Add upgrade-ordinary_gem branch to actions

def minus_with_duration(other) # :nodoc:
  if ActiveSupport::Duration === other
    plus_with_duration(-other)
  else
    minus_without_duration(other)
  end
end

def plus_with_duration(other) # :nodoc:
  if ActiveSupport::Duration === other
    other.since(self)
  else
    plus_without_duration(other)
  end
end

def to_time(form = :local)
  raise ArgumentError, "Expected :local or :utc, got #{form.inspect}." unless [:local, :utc].include?(form)
  ::Time.public_send(form, year, month, day)
end

def compare_with_coercion(other)
  if other.is_a?(Time)
    to_datetime <=> other
  else
    compare_without_coercion(other)
  end
end

def xmlschema
  in_time_zone.xmlschema
end

def readable_inspect
  strftime("%a, %d %b %Y")
end

attr_accessor :assets, :sandbox

attr_accessor :assets

attr_accessor :assets, :sandbox

attr_accessor :assets

def to_s(format = "F")
  super(format)
end

def to_time
  preserve_timezone ? getlocal(utc_offset) : getlocal
end

def formatted_offset(colon = true, alternate_utc_string = nil)
  utc? && alternate_utc_string || TimeZone.seconds_to_utc_offset(utc_offset, colon)
end

def formatted_offset(colon = true, alternate_utc_string = nil)
  utc? && alternate_utc_string || ActiveSupport::TimeZone.seconds_to_utc_offset(utc_offset, colon)
end

def +(other)
  if duration_of_variable_length?(other)
    method_missing(:+, other)
  else
    result = utc.acts_like?(:date) ? utc.since(other) : utc + other rescue utc.since(other)
    result.in_time_zone(time_zone)
  end
end

def since(seconds)
  self + seconds
rescue
  to_datetime.since(seconds)
end

def ago(other)
  since(-other)
end

def ago(seconds)
  since(-seconds)
end

def change(options)
  if options[:zone] && options[:offset]
    raise ArgumentError, "Can't change both :offset and :zone at the same time: #{options.inspect}"
  end

  new_time = time.change(options)

  if options[:zone]
    new_zone = ::Time.find_zone(options[:zone])
  elsif options[:offset]
    new_zone = ::Time.find_zone(new_time.utc_offset)
  end

  new_zone ||= time_zone
  periods = new_zone.periods_for_local(new_time)

  self.class.new(nil, new_zone, new_time, periods.include?(period) ? period : nil)
end

def change(options)
  new_year   = options.fetch(:year, year)
  new_month  = options.fetch(:month, month)
  new_day    = options.fetch(:day, day)
  new_hour   = options.fetch(:hour, hour)
  new_min    = options.fetch(:min, options[:hour] ? 0 : min)
  new_sec    = options.fetch(:sec, (options[:hour] || options[:min]) ? 0 : sec)
  new_offset = options.fetch(:offset, nil)

  if new_nsec = options[:nsec]
    raise ArgumentError, "Can't change both :nsec and :usec at the same time: #{options.inspect}" if options[:usec]
    new_usec = Rational(new_nsec, 1000)
  else
    new_usec = options.fetch(:usec, (options[:hour] || options[:min] || options[:sec]) ? 0 : Rational(nsec, 1000))
  end

  raise ArgumentError, "argument out of range" if new_usec >= 1000000

  new_sec += Rational(new_usec, 1000000)

  if new_offset
    ::Time.new(new_year, new_month, new_day, new_hour, new_min, new_sec, new_offset)
  elsif utc?
    ::Time.utc(new_year, new_month, new_day, new_hour, new_min, new_sec)
  elsif zone&.respond_to?(:utc_to_local)
    ::Time.new(new_year, new_month, new_day, new_hour, new_min, new_sec, zone)
  elsif zone
    ::Time.local(new_year, new_month, new_day, new_hour, new_min, new_sec)
  else
    ::Time.new(new_year, new_month, new_day, new_hour, new_min, new_sec, utc_offset)
  end
end

