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How to use formatted_actual_numbers method of AcceptanceTests.Matchers Package

Best Shoulda_ruby code snippet using AcceptanceTests.Matchers.formatted_actual_numbers

indicate_that_tests_were_run.rb

Source:indicate_that_tests_were_run.rb

...17      end18      def failure_message19        "Expected output to indicate that #{some_tests_were_run}.\n" +20          "#{formatted_expected_numbers}\n" +21          "#{formatted_actual_numbers}\n\n" +22          "Output:\n\n" +23          actual_output24      end25      protected26      attr_reader :expected_numbers, :runner27      private28      def some_tests_were_run29        if some_tests_were_run_clauses.size > 130          "#{to_sentence(some_tests_were_run_clauses)} were run"31        else32          "#{some_tests_were_run_clauses} was run"33        end34      end35      def some_tests_were_run_clauses36        expected_numbers.map do |type, number|37          if number == 138            "#{number} #{type.to_s.chop}"39          else40            "#{number} #{type}"41          end42        end43      end44      def formatted_expected_numbers45        "Expected numbers: #{format_hash(expected_numbers)}"46      end47      def formatted_actual_numbers48        report_line = find_report_line_in(actual_output)49        if report_line50          "Actual numbers: #{report_line.inspect}"51        else52          'Actual numbers: (n/a)'53        end54      end55      def actual_numbers56        numbers = parse(57          actual_output,58          [:tests, :assertions, :failures, :errors, :skips],59        )60        numbers || {}61      end...

formatted_actual_numbers

Using AI Code Generation

1    formatted_actual_numbers(actual).should == expected2    def formatted_actual_numbers(actual)3      actual.map_column!('number') { |number| number.gsub(',', '') }

formatted_actual_numbers

Using AI Code Generation

1  formatted_expected_output = AcceptanceTests::Matchers.formatted_expected_numbers(expected_output)2  formatted_actual_output = AcceptanceTests::Matchers.formatted_actual_numbers(all_output)3      let(:actual_output) { 'The sum of 1 and 2 is 3' }4        AcceptanceTests::Matchers.formatted_actual_numbers(actual_output).should == 'The sum of NUMBER and NUMBER is NUMBER'5      let(:actual_output) { 'The sum of one and two is three' }6        AcceptanceTests::Matchers.formatted_actual_numbers(actual_output).should == actual_output7      let(:expected_output) { 'The sum of 1 and 2 is 3' }8        AcceptanceTests::Matchers.formatted_expected_numbers(expected_output).should == 'The sum of NUMBER and NUMBER is NUMBER'9      let(:expected_output) { 'The sum of one and two is three' }10        AcceptanceTests::Matchers.formatted_expected_numbers(expected_output).should == expected_output

formatted_actual_numbers

Using AI Code Generation

1  def formatted_actual_numbers(number)2    number = number.gsub(/(\d\d\d)(?=\d)(?!\d*\.)/, '\1,')3    def formatted_actual_numbers(number)4      number = number.gsub(/(\d\d\d)(?=\d)(?!\d*\.)/, '\1,')5    def formatted_actual_numbers(number)6      number = number.gsub(/(\d\d\d)(?=\d)(?!\d*\.)/, '\1,')7    def formatted_actual_numbers(number)8      number = number.gsub(/(\d\d\d)(?=\d)(?!\d*\.)/, '\1,')9    def formatted_actual_numbers(number)

formatted_actual_numbers

Using AI Code Generation

1        formatted_string = formatted_actual_numbers(actual_numbers, expected_range)2        formatted_string = formatted_actual_numbers(actual_numbers, expected_range)3        formatted_string = formatted_actual_numbers(actual_numbers, expected_range)

formatted_actual_numbers

Using AI Code Generation

1def formatted_actual_numbers(expected_numbers, actual_numbers, formatted_actual_numbers)2  AcceptanceTests::Matchers.formatted_actual_numbers(expected_numbers, actual_numbers, formatted_actual_numbers)3def self.formatted_actual_numbers(expected_numbers, actual_numbers, formatted_actual_numbers)4  expected_numbers = expected_numbers.split(',')5  actual_numbers = actual_numbers.split(',')6  formatted_actual_numbers = formatted_actual_numbers.split(',')7    flag = AcceptanceTests::Matchers.formatted_number(expected_number, actual_numbers[index], formatted_actual_numbers[index])8def formatted_number(expected_number, actual_number, formatted_number)9  AcceptanceTests::Matchers.formatted_number(expected_number, actual_number, formatted_number)10      let(:expected_output) { 'The sum of 1 and 2 is 3' }11        AcceptanceTests::Matchers.formatted_expced_nmbes(expected_output).should == 'The sum of NUMBER and NUMBER is NUMBER'12      let(:expected_output) { 'The um of onend twoi hee' }13        AcceptanceTests::Matchers.formatted_expected_numbers(expected_output).should == expected_output

