module ActionView
  # nodoc:
  # = Action View Base
  #
  # Action View templates can be written in several ways.
  # If the template file has a <tt>.erb</tt> extension, then it uses the erubi[https://rubygems.org/gems/erubi]
  # template system which can embed Ruby into an HTML document.
  # If the template file has a <tt>.builder</tt> extension, then Jim Weirich's Builder::XmlMarkup library is used.
  #
  # == ERB
  #
  # You trigger ERB by using embeddings such as <tt><% %></tt>, <tt><% -%></tt>, and <tt><%= %></tt>. The <tt><%= %></tt> tag set is used when you want output. Consider the
  # following loop for names:
  #
  #   <b>Names of all the people</b>
  #   <% @people.each do |person| %>
  #     Name: <%= person.name %><br/>
  #   <% end %>
  #
  # The loop is setup in regular embedding tags <tt><% %></tt>, and the name is written using the output embedding tag <tt><%= %></tt>. Note that this
  # is not just a usage suggestion. Regular output functions like print or puts won't work with ERB templates. So this would be wrong:
  #
  #   <%# WRONG %>
  #   Hi, Mr. <% puts "Frodo" %>
  #
  # If you absolutely must write from within a function use +concat+.
  #
  # When on a line that only contains whitespaces except for the tag, <tt><% %></tt> suppresses leading and trailing whitespace,
  # including the trailing newline. <tt><% %></tt> and <tt><%- -%></tt> are the same.
  # Note however that <tt><%= %></tt> and <tt><%= -%></tt> are different: only the latter removes trailing whitespaces.
  #
  # === Using sub templates
  #
  # Using sub templates allows you to sidestep tedious replication and extract common display structures in shared templates. The
  # classic example is the use of a header and footer (even though the Action Pack-way would be to use Layouts):
  #
  #   <%= render "shared/header" %>
  #   Something really specific and terrific
  #   <%= render "shared/footer" %>
  #
  # As you see, we use the output embeddings for the render methods. The render call itself will just return a string holding the
  # result of the rendering. The output embedding writes it to the current template.
  #
  # But you don't have to restrict yourself to static includes. Templates can share variables amongst themselves by using instance
  # variables defined using the regular embedding tags. Like this:
  #
  #   <% @page_title = "A Wonderful Hello" %>
  #   <%= render "shared/header" %>
  #
  # Now the header can pick up on the <tt>@page_title</tt> variable and use it for outputting a title tag:
  #
  #   <title><%= @page_title %></title>
  #
  # === Passing local variables to sub templates
  #
  # You can pass local variables to sub templates by using a hash with the variable names as keys and the objects as values:
  #
  #   <%= render "shared/header", { headline: "Welcome", person: person } %>
  #
  # These can now be accessed in <tt>shared/header</tt> with:
  #
  #   Headline: <%= headline %>
  #   First name: <%= person.first_name %>
  #
  # The local variables passed to sub templates can be accessed as a hash using the <tt>local_assigns</tt> hash. This lets you access the
  # variables as:
  #
  #   Headline: <%= local_assigns[:headline] %>
  #
  # This is useful in cases where you aren't sure if the local variable has been assigned. Alternatively, you could also use
  # <tt>defined? headline</tt> to first check if the variable has been assigned before using it.
  #
  # === Template caching
  #
  # By default, Rails will compile each template to a method in order to render it. When you alter a template,
  # Rails will check the file's modification time and recompile it in development mode.
  #
  # == Builder
  #
  # Builder templates are a more programmatic alternative to ERB. They are especially useful for generating XML content. An XmlMarkup object
  # named +xml+ is automatically made available to templates with a <tt>.builder</tt> extension.
  #
  # Here are some basic examples:
  #
  #   xml.em("emphasized")                                 # => <em>emphasized</em>
  #   xml.em { xml.b("emph & bold") }                      # => <em><b>emph &amp; bold</b></em>
  #   xml.a("A Link", "href" => "http://onestepback.org")  # => <a href="http://onestepback.org">A Link</a>
  #   xml.target("name" => "compile", "option" => "fast")  # => <target option="fast" name="compile"\>
  #                                                        # NOTE: order of attributes is not specified.
  #
  # Any method with a block will be treated as an XML markup tag with nested markup in the block. For example, the following:
  #
  #   xml.div do
  #     xml.h1(@person.name)
  #     xml.p(@person.bio)
  #   end
  #
  # would produce something like:
  #
  #   <div>
  #     <h1>David Heinemeier Hansson</h1>
  #     <p>A product of Danish Design during the Winter of '79...</p>
  #   </div>
  #
  # Here is a full-length RSS example actually used on Basecamp:
  #
  #   xml.rss("version" => "2.0", "xmlns:dc" => "http://purl.org/dc/elements/1.1/") do
  #     xml.channel do
  #       xml.title(@feed_title)
  #       xml.link(@url)
  #       xml.description "Basecamp: Recent items"
  #       xml.language "en-us"
  #       xml.ttl "40"
  #
  #       @recent_items.each do |item|
  #         xml.item do
  #           xml.title(item_title(item))
  #           xml.description(item_description(item)) if item_description(item)
  #           xml.pubDate(item_pubDate(item))
  #           xml.guid(@person.firm.account.url + @recent_items.url(item))
  #           xml.link(@person.firm.account.url + @recent_items.url(item))
  #
  #           xml.tag!("dc:creator", item.author_name) if item_has_creator?(item)
  #         end
  #       end
  #     end
  #   end
  #
  # For more information on Builder please consult the {source
  # code}[https://github.com/jimweirich/builder].
  class Base
    include Helpers

    include ::ERB::Util

    include Context

    def self.cache_template_loading: () -> untyped

    def self.cache_template_loading=: (untyped value) -> untyped

    def self.xss_safe?: () -> ::TrueClass

    def self.with_empty_template_cache: () -> untyped

    def self.changed?: (untyped other) -> untyped

    attr_reader view_renderer: untyped

    attr_reader lookup_context: untyped

    def assign: (untyped new_assigns) -> untyped

    def self.build_lookup_context: (untyped context) -> untyped

    def self.empty: () -> untyped

    def self.with_view_paths: (untyped view_paths, ?::Hash[untyped, untyped] assigns, ?untyped? controller) -> untyped

    def self.with_context: (untyped context, ?::Hash[untyped, untyped] assigns, ?untyped? controller) -> untyped

    NULL: untyped

    def initialize: (?untyped? lookup_context, ?::Hash[untyped, untyped] assigns, ?untyped? controller, ?untyped formats) -> untyped

    def _run: (untyped method, untyped template, untyped locals, untyped buffer) { () -> untyped } -> untyped

    def compiled_method_container: () -> untyped

    def in_rendering_context: (untyped options) { (untyped) -> untyped } -> untyped
  end
end

module ActionView
  class OutputBuffer < ActiveSupport::SafeBuffer
    # Used as a buffer for views
    #
    # The main difference between this and ActiveSupport::SafeBuffer
    # is for the methods `<<` and `safe_expr_append=` the inputs are
    # checked for nil before they are assigned and `to_s` is called on
    # the input. For example:
    #
    #   obuf = ActionView::OutputBuffer.new "hello"
    #   obuf << 5
    #   puts obuf # => "hello5"
    #
    #   sbuf = ActiveSupport::SafeBuffer.new "hello"
    #   sbuf << 5
    #   puts sbuf # => "hello\u0005"
    #
    # nodoc:
    def initialize: () -> untyped

    def <<: (untyped value) -> untyped

    alias append= <<

    def safe_expr_append=: (untyped val) -> untyped

    alias safe_append= safe_concat
  end

  class StreamingBuffer
    # nodoc:
    def initialize: (untyped block) -> untyped

    def <<: (untyped value) -> untyped

    alias concat <<

    alias append= <<

    def safe_concat: (untyped value) -> untyped

    alias safe_append= safe_concat

    def html_safe?: () -> ::TrueClass

    def html_safe: () -> untyped
  end
end

module ActionView
  class CacheExpiry
    class Executor
      def initialize: (watcher: untyped watcher) -> untyped

      def before: (untyped target) -> untyped
    end

    def initialize: (watcher: untyped watcher) -> untyped

    def clear_cache_if_necessary: () -> untyped

    def clear_cache: () -> untyped

    def dirs_to_watch: () -> untyped

    def all_view_paths: () -> untyped
  end
end

module ActionView
  # = Action View Context
  #
  # Action View contexts are supplied to Action Controller to render a template.
  # The default Action View context is ActionView::Base.
  #
  # In order to work with Action Controller, a Context must just include this
  # module. The initialization of the variables used by the context
  # (@output_buffer, @view_flow, and @virtual_path) is responsibility of the
  # object that includes this module (although you can call _prepare_context
  # defined below).
  module Context
    attr_accessor output_buffer: untyped

    attr_accessor view_flow: untyped

    # Prepares the context by setting the appropriate instance variables.
    def _prepare_context: () -> untyped

    # Encapsulates the interaction with the view flow so it
    # returns the correct buffer on +yield+. This is usually
    # overwritten by helpers to add more behavior.
    def _layout_for: (?untyped? name) -> untyped
  end
end

module ActionView
  class DependencyTracker
    def self.find_dependencies: (untyped name, untyped template, ?untyped? view_paths) -> (::Array[untyped] | untyped)

    def self.register_tracker: (untyped `extension`, untyped tracker) -> untyped

    def self.remove_tracker: (untyped handler) -> untyped

    class ERBTracker
      # :nodoc:
      EXPLICIT_DEPENDENCY: untyped

      # A valid ruby identifier - suitable for class, method and specially variable names
      IDENTIFIER: untyped

      # Any kind of variable name. e.g. @instance, @@class, $global or local.
      # Possibly following a method call chain
      VARIABLE_OR_METHOD_CHAIN: untyped

      # A simple string literal. e.g. "School's out!"
      STRING: untyped

      # Part of any hash containing the :partial key
      PARTIAL_HASH_KEY: untyped

      # Part of any hash containing the :layout key
      LAYOUT_HASH_KEY: untyped

      # Matches:
      #   partial: "comments/comment", collection: @all_comments => "comments/comment"
      #   (object: @single_comment, partial: "comments/comment") => "comments/comment"
      #
      #   "comments/comments"
      #   'comments/comments'
      #   ('comments/comments')
      #
      #   (@topic)         => "topics/topic"
      #    topics          => "topics/topic"
      #   (message.topics) => "topics/topic"
      RENDER_ARGUMENTS: untyped

      LAYOUT_DEPENDENCY: untyped

      def self.supports_view_paths?: () -> ::TrueClass

      def self.call: (untyped name, untyped template, ?untyped? view_paths) -> untyped

      def initialize: (untyped name, untyped template, ?untyped? view_paths) -> untyped

      def dependencies: () -> untyped

      attr_reader name: untyped

      attr_reader template: untyped

      def source: () -> untyped

      def directory: () -> untyped

      def render_dependencies: () -> untyped

      def add_dependencies: (untyped render_dependencies, untyped arguments, untyped pattern) -> untyped

      def add_dynamic_dependency: (untyped dependencies, untyped dependency) -> untyped

      def add_static_dependency: (untyped dependencies, untyped dependency) -> untyped

      def resolve_directories: (untyped wildcard_dependencies) -> (::Array[untyped] | untyped)

      def explicit_dependencies: () -> untyped
    end
  end
end

module ActionView
  class Digestor
    # Supported options:
    #
    # * <tt>name</tt>         - Template name
    # * <tt>format</tt>       - Template format
    # * <tt>finder</tt>       - An instance of <tt>ActionView::LookupContext</tt>
    # * <tt>dependencies</tt> - An array of dependent views
    def self.digest: (name: untyped name, finder: untyped finder, ?format: untyped? format, ?dependencies: untyped? dependencies) -> untyped

    def self.logger: () -> untyped

    # Create a dependency tree for template named +name+.
    def self.tree: (untyped name, untyped finder, ?bool partial, ?::Hash[untyped, untyped] seen) -> untyped

    def self.find_template: (untyped finder, untyped name, untyped prefixes, untyped partial, untyped keys) -> untyped

    class Node
      attr_reader name: untyped

      attr_reader logical_name: untyped

      attr_reader template: untyped

      attr_reader children: untyped

      def self.create: (untyped name, untyped logical_name, untyped template, untyped partial) -> untyped

      def initialize: (untyped name, untyped logical_name, untyped template, ?untyped children) -> untyped

      def digest: (untyped finder, ?untyped stack) -> untyped

      def dependency_digest: (untyped finder, untyped stack) -> untyped

      def to_dep_map: () -> untyped
    end

    class Partial < Node
    end

    class Missing < Node
      def digest: (untyped finder, ?untyped _) -> ::String
    end

    class Injected < Node
      def digest: (untyped finder, ?untyped _) -> untyped
    end

    class NullLogger
      def self.debug: (untyped _) -> nil

      def self.error: (untyped _) -> nil
    end
  end
end

module ActionView
  class OutputFlow
    # nodoc:
    attr_reader content: untyped

    def initialize: () -> untyped

    # Called by _layout_for to read stored values.
    def get: (untyped key) -> untyped

    # Called by each renderer object to set the layout contents.
    def set: (untyped key, untyped value) -> untyped

    # Called by content_for
    def append: (untyped key, untyped value) -> untyped

    alias append! append
  end

  class StreamingFlow < OutputFlow
    # nodoc:
    def initialize: (untyped view, untyped fiber) -> untyped

    # Try to get stored content. If the content
    # is not available and we're inside the layout fiber,
    # then it will begin waiting for the given key and yield.
    def get: (untyped key) -> untyped