def as_json(options = nil)
  if ActiveSupport::JSON::Encoding.use_standard_json_time_format
    xmlschema(ActiveSupport::JSON::Encoding.time_precision)
  else
    %(#{time.strftime("%Y/%m/%d %H:%M:%S")} #{formatted_offset(false)})
  end
end

def as_json(options = nil) # :nodoc:
  if ActiveSupport::JSON::Encoding.use_standard_json_time_format
    xmlschema(ActiveSupport::JSON::Encoding.time_precision)
  else
    %(#{strftime("%Y/%m/%d %H:%M:%S")} #{formatted_offset(false)})
  end
end

def +(other)
  if duration_of_variable_length?(other)
    method_missing(:+, other)
  else
    result = utc.acts_like?(:date) ? utc.since(other) : utc + other rescue utc.since(other)
    result.in_time_zone(time_zone)
  end
end

def plus_with_duration(other) # :nodoc:
  if ActiveSupport::Duration === other
    other.since(self)
  else
    plus_without_duration(other)
  end
end

def -(other)
  if other.acts_like?(:time)
    to_time - other.to_time
  elsif duration_of_variable_length?(other)
    method_missing(:-, other)
  else
    result = utc.acts_like?(:date) ? utc.ago(other) : utc - other rescue utc.ago(other)
    result.in_time_zone(time_zone)
  end
end

def minus_with_coercion(other)
  other = other.comparable_time if other.respond_to?(:comparable_time)
  other.is_a?(DateTime) ? to_f - other.to_f : minus_without_coercion(other)
end

def to_time
  if preserve_timezone
    @to_time_with_instance_offset ||= getlocal(utc_offset)
  else
    @to_time_with_system_offset ||= getlocal
  end
end

def to_time
  preserve_timezone ? self : getlocal
end

def +(other)
  if duration_of_variable_length?(other)
    method_missing(:+, other)
  else
    result = utc.acts_like?(:date) ? utc.since(other) : utc + other rescue utc.since(other)
    result.in_time_zone(time_zone)
  end
end

def since(seconds)
  self + seconds
rescue
  to_datetime.since(seconds)
end

def <=>(other)
  utc <=> other
end

def compare_with_coercion(other)
  # we're avoiding Time#to_datetime and Time#to_time because they're expensive
  if other.class == Time
    compare_without_coercion(other)
  elsif other.is_a?(Time)
    compare_without_coercion(other.to_time)
  else
    to_datetime <=> other
  end
end

def xmlschema(fraction_digits = 0)
  "#{time.strftime(PRECISIONS[fraction_digits.to_i])}#{formatted_offset(true, 'Z')}"
end

def xmlschema(fraction_digits=0)
  fraction_digits = fraction_digits.to_i
  s = strftime("%FT%T")
  if fraction_digits > 0
    s << strftime(".%#{fraction_digits}N")
  end
  s << (utc? ? 'Z' : strftime("%:z"))
end

def xmlschema(fraction_digits = 0)
  "#{time.strftime(PRECISIONS[fraction_digits.to_i])}#{formatted_offset(true, 'Z')}"
end

def xmlschema(fraction_digits=0)
  fraction_digits = fraction_digits.to_i
  s = strftime("%FT%T")
  if fraction_digits > 0
    s << strftime(".%#{fraction_digits}N")
  end
  s << (utc? ? 'Z' : strftime("%:z"))
end

def xmlschema(fraction_digits = 0)
  "#{time.strftime(PRECISIONS[fraction_digits.to_i])}#{formatted_offset(true, 'Z')}"
end

def xmlschema(fraction_digits=0)
  fraction_digits = fraction_digits.to_i
  s = strftime("%FT%T")
  if fraction_digits > 0
    s << strftime(".%#{fraction_digits}N")
  end
  s << (utc? ? 'Z' : strftime("%:z"))
end

