[xhtml_uri, "div"]], {"type" => "xhtml"}, nil, xml) assert_rexml_element([[xhtml_uri, "em"]], nil, nil, xml.elements[1]) assert_rexml_element([], {}, text_content, xml.elements[1].elements[1]) text = target_class.new text.type = "xhtml" text.__send__(target_class.xml_setter, xhtml_em) xml = REXML::Document.new(text.to_s).root assert_rexml_element([[xhtml_uri, "div"]], {"type" => "xhtml"}, nil, xml) assert_rexml_element([[xhtml_uri, "em"]], nil, nil, xml.elements[1]) assert_rexml_element([], {}, text_content, xml.elements[1].elements[1]) end end def assert_atom_date_construct_to_s(target_class) _wrap_assertion do date = target_class.new assert_equal("", date.to_s) [ "2003-12-13T18:30:02Z", "2003-12-13T18:30:02.25Z", "2003-12-13T18:30:02+01:00", "2003-12-13T18:30:02.25+01:00", ].each do |content| date = target_class.new date.content = content xml = REXML::Document.new(date.to_s).root assert_rexml_element([], {}, content, xml, :time) date = target_class.new date.content = Time.parse(content) xml = REXML::Document.new(date.to_s).root assert_rexml_element([], {}, content, xml, :time) end end end def assert_atom_content_to_s(target_class) _wrap_assertion do assert_atom_text_construct_to_s(target_class) assert_atom_content_inline_other_xml_to_s(target_class) assert_atom_content_inline_other_text_to_s(target_class) assert_atom_content_inline_other_base64_to_s(target_class) assert_atom_content_out_of_line_to_s(target_class) end end def assert_atom_content_inline_other_xml_to_s(target_class) _wrap_assertion do content = target_class.new content.type = "text/xml" assert_equal("", content.to_s) content = target_class.new content.type = "text/xml" content.xml = RSS::XML::Element.new("em") xml = REXML::Document.new(content.to_s).root assert_rexml_element([["", "em"]], {"type" => "text/xml"}, nil, xml) end end def assert_atom_content_inline_other_text_to_s(target_class) _wrap_assertion do content = target_class.new content.type = "text/plain" assert_equal("", content.to_s) content = target_class.new content.type = "text/plain" content.xml = RSS::XML::Element.new("em") assert_equal("", content.to_s) content = target_class.new content.type = "text/plain" content.content = "content" xml = REXML::Document.new(content.to_s).root assert_rexml_element([], {"type" => "text/plain"}, "content", xml) end end def assert_atom_content_inline_other_base64_to_s(target_class) _wrap_assertion do type = "image/png" png_file = File.join(File.dirname(__FILE__), "dot.png") original_content = File.open(png_file, "rb") do |file| file.read.force_encoding("binary") end content = target_class.new content.type = type content.content = original_content xml = REXML::Document.new(content.to_s).root assert_rexml_element([], {"type" => type}, [original_content].pack("m").delete("\n"), xml) end end def assert_atom_content_out_of_line_to_s(target_class) _wrap_assertion do type = "application/zip" src = "http://example.com/xxx.zip" content = target_class.new assert(!content.out_of_line?) content.src = src assert(content.out_of_line?) xml = REXML::Document.new(content.to_s).root assert_rexml_element([], {"src" => src}, nil, xml) content = target_class.new assert(!content.out_of_line?) content.type = type assert(!content.out_of_line?) content.src = src assert(content.out_of_line?) xml = REXML::Document.new(content.to_s).root assert_rexml_element([], {"type" => type, "src" => src}, nil, xml) end end end end