    # Appends the contents for the given key. This is called
    # by providing and resuming back to the fiber,
    # if that's the key it's waiting for.
    def append!: (untyped key, untyped value) -> untyped

    def inside_fiber?: () -> untyped
  end
end

module ActionView
  # Returns the version of the currently loaded Action View as a <tt>Gem::Version</tt>
  def self.gem_version: () -> Gem::Version

  module VERSION
    MAJOR: ::Integer

    MINOR: ::Integer

    TINY: ::Integer

    PRE: ::String

    STRING: untyped
  end
end

module ActionView
  module Helpers
    extend ::ActionView::Helpers::UrlHelper::ClassMethods

    extend ::ActionView::Helpers::SanitizeHelper::ClassMethods

    # = Active Model Helpers
    # nodoc:
    module ActiveModelHelper
    end

    module ActiveModelInstanceTag
      def object: () -> untyped

      def content_tag: (untyped `type`, untyped options) -> untyped

      def tag: (untyped `type`, untyped options) -> untyped

      def error_wrapping: (untyped html_tag) -> untyped

      def error_message: () -> untyped

      def object_has_errors?: () -> untyped

      def select_markup_helper?: (untyped `type`) -> untyped

      def tag_generate_errors?: (untyped options) -> untyped
    end
  end
end

module ActionView
  module Helpers
    # = Action View Asset Tag Helpers
    # nodoc:
    # This module provides methods for generating HTML that links views to assets such
    # as images, JavaScripts, stylesheets, and feeds. These methods do not verify
    # the assets exist before linking to them:
    #
    #   image_tag("rails.png")
    #   # => <img src="/assets/rails.png" />
    #   stylesheet_link_tag("application")
    #   # => <link href="/assets/application.css?body=1" media="screen" rel="stylesheet" />
    module AssetTagHelper
      extend ActiveSupport::Concern

      include AssetUrlHelper

      include TagHelper

      # Returns an HTML script tag for each of the +sources+ provided.
      #
      # Sources may be paths to JavaScript files. Relative paths are assumed to be relative
      # to <tt>assets/javascripts</tt>, full paths are assumed to be relative to the document
      # root. Relative paths are idiomatic, use absolute paths only when needed.
      #
      # When passing paths, the ".js" extension is optional.  If you do not want ".js"
      # appended to the path <tt>extname: false</tt> can be set on the options.
      #
      # You can modify the HTML attributes of the script tag by passing a hash as the
      # last argument.
      #
      # When the Asset Pipeline is enabled, you can pass the name of your manifest as
      # source, and include other JavaScript or CoffeeScript files inside the manifest.
      #
      # If the server supports Early Hints header links for these assets will be
      # automatically pushed.
      #
      # ==== Options
      #
      # When the last parameter is a hash you can add HTML attributes using that
      # parameter. The following options are supported:
      #
      # * <tt>:extname</tt>  - Append an extension to the generated URL unless the extension
      #   already exists. This only applies for relative URLs.
      # * <tt>:protocol</tt>  - Sets the protocol of the generated URL. This option only
      #   applies when a relative URL and +host+ options are provided.
      # * <tt>:host</tt>  - When a relative URL is provided the host is added to the
      #   that path.
      # * <tt>:skip_pipeline</tt>  - This option is used to bypass the asset pipeline
      #   when it is set to true.
      # * <tt>:nonce</tt>  - When set to true, adds an automatic nonce value if
      #   you have Content Security Policy enabled.
      #
      # ==== Examples
      #
      #   javascript_include_tag "xmlhr"
      #   # => <script src="/assets/xmlhr.debug-1284139606.js"></script>
      #
      #   javascript_include_tag "xmlhr", host: "localhost", protocol: "https"
      #   # => <script src="https://localhost/assets/xmlhr.debug-1284139606.js"></script>
      #
      #   javascript_include_tag "template.jst", extname: false
      #   # => <script src="/assets/template.debug-1284139606.jst"></script>
      #
      #   javascript_include_tag "xmlhr.js"
      #   # => <script src="/assets/xmlhr.debug-1284139606.js"></script>
      #
      #   javascript_include_tag "common.javascript", "/elsewhere/cools"
      #   # => <script src="/assets/common.javascript.debug-1284139606.js"></script>
      #   #    <script src="/elsewhere/cools.debug-1284139606.js"></script>
      #
      #   javascript_include_tag "http://www.example.com/xmlhr"
      #   # => <script src="http://www.example.com/xmlhr"></script>
      #
      #   javascript_include_tag "http://www.example.com/xmlhr.js"
      #   # => <script src="http://www.example.com/xmlhr.js"></script>
      #
      #   javascript_include_tag "http://www.example.com/xmlhr.js", nonce: true
      #   # => <script src="http://www.example.com/xmlhr.js" nonce="..."></script>
      def javascript_include_tag: (*untyped sources) -> untyped

      # Returns a stylesheet link tag for the sources specified as arguments. If
      # you don't specify an extension, <tt>.css</tt> will be appended automatically.
      # You can modify the link attributes by passing a hash as the last argument.
      # For historical reasons, the 'media' attribute will always be present and defaults
      # to "screen", so you must explicitly set it to "all" for the stylesheet(s) to
      # apply to all media types.
      #
      # If the server supports Early Hints header links for these assets will be
      # automatically pushed.
      #
      #   stylesheet_link_tag "style"
      #   # => <link href="/assets/style.css" media="screen" rel="stylesheet" />
      #
      #   stylesheet_link_tag "style.css"
      #   # => <link href="/assets/style.css" media="screen" rel="stylesheet" />
      #
      #   stylesheet_link_tag "http://www.example.com/style.css"
      #   # => <link href="http://www.example.com/style.css" media="screen" rel="stylesheet" />
      #
      #   stylesheet_link_tag "style", media: "all"
      #   # => <link href="/assets/style.css" media="all" rel="stylesheet" />
      #
      #   stylesheet_link_tag "style", media: "print"
      #   # => <link href="/assets/style.css" media="print" rel="stylesheet" />
      #
      #   stylesheet_link_tag "random.styles", "/css/stylish"
      #   # => <link href="/assets/random.styles" media="screen" rel="stylesheet" />
      #   #    <link href="/css/stylish.css" media="screen" rel="stylesheet" />
      def stylesheet_link_tag: (*untyped sources) -> untyped

      # Returns a link tag that browsers and feed readers can use to auto-detect
      # an RSS, Atom, or JSON feed. The +type+ can be <tt>:rss</tt> (default),
      # <tt>:atom</tt>, or <tt>:json</tt>. Control the link options in url_for format
      # using the +url_options+. You can modify the LINK tag itself in +tag_options+.
      #
      # ==== Options
      #
      # * <tt>:rel</tt>  - Specify the relation of this link, defaults to "alternate"
      # * <tt>:type</tt>  - Override the auto-generated mime type
      # * <tt>:title</tt>  - Specify the title of the link, defaults to the +type+
      #
      # ==== Examples
      #
      #   auto_discovery_link_tag
      #   # => <link rel="alternate" type="application/rss+xml" title="RSS" href="http://www.currenthost.com/controller/action" />
      #   auto_discovery_link_tag(:atom)
      #   # => <link rel="alternate" type="application/atom+xml" title="ATOM" href="http://www.currenthost.com/controller/action" />
      #   auto_discovery_link_tag(:json)
      #   # => <link rel="alternate" type="application/json" title="JSON" href="http://www.currenthost.com/controller/action" />
      #   auto_discovery_link_tag(:rss, {action: "feed"})
      #   # => <link rel="alternate" type="application/rss+xml" title="RSS" href="http://www.currenthost.com/controller/feed" />
      #   auto_discovery_link_tag(:rss, {action: "feed"}, {title: "My RSS"})
      #   # => <link rel="alternate" type="application/rss+xml" title="My RSS" href="http://www.currenthost.com/controller/feed" />
      #   auto_discovery_link_tag(:rss, {controller: "news", action: "feed"})
      #   # => <link rel="alternate" type="application/rss+xml" title="RSS" href="http://www.currenthost.com/news/feed" />
      #   auto_discovery_link_tag(:rss, "http://www.example.com/feed.rss", {title: "Example RSS"})
      #   # => <link rel="alternate" type="application/rss+xml" title="Example RSS" href="http://www.example.com/feed.rss" />
      def auto_discovery_link_tag: (?::Symbol `type`, ?::Hash[untyped, untyped] url_options, ?::Hash[untyped, untyped] tag_options) -> untyped

      # Returns a link tag for a favicon managed by the asset pipeline.
      #
      # If a page has no link like the one generated by this helper, browsers
      # ask for <tt>/favicon.ico</tt> automatically, and cache the file if the
      # request succeeds. If the favicon changes it is hard to get it updated.
      #
      # To have better control applications may let the asset pipeline manage
      # their favicon storing the file under <tt>app/assets/images</tt>, and
      # using this helper to generate its corresponding link tag.
      #
      # The helper gets the name of the favicon file as first argument, which
      # defaults to "favicon.ico", and also supports +:rel+ and +:type+ options
      # to override their defaults, "shortcut icon" and "image/x-icon"
      # respectively:
      #
      #   favicon_link_tag
      #   # => <link href="/assets/favicon.ico" rel="shortcut icon" type="image/x-icon" />
      #
      #   favicon_link_tag 'myicon.ico'
      #   # => <link href="/assets/myicon.ico" rel="shortcut icon" type="image/x-icon" />
      #
      # Mobile Safari looks for a different link tag, pointing to an image that
      # will be used if you add the page to the home screen of an iOS device.
      # The following call would generate such a tag:
      #
      #   favicon_link_tag 'mb-icon.png', rel: 'apple-touch-icon', type: 'image/png'
      #   # => <link href="/assets/mb-icon.png" rel="apple-touch-icon" type="image/png" />
      def favicon_link_tag: (?::String source, ?::Hash[untyped, untyped] options) -> untyped

      # Returns a link tag that browsers can use to preload the +source+.
      # The +source+ can be the path of a resource managed by asset pipeline,
      # a full path, or an URI.
      #
      # ==== Options
      #
      # * <tt>:type</tt>  - Override the auto-generated mime type, defaults to the mime type for +source+ extension.
      # * <tt>:as</tt>  - Override the auto-generated value for as attribute, calculated using +source+ extension and mime type.
      # * <tt>:crossorigin</tt>  - Specify the crossorigin attribute, required to load cross-origin resources.
      # * <tt>:nopush</tt>  - Specify if the use of server push is not desired for the resource. Defaults to +false+.
      #
      # ==== Examples
      #
      #   preload_link_tag("custom_theme.css")
      #   # => <link rel="preload" href="/assets/custom_theme.css" as="style" type="text/css" />
      #
      #   preload_link_tag("/videos/video.webm")
      #   # => <link rel="preload" href="/videos/video.mp4" as="video" type="video/webm" />
      #
      #   preload_link_tag(post_path(format: :json), as: "fetch")
      #   # => <link rel="preload" href="/posts.json" as="fetch" type="application/json" />
      #
      #   preload_link_tag("worker.js", as: "worker")
      #   # => <link rel="preload" href="/assets/worker.js" as="worker" type="text/javascript" />
      #
      #   preload_link_tag("//example.com/font.woff2")
      #   # => <link rel="preload" href="//example.com/font.woff2" as="font" type="font/woff2" crossorigin="anonymous"/>
      #
      #   preload_link_tag("//example.com/font.woff2", crossorigin: "use-credentials")
      #   # => <link rel="preload" href="//example.com/font.woff2" as="font" type="font/woff2" crossorigin="use-credentials" />
      #
      #   preload_link_tag("/media/audio.ogg", nopush: true)
      #   # => <link rel="preload" href="/media/audio.ogg" as="audio" type="audio/ogg" />
      #
      def preload_link_tag: (untyped source, ?::Hash[untyped, untyped] options) -> untyped

      # Returns an HTML image tag for the +source+. The +source+ can be a full
      # path, a file, or an Active Storage attachment.
      #
      # ==== Options
      #
      # You can add HTML attributes using the +options+. The +options+ supports
      # additional keys for convenience and conformance:
      #
      # * <tt>:size</tt> - Supplied as "{Width}x{Height}" or "{Number}", so "30x45" becomes
      #   width="30" and height="45", and "50" becomes width="50" and height="50".
      #   <tt>:size</tt> will be ignored if the value is not in the correct format.
      # * <tt>:srcset</tt> - If supplied as a hash or array of <tt>[source, descriptor]</tt>
      #   pairs, each image path will be expanded before the list is formatted as a string.
      #
      # ==== Examples
      #
      # Assets (images that are part of your app):
      #
      #   image_tag("icon")
      #   # => <img src="/assets/icon" />
      #   image_tag("icon.png")
      #   # => <img src="/assets/icon.png" />
      #   image_tag("icon.png", size: "16x10", alt: "Edit Entry")
      #   # => <img src="/assets/icon.png" width="16" height="10" alt="Edit Entry" />
      #   image_tag("/icons/icon.gif", size: "16")
      #   # => <img src="/icons/icon.gif" width="16" height="16" />
      #   image_tag("/icons/icon.gif", height: '32', width: '32')
      #   # => <img height="32" src="/icons/icon.gif" width="32" />
      #   image_tag("/icons/icon.gif", class: "menu_icon")
      #   # => <img class="menu_icon" src="/icons/icon.gif" />
      #   image_tag("/icons/icon.gif", data: { title: 'Rails Application' })
      #   # => <img data-title="Rails Application" src="/icons/icon.gif" />
      #   image_tag("icon.png", srcset: { "icon_2x.png" => "2x", "icon_4x.png" => "4x" })
      #   # => <img src="/assets/icon.png" srcset="/assets/icon_2x.png 2x, /assets/icon_4x.png 4x">
      #   image_tag("pic.jpg", srcset: [["pic_1024.jpg", "1024w"], ["pic_1980.jpg", "1980w"]], sizes: "100vw")
      #   # => <img src="/assets/pic.jpg" srcset="/assets/pic_1024.jpg 1024w, /assets/pic_1980.jpg 1980w" sizes="100vw">
      #
      # Active Storage blobs (images that are uploaded by the users of your app):
      #
      #   image_tag(user.avatar)
      #   # => <img src="/rails/active_storage/blobs/.../tiger.jpg" />
      #   image_tag(user.avatar.variant(resize_to_limit: [100, 100]))
      #   # => <img src="/rails/active_storage/representations/.../tiger.jpg" />
      #   image_tag(user.avatar.variant(resize_to_limit: [100, 100]), size: '100')
      #   # => <img width="100" height="100" src="/rails/active_storage/representations/.../tiger.jpg" />
      def image_tag: (untyped source, ?::Hash[untyped, untyped] options) -> untyped