def rfc2822
  to_fs(:rfc822)
end

def rfc2822
  strftime('%a, %d %b %Y %T ') << (utc? ? '-0000' : strftime('%z'))
end

def rfc2822
  to_fs(:rfc822)
end

def rfc2822
  strftime('%a, %d %b %Y %T ') << (utc? ? '-0000' : strftime('%z'))
end

def eql?(other)
  other.eql?(utc)
end

def eql_with_coercion(other)
  # if other is an ActiveSupport::TimeWithZone, coerce a Time instance from it so we can do eql? comparison
  other = other.comparable_time if other.respond_to?(:comparable_time)
  eql_without_coercion(other)
end

def httpdate
  utc.httpdate
end

def httpdate
  getutc.strftime('%a, %d %b %Y %T GMT')
end

def acts_like_time?
  true
end

def acts_like_time?
  true
end

def to_fs(format = :default)
  if format == :db
    utc.to_fs(format)
  elsif formatter = ::Time::DATE_FORMATS[format]
    formatter.respond_to?(:call) ? formatter.call(self).to_s : strftime(formatter)
  else
    # Change to to_s when deprecation is gone.
    "#{time.strftime("%Y-%m-%d %H:%M:%S")} #{formatted_offset(false, 'UTC')}"
  end
end

def to_fs(format = :default)
  if formatter = DATE_FORMATS[format]
    formatter.respond_to?(:call) ? formatter.call(self).to_s : strftime(formatter)
  else
    # Change to `to_s` when deprecation is gone. Also deprecate `to_default_s`.
    to_default_s
  end
end

def to_fs(format = :default)
  if format == :db
    utc.to_fs(format)
  elsif formatter = ::Time::DATE_FORMATS[format]
    formatter.respond_to?(:call) ? formatter.call(self).to_s : strftime(formatter)
  else
    # Change to to_s when deprecation is gone.
    "#{time.strftime("%Y-%m-%d %H:%M:%S")} #{formatted_offset(false, 'UTC')}"
  end
end

def to_fs(format = :default)
  if formatter = DATE_FORMATS[format]
    formatter.respond_to?(:call) ? formatter.call(self).to_s : strftime(formatter)
  else
    # Change to `to_s` when deprecation is gone. Also deprecate `to_default_s`.
    to_default_s
  end
end

def advance(options)
  # If we're advancing a value of variable length (i.e., years, weeks, months, days), advance from #time,
  # otherwise advance from #utc, for accuracy when moving across DST boundaries
  if options.values_at(:years, :weeks, :months, :days).any?
    method_missing(:advance, options)
  else
    utc.advance(options).in_time_zone(time_zone)
  end
end

def advance(options)
  unless options[:weeks].nil?
    options[:weeks], partial_weeks = options[:weeks].divmod(1)
    options[:days] = options.fetch(:days, 0) + 7 * partial_weeks
  end

  unless options[:days].nil?
    options[:days], partial_days = options[:days].divmod(1)
    options[:hours] = options.fetch(:hours, 0) + 24 * partial_days
  end

  d = to_date.gregorian.advance(options)
  time_advanced_by_date = change(year: d.year, month: d.month, day: d.day)
  seconds_to_advance = \
    options.fetch(:seconds, 0) +
    options.fetch(:minutes, 0) * 60 +
    options.fetch(:hours, 0) * 3600

  if seconds_to_advance.zero?
    time_advanced_by_date
  else
    time_advanced_by_date.since(seconds_to_advance)
  end
end

def blank?
  false
end

def blank?
  false
end

def fragment(tags)
  document.related_class("DocumentFragment").new(document, tags, self)
end

def fragment(tags)
  return super(tags) unless document.is_a?(HTML5::Document)

