Best Capybara code snippet using Capybara.Node.Matchers.assert_ancestor
minitest.rb
Source:minitest.rb
...76 # @!method assert_sibling77 # @see Capybara::Node::Matchers#assert_sibling78 ## Assert element has a matching ancestor79 #80 # @!method assert_ancestor81 # @see Capybara::Node::Matchers#assert_ancestor82 %w[selector no_selector matches_style83 all_of_selectors none_of_selectors any_of_selectors84 matches_selector not_matches_selector85 sibling no_sibling ancestor no_ancestor].each do |assertion_name|86 class_eval <<-ASSERTION, __FILE__, __LINE__ + 187 def assert_#{assertion_name} *args, &optional_filter_block88 self.assertions +=189 subject, args = determine_subject(args)90 subject.assert_#{assertion_name}(*args, &optional_filter_block)91 rescue Capybara::ExpectationNotMet => e92 raise ::Minitest::Assertion, e.message93 end94 ASSERTION95 end...
assert_ancestor
Using AI Code Generation
1 visit('/')2 def search_for(q)3 fill_in('q', with: q)4 click_on('Google Search')5 def assert_ancestor(child, parent)6google_page.search_for('capybara')7google_page.assert_ancestor('capybara', 'Google Search')
assert_ancestor
Using AI Code Generation
1assert_ancestor(page, find('input[name="q"]'))2assert_ancestor(find('input[name="q"]'), find('input[name="btnK"]'))3assert_ancestor(find('input[name="q"]'), find('input[name="btnK"]'))4assert_ancestor(find('input[name="btnK"]'), find('input[name="q"]'))5assert_ancestor(find('input[name="btnK"]'),
assert_ancestor
Using AI Code Generation
1assert_ancestor(node)2assert_ancestor(node, count: 2)3assert_ancestor(node, minimum: 3)4assert_ancestor(node, maximum: 4)5assert_ancestor(node, between: 5..10)6assert_ancestor(node, wait: 10)7assert_ancestor(node, visible: true)8assert_ancestor(node, visible: false)9assert_ancestor(node, text: 'hello')10assert_ancestor(node, text: /hello/i)11assert_ancestor(node, text: ->(text) { text.include?('hello') })12assert_ancestor(node, text: ['hello', 'world'])13assert_ancestor(node, text: ['hello', /world/i])14assert_ancestor(node, text: ['hello', ->(text) { text.include?('world') }])15assert_ancestor(node, text: ['hello', 'world'], count: 2)16assert_ancestor(node, text: ['hello', 'world'], minimum: 3)17assert_ancestor(node, text: ['hello', 'world'], maximum: 4)18assert_ancestor(node, text: ['hello', 'world'], between: 5..10)19assert_ancestor(node, text: ['hello', 'world'], wait: 10)20assert_ancestor(node, text: ['hello', 'world'], visible: true)21assert_ancestor(node, text: ['hello', 'world'], visible: false)22assert_ancestor(node, text: ['hello', 'world'], count: 2, minimum: 3)23assert_ancestor(node, text: ['hello', 'world'], count: 2, maximum: 4)24assert_ancestor(node, text: ['hello', 'world'], count: 2, between: 5..10)25assert_ancestor(node, text: ['hello', 'world'], count: 2, wait: 10)26assert_ancestor(node, text: ['hello', 'world'], count: 2, visible: true)27assert_ancestor(node, text: ['hello', 'world'], count: 2, visible: false)28assert_ancestor(node, text: ['hello', 'world'], count: 2, minimum: 3, maximum: 4)29assert_ancestor(node,
assert_ancestor
Using AI Code Generation
1 def search_for(search_term)2 visit('/')3google.search_for('capybara')4assert_ancestor(find('input[name="btnK"]'),
assert_ancestor
Using AI Code Generation
1assert_ancestor(node)2assert_ancestor(node, count: 2)3assert_ancestor(node, minimum: 3)4assert_ancestor(node, maximum: 4)5assert_ancestor(node, between: 5..10)6assert_ancestor(node, wait: 10)7assert_ancestor(node, visible: true)8assert_ancestor(node, visible: false)9assert_ancestor(node, text: 'hello')10assert_ancestor(node, text: /hello/i)11assert_ancestor(node, text: ->(text) { text.include?('hello') })12assert_ancestor(node, text: ['hello', 'world'])13assert_ancestor(node, text: ['hello', /world/i])14assert_ancestor(node, text: ['hello', ->(text) { text.include?('world') }])15assert_ancestor(node, text: ['hello', 'world'], count: 2)16assert_ancestor(node, text: ['hello', 'world'], minimum: 3)17assert_ancestor(node, text: ['hello', 'world'], maximum: 4)18assert_ancestor(node, text: ['hello', 'world'], between: 5..10)19assert_ancestor(node, text: ['hello', 'world'], wait: 10)20assert_ancestor(node, text: ['hello', 'world'], visible: true)21assert_ancestor(node, text: ['hello', 'world'], visible: false)22assert_ancestor(node, text: ['hello', 'world'], count: 2, minimum: 3)23assert_ancestor(node, text: ['hello', 'world'], count: 2, maximum: 4)24assert_ancestor(node, text: ['hello', 'world'], count: 2, between: 5..10)25assert_ancestor(node, text: ['hello', 'world'], count: 2, wait: 10)26assert_ancestor(node, text: ['hello', 'world'], count: 2, visible: true)27assert_ancestor(node, text: ['hello', 'world'], count: 2, visible: false)28assert_ancestor(node, text: ['hello', 'world'], count: 2, minimum: 3, maximum: 4)29assert_ancestor(node,
assert_ancestor
Using AI Code Generation
1 def search_for(search_term)2 visit('/')3google.search_for('capybara')4assert_ancestor(page, find('input[name="q"]'))5assert_ancestor(find('input[name="q"]'), find('input[name="btnK"]'))6assert_ancestor(find('input[name="q"]'), find('input[name="btnK"]'))7assert_ancestor(find('input[name="btnK"]'), find('input[name="q"]'))8assert_ancestor(find('input[name="btnK"]'),
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