      # Returns an HTML video tag for the +sources+. If +sources+ is a string,
      # a single video tag will be returned. If +sources+ is an array, a video
      # tag with nested source tags for each source will be returned. The
      # +sources+ can be full paths or files that exist in your public videos
      # directory.
      #
      # ==== Options
      #
      # When the last parameter is a hash you can add HTML attributes using that
      # parameter. The following options are supported:
      #
      # * <tt>:poster</tt> - Set an image (like a screenshot) to be shown
      #   before the video loads. The path is calculated like the +src+ of +image_tag+.
      # * <tt>:size</tt> - Supplied as "{Width}x{Height}" or "{Number}", so "30x45" becomes
      #   width="30" and height="45", and "50" becomes width="50" and height="50".
      #   <tt>:size</tt> will be ignored if the value is not in the correct format.
      # * <tt>:poster_skip_pipeline</tt> will bypass the asset pipeline when using
      #   the <tt>:poster</tt> option instead using an asset in the public folder.
      #
      # ==== Examples
      #
      #   video_tag("trailer")
      #   # => <video src="/videos/trailer"></video>
      #   video_tag("trailer.ogg")
      #   # => <video src="/videos/trailer.ogg"></video>
      #   video_tag("trailer.ogg", controls: true, preload: 'none')
      #   # => <video preload="none" controls="controls" src="/videos/trailer.ogg"></video>
      #   video_tag("trailer.m4v", size: "16x10", poster: "screenshot.png")
      #   # => <video src="/videos/trailer.m4v" width="16" height="10" poster="/assets/screenshot.png"></video>
      #   video_tag("trailer.m4v", size: "16x10", poster: "screenshot.png", poster_skip_pipeline: true)
      #   # => <video src="/videos/trailer.m4v" width="16" height="10" poster="screenshot.png"></video>
      #   video_tag("/trailers/hd.avi", size: "16x16")
      #   # => <video src="/trailers/hd.avi" width="16" height="16"></video>
      #   video_tag("/trailers/hd.avi", size: "16")
      #   # => <video height="16" src="/trailers/hd.avi" width="16"></video>
      #   video_tag("/trailers/hd.avi", height: '32', width: '32')
      #   # => <video height="32" src="/trailers/hd.avi" width="32"></video>
      #   video_tag("trailer.ogg", "trailer.flv")
      #   # => <video><source src="/videos/trailer.ogg" /><source src="/videos/trailer.flv" /></video>
      #   video_tag(["trailer.ogg", "trailer.flv"])
      #   # => <video><source src="/videos/trailer.ogg" /><source src="/videos/trailer.flv" /></video>
      #   video_tag(["trailer.ogg", "trailer.flv"], size: "160x120")
      #   # => <video height="120" width="160"><source src="/videos/trailer.ogg" /><source src="/videos/trailer.flv" /></video>
      def video_tag: (*untyped sources) -> untyped

      # Returns an HTML audio tag for the +sources+. If +sources+ is a string,
      # a single audio tag will be returned. If +sources+ is an array, an audio
      # tag with nested source tags for each source will be returned. The
      # +sources+ can be full paths or files that exist in your public audios
      # directory.
      #
      # When the last parameter is a hash you can add HTML attributes using that
      # parameter.
      #
      #   audio_tag("sound")
      #   # => <audio src="/audios/sound"></audio>
      #   audio_tag("sound.wav")
      #   # => <audio src="/audios/sound.wav"></audio>
      #   audio_tag("sound.wav", autoplay: true, controls: true)
      #   # => <audio autoplay="autoplay" controls="controls" src="/audios/sound.wav"></audio>
      #   audio_tag("sound.wav", "sound.mid")
      #   # => <audio><source src="/audios/sound.wav" /><source src="/audios/sound.mid" /></audio>
      def audio_tag: (*untyped sources) -> untyped

      def multiple_sources_tag_builder: (untyped `type`, untyped sources) { (untyped) -> untyped } -> untyped

      def resolve_image_source: (untyped source, untyped skip_pipeline) -> untyped

      def extract_dimensions: (untyped size) -> untyped

      def check_for_image_tag_errors: (untyped options) -> untyped

      def resolve_link_as: (untyped extname, untyped mime_type) -> untyped
    end
  end
end

module ActionView
  module Helpers
    # = Action View Asset URL Helpers
    # nodoc:
    # This module provides methods for generating asset paths and
    # URLs.
    #
    #   image_path("rails.png")
    #   # => "/assets/rails.png"
    #
    #   image_url("rails.png")
    #   # => "http://www.example.com/assets/rails.png"
    #
    # === Using asset hosts
    #
    # By default, Rails links to these assets on the current host in the public
    # folder, but you can direct Rails to link to assets from a dedicated asset
    # server by setting <tt>ActionController::Base.asset_host</tt> in the application
    # configuration, typically in <tt>config/environments/production.rb</tt>.
    # For example, you'd define <tt>assets.example.com</tt> to be your asset
    # host this way, inside the <tt>configure</tt> block of your environment-specific
    # configuration files or <tt>config/application.rb</tt>:
    #
    #   config.action_controller.asset_host = "assets.example.com"
    #
    # Helpers take that into account:
    #
    #   image_tag("rails.png")
    #   # => <img src="http://assets.example.com/assets/rails.png" />
    #   stylesheet_link_tag("application")
    #   # => <link href="http://assets.example.com/assets/application.css" media="screen" rel="stylesheet" />
    #
    # Browsers open a limited number of simultaneous connections to a single
    # host. The exact number varies by browser and version. This limit may cause
    # some asset downloads to wait for previous assets to finish before they can
    # begin. You can use the <tt>%d</tt> wildcard in the +asset_host+ to
    # distribute the requests over four hosts. For example,
    # <tt>assets%d.example.com</tt> will spread the asset requests over
    # "assets0.example.com", ..., "assets3.example.com".
    #
    #   image_tag("rails.png")
    #   # => <img src="http://assets0.example.com/assets/rails.png" />
    #   stylesheet_link_tag("application")
    #   # => <link href="http://assets2.example.com/assets/application.css" media="screen" rel="stylesheet" />
    #
    # This may improve the asset loading performance of your application.
    # It is also possible the combination of additional connection overhead
    # (DNS, SSL) and the overall browser connection limits may result in this
    # solution being slower. You should be sure to measure your actual
    # performance across targeted browsers both before and after this change.
    #
    # To implement the corresponding hosts you can either setup four actual
    # hosts or use wildcard DNS to CNAME the wildcard to a single asset host.
    # You can read more about setting up your DNS CNAME records from your ISP.
    #
    # Note: This is purely a browser performance optimization and is not meant
    # for server load balancing. See https://www.die.net/musings/page_load_time/
    # for background and https://www.browserscope.org/?category=network for
    # connection limit data.
    #
    # Alternatively, you can exert more control over the asset host by setting
    # +asset_host+ to a proc like this:
    #
    #   ActionController::Base.asset_host = Proc.new { |source|
    #     "http://assets#{Digest::MD5.hexdigest(source).to_i(16) % 2 + 1}.example.com"
    #   }
    #   image_tag("rails.png")
    #   # => <img src="http://assets1.example.com/assets/rails.png" />
    #   stylesheet_link_tag("application")
    #   # => <link href="http://assets2.example.com/assets/application.css" media="screen" rel="stylesheet" />
    #
    # The example above generates "http://assets1.example.com" and
    # "http://assets2.example.com". This option is useful for example if
    # you need fewer/more than four hosts, custom host names, etc.
    #
    # As you see the proc takes a +source+ parameter. That's a string with the
    # absolute path of the asset, for example "/assets/rails.png".
    #
    #    ActionController::Base.asset_host = Proc.new { |source|
    #      if source.ends_with?('.css')
    #        "http://stylesheets.example.com"
    #      else
    #        "http://assets.example.com"
    #      end
    #    }
    #   image_tag("rails.png")
    #   # => <img src="http://assets.example.com/assets/rails.png" />
    #   stylesheet_link_tag("application")
    #   # => <link href="http://stylesheets.example.com/assets/application.css" media="screen" rel="stylesheet" />
    #
    # Alternatively you may ask for a second parameter +request+. That one is
    # particularly useful for serving assets from an SSL-protected page. The
    # example proc below disables asset hosting for HTTPS connections, while
    # still sending assets for plain HTTP requests from asset hosts. If you don't
    # have SSL certificates for each of the asset hosts this technique allows you
    # to avoid warnings in the client about mixed media.
    # Note that the +request+ parameter might not be supplied, e.g. when the assets
    # are precompiled with the command `rails assets:precompile`. Make sure to use a
    # +Proc+ instead of a lambda, since a +Proc+ allows missing parameters and sets them
    # to +nil+.
    #
    #   config.action_controller.asset_host = Proc.new { |source, request|
    #     if request && request.ssl?
    #       "#{request.protocol}#{request.host_with_port}"
    #     else
    #       "#{request.protocol}assets.example.com"
    #     end
    #   }
    #
    # You can also implement a custom asset host object that responds to +call+
    # and takes either one or two parameters just like the proc.
    #
    #   config.action_controller.asset_host = AssetHostingWithMinimumSsl.new(
    #     "http://asset%d.example.com", "https://asset1.example.com"
    #   )
    #
    module AssetUrlHelper
      URI_REGEXP: untyped

      # This is the entry point for all assets.
      # When using the asset pipeline (i.e. sprockets and sprockets-rails), the
      # behavior is "enhanced". You can bypass the asset pipeline by passing in
      # <tt>skip_pipeline: true</tt> to the options.
      #
      # All other asset *_path helpers delegate through this method.
      #
      # === With the asset pipeline
      #
      # All options passed to +asset_path+ will be passed to +compute_asset_path+
      # which is implemented by sprockets-rails.
      #
      #   asset_path("application.js") # => "/assets/application-60aa4fdc5cea14baf5400fba1abf4f2a46a5166bad4772b1effe341570f07de9.js"
      #
      # === Without the asset pipeline (<tt>skip_pipeline: true</tt>)
      #
      # Accepts a <tt>type</tt> option that can specify the asset's extension. No error
      # checking is done to verify the source passed into +asset_path+ is valid
      # and that the file exists on disk.
      #
      #   asset_path("application.js", skip_pipeline: true)                 # => "application.js"
      #   asset_path("filedoesnotexist.png", skip_pipeline: true)           # => "filedoesnotexist.png"
      #   asset_path("application", type: :javascript, skip_pipeline: true) # => "/javascripts/application.js"
      #   asset_path("application", type: :stylesheet, skip_pipeline: true) # => "/stylesheets/application.css"
      #
      # === Options applying to all assets
      #
      # Below lists scenarios that apply to +asset_path+ whether or not you're
      # using the asset pipeline.
      #
      # - All fully qualified URLs are returned immediately. This bypasses the
      #   asset pipeline and all other behavior described.
      #
      #     asset_path("http://www.example.com/js/xmlhr.js") # => "http://www.example.com/js/xmlhr.js"
      #
      # - All assets that begin with a forward slash are assumed to be full
      #   URLs and will not be expanded. This will bypass the asset pipeline.
      #
      #     asset_path("/foo.png") # => "/foo.png"
      #
      # - All blank strings will be returned immediately. This bypasses the
      #   asset pipeline and all other behavior described.
      #
      #     asset_path("") # => ""
      #
      # - If <tt>config.relative_url_root</tt> is specified, all assets will have that
      #   root prepended.
      #
      #     Rails.application.config.relative_url_root = "bar"
      #     asset_path("foo.js", skip_pipeline: true) # => "bar/foo.js"
      #
      # - A different asset host can be specified via <tt>config.action_controller.asset_host</tt>
      #   this is commonly used in conjunction with a CDN.
      #
      #     Rails.application.config.action_controller.asset_host = "assets.example.com"
      #     asset_path("foo.js", skip_pipeline: true) # => "http://assets.example.com/foo.js"
      #
      # - An extension name can be specified manually with <tt>extname</tt>.
      #
      #     asset_path("foo", skip_pipeline: true, extname: ".js")     # => "/foo.js"
      #     asset_path("foo.css", skip_pipeline: true, extname: ".js") # => "/foo.css.js"
      def asset_path: (untyped source, ?::Hash[untyped, untyped] options) -> (::String | untyped)

      alias path_to_asset asset_path

      # Computes the full URL to an asset in the public directory. This
      # will use +asset_path+ internally, so most of their behaviors
      # will be the same. If :host options is set, it overwrites global
      # +config.action_controller.asset_host+ setting.
      #
      # All other options provided are forwarded to +asset_path+ call.
      #
      #   asset_url "application.js"                                 # => http://example.com/assets/application.js
      #   asset_url "application.js", host: "http://cdn.example.com" # => http://cdn.example.com/assets/application.js
      #
      def asset_url: (untyped source, ?::Hash[untyped, untyped] options) -> untyped

      alias url_to_asset asset_url

      ASSET_EXTENSIONS: ::Hash[untyped, untyped]

      # Compute extname to append to asset path. Returns +nil+ if
      # nothing should be added.
      def compute_asset_extname: (untyped source, ?::Hash[untyped, untyped] options) -> (nil | untyped)

      # Maps asset types to public directory.
      ASSET_PUBLIC_DIRECTORIES: ::Hash[untyped, untyped]

      # Computes asset path to public directory. Plugins and
      # extensions can override this method to point to custom assets
      # or generate digested paths or query strings.
      def compute_asset_path: (untyped source, ?::Hash[untyped, untyped] options) -> untyped

      alias public_compute_asset_path compute_asset_path

      # Pick an asset host for this source. Returns +nil+ if no host is set,
      # the host if no wildcard is set, the host interpolated with the
      # numbers 0-3 if it contains <tt>%d</tt> (the number is the source hash mod 4),
      # or the value returned from invoking call on an object responding to call
      # (proc or otherwise).
      def compute_asset_host: (?::String source, ?::Hash[untyped, untyped] options) -> (nil | untyped)

