Best Test_xml_ruby code snippet using MatcherMethods.xml_structure_equal
assertions.rb
Source:assertions.rb
...31 :message => lambda { |expect, actual| sprintf "the xml:\n%s\nshould exactly match xml:\n%s\n\nDiff:\n%s", actual, expect, diff(expect, actual) },32 :message_when_negated => lambda { |expect, actual| "the xml:\n#{actual}\nshould not exactly match xml:\n#{expect} but it does" }33 ),34 AssertionConfig.new(35 :name => :xml_structure_equal,36 :matcher => :equal_xml_structure,37 :message => lambda { |expect, actual| "the xml:\n#{actual}\nshould exactly match xml structure:\n#{expect}" },38 :message_when_negated => lambda { |expect, actual| "the xml:\n#{actual}\nshould not exactly match xml structure:\n#{expect} but it does" }39 )40 ]41 def self.diff(expect, actual)42 doc_actual = Nokogiri::XML.parse(actual, &:noblanks)43 doc_expect = Nokogiri::XML.parse(expect, &:noblanks)44 diff = Diffy::Diff.new(doc_expect.to_xml, doc_actual.to_xml, :context => 3, :include_diff_info => true).to_a45 return "" if diff.empty?46 # Skip diff headers, they're useless since they refer to tempfiles47 diff[2..-1].join("")48 end49 module Assertions...
matcher_methods.rb
Source:matcher_methods.rb
...15 actual, expected = parse_xml(subject, pattern)16 actual.match?(expected)17 end18 19 def self.xml_structure_equal(subject, pattern)20 actual, expected = parse_xml(subject, pattern)21 actual.match?(expected) && expected.match?(actual)22 end23 24 private25 def self.parse_xml(subject, pattern)26 [Nokogiri::XML.parse(subject).root, Nokogiri::XML.parse(pattern).root]27 end28 end29end...
xml_structure_equal
Using AI Code Generation
1 xml1 << DocType.new('root', '-//Test//EN', 'test.dtd')2 root = Element.new('root')3 root << Element.new('element1')4 root << Element.new('element2')5 root << Element.new('element3')6 root = Element.new('root')7 root << Element.new('element1')8 root << Element.new('element2')9 root << Element.new('element3')10 root = Element.new('root')11 root << Element.new('element1')12 root << Element.new('element2')13 root << Element.new('element3')14 root << Element.new('element4')15 root = Element.new('root')16 root << Element.new('element1')17 root << Element.new('element2')18 root << Element.new('element3')19 root << Element.new('element4')20 root << Element.new('element5')21 root = Element.new('root')22 root << Element.new('element1')23 root << Element.new('element2')24 root << Element.new('element3')25 root << Element.new('element4')26 root << Element.new('element5')27 root << Element.new('element6')28 root = Element.new('root')29 root << Element.new('element1')30 root << Element.new('element2
xml_structure_equal
Using AI Code Generation
1 def xml_structure_equal(xml1, xml2)2 doc1 = REXML::Document.new(xml1)3 doc2 = REXML::Document.new(xml2)4 assert xml_structure_equal(xml1, xml2)
xml_structure_equal
Using AI Code Generation
1doc1 = Document.new(File.new("1.xml"))2doc2 = Document.new(File.new("2.xml"))3puts MatcherMethods.xml_structure_equal(doc1.root, doc2.root)4doc1 = Document.new(File.new("1.xml"))5doc2 = Document.new(File.new("2.xml"))6puts MatcherMethods.xml_structure_equal(doc1, doc2)
xml_structure_equal
Using AI Code Generation
1 assert_equal(true, XmlSimple.xml_structure_equal(xml1, xml2))2 assert_equal(false, XmlSimple.xml_structure_equal(xml1, xml3))3 assert_equal(false, XmlSimple.xml_structure_equal(xml1, xml4))4 assert_equal(false, XmlSimple.xml_structure_equal(xml1, xml5))
xml_structure_equal
Using AI Code Generation
1 doc1 = XML::Document.file('test1.xml')2 doc2 = XML::Document.file('test2.xml')3 assert xml_structure_equal(doc1, doc2)
xml_structure_equal
Using AI Code Generation
1 doc1 = XML::Document.file('test1.xml')2 doc2 = XML::Document.file('test2.xml')3 assert xml_structure_equal(doc1, doc2)
xml_structure_equal
Using AI Code Generation
1doc1 = Document.new(File.new("1.xml"))2doc2 = Document.new(File.new("2.xml"))3puts MatcherMethods.xml_structure_equal(doc1.root, doc2.root)4doc1 = Document.new(File.new("1.xml"))5doc2 = Document.new(File.new("2.xml"))6puts MatcherMethods.xml_structure_equal(doc1, doc2)
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