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How to use apply_filter method of Capybara.Queries Package

Best Capybara code snippet using Capybara.Queries.apply_filter

selector_query.rb

Source:selector_query.rb

...203        applied_filters << :node204        unapplied_options = options.keys - valid_keys205        @selector.with_filter_errors(errors) do206          node_filters.all? do |filter_name, filter|207            next true unless apply_filter?(filter)208            if filter.matcher?209              unapplied_options.select { |option_name| filter.handles_option?(option_name) }.all? do |option_name|210                unapplied_options.delete(option_name)211                filter.matches?(node, option_name, options[option_name], @selector)212              end213            elsif options.key?(filter_name)214              unapplied_options.delete(filter_name)215              filter.matches?(node, filter_name, options[filter_name], @selector)216            elsif filter.default?217              filter.matches?(node, filter_name, filter.default, @selector)218            else219              true220            end221          end222        end223      end224      def matches_filter_block?(node)225        return true unless @filter_block226        if node.respond_to?(:session)227          node.session.using_wait_time(0) { @filter_block.call(node) }228        else229          @filter_block.call(node)230        end231      end232      def filter_set(name)233        ::Capybara::Selector::FilterSet[name]234      end235      def node_filters236        if options.key?(:filter_set)237          filter_set(options[:filter_set])238        else239          @selector240        end.node_filters241      end242      def expression_filters243        filters = @selector.expression_filters244        filters.merge filter_set(options[:filter_set]).expression_filters if options.key?(:filter_set)245        filters246      end247      def custom_keys248        @custom_keys ||= node_filters.keys + expression_filters.keys249      end250      def assert_valid_keys251        unless VALID_MATCH.include?(match)252          raise ArgumentError, "Invalid option #{match.inspect} for :match, should be one of #{VALID_MATCH.map(&:inspect).join(', ')}"253        end254        unhandled_options = @options.keys.reject do |option_name|255          valid_keys.include?(option_name) ||256            expression_filters.any? { |_name, ef| ef.handles_option? option_name } ||257            node_filters.any? { |_name, nf| nf.handles_option? option_name }258        end259        return if unhandled_options.empty?260        invalid_names = unhandled_options.map(&:inspect).join(', ')261        valid_names = (valid_keys - [:allow_self]).map(&:inspect).join(', ')262        raise ArgumentError, "Invalid option(s) #{invalid_names}, should be one of #{valid_names}"263      end264      def filtered_expression(expr)265        conditions = {}266        conditions[:id] = options[:id] if use_default_id_filter?267        conditions[:class] = options[:class] if use_default_class_filter?268        conditions[:style] = options[:style] if use_default_style_filter? && !options[:style].is_a?(Hash)269        builder(expr).add_attribute_conditions(conditions)270      end271      def use_default_id_filter?272        options.key?(:id) && !custom_keys.include?(:id)273      end274      def use_default_class_filter?275        options.key?(:class) && !custom_keys.include?(:class)276      end277      def use_default_style_filter?278        options.key?(:style) && !custom_keys.include?(:style)279      end280      def apply_expression_filters(expression)281        unapplied_options = options.keys - valid_keys282        expression_filters.inject(expression) do |expr, (name, ef)|283          next expr unless apply_filter?(ef)284          if ef.matcher?285            unapplied_options.select(&ef.method(:handles_option?)).inject(expr) do |memo, option_name|286              unapplied_options.delete(option_name)287              ef.apply_filter(memo, option_name, options[option_name], @selector)288            end289          elsif options.key?(name)290            unapplied_options.delete(name)291            ef.apply_filter(expr, name, options[name], @selector)292          elsif ef.default?293            ef.apply_filter(expr, name, ef.default, @selector)294          else295            expr296          end297        end298      end299      def warn_exact_usage300        return unless options.key?(:exact) && !supports_exact?301        warn "The :exact option only has an effect on queries using the XPath#is method. Using it with the query \"#{expression}\" has no effect."302      end303      def exact_text304        options.fetch(:exact_text, session_options.exact_text)305      end306      def describe_within?307        @resolved_node && !document?(@resolved_node) && !simple_root?(@resolved_node)308      end309      def document?(node)310        node.is_a?(::Capybara::Node::Document)311      end312      def simple_root?(node)313        node.is_a?(::Capybara::Node::Simple) && node.path == '/'314      end315      def apply_filter?(filter)316        filter.format.nil? || (filter.format == selector_format)317      end318      def matches_locator_filter?(node)319        return true unless @selector.locator_filter && apply_filter?(@selector.locator_filter)320        @selector.locator_filter.matches?(node, @locator, @selector, exact: exact?)321      end322      def matches_system_filters?(node)323        applied_filters << :system324        matches_visibility_filters?(node) &&325          matches_id_filter?(node) &&326          matches_class_filter?(node) &&327          matches_style_filter?(node) &&328          matches_text_filter?(node) &&329          matches_exact_text_filter?(node)330      end331      def matches_id_filter?(node)332        return true unless use_default_id_filter? && options[:id].is_a?(Regexp)333        options[:id].match? node[:id]...

apply_filter

Using AI Code Generation

1 def apply_filter(node)2 node.find(:css, @selector)3 puts page.all(:css, 'h3.r', :text => 'Ruby').size

apply_filter

Using AI Code Generation

1    def apply_filter(element)2        if element.is_a?(Array)3          element.select { |e| @filter.call(e) }4          @filter.call(element) ? element : nil5    @filter = ->(e) { e == 2 }6puts t.apply_filter([1, 2, 3])7    @filter = ->(e) { e == 3 }8puts t.apply_filter([1, 2, 3])9    @filter = ->(e) { e == 4 }10puts t.apply_filter([1, 2, 3])11    @filter = ->(e) { e == 5 }12puts t.apply_filter([1, 2, 3])13    @filter = ->(e) { e == 6 }14puts t.apply_filter([1, 2, 3])15    @filter = ->(e) { e == 7 }16puts t.apply_filter([1, 2, 3])17    @filter = ->(e) { e == 8 }18puts t.apply_filter([1, 2, 3])19    @filter = ->(

apply_filter

Using AI Code Generation

1  def apply_filter(elements)2        filtered_elements = filter.call(filtered_elements)3    def apply_filter(elements)4          filtered_elements = filter.call(filtered_elements)5    def apply_filter(elements)6          filtered_elements = filter.call(filtered_elements)7    def apply_filter(elements)8          filtered_elements = filter.call(filtered_elements)9    def apply_filter(elements)10          filtered_elements = filter.call(filtered

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