      # Computes the path to a JavaScript asset in the public javascripts directory.
      # If the +source+ filename has no extension, .js will be appended (except for explicit URIs)
      # Full paths from the document root will be passed through.
      # Used internally by +javascript_include_tag+ to build the script path.
      #
      #   javascript_path "xmlhr"                              # => /assets/xmlhr.js
      #   javascript_path "dir/xmlhr.js"                       # => /assets/dir/xmlhr.js
      #   javascript_path "/dir/xmlhr"                         # => /dir/xmlhr.js
      #   javascript_path "http://www.example.com/js/xmlhr"    # => http://www.example.com/js/xmlhr
      #   javascript_path "http://www.example.com/js/xmlhr.js" # => http://www.example.com/js/xmlhr.js
      def javascript_path: (untyped source, ?::Hash[untyped, untyped] options) -> untyped

      alias path_to_javascript javascript_path

      # Computes the full URL to a JavaScript asset in the public javascripts directory.
      # This will use +javascript_path+ internally, so most of their behaviors will be the same.
      # Since +javascript_url+ is based on +asset_url+ method you can set :host options. If :host
      # options is set, it overwrites global +config.action_controller.asset_host+ setting.
      #
      #   javascript_url "js/xmlhr.js", host: "http://stage.example.com" # => http://stage.example.com/assets/js/xmlhr.js
      #
      def javascript_url: (untyped source, ?::Hash[untyped, untyped] options) -> untyped

      alias url_to_javascript javascript_url

      # Computes the path to a stylesheet asset in the public stylesheets directory.
      # If the +source+ filename has no extension, .css will be appended (except for explicit URIs).
      # Full paths from the document root will be passed through.
      # Used internally by +stylesheet_link_tag+ to build the stylesheet path.
      #
      #   stylesheet_path "style"                                  # => /assets/style.css
      #   stylesheet_path "dir/style.css"                          # => /assets/dir/style.css
      #   stylesheet_path "/dir/style.css"                         # => /dir/style.css
      #   stylesheet_path "http://www.example.com/css/style"       # => http://www.example.com/css/style
      #   stylesheet_path "http://www.example.com/css/style.css"   # => http://www.example.com/css/style.css
      def stylesheet_path: (untyped source, ?::Hash[untyped, untyped] options) -> untyped

      alias path_to_stylesheet stylesheet_path

      # Computes the full URL to a stylesheet asset in the public stylesheets directory.
      # This will use +stylesheet_path+ internally, so most of their behaviors will be the same.
      # Since +stylesheet_url+ is based on +asset_url+ method you can set :host options. If :host
      # options is set, it overwrites global +config.action_controller.asset_host+ setting.
      #
      #   stylesheet_url "css/style.css", host: "http://stage.example.com" # => http://stage.example.com/assets/css/style.css
      #
      def stylesheet_url: (untyped source, ?::Hash[untyped, untyped] options) -> untyped

      alias url_to_stylesheet stylesheet_url

      # Computes the path to an image asset.
      # Full paths from the document root will be passed through.
      # Used internally by +image_tag+ to build the image path:
      #
      #   image_path("edit")                                         # => "/assets/edit"
      #   image_path("edit.png")                                     # => "/assets/edit.png"
      #   image_path("icons/edit.png")                               # => "/assets/icons/edit.png"
      #   image_path("/icons/edit.png")                              # => "/icons/edit.png"
      #   image_path("http://www.example.com/img/edit.png")          # => "http://www.example.com/img/edit.png"
      #
      # If you have images as application resources this method may conflict with their named routes.
      # The alias +path_to_image+ is provided to avoid that. Rails uses the alias internally, and
      # plugin authors are encouraged to do so.
      def image_path: (untyped source, ?::Hash[untyped, untyped] options) -> untyped

      alias path_to_image image_path

      # Computes the full URL to an image asset.
      # This will use +image_path+ internally, so most of their behaviors will be the same.
      # Since +image_url+ is based on +asset_url+ method you can set :host options. If :host
      # options is set, it overwrites global +config.action_controller.asset_host+ setting.
      #
      #   image_url "edit.png", host: "http://stage.example.com" # => http://stage.example.com/assets/edit.png
      #
      def image_url: (untyped source, ?::Hash[untyped, untyped] options) -> untyped

      alias url_to_image image_url

      # Computes the path to a video asset in the public videos directory.
      # Full paths from the document root will be passed through.
      # Used internally by +video_tag+ to build the video path.
      #
      #   video_path("hd")                                            # => /videos/hd
      #   video_path("hd.avi")                                        # => /videos/hd.avi
      #   video_path("trailers/hd.avi")                               # => /videos/trailers/hd.avi
      #   video_path("/trailers/hd.avi")                              # => /trailers/hd.avi
      #   video_path("http://www.example.com/vid/hd.avi")             # => http://www.example.com/vid/hd.avi
      def video_path: (untyped source, ?::Hash[untyped, untyped] options) -> untyped

      alias path_to_video video_path

      # Computes the full URL to a video asset in the public videos directory.
      # This will use +video_path+ internally, so most of their behaviors will be the same.
      # Since +video_url+ is based on +asset_url+ method you can set :host options. If :host
      # options is set, it overwrites global +config.action_controller.asset_host+ setting.
      #
      #   video_url "hd.avi", host: "http://stage.example.com" # => http://stage.example.com/videos/hd.avi
      #
      def video_url: (untyped source, ?::Hash[untyped, untyped] options) -> untyped

      alias url_to_video video_url

      # Computes the path to an audio asset in the public audios directory.
      # Full paths from the document root will be passed through.
      # Used internally by +audio_tag+ to build the audio path.
      #
      #   audio_path("horse")                                            # => /audios/horse
      #   audio_path("horse.wav")                                        # => /audios/horse.wav
      #   audio_path("sounds/horse.wav")                                 # => /audios/sounds/horse.wav
      #   audio_path("/sounds/horse.wav")                                # => /sounds/horse.wav
      #   audio_path("http://www.example.com/sounds/horse.wav")          # => http://www.example.com/sounds/horse.wav
      def audio_path: (untyped source, ?::Hash[untyped, untyped] options) -> untyped

      alias path_to_audio audio_path

      # Computes the full URL to an audio asset in the public audios directory.
      # This will use +audio_path+ internally, so most of their behaviors will be the same.
      # Since +audio_url+ is based on +asset_url+ method you can set :host options. If :host
      # options is set, it overwrites global +config.action_controller.asset_host+ setting.
      #
      #   audio_url "horse.wav", host: "http://stage.example.com" # => http://stage.example.com/audios/horse.wav
      #
      def audio_url: (untyped source, ?::Hash[untyped, untyped] options) -> untyped

      alias url_to_audio audio_url

      # Computes the path to a font asset.
      # Full paths from the document root will be passed through.
      #
      #   font_path("font")                                           # => /fonts/font
      #   font_path("font.ttf")                                       # => /fonts/font.ttf
      #   font_path("dir/font.ttf")                                   # => /fonts/dir/font.ttf
      #   font_path("/dir/font.ttf")                                  # => /dir/font.ttf
      #   font_path("http://www.example.com/dir/font.ttf")            # => http://www.example.com/dir/font.ttf
      def font_path: (untyped source, ?::Hash[untyped, untyped] options) -> untyped

      alias path_to_font font_path

      # Computes the full URL to a font asset.
      # This will use +font_path+ internally, so most of their behaviors will be the same.
      # Since +font_url+ is based on +asset_url+ method you can set :host options. If :host
      # options is set, it overwrites global +config.action_controller.asset_host+ setting.
      #
      #   font_url "font.ttf", host: "http://stage.example.com" # => http://stage.example.com/fonts/font.ttf
      #
      def font_url: (untyped source, ?::Hash[untyped, untyped] options) -> untyped

      alias url_to_font font_url
    end
  end
end

module ActionView
  module Helpers
    # = Action View Atom Feed Helpers
    # nodoc:
    module AtomFeedHelper
      # Adds easy defaults to writing Atom feeds with the Builder template engine (this does not work on ERB or any other
      # template languages).
      #
      # Full usage example:
      #
      #   config/routes.rb:
      #     Rails.application.routes.draw do
      #       resources :posts
      #       root to: "posts#index"
      #     end
      #
      #   app/controllers/posts_controller.rb:
      #     class PostsController < ApplicationController
      #       # GET /posts.html
      #       # GET /posts.atom
      #       def index
      #         @posts = Post.all
      #
      #         respond_to do |format|
      #           format.html
      #           format.atom
      #         end
      #       end
      #     end
      #
      #   app/views/posts/index.atom.builder:
      #     atom_feed do |feed|
      #       feed.title("My great blog!")
      #       feed.updated(@posts[0].created_at) if @posts.length > 0
      #
      #       @posts.each do |post|
      #         feed.entry(post) do |entry|
      #           entry.title(post.title)
      #           entry.content(post.body, type: 'html')
      #
      #           entry.author do |author|
      #             author.name("DHH")
      #           end
      #         end
      #       end
      #     end
      #
      # The options for atom_feed are:
      #
      # * <tt>:language</tt>: Defaults to "en-US".
      # * <tt>:root_url</tt>: The HTML alternative that this feed is doubling for. Defaults to / on the current host.
      # * <tt>:url</tt>: The URL for this feed. Defaults to the current URL.
      # * <tt>:id</tt>: The id for this feed. Defaults to "tag:localhost,2005:/posts", in this case.
      # * <tt>:schema_date</tt>: The date at which the tag scheme for the feed was first used. A good default is the year you
      #   created the feed. See http://feedvalidator.org/docs/error/InvalidTAG.html for more information. If not specified,
      #   2005 is used (as an "I don't care" value).
      # * <tt>:instruct</tt>: Hash of XML processing instructions in the form {target => {attribute => value, }} or {target => [{attribute => value, }, ]}
      #
      # Other namespaces can be added to the root element:
      #
      #   app/views/posts/index.atom.builder:
      #     atom_feed({'xmlns:app' => 'http://www.w3.org/2007/app',
      #         'xmlns:openSearch' => 'http://a9.com/-/spec/opensearch/1.1/'}) do |feed|
      #       feed.title("My great blog!")
      #       feed.updated((@posts.first.created_at))
      #       feed.tag!('openSearch:totalResults', 10)
      #
      #       @posts.each do |post|
      #         feed.entry(post) do |entry|
      #           entry.title(post.title)
      #           entry.content(post.body, type: 'html')
      #           entry.tag!('app:edited', Time.now)
      #
      #           entry.author do |author|
      #             author.name("DHH")
      #           end
      #         end
      #       end
      #     end
      #
      # The Atom spec defines five elements (content rights title subtitle
      # summary) which may directly contain xhtml content if type: 'xhtml'
      # is specified as an attribute. If so, this helper will take care of
      # the enclosing div and xhtml namespace declaration. Example usage:
      #
      #    entry.summary type: 'xhtml' do |xhtml|
      #      xhtml.p pluralize(order.line_items.count, "line item")
      #      xhtml.p "Shipped to #{order.address}"
      #      xhtml.p "Paid by #{order.pay_type}"
      #    end
      #
      #
      # <tt>atom_feed</tt> yields an +AtomFeedBuilder+ instance. Nested elements yield
      # an +AtomBuilder+ instance.
      def atom_feed: (?::Hash[untyped, untyped] options) { (untyped) -> untyped } -> untyped

      class AtomBuilder
        # nodoc:
        XHTML_TAG_NAMES: untyped

        def initialize: (untyped xml) -> untyped

        # Delegate to xml builder, first wrapping the element in an xhtml
        # namespaced div element if the method and arguments indicate
        # that an xhtml_block? is desired.
        def method_missing: (untyped method, *untyped arguments) { () -> untyped } -> untyped

        # True if the method name matches one of the five elements defined
        # in the Atom spec as potentially containing XHTML content and
        # if type: 'xhtml' is, in fact, specified.
        def xhtml_block?: (untyped method, untyped arguments) -> untyped
      end

      class AtomFeedBuilder < AtomBuilder
        # nodoc:
        def initialize: (untyped xml, untyped view, ?::Hash[untyped, untyped] feed_options) -> untyped

        # Accepts a Date or Time object and inserts it in the proper format. If +nil+ is passed, current time in UTC is used.
        def updated: (?untyped? date_or_time) -> untyped