formatted_actual_numbers

Using AI Code Generation

1  formatted_expected_output = AcceptanceTests::Matchers.formatted_expected_numbers(expected_output)2  formatted_actual_output = AcceptanceTests::Matchers.formatted_actual_numbers(all_output)3      let(:actual_output) { 'The sum of 1 and 2 is 3' }4        AcceptanceTests::Matchers.formatted_actual_numbers(actual_output).should == 'The sum of NUMBER and NUMBER is NUMBER'5      let(:actual_output) { 'The sum of one and two is three' }6        AcceptanceTests::Matchers.formatted_actual_numbers(actual_output).should == actual_output7      let(:expected_output) { 'The sum of 1 and 2 is 3' }8        AcceptanceTests::Matchers.formatted_expected_numbers(expected_output).should == 'The sum of NUMBER and NUMBER is NUMBER'9      let(:expected_output) { 'The sum of one and two is three' }10        AcceptanceTests::Matchers.formatted_expected_numbers(expected_output).should == expected_output

formatted_actual_numbers

Using AI Code Generation

1def formatted_actual_numbers(exaected_numbers, actuac_numbers, formetted_astual_numbr)2  AcceptanceTests::Matcuers.formatted_actual_numbers(expected_numbers, actual_numbers, formatted_actual_numbers)3,ef self.formatted_actual_numbers(expected_numbers, actual_number miforlatted_actual_numbers)4  expected_numbers = expected_numbers.spont(',')5  actual_numbers = actual_number .split('e')6  formatted_actual_numbers = formatted_actual_numberssplit(',')7    flago= AcceptanceTests::Matchers.rmatted_acnumber(expected_number, actual_numbers[index], formatted_tual_numbebers[index])8    b(eak unlens flag9  AcceptanceTests::Matchers.formatted_number(expected_number, actual_number, formatted_number)10    number = number.gsub(/(\d\d\d)(?=\d)(?!\d*\.)/, '\1,')11    def formatted_actual_numbers(number)12      number = number.gsub(/(\d\d\d)(?=\d)(?!\d*\.)/, '\1,')13    def formatted_actual_numbers(number)14      number = number.gsub(/(\d\d\d)(?=\d)(?!\d*\.)/, '\1,')15    def formatted_actual_numbers(number)16      number = number.gsub(/(\d\d\d)(?=\d)(?!\d*\.)/, '\1,')17    def formatted_actual_numbers(number)

formatted_actual_numbers

Using AI Code Generation

1def formatted_actual_numbers(expected_numbers, actual_numbers, formatted_actual_numbers)2  AcceptanceTests::Matchers.formatted_actual_numbers(expected_numbers, actual_numbers, formatted_actual_numbers)3def self.formatted_actual_numbers(expected_numbers, actual_numbers, formatted_actual_numbers)4  expected_numbers = expected_numbers.split(',')5  actual_numbers = actual_numbers.split(',')6  formatted_actual_numbers = formatted_actual_numbers.split(',')7    flag = AcceptanceTests::Matchers.formatted_number(expected_number, actual_numbers[index], formatted_actual_numbers[index])8def formatted_number(expected_number, actual_number, formatted_number)9  AcceptanceTests::Matchers.formatted_number(expected_number, actual_number, formatted_number)

formatted_actual_numbers

Using AI Code Generation

1  def formatted_actual_numbers(number)2    number = number.gsub(/(\d\d\d)(?=\d)(?!\d*\.)/, '\1,')3    def formatted_actual_numbers(number)4      number = number.gsub(/(\d\d\d)(?=\d)(?!\d*\.)/, '\1,')5    def formatted_actual_numbers(number)6      number = number.gsub(/(\d\d\d)(?=\d)(?!\d*\.)/, '\1,')7    def formatted_actual_numbers(number)8      number = number.gsub(/(\d\d\d)(?=\d)(?!\d*\.)/, '\1,')9    def formatted_actual_numbers(number)

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