  DocumentFragment.new(document, tags, self)
end

def write_to(io, *options)
  options = options.first.is_a?(Hash) ? options.shift : {}
  encoding = options[:encoding] || options[0]
  if Nokogiri.jruby?
    save_options = options[:save_with] || options[1]
    indent_times = options[:indent] || 0
  else
    save_options = options[:save_with] || options[1] || SaveOptions::FORMAT
    indent_times = options[:indent] || 2
  end
  indent_text = options[:indent_text] || " "

  # Any string times 0 returns an empty string. Therefore, use the same
  # string instead of generating a new empty string for every node with
  # zero indentation.
  indentation = indent_times.zero? ? "" : (indent_text * indent_times)

  config = SaveOptions.new(save_options.to_i)
  yield config if block_given?

  native_write_to(io, encoding, indentation, config.options)
end

def write_to(io, *options)
  return super(io, *options) unless document.is_a?(HTML5::Document)

  options = options.first.is_a?(Hash) ? options.shift : {}
  encoding = options[:encoding] || options[0]
  if Nokogiri.jruby?
    save_options = options[:save_with] || options[1]
    indent_times = options[:indent] || 0
  else
    save_options = options[:save_with] || options[1] || XML::Node::SaveOptions::FORMAT
    indent_times = options[:indent] || 2
  end
  indent_string = (options[:indent_text] || " ") * indent_times

  config = XML::Node::SaveOptions.new(save_options.to_i)
  yield config if block_given?

  config_options = config.options
  if config_options & (XML::Node::SaveOptions::AS_XML | XML::Node::SaveOptions::AS_XHTML) != 0
    # Use Nokogiri's serializing code.
    native_write_to(io, encoding, indent_string, config_options)
  else
    # Serialize including the current node.
    encoding ||= document.encoding || Encoding::UTF_8
    internal_ops = {
      preserve_newline: options[:preserve_newline] || false,
    }
    HTML5.serialize_node_internal(self, io, encoding, internal_ops)
  end
end

def inner_html(*args)
  children.map { |x| x.to_html(*args) }.join
end

def inner_html(options = {})
  return super(options) unless document.is_a?(HTML5::Document)

  result = options[:preserve_newline] && HTML5.prepend_newline?(self) ? +"\n" : +""
  result << children.map { |child| child.to_html(options) }.join
  result
end

def reset(prompt = '', encoding:)
  @rest_height = (Reline::IOGate.get_screen_size.first - 1) - Reline::IOGate.cursor_pos.y
  @screen_size = Reline::IOGate.get_screen_size
  @screen_height = @screen_size.first
  reset_variables(prompt, encoding: encoding)
  Reline::IOGate.set_winch_handler do
    @resized = true
  end
  if ENV.key?('RELINE_ALT_SCROLLBAR')
    @full_block = '::'
    @upper_half_block = "''"
    @lower_half_block = '..'
    @block_elem_width = 2
  elsif Reline::IOGate.win?
    @full_block = '█'
    @upper_half_block = '▀'
    @lower_half_block = '▄'
    @block_elem_width = 1
  elsif @encoding == Encoding::UTF_8
    @full_block = '█'
    @upper_half_block = '▀'
    @lower_half_block = '▄'
    @block_elem_width = Reline::Unicode.calculate_width('█')
  else
    @full_block = '::'
    @upper_half_block = "''"
    @lower_half_block = '..'
    @block_elem_width = 2
  end
end

def reset(prompt = '', encoding:)
  super
  Signal.trap(:SIGWINCH, nil)
end

def reset_session
  session.destroy
end

def reset_session # :nodoc:
  super
  self.flash = nil
end

def commit_flash
end

def commit_flash # :nodoc:
  return unless session.enabled?

  if flash_hash && (flash_hash.present? || session.key?("flash"))
    session["flash"] = flash_hash.to_session_value
    self.flash = flash_hash.dup
  end

  if session.loaded? && session.key?("flash") && session["flash"].nil?
    session.delete("flash")
  end
end