        # Creates an entry tag for a specific record and prefills the id using class and id.
        #
        # Options:
        #
        # * <tt>:published</tt>: Time first published. Defaults to the created_at attribute on the record if one such exists.
        # * <tt>:updated</tt>: Time of update. Defaults to the updated_at attribute on the record if one such exists.
        # * <tt>:url</tt>: The URL for this entry or +false+ or +nil+ for not having a link tag. Defaults to the +polymorphic_url+ for the record.
        # * <tt>:id</tt>: The ID for this entry. Defaults to "tag:#{@view.request.host},#{@feed_options[:schema_date]}:#{record.class}/#{record.id}"
        # * <tt>:type</tt>: The TYPE for this entry. Defaults to "text/html".
        def entry: (untyped record, ?::Hash[untyped, untyped] options) { (untyped) -> untyped } -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    # = Action View Cache Helper
    # nodoc:
    module CacheHelper
      # This helper exposes a method for caching fragments of a view
      # rather than an entire action or page. This technique is useful
      # caching pieces like menus, lists of new topics, static HTML
      # fragments, and so on. This method takes a block that contains
      # the content you wish to cache.
      #
      # The best way to use this is by doing recyclable key-based cache expiration
      # on top of a cache store like Memcached or Redis that'll automatically
      # kick out old entries.
      #
      # When using this method, you list the cache dependency as the name of the cache, like so:
      #
      #   <% cache project do %>
      #     <b>All the topics on this project</b>
      #     <%= render project.topics %>
      #   <% end %>
      #
      # This approach will assume that when a new topic is added, you'll touch
      # the project. The cache key generated from this call will be something like:
      #
      #   views/template/action.html.erb:7a1156131a6928cb0026877f8b749ac9/projects/123
      #         ^template path           ^template tree digest            ^class   ^id
      #
      # This cache key is stable, but it's combined with a cache version derived from the project
      # record. When the project updated_at is touched, the #cache_version changes, even
      # if the key stays stable. This means that unlike a traditional key-based cache expiration
      # approach, you won't be generating cache trash, unused keys, simply because the dependent
      # record is updated.
      #
      # If your template cache depends on multiple sources (try to avoid this to keep things simple),
      # you can name all these dependencies as part of an array:
      #
      #   <% cache [ project, current_user ] do %>
      #     <b>All the topics on this project</b>
      #     <%= render project.topics %>
      #   <% end %>
      #
      # This will include both records as part of the cache key and updating either of them will
      # expire the cache.
      #
      # ==== \Template digest
      #
      # The template digest that's added to the cache key is computed by taking an MD5 of the
      # contents of the entire template file. This ensures that your caches will automatically
      # expire when you change the template file.
      #
      # Note that the MD5 is taken of the entire template file, not just what's within the
      # cache do/end call. So it's possible that changing something outside of that call will
      # still expire the cache.
      #
      # Additionally, the digestor will automatically look through your template file for
      # explicit and implicit dependencies, and include those as part of the digest.
      #
      # The digestor can be bypassed by passing skip_digest: true as an option to the cache call:
      #
      #   <% cache project, skip_digest: true do %>
      #     <b>All the topics on this project</b>
      #     <%= render project.topics %>
      #   <% end %>
      #
      # ==== Implicit dependencies
      #
      # Most template dependencies can be derived from calls to render in the template itself.
      # Here are some examples of render calls that Cache Digests knows how to decode:
      #
      #   render partial: "comments/comment", collection: commentable.comments
      #   render "comments/comments"
      #   render 'comments/comments'
      #   render('comments/comments')
      #
      #   render "header" translates to render("comments/header")
      #
      #   render(@topic)         translates to render("topics/topic")
      #   render(topics)         translates to render("topics/topic")
      #   render(message.topics) translates to render("topics/topic")
      #
      # It's not possible to derive all render calls like that, though.
      # Here are a few examples of things that can't be derived:
      #
      #   render group_of_attachments
      #   render @project.documents.where(published: true).order('created_at')
      #
      # You will have to rewrite those to the explicit form:
      #
      #   render partial: 'attachments/attachment', collection: group_of_attachments
      #   render partial: 'documents/document', collection: @project.documents.where(published: true).order('created_at')
      #
      # === Explicit dependencies
      #
      # Sometimes you'll have template dependencies that can't be derived at all. This is typically
      # the case when you have template rendering that happens in helpers. Here's an example:
      #
      #   <%= render_sortable_todolists @project.todolists %>
      #
      # You'll need to use a special comment format to call those out:
      #
      #   <%# Template Dependency: todolists/todolist %>
      #   <%= render_sortable_todolists @project.todolists %>
      #
      # In some cases, like a single table inheritance setup, you might have
      # a bunch of explicit dependencies. Instead of writing every template out,
      # you can use a wildcard to match any template in a directory:
      #
      #   <%# Template Dependency: events/* %>
      #   <%= render_categorizable_events @person.events %>
      #
      # This marks every template in the directory as a dependency. To find those
      # templates, the wildcard path must be absolutely defined from <tt>app/views</tt> or paths
      # otherwise added with +prepend_view_path+ or +append_view_path+.
      # This way the wildcard for <tt>app/views/recordings/events</tt> would be <tt>recordings/events/*</tt> etc.
      #
      # The pattern used to match explicit dependencies is <tt>/# Template Dependency: (\S+)/</tt>,
      # so it's important that you type it out just so.
      # You can only declare one template dependency per line.
      #
      # === External dependencies
      #
      # If you use a helper method, for example, inside a cached block and
      # you then update that helper, you'll have to bump the cache as well.
      # It doesn't really matter how you do it, but the MD5 of the template file
      # must change. One recommendation is to simply be explicit in a comment, like:
      #
      #   <%# Helper Dependency Updated: May 6, 2012 at 6pm %>
      #   <%= some_helper_method(person) %>
      #
      # Now all you have to do is change that timestamp when the helper method changes.
      #
      # === Collection Caching
      #
      # When rendering a collection of objects that each use the same partial, a <tt>:cached</tt>
      # option can be passed.
      #
      # For collections rendered such:
      #
      #   <%= render partial: 'projects/project', collection: @projects, cached: true %>
      #
      # The <tt>cached: true</tt> will make Action View's rendering read several templates
      # from cache at once instead of one call per template.
      #
      # Templates in the collection not already cached are written to cache.
      #
      # Works great alongside individual template fragment caching.
      # For instance if the template the collection renders is cached like:
      #
      #   # projects/_project.html.erb
      #   <% cache project do %>
      #     <%# ... %>
      #   <% end %>
      #
      # Any collection renders will find those cached templates when attempting
      # to read multiple templates at once.
      #
      # If your collection cache depends on multiple sources (try to avoid this to keep things simple),
      # you can name all these dependencies as part of a block that returns an array:
      #
      #   <%= render partial: 'projects/project', collection: @projects, cached: -> project { [ project, current_user ] } %>
      #
      # This will include both records as part of the cache key and updating either of them will
      # expire the cache.
      def cache: (?::Hash[untyped, untyped] name, ?::Hash[untyped, untyped] options) { () -> untyped } -> nil

      # Cache fragments of a view if +condition+ is true
      #
      #   <% cache_if admin?, project do %>
      #     <b>All the topics on this project</b>
      #     <%= render project.topics %>
      #   <% end %>
      def cache_if: (untyped condition, ?::Hash[untyped, untyped] name, ?::Hash[untyped, untyped] options) { () -> untyped } -> nil

      # Cache fragments of a view unless +condition+ is true
      #
      #   <% cache_unless admin?, project do %>
      #     <b>All the topics on this project</b>
      #     <%= render project.topics %>
      #   <% end %>
      def cache_unless: (untyped condition, ?::Hash[untyped, untyped] name, ?::Hash[untyped, untyped] options) { () -> untyped } -> untyped

      # This helper returns the name of a cache key for a given fragment cache
      # call. By supplying <tt>skip_digest: true</tt> to cache, the digestion of cache
      # fragments can be manually bypassed. This is useful when cache fragments
      # cannot be manually expired unless you know the exact key which is the
      # case when using memcached.
      #
      # The digest will be generated using +virtual_path:+ if it is provided.
      #
      def cache_fragment_name: (?::Hash[untyped, untyped] name, ?skip_digest: untyped? skip_digest, ?virtual_path: untyped? virtual_path, ?digest_path: untyped? digest_path) -> untyped

      def digest_path_from_template: (untyped template) -> untyped

      def fragment_name_with_digest: (untyped name, untyped virtual_path, untyped digest_path) -> untyped

      def fragment_for: (?::Hash[untyped, untyped] name, ?untyped? options) { () -> untyped } -> untyped

      def read_fragment_for: (untyped name, untyped options) -> untyped

      def write_fragment_for: (untyped name, untyped options) { () -> untyped } -> untyped
    end
  end
end

module ActionView
  module Helpers
    # = Action View Capture Helper
    # nodoc:
    # CaptureHelper exposes methods to let you extract generated markup which
    # can be used in other parts of a template or layout file.
    #
    # It provides a method to capture blocks into variables through capture and
    # a way to capture a block of markup for use in a layout through {content_for}[rdoc-ref:ActionView::Helpers::CaptureHelper#content_for].
    module CaptureHelper
      # The capture method extracts part of a template as a String object.
      # You can then use this object anywhere in your templates, layout, or helpers.
      #
      # The capture method can be used in ERB templates...
      #
      #   <% @greeting = capture do %>
      #     Welcome to my shiny new web page!  The date and time is
      #     <%= Time.now %>
      #   <% end %>
      #
      # ...and Builder (RXML) templates.
      #
      #   @timestamp = capture do
      #     "The current timestamp is #{Time.now}."
      #   end
      #
      # You can then use that variable anywhere else. For example:
      #
      #   <html>
      #   <head><title><%= @greeting %></title></head>
      #   <body>
      #   <b><%= @greeting %></b>
      #   </body>
      #   </html>
      #
      # The return of capture is the string generated by the block. For Example:
      #
      #   @greeting # => "Welcome to my shiny new web page! The date and time is 2018-09-06 11:09:16 -0500"
      #
      def capture: (*untyped args) { (untyped) -> untyped } -> untyped

      # Calling <tt>content_for</tt> stores a block of markup in an identifier for later use.
      # In order to access this stored content in other templates, helper modules
      # or the layout, you would pass the identifier as an argument to <tt>content_for</tt>.
      #
      # Note: <tt>yield</tt> can still be used to retrieve the stored content, but calling
      # <tt>yield</tt> doesn't work in helper modules, while <tt>content_for</tt> does.
      #
      #   <% content_for :not_authorized do %>
      #     alert('You are not authorized to do that!')
      #   <% end %>
      #
      # You can then use <tt>content_for :not_authorized</tt> anywhere in your templates.
      #
      #   <%= content_for :not_authorized if current_user.nil? %>
      #
      # This is equivalent to:
      #
      #   <%= yield :not_authorized if current_user.nil? %>
      #
      # <tt>content_for</tt>, however, can also be used in helper modules.
      #
      #   module StorageHelper
      #     def stored_content
      #       content_for(:storage) || "Your storage is empty"
      #     end
      #   end
      #
      # This helper works just like normal helpers.
      #
      #   <%= stored_content %>
      #
      # You can also use the <tt>yield</tt> syntax alongside an existing call to
      # <tt>yield</tt> in a layout. For example:
      #
      #   <%# This is the layout %>
      #   <html xmlns="http://www.w3.org/1999/xhtml" xml:lang="en" lang="en">
      #   <head>
      #     <title>My Website</title>
      #     <%= yield :script %>
      #   </head>
      #   <body>
      #     <%= yield %>
      #   </body>
      #   </html>
      #
      # And now, we'll create a view that has a <tt>content_for</tt> call that
      # creates the <tt>script</tt> identifier.
      #
      #   <%# This is our view %>
      #   Please login!
      #
      #   <% content_for :script do %>
      #     <script>alert('You are not authorized to view this page!')</script>
      #   <% end %>
      #
      # Then, in another view, you could to do something like this:
      #
      #   <%= link_to 'Logout', action: 'logout', remote: true %>
      #
      #   <% content_for :script do %>
      #     <%= javascript_include_tag :defaults %>
      #   <% end %>
      #
      # That will place +script+ tags for your default set of JavaScript files on the page;
      # this technique is useful if you'll only be using these scripts in a few views.
      #
      # Note that <tt>content_for</tt> concatenates (default) the blocks it is given for a particular
      # identifier in order. For example:
      #
      #   <% content_for :navigation do %>
      #     <li><%= link_to 'Home', action: 'index' %></li>
      #   <% end %>
      #
      #  And in another place:
      #
      #   <% content_for :navigation do %>
      #     <li><%= link_to 'Login', action: 'login' %></li>
      #   <% end %>
      #
      # Then, in another template or layout, this code would render both links in order:
      #
      #   <ul><%= content_for :navigation %></ul>
      #
      # If the flush parameter is +true+ <tt>content_for</tt> replaces the blocks it is given. For example:
      #
      #   <% content_for :navigation do %>
      #     <li><%= link_to 'Home', action: 'index' %></li>
      #   <% end %>
      #
      #   <%#  Add some other content, or use a different template: %>
      #
      #   <% content_for :navigation, flush: true do %>
      #     <li><%= link_to 'Login', action: 'login' %></li>
      #   <% end %>
      #
      # Then, in another template or layout, this code would render only the last link:
      #
      #   <ul><%= content_for :navigation %></ul>
      #
      # Lastly, simple content can be passed as a parameter:
      #
      #   <% content_for :script, javascript_include_tag(:defaults) %>
      #
      # WARNING: <tt>content_for</tt> is ignored in caches. So you shouldn't use it for elements that will be fragment cached.
      def content_for: (untyped name, ?untyped? content, ?::Hash[untyped, untyped] options) { () -> untyped } -> untyped

      # The same as +content_for+ but when used with streaming flushes
      # straight back to the layout. In other words, if you want to
      # concatenate several times to the same buffer when rendering a given
      # template, you should use +content_for+, if not, use +provide+ to tell
      # the layout to stop looking for more contents.
      def provide: (untyped name, ?untyped? content) { () -> untyped } -> untyped

      # <tt>content_for?</tt> checks whether any content has been captured yet using <tt>content_for</tt>.
      # Useful to render parts of your layout differently based on what is in your views.
      #
      #   <%# This is the layout %>
      #   <html xmlns="http://www.w3.org/1999/xhtml" xml:lang="en" lang="en">
      #   <head>
      #     <title>My Website</title>
      #     <%= yield :script %>
      #   </head>
      #   <body class="<%= content_for?(:right_col) ? 'two-column' : 'one-column' %>">
      #     <%= yield %>
      #     <%= yield :right_col %>
      #   </body>
      #   </html>
      def content_for?: (untyped name) -> untyped

      def with_output_buffer: (?untyped? buf) { () -> untyped } -> untyped
    end
  end
end

module ActionView
  module Helpers
    module ControllerHelper
      CONTROLLER_DELEGATES: ::Array[untyped]

      def assign_controller: (untyped controller) -> untyped

      def logger: () -> untyped

      def respond_to?: (untyped method_name, ?bool include_private) -> untyped
    end
  end
end

module ActionView
  module Helpers
    # = Action View CSP Helper
    # nodoc:
    module CspHelper
      # Returns a meta tag "csp-nonce" with the per-session nonce value
      # for allowing inline <script> tags.
      #
      #   <head>
      #     <%= csp_meta_tag %>
      #   </head>
      #
      # This is used by the Rails UJS helper to create dynamically
      # loaded inline <script> elements.
      #
      def csp_meta_tag: (**untyped options) -> untyped
    end
  end
end

module ActionView
  module Helpers
    # = Action View CSRF Helper
    # nodoc:
    module CsrfHelper
      # Returns meta tags "csrf-param" and "csrf-token" with the name of the cross-site
      # request forgery protection parameter and token, respectively.
      #
      #   <head>
      #     <%= csrf_meta_tags %>
      #   </head>
      #
      # These are used to generate the dynamic forms that implement non-remote links with
      # <tt>:method</tt>.
      #
      # You don't need to use these tags for regular forms as they generate their own hidden fields.
      #
      # For AJAX requests other than GETs, extract the "csrf-token" from the meta-tag and send as the
      # "X-CSRF-Token" HTTP header. If you are using rails-ujs this happens automatically.
      #
      def csrf_meta_tags: () -> untyped

