You are an expert in writing code in many different languages. Your goal is to perform code completion for the following code, keeping in mind the rest of the code and the file meta data.
    Metadata details:
    filename: v1.rb
    path of file: ./repos/super_module/lib/super_module
    
    the code of the file until where you have to start completion: require File.expand_path(File.join(File.dirname(__FILE__), 'v1', 'module_body_method_call_recorder'))
require File.expand_path(File.join(File.dirname(__FILE__), 'v1', 'singleton_method_definition_store'))

module SuperModule
  module V1
    class << self
      def included(original_base)
        # TODO maybe avoid class_eval by extending/including instead
        original_base.class_eval do
          extend SuperModule::V1::ModuleBodyMethodCallRecorder
          extend SuperModule::V1::SingletonMethodDefinitionStore

          class << self
            def __define_super_module_singleton_methods(base)
              __super_module_singleton_methods.each do |method_name, method_body|
                # The following is needed for cases where a method is declared public/protected/private after it was added
                refreshed_access_level_method_body = method_body.sub(/class << self\n(public|protected|private)\n/, "class << self\n#{__singleton_method_access_level(method_name)}\n")
                base.class_eval(refreshed_access_level_method_body)
              end
            end

            def __invoke_module_body_method_calls(base)
              __all_module_body_method_calls_in_definition_order.each do |method_name, args, block|
                base.send(method_name, *args, &block)
              end
            end

            def included(base)
              __define_super_module_singleton_methods(base)
              __invoke_module_body_method_calls(base)
              super_module_included.each do |block|
                self.__inside_super_module_included = true
                base.__inside_super_module_included = true       
                block.binding.receiver.__inside_super_module_included = true       
                block.call(base)
                block.binding.receiver.__inside_super_module_included = false
                base.__inside_super_module_included = false
                self.
    
      def included(original_base)
        # TODO maybe avoid class_eval by extending/including instead
        original_base.class_eval do
          extend SuperModule::V1::ModuleBodyMethodCallRecorder
          extend SuperModule::V1::SingletonMethodDefinitionStore

          class << self
            def __define_super_module_singleton_methods(base)
              __super_module_singleton_methods.each do |method_name, method_body|
                # The following is needed for cases where a method is declared public/protected/private after it was added
                refreshed_access_level_method_body = method_body.sub(/class << self\n(public|protected|private)\n/, "class << self\n#{__singleton_method_access_level(method_name)}\n")
                base.class_eval(refreshed_access_level_method_body)
              end
            end

            def __invoke_module_body_method_calls(base)
              __all_module_body_method_calls_in_definition_order.each do |method_name, args, block|
                base.send(method_name, *args, &block)
              end
            end

            def included(base)
              __define_super_module_singleton_methods(base)
              __invoke_module_body_method_calls(base)
              super_module_included.each do |block|
                self.__inside_super_module_included = true
                base.__inside_super_module_included = true       
                block.binding.receiver.__inside_super_module_included = true       
                block.call(base)
                block.binding.receiver.__inside_super_module_included = false
                base.__inside_super_module_included = false
                self.__inside_super_module_included = false
              end
              if base.ancestors.include?(SuperModule) && !base.is_a?(Class)
                super_module_included.reverse.each do |block|
                  base.super_module_included.unshift(block)
                end
              end
            end

            def super_module_included(&block)
              if block_given?
                super_module_included << block
              else
                @super_module_included_blocks ||= []
              end
            end