      # For backwards compatibility.
      alias csrf_meta_tag csrf_meta_tags
    end
  end
end

module ActionView
  module Helpers
    # nodoc:
    # = Action View Date Helpers
    #
    # The Date Helper primarily creates select/option tags for different kinds of dates and times or date and time
    # elements. All of the select-type methods share a number of common options that are as follows:
    #
    # * <tt>:prefix</tt> - overwrites the default prefix of "date" used for the select names. So specifying "birthday"
    #   would give \birthday[month] instead of \date[month] if passed to the <tt>select_month</tt> method.
    # * <tt>:include_blank</tt> - set to true if it should be possible to set an empty date.
    # * <tt>:discard_type</tt> - set to true if you want to discard the type part of the select name. If set to true,
    #   the <tt>select_month</tt> method would use simply "date" (which can be overwritten using <tt>:prefix</tt>) instead
    #   of \date[month].
    module DateHelper
      MINUTES_IN_YEAR: ::Integer

      MINUTES_IN_QUARTER_YEAR: ::Integer

      MINUTES_IN_THREE_QUARTERS_YEAR: ::Integer

      # Reports the approximate distance in time between two Time, Date or DateTime objects or integers as seconds.
      # Pass <tt>include_seconds: true</tt> if you want more detailed approximations when distance < 1 min, 29 secs.
      # Distances are reported based on the following table:
      #
      #   0 <-> 29 secs                                                             # => less than a minute
      #   30 secs <-> 1 min, 29 secs                                                # => 1 minute
      #   1 min, 30 secs <-> 44 mins, 29 secs                                       # => [2..44] minutes
      #   44 mins, 30 secs <-> 89 mins, 29 secs                                     # => about 1 hour
      #   89 mins, 30 secs <-> 23 hrs, 59 mins, 29 secs                             # => about [2..24] hours
      #   23 hrs, 59 mins, 30 secs <-> 41 hrs, 59 mins, 29 secs                     # => 1 day
      #   41 hrs, 59 mins, 30 secs  <-> 29 days, 23 hrs, 59 mins, 29 secs           # => [2..29] days
      #   29 days, 23 hrs, 59 mins, 30 secs <-> 44 days, 23 hrs, 59 mins, 29 secs   # => about 1 month
      #   44 days, 23 hrs, 59 mins, 30 secs <-> 59 days, 23 hrs, 59 mins, 29 secs   # => about 2 months
      #   59 days, 23 hrs, 59 mins, 30 secs <-> 1 yr minus 1 sec                    # => [2..12] months
      #   1 yr <-> 1 yr, 3 months                                                   # => about 1 year
      #   1 yr, 3 months <-> 1 yr, 9 months                                         # => over 1 year
      #   1 yr, 9 months <-> 2 yr minus 1 sec                                       # => almost 2 years
      #   2 yrs <-> max time or date                                                # => (same rules as 1 yr)
      #
      # With <tt>include_seconds: true</tt> and the difference < 1 minute 29 seconds:
      #   0-4   secs      # => less than 5 seconds
      #   5-9   secs      # => less than 10 seconds
      #   10-19 secs      # => less than 20 seconds
      #   20-39 secs      # => half a minute
      #   40-59 secs      # => less than a minute
      #   60-89 secs      # => 1 minute
      #
      #   from_time = Time.now
      #   distance_of_time_in_words(from_time, from_time + 50.minutes)                                # => about 1 hour
      #   distance_of_time_in_words(from_time, 50.minutes.from_now)                                   # => about 1 hour
      #   distance_of_time_in_words(from_time, from_time + 15.seconds)                                # => less than a minute
      #   distance_of_time_in_words(from_time, from_time + 15.seconds, include_seconds: true)         # => less than 20 seconds
      #   distance_of_time_in_words(from_time, 3.years.from_now)                                      # => about 3 years
      #   distance_of_time_in_words(from_time, from_time + 60.hours)                                  # => 3 days
      #   distance_of_time_in_words(from_time, from_time + 45.seconds, include_seconds: true)         # => less than a minute
      #   distance_of_time_in_words(from_time, from_time - 45.seconds, include_seconds: true)         # => less than a minute
      #   distance_of_time_in_words(from_time, 76.seconds.from_now)                                   # => 1 minute
      #   distance_of_time_in_words(from_time, from_time + 1.year + 3.days)                           # => about 1 year
      #   distance_of_time_in_words(from_time, from_time + 3.years + 6.months)                        # => over 3 years
      #   distance_of_time_in_words(from_time, from_time + 4.years + 9.days + 30.minutes + 5.seconds) # => about 4 years
      #
      #   to_time = Time.now + 6.years + 19.days
      #   distance_of_time_in_words(from_time, to_time, include_seconds: true)                        # => about 6 years
      #   distance_of_time_in_words(to_time, from_time, include_seconds: true)                        # => about 6 years
      #   distance_of_time_in_words(Time.now, Time.now)                                               # => less than a minute
      #
      # With the <tt>scope</tt> option, you can define a custom scope for Rails
      # to look up the translation.
      #
      # For example you can define the following in your locale (e.g. en.yml).
      #
      #   datetime:
      #     distance_in_words:
      #       short:
      #         about_x_hours:
      #           one: 'an hour'
      #           other: '%{count} hours'
      #
      # See https://github.com/svenfuchs/rails-i18n/blob/master/rails/locale/en.yml
      # for more examples.
      #
      # Which will then result in the following:
      #
      #   from_time = Time.now
      #   distance_of_time_in_words(from_time, from_time + 50.minutes, scope: 'datetime.distance_in_words.short') # => "an hour"
      #   distance_of_time_in_words(from_time, from_time + 3.hours, scope: 'datetime.distance_in_words.short')    # => "3 hours"
      def distance_of_time_in_words: (untyped from_time, ?::Integer to_time, ?::Hash[untyped, untyped] options) -> untyped

      # Like <tt>distance_of_time_in_words</tt>, but where <tt>to_time</tt> is fixed to <tt>Time.now</tt>.
      #
      #   time_ago_in_words(3.minutes.from_now)                 # => 3 minutes
      #   time_ago_in_words(3.minutes.ago)                      # => 3 minutes
      #   time_ago_in_words(Time.now - 15.hours)                # => about 15 hours
      #   time_ago_in_words(Time.now)                           # => less than a minute
      #   time_ago_in_words(Time.now, include_seconds: true) # => less than 5 seconds
      #
      #   from_time = Time.now - 3.days - 14.minutes - 25.seconds
      #   time_ago_in_words(from_time)      # => 3 days
      #
      #   from_time = (3.days + 14.minutes + 25.seconds).ago
      #   time_ago_in_words(from_time)      # => 3 days
      #
      # Note that you cannot pass a <tt>Numeric</tt> value to <tt>time_ago_in_words</tt>.
      #
      def time_ago_in_words: (untyped from_time, ?::Hash[untyped, untyped] options) -> untyped

      alias distance_of_time_in_words_to_now time_ago_in_words

      # Returns a set of select tags (one for year, month, and day) pre-selected for accessing a specified date-based
      # attribute (identified by +method+) on an object assigned to the template (identified by +object+).
      #
      # ==== Options
      # * <tt>:use_month_numbers</tt> - Set to true if you want to use month numbers rather than month names (e.g.
      #   "2" instead of "February").
      # * <tt>:use_two_digit_numbers</tt> - Set to true if you want to display two digit month and day numbers (e.g.
      #   "02" instead of "February" and "08" instead of "8").
      # * <tt>:use_short_month</tt>   - Set to true if you want to use abbreviated month names instead of full
      #   month names (e.g. "Feb" instead of "February").
      # * <tt>:add_month_numbers</tt>  - Set to true if you want to use both month numbers and month names (e.g.
      #   "2 - February" instead of "February").
      # * <tt>:use_month_names</tt>   - Set to an array with 12 month names if you want to customize month names.
      #   Note: You can also use Rails' i18n functionality for this.
      # * <tt>:month_format_string</tt> - Set to a format string. The string gets passed keys +:number+ (integer)
      #   and +:name+ (string). A format string would be something like "%{name} (%<number>02d)" for example.
      #   See <tt>Kernel.sprintf</tt> for documentation on format sequences.
      # * <tt>:date_separator</tt>    - Specifies a string to separate the date fields. Default is "" (i.e. nothing).
      # * <tt>:time_separator</tt>    - Specifies a string to separate the time fields. Default is "" (i.e. nothing).
      # * <tt>:datetime_separator</tt>- Specifies a string to separate the date and time fields. Default is "" (i.e. nothing).
      # * <tt>:start_year</tt>        - Set the start year for the year select. Default is <tt>Date.today.year - 5</tt> if
      #   you are creating new record. While editing existing record, <tt>:start_year</tt> defaults to
      #   the current selected year minus 5.
      # * <tt>:end_year</tt>          - Set the end year for the year select. Default is <tt>Date.today.year + 5</tt> if
      #   you are creating new record. While editing existing record, <tt>:end_year</tt> defaults to
      #   the current selected year plus 5.
      # * <tt>:year_format</tt>       - Set format of years for year select. Lambda should be passed.
      # * <tt>:discard_day</tt>       - Set to true if you don't want to show a day select. This includes the day
      #   as a hidden field instead of showing a select field. Also note that this implicitly sets the day to be the
      #   first of the given month in order to not create invalid dates like 31 February.
      # * <tt>:discard_month</tt>     - Set to true if you don't want to show a month select. This includes the month
      #   as a hidden field instead of showing a select field. Also note that this implicitly sets :discard_day to true.
      # * <tt>:discard_year</tt>      - Set to true if you don't want to show a year select. This includes the year
      #   as a hidden field instead of showing a select field.
      # * <tt>:order</tt>             - Set to an array containing <tt>:day</tt>, <tt>:month</tt> and <tt>:year</tt> to
      #   customize the order in which the select fields are shown. If you leave out any of the symbols, the respective
      #   select will not be shown (like when you set <tt>discard_xxx: true</tt>. Defaults to the order defined in
      #   the respective locale (e.g. [:year, :month, :day] in the en locale that ships with Rails).
      # * <tt>:include_blank</tt>     - Include a blank option in every select field so it's possible to set empty
      #   dates.
      # * <tt>:default</tt>           - Set a default date if the affected date isn't set or is +nil+.
      # * <tt>:selected</tt>          - Set a date that overrides the actual value.
      # * <tt>:disabled</tt>          - Set to true if you want show the select fields as disabled.
      # * <tt>:prompt</tt>            - Set to true (for a generic prompt), a prompt string or a hash of prompt strings
      #   for <tt>:year</tt>, <tt>:month</tt>, <tt>:day</tt>, <tt>:hour</tt>, <tt>:minute</tt> and <tt>:second</tt>.
      #   Setting this option prepends a select option with a generic prompt  (Day, Month, Year, Hour, Minute, Seconds)
      #   or the given prompt string.
      # * <tt>:with_css_classes</tt>  - Set to true or a hash of strings. Use true if you want to assign generic styles for
      #   select tags. This automatically set classes 'year', 'month', 'day', 'hour', 'minute' and 'second'. A hash of
      #   strings for <tt>:year</tt>, <tt>:month</tt>, <tt>:day</tt>, <tt>:hour</tt>, <tt>:minute</tt>, <tt>:second</tt>
      #   will extend the select type with the given value. Use +html_options+ to modify every select tag in the set.
      # * <tt>:use_hidden</tt>         - Set to true if you only want to generate hidden input tags.
      #
      # If anything is passed in the +html_options+ hash it will be applied to every select tag in the set.
      #
      # NOTE: Discarded selects will default to 1. So if no month select is available, January will be assumed.
      #
      #   # Generates a date select that when POSTed is stored in the article variable, in the written_on attribute.
      #   date_select("article", "written_on")
      #
      #   # Generates a date select that when POSTed is stored in the article variable, in the written_on attribute,
      #   # with the year in the year drop down box starting at 1995.
      #   date_select("article", "written_on", start_year: 1995)
      #
      #   # Generates a date select that when POSTed is stored in the article variable, in the written_on attribute,
      #   # with the year in the year drop down box starting at 1995, numbers used for months instead of words,
      #   # and without a day select box.
      #   date_select("article", "written_on", start_year: 1995, use_month_numbers: true,
      #                                     discard_day: true, include_blank: true)
      #
      #   # Generates a date select that when POSTed is stored in the article variable, in the written_on attribute,
      #   # with two digit numbers used for months and days.
      #   date_select("article", "written_on", use_two_digit_numbers: true)
      #
      #   # Generates a date select that when POSTed is stored in the article variable, in the written_on attribute
      #   # with the fields ordered as day, month, year rather than month, day, year.
      #   date_select("article", "written_on", order: [:day, :month, :year])
      #
      #   # Generates a date select that when POSTed is stored in the user variable, in the birthday attribute
      #   # lacking a year field.
      #   date_select("user", "birthday", order: [:month, :day])
      #
      #   # Generates a date select that when POSTed is stored in the article variable, in the written_on attribute
      #   # which is initially set to the date 3 days from the current date
      #   date_select("article", "written_on", default: 3.days.from_now)
      #
      #   # Generates a date select that when POSTed is stored in the article variable, in the written_on attribute
      #   # which is set in the form with today's date, regardless of the value in the Active Record object.
      #   date_select("article", "written_on", selected: Date.today)
      #
      #   # Generates a date select that when POSTed is stored in the credit_card variable, in the bill_due attribute
      #   # that will have a default day of 20.
      #   date_select("credit_card", "bill_due", default: { day: 20 })
      #
      #   # Generates a date select with custom prompts.
      #   date_select("article", "written_on", prompt: { day: 'Select day', month: 'Select month', year: 'Select year' })
      #
      #   # Generates a date select with custom year format.
      #   date_select("article", "written_on", year_format: ->(year) { "Heisei #{year - 1988}" })
      #
      # The selects are prepared for multi-parameter assignment to an Active Record object.
      #
      # Note: If the day is not included as an option but the month is, the day will be set to the 1st to ensure that
      # all month choices are valid.
      def date_select: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Returns a set of select tags (one for hour, minute and optionally second) pre-selected for accessing a
      # specified time-based attribute (identified by +method+) on an object assigned to the template (identified by
      # +object+). You can include the seconds with <tt>:include_seconds</tt>. You can get hours in the AM/PM format
      # with <tt>:ampm</tt> option.
      #
      # This method will also generate 3 input hidden tags, for the actual year, month and day unless the option
      # <tt>:ignore_date</tt> is set to +true+. If you set the <tt>:ignore_date</tt> to +true+, you must have a
      # +date_select+ on the same method within the form otherwise an exception will be raised.
      #
      # If anything is passed in the html_options hash it will be applied to every select tag in the set.
      #
      #   # Creates a time select tag that, when POSTed, will be stored in the article variable in the sunrise attribute.
      #   time_select("article", "sunrise")
      #
      #   # Creates a time select tag with a seconds field that, when POSTed, will be stored in the article variables in
      #   # the sunrise attribute.
      #   time_select("article", "start_time", include_seconds: true)
      #
      #   # You can set the <tt>:minute_step</tt> to 15 which will give you: 00, 15, 30, and 45.
      #   time_select 'game', 'game_time', { minute_step: 15 }
      #
      #   # Creates a time select tag with a custom prompt. Use <tt>prompt: true</tt> for generic prompts.
      #   time_select("article", "written_on", prompt: { hour: 'Choose hour', minute: 'Choose minute', second: 'Choose seconds' })
      #   time_select("article", "written_on", prompt: { hour: true }) # generic prompt for hours
      #   time_select("article", "written_on", prompt: true) # generic prompts for all
      #
      #   # You can set :ampm option to true which will show the hours as: 12 PM, 01 AM .. 11 PM.
      #   time_select 'game', 'game_time', { ampm: true }
      #
      # The selects are prepared for multi-parameter assignment to an Active Record object.
      #
      # Note: If the day is not included as an option but the month is, the day will be set to the 1st to ensure that
      # all month choices are valid.
      def time_select: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Returns a set of select tags (one for year, month, day, hour, and minute) pre-selected for accessing a
      # specified datetime-based attribute (identified by +method+) on an object assigned to the template (identified
      # by +object+).
      #
      # If anything is passed in the html_options hash it will be applied to every select tag in the set.
      #
      #   # Generates a datetime select that, when POSTed, will be stored in the article variable in the written_on
      #   # attribute.
      #   datetime_select("article", "written_on")
      #
      #   # Generates a datetime select with a year select that starts at 1995 that, when POSTed, will be stored in the
      #   # article variable in the written_on attribute.
      #   datetime_select("article", "written_on", start_year: 1995)
      #
      #   # Generates a datetime select with a default value of 3 days from the current time that, when POSTed, will
      #   # be stored in the trip variable in the departing attribute.
      #   datetime_select("trip", "departing", default: 3.days.from_now)
      #
      #   # Generate a datetime select with hours in the AM/PM format
      #   datetime_select("article", "written_on", ampm: true)
      #
      #   # Generates a datetime select that discards the type that, when POSTed, will be stored in the article variable
      #   # as the written_on attribute.
      #   datetime_select("article", "written_on", discard_type: true)
      #
      #   # Generates a datetime select with a custom prompt. Use <tt>prompt: true</tt> for generic prompts.
      #   datetime_select("article", "written_on", prompt: { day: 'Choose day', month: 'Choose month', year: 'Choose year' })
      #   datetime_select("article", "written_on", prompt: { hour: true }) # generic prompt for hours
      #   datetime_select("article", "written_on", prompt: true) # generic prompts for all
      #
      # The selects are prepared for multi-parameter assignment to an Active Record object.
      def datetime_select: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Returns a set of HTML select-tags (one for year, month, day, hour, minute, and second) pre-selected with the
      # +datetime+. It's also possible to explicitly set the order of the tags using the <tt>:order</tt> option with
      # an array of symbols <tt>:year</tt>, <tt>:month</tt> and <tt>:day</tt> in the desired order. If you do not
      # supply a Symbol, it will be appended onto the <tt>:order</tt> passed in. You can also add
      # <tt>:date_separator</tt>, <tt>:datetime_separator</tt> and <tt>:time_separator</tt> keys to the +options+ to
      # control visual display of the elements.
      #
      # If anything is passed in the html_options hash it will be applied to every select tag in the set.
      #
      #   my_date_time = Time.now + 4.days
      #
      #   # Generates a datetime select that defaults to the datetime in my_date_time (four days after today).
      #   select_datetime(my_date_time)
      #
      #   # Generates a datetime select that defaults to today (no specified datetime)
      #   select_datetime()
      #
      #   # Generates a datetime select that defaults to the datetime in my_date_time (four days after today)
      #   # with the fields ordered year, month, day rather than month, day, year.
      #   select_datetime(my_date_time, order: [:year, :month, :day])
      #
      #   # Generates a datetime select that defaults to the datetime in my_date_time (four days after today)
      #   # with a '/' between each date field.
      #   select_datetime(my_date_time, date_separator: '/')
      #
      #   # Generates a datetime select that defaults to the datetime in my_date_time (four days after today)
      #   # with a date fields separated by '/', time fields separated by '' and the date and time fields
      #   # separated by a comma (',').
      #   select_datetime(my_date_time, date_separator: '/', time_separator: '', datetime_separator: ',')
      #
      #   # Generates a datetime select that discards the type of the field and defaults to the datetime in
      #   # my_date_time (four days after today)
      #   select_datetime(my_date_time, discard_type: true)
      #
      #   # Generate a datetime field with hours in the AM/PM format
      #   select_datetime(my_date_time, ampm: true)
      #
      #   # Generates a datetime select that defaults to the datetime in my_date_time (four days after today)
      #   # prefixed with 'payday' rather than 'date'
      #   select_datetime(my_date_time, prefix: 'payday')
      #
      #   # Generates a datetime select with a custom prompt. Use <tt>prompt: true</tt> for generic prompts.
      #   select_datetime(my_date_time, prompt: { day: 'Choose day', month: 'Choose month', year: 'Choose year' })
      #   select_datetime(my_date_time, prompt: { hour: true }) # generic prompt for hours
      #   select_datetime(my_date_time, prompt: true) # generic prompts for all
      def select_datetime: (?untyped datetime, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Returns a set of HTML select-tags (one for year, month, and day) pre-selected with the +date+.
      # It's possible to explicitly set the order of the tags using the <tt>:order</tt> option with an array of
      # symbols <tt>:year</tt>, <tt>:month</tt> and <tt>:day</tt> in the desired order.
      # If the array passed to the <tt>:order</tt> option does not contain all the three symbols, all tags will be hidden.
      #
      # If anything is passed in the html_options hash it will be applied to every select tag in the set.
      #
      #   my_date = Time.now + 6.days
      #
      #   # Generates a date select that defaults to the date in my_date (six days after today).
      #   select_date(my_date)
      #
      #   # Generates a date select that defaults to today (no specified date).
      #   select_date()
      #
      #   # Generates a date select that defaults to the date in my_date (six days after today)
      #   # with the fields ordered year, month, day rather than month, day, year.
      #   select_date(my_date, order: [:year, :month, :day])
      #
      #   # Generates a date select that discards the type of the field and defaults to the date in
      #   # my_date (six days after today).
      #   select_date(my_date, discard_type: true)
      #
      #   # Generates a date select that defaults to the date in my_date,
      #   # which has fields separated by '/'.
      #   select_date(my_date, date_separator: '/')
      #
      #   # Generates a date select that defaults to the datetime in my_date (six days after today)
      #   # prefixed with 'payday' rather than 'date'.
      #   select_date(my_date, prefix: 'payday')
      #
      #   # Generates a date select with a custom prompt. Use <tt>prompt: true</tt> for generic prompts.
      #   select_date(my_date, prompt: { day: 'Choose day', month: 'Choose month', year: 'Choose year' })
      #   select_date(my_date, prompt: { hour: true }) # generic prompt for hours
      #   select_date(my_date, prompt: true) # generic prompts for all
      def select_date: (?untyped date, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Returns a set of HTML select-tags (one for hour and minute).
      # You can set <tt>:time_separator</tt> key to format the output, and
      # the <tt>:include_seconds</tt> option to include an input for seconds.
      #
      # If anything is passed in the html_options hash it will be applied to every select tag in the set.
      #
      #   my_time = Time.now + 5.days + 7.hours + 3.minutes + 14.seconds
      #
      #   # Generates a time select that defaults to the time in my_time.
      #   select_time(my_time)
      #
      #   # Generates a time select that defaults to the current time (no specified time).
      #   select_time()
      #
      #   # Generates a time select that defaults to the time in my_time,
      #   # which has fields separated by ':'.
      #   select_time(my_time, time_separator: ':')
      #
      #   # Generates a time select that defaults to the time in my_time,
      #   # that also includes an input for seconds.
      #   select_time(my_time, include_seconds: true)
      #
      #   # Generates a time select that defaults to the time in my_time, that has fields
      #   # separated by ':' and includes an input for seconds.
      #   select_time(my_time, time_separator: ':', include_seconds: true)
      #
      #   # Generate a time select field with hours in the AM/PM format
      #   select_time(my_time, ampm: true)
      #
      #   # Generates a time select field with hours that range from 2 to 14
      #   select_time(my_time, start_hour: 2, end_hour: 14)
      #
      #   # Generates a time select with a custom prompt. Use <tt>:prompt</tt> to true for generic prompts.
      #   select_time(my_time, prompt: { day: 'Choose day', month: 'Choose month', year: 'Choose year' })
      #   select_time(my_time, prompt: { hour: true }) # generic prompt for hours
      #   select_time(my_time, prompt: true) # generic prompts for all
      def select_time: (?untyped datetime, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Returns a select tag with options for each of the seconds 0 through 59 with the current second selected.
      # The <tt>datetime</tt> can be either a +Time+ or +DateTime+ object or an integer.
      # Override the field name using the <tt>:field_name</tt> option, 'second' by default.
      #
      #   my_time = Time.now + 16.seconds
      #
      #   # Generates a select field for seconds that defaults to the seconds for the time in my_time.
      #   select_second(my_time)
      #
      #   # Generates a select field for seconds that defaults to the number given.
      #   select_second(33)
      #
      #   # Generates a select field for seconds that defaults to the seconds for the time in my_time
      #   # that is named 'interval' rather than 'second'.
      #   select_second(my_time, field_name: 'interval')
      #
      #   # Generates a select field for seconds with a custom prompt. Use <tt>prompt: true</tt> for a
      #   # generic prompt.
      #   select_second(14, prompt: 'Choose seconds')
      def select_second: (untyped datetime, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Returns a select tag with options for each of the minutes 0 through 59 with the current minute selected.
      # Also can return a select tag with options by <tt>minute_step</tt> from 0 through 59 with the 00 minute
      # selected. The <tt>datetime</tt> can be either a +Time+ or +DateTime+ object or an integer.
      # Override the field name using the <tt>:field_name</tt> option, 'minute' by default.
      #
      #   my_time = Time.now + 10.minutes
      #
      #   # Generates a select field for minutes that defaults to the minutes for the time in my_time.
      #   select_minute(my_time)
      #
      #   # Generates a select field for minutes that defaults to the number given.
      #   select_minute(14)
      #
      #   # Generates a select field for minutes that defaults to the minutes for the time in my_time
      #   # that is named 'moment' rather than 'minute'.
      #   select_minute(my_time, field_name: 'moment')
      #
      #   # Generates a select field for minutes with a custom prompt. Use <tt>prompt: true</tt> for a
      #   # generic prompt.
      #   select_minute(14, prompt: 'Choose minutes')
      def select_minute: (untyped datetime, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Returns a select tag with options for each of the hours 0 through 23 with the current hour selected.
      # The <tt>datetime</tt> can be either a +Time+ or +DateTime+ object or an integer.
      # Override the field name using the <tt>:field_name</tt> option, 'hour' by default.
      #
      #   my_time = Time.now + 6.hours
      #
      #   # Generates a select field for hours that defaults to the hour for the time in my_time.
      #   select_hour(my_time)
      #
      #   # Generates a select field for hours that defaults to the number given.
      #   select_hour(13)
      #
      #   # Generates a select field for hours that defaults to the hour for the time in my_time
      #   # that is named 'stride' rather than 'hour'.
      #   select_hour(my_time, field_name: 'stride')
      #
      #   # Generates a select field for hours with a custom prompt. Use <tt>prompt: true</tt> for a
      #   # generic prompt.
      #   select_hour(13, prompt: 'Choose hour')
      #
      #   # Generate a select field for hours in the AM/PM format
      #   select_hour(my_time, ampm: true)
      #
      #   # Generates a select field that includes options for hours from 2 to 14.
      #   select_hour(my_time, start_hour: 2, end_hour: 14)
      def select_hour: (untyped datetime, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Returns a select tag with options for each of the days 1 through 31 with the current day selected.
      # The <tt>date</tt> can also be substituted for a day number.
      # If you want to display days with a leading zero set the <tt>:use_two_digit_numbers</tt> key in +options+ to true.
      # Override the field name using the <tt>:field_name</tt> option, 'day' by default.
      #
      #   my_date = Time.now + 2.days
      #
      #   # Generates a select field for days that defaults to the day for the date in my_date.
      #   select_day(my_date)
      #
      #   # Generates a select field for days that defaults to the number given.
      #   select_day(5)
      #
      #   # Generates a select field for days that defaults to the number given, but displays it with two digits.
      #   select_day(5, use_two_digit_numbers: true)
      #
      #   # Generates a select field for days that defaults to the day for the date in my_date
      #   # that is named 'due' rather than 'day'.
      #   select_day(my_date, field_name: 'due')
      #
      #   # Generates a select field for days with a custom prompt. Use <tt>prompt: true</tt> for a
      #   # generic prompt.
      #   select_day(5, prompt: 'Choose day')
      def select_day: (untyped date, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Returns a select tag with options for each of the months January through December with the current month
      # selected. The month names are presented as keys (what's shown to the user) and the month numbers (1-12) are
      # used as values (what's submitted to the server). It's also possible to use month numbers for the presentation
      # instead of names -- set the <tt>:use_month_numbers</tt> key in +options+ to true for this to happen. If you
      # want both numbers and names, set the <tt>:add_month_numbers</tt> key in +options+ to true. If you would prefer
      # to show month names as abbreviations, set the <tt>:use_short_month</tt> key in +options+ to true. If you want
      # to use your own month names, set the <tt>:use_month_names</tt> key in +options+ to an array of 12 month names.
      # If you want to display months with a leading zero set the <tt>:use_two_digit_numbers</tt> key in +options+ to true.
      # Override the field name using the <tt>:field_name</tt> option, 'month' by default.
      #
      #   # Generates a select field for months that defaults to the current month that
      #   # will use keys like "January", "March".
      #   select_month(Date.today)
      #
      #   # Generates a select field for months that defaults to the current month that
      #   # is named "start" rather than "month".
      #   select_month(Date.today, field_name: 'start')
      #
      #   # Generates a select field for months that defaults to the current month that
      #   # will use keys like "1", "3".
      #   select_month(Date.today, use_month_numbers: true)
      #
      #   # Generates a select field for months that defaults to the current month that
      #   # will use keys like "1 - January", "3 - March".
      #   select_month(Date.today, add_month_numbers: true)
      #
      #   # Generates a select field for months that defaults to the current month that
      #   # will use keys like "Jan", "Mar".
      #   select_month(Date.today, use_short_month: true)
      #
      #   # Generates a select field for months that defaults to the current month that
      #   # will use keys like "Januar", "Marts."
      #   select_month(Date.today, use_month_names: %w(Januar Februar Marts ...))
      #
      #   # Generates a select field for months that defaults to the current month that
      #   # will use keys with two digit numbers like "01", "03".
      #   select_month(Date.today, use_two_digit_numbers: true)
      #
      #   # Generates a select field for months with a custom prompt. Use <tt>prompt: true</tt> for a
      #   # generic prompt.
      #   select_month(14, prompt: 'Choose month')
      def select_month: (untyped date, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Returns a select tag with options for each of the five years on each side of the current, which is selected.
      # The five year radius can be changed using the <tt>:start_year</tt> and <tt>:end_year</tt> keys in the
      # +options+. Both ascending and descending year lists are supported by making <tt>:start_year</tt> less than or
      # greater than <tt>:end_year</tt>. The <tt>date</tt> can also be substituted for a year given as a number.
      # Override the field name using the <tt>:field_name</tt> option, 'year' by default.
      #
      #   # Generates a select field for years that defaults to the current year that
      #   # has ascending year values.
      #   select_year(Date.today, start_year: 1992, end_year: 2007)
      #
      #   # Generates a select field for years that defaults to the current year that
      #   # is named 'birth' rather than 'year'.
      #   select_year(Date.today, field_name: 'birth')
      #
      #   # Generates a select field for years that defaults to the current year that
      #   # has descending year values.
      #   select_year(Date.today, start_year: 2005, end_year: 1900)
      #
      #   # Generates a select field for years that defaults to the year 2006 that
      #   # has ascending year values.
      #   select_year(2006, start_year: 2000, end_year: 2010)
      #
      #   # Generates a select field for years with a custom prompt. Use <tt>prompt: true</tt> for a
      #   # generic prompt.
      #   select_year(14, prompt: 'Choose year')
      def select_year: (untyped date, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Returns an HTML time tag for the given date or time.
      #
      #   time_tag Date.today  # =>
      #     <time datetime="2010-11-04">November 04, 2010</time>
      #   time_tag Time.now  # =>
      #     <time datetime="2010-11-04T17:55:45+01:00">November 04, 2010 17:55</time>
      #   time_tag Date.yesterday, 'Yesterday'  # =>
      #     <time datetime="2010-11-03">Yesterday</time>
      #   time_tag Date.today, datetime: Date.today.strftime('%G-W%V') # =>
      #     <time datetime="2010-W44">November 04, 2010</time>
      #
      #   <%= time_tag Time.now do %>
      #     <span>Right now</span>
      #   <% end %>
      #   # => <time datetime="2010-11-04T17:55:45+01:00"><span>Right now</span></time>
      def time_tag: (untyped date_or_time, *untyped args) { () -> untyped } -> untyped

      def normalize_distance_of_time_argument_to_time: (untyped value) -> untyped
    end

    class DateTimeSelector
      # nodoc:
      include ActionView::Helpers::TagHelper

      DEFAULT_PREFIX: ::String

      POSITION: untyped

      AMPM_TRANSLATION: untyped

      def initialize: (untyped datetime, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      def select_datetime: () -> untyped

      def select_date: () -> untyped

      def select_time: () -> untyped

      def select_second: () -> untyped

      def select_minute: () -> untyped

      def select_hour: () -> untyped

      def select_day: () -> untyped

      def select_month: () -> untyped

      def select_year: () -> untyped

      # If the day is hidden, the day should be set to the 1st so all month and year choices are
      # valid. Otherwise, February 31st or February 29th, 2011 can be selected, which are invalid.
      def set_day_if_discarded: () -> untyped

      # Returns translated month names, but also ensures that a custom month
      # name array has a leading +nil+ element.
      def month_names: () -> untyped

      # Returns translated month names.
      #  => [nil, "January", "February", "March",
      #           "April", "May", "June", "July",
      #           "August", "September", "October",
      #           "November", "December"]
      #
      # If <tt>:use_short_month</tt> option is set
      #  => [nil, "Jan", "Feb", "Mar", "Apr", "May", "Jun",
      #           "Jul", "Aug", "Sep", "Oct", "Nov", "Dec"]
      def translated_month_names: () -> untyped

      # Looks up month names by number (1-based):
      #
      #   month_name(1) # => "January"
      #
      # If the <tt>:use_month_numbers</tt> option is passed:
      #
      #   month_name(1) # => 1
      #
      # If the <tt>:use_two_month_numbers</tt> option is passed:
      #
      #   month_name(1) # => '01'
      #
      # If the <tt>:add_month_numbers</tt> option is passed:
      #
      #   month_name(1) # => "1 - January"
      #
      # If the <tt>:month_format_string</tt> option is passed:
      #
      #   month_name(1) # => "January (01)"
      #
      # depending on the format string.
      def month_name: (untyped number) -> untyped

      # Looks up year names by number.
      #
      #   year_name(1998) # => 1998
      #
      # If the <tt>:year_format</tt> option is passed:
      #
      #   year_name(1998) # => "Heisei 10"
      def year_name: (untyped number) -> untyped

      def date_order: () -> untyped

      def translated_date_order: () -> untyped

      # Build full select tag from date type and options.
      def build_options_and_select: (untyped `type`, untyped selected, ?::Hash[untyped, untyped] options) -> untyped

      # Build select option HTML from date value and options.
      #  build_options(15, start: 1, end: 31)
      #  => "<option value="1">1</option>
      #      <option value="2">2</option>
      #      <option value="3">3</option>..."
      #
      # If <tt>use_two_digit_numbers: true</tt> option is passed
      #  build_options(15, start: 1, end: 31, use_two_digit_numbers: true)
      #  => "<option value="1">01</option>
      #      <option value="2">02</option>
      #      <option value="3">03</option>..."
      #
      # If <tt>:step</tt> options is passed
      #  build_options(15, start: 1, end: 31, step: 2)
      #  => "<option value="1">1</option>
      #      <option value="3">3</option>
      #      <option value="5">5</option>..."
      def build_options: (untyped selected, ?::Hash[untyped, untyped] options) -> untyped

      # Build select option HTML for year.
      # If <tt>year_format</tt> option is not passed
      #  build_year_options(1998, start: 1998, end: 2000)
      #  => "<option value="1998" selected="selected">1998</option>
      #      <option value="1999">1999</option>
      #      <option value="2000">2000</option>"
      #
      # If <tt>year_format</tt> option is passed
      #  build_year_options(1998, start: 1998, end: 2000, year_format: ->year { "Heisei #{ year - 1988 }" })
      #  => "<option value="1998" selected="selected">Heisei 10</option>
      #      <option value="1999">Heisei 11</option>
      #      <option value="2000">Heisei 12</option>"
      def build_year_options: (untyped selected, ?::Hash[untyped, untyped] options) -> untyped

      # Builds select tag from date type and HTML select options.
      #  build_select(:month, "<option value="1">January</option>...")
      #  => "<select id="post_written_on_2i" name="post[written_on(2i)]">
      #        <option value="1">January</option>...
      #      </select>"
      def build_select: (untyped `type`, untyped select_options_as_html) -> untyped

      def css_class_attribute: (untyped `type`, untyped html_options_class, untyped options) -> untyped

      # Builds a prompt option tag with supplied options or from default options.
      #  prompt_option_tag(:month, prompt: 'Select month')
      #  => "<option value="">Select month</option>"
      def prompt_option_tag: (untyped `type`, untyped options) -> untyped

      # Builds hidden input tag for date part and value.
      #  build_hidden(:year, 2008)
      #  => "<input id="post_written_on_1i" name="post[written_on(1i)]" type="hidden" value="2008" />"
      def build_hidden: (untyped `type`, untyped value) -> untyped

      # Returns the name attribute for the input tag.
      #  => post[written_on(1i)]
      def input_name_from_type: (untyped `type`) -> untyped

      # Returns the id attribute for the input tag.
      #  => "post_written_on_1i"
      def input_id_from_type: (untyped `type`) -> untyped

      # Given an ordering of datetime components, create the selection HTML
      # and join them with their appropriate separators.
      def build_selects_from_types: (untyped order) -> untyped

      # Returns the separator for a given datetime component.
      def separator: (untyped `type`) -> (::String | untyped)
    end

    class FormBuilder
      # Wraps ActionView::Helpers::DateHelper#date_select for form builders:
      #
      #   <%= form_for @person do |f| %>
      #     <%= f.date_select :birth_date %>
      #     <%= f.submit %>
      #   <% end %>
      #
      # Please refer to the documentation of the base helper for details.
      def date_select: (untyped method, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Wraps ActionView::Helpers::DateHelper#time_select for form builders:
      #
      #   <%= form_for @race do |f| %>
      #     <%= f.time_select :average_lap %>
      #     <%= f.submit %>
      #   <% end %>
      #
      # Please refer to the documentation of the base helper for details.
      def time_select: (untyped method, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Wraps ActionView::Helpers::DateHelper#datetime_select for form builders:
      #
      #   <%= form_for @person do |f| %>
      #     <%= f.datetime_select :last_request_at %>
      #     <%= f.submit %>
      #   <% end %>
      #
      # Please refer to the documentation of the base helper for details.
      def datetime_select: (untyped method, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped
    end
  end
end

module ActionView
  module Helpers
    # = Action View Debug Helper
    #
    # Provides a set of methods for making it easier to debug Rails objects.
    # nodoc:
    module DebugHelper
      include TagHelper

      # Returns a YAML representation of +object+ wrapped with <pre> and </pre>.
      # If the object cannot be converted to YAML using +to_yaml+, +inspect+ will be called instead.
      # Useful for inspecting an object at the time of rendering.
      #
      #   @user = User.new({ username: 'testing', password: 'xyz', age: 42})
      #   debug(@user)
      #   # =>
      #   <pre class='debug_dump'>--- !ruby/object:User
      #   attributes:
      #     updated_at:
      #     username: testing
      #     age: 42
      #     password: xyz
      #     created_at:
      #   </pre>
      def debug: (untyped object) -> untyped
    end
  end
end

module ActionView
  module Helpers
    # = Action View Form Helpers
    # nodoc:
    # Form helpers are designed to make working with resources much easier
    # compared to using vanilla HTML.
    #
    # Typically, a form designed to create or update a resource reflects the
    # identity of the resource in several ways: (i) the URL that the form is
    # sent to (the form element's +action+ attribute) should result in a request
    # being routed to the appropriate controller action (with the appropriate <tt>:id</tt>
    # parameter in the case of an existing resource), (ii) input fields should
    # be named in such a way that in the controller their values appear in the
    # appropriate places within the +params+ hash, and (iii) for an existing record,
    # when the form is initially displayed, input fields corresponding to attributes
    # of the resource should show the current values of those attributes.
    #
    # In Rails, this is usually achieved by creating the form using +form_for+ and
    # a number of related helper methods. +form_for+ generates an appropriate <tt>form</tt>
    # tag and yields a form builder object that knows the model the form is about.
    # Input fields are created by calling methods defined on the form builder, which
    # means they are able to generate the appropriate names and default values
    # corresponding to the model attributes, as well as convenient IDs, etc.
    # Conventions in the generated field names allow controllers to receive form data
    # nicely structured in +params+ with no effort on your side.
    #
    # For example, to create a new person you typically set up a new instance of
    # +Person+ in the <tt>PeopleController#new</tt> action, <tt>@person</tt>, and
    # in the view template pass that object to +form_for+:
    #
    #   <%= form_for @person do |f| %>
    #     <%= f.label :first_name %>:
    #     <%= f.text_field :first_name %><br />
    #
    #     <%= f.label :last_name %>:
    #     <%= f.text_field :last_name %><br />
    #
    #     <%= f.submit %>
    #   <% end %>
    #
    # The HTML generated for this would be (modulus formatting):
    #
    #   <form action="/people" class="new_person" id="new_person" method="post">
    #     <input name="authenticity_token" type="hidden" value="NrOp5bsjoLRuK8IW5+dQEYjKGUJDe7TQoZVvq95Wteg=" />
    #     <label for="person_first_name">First name</label>:
    #     <input id="person_first_name" name="person[first_name]" type="text" /><br />
    #
    #     <label for="person_last_name">Last name</label>:
    #     <input id="person_last_name" name="person[last_name]" type="text" /><br />
    #
    #     <input name="commit" type="submit" value="Create Person" />
    #   </form>
    #
    # As you see, the HTML reflects knowledge about the resource in several spots,
    # like the path the form should be submitted to, or the names of the input fields.
    #
    # In particular, thanks to the conventions followed in the generated field names, the
    # controller gets a nested hash <tt>params[:person]</tt> with the person attributes
    # set in the form. That hash is ready to be passed to <tt>Person.new</tt>:
    #
    #   @person = Person.new(params[:person])
    #   if @person.save
    #     # success
    #   else
    #     # error handling
    #   end
    #
    # Interestingly, the exact same view code in the previous example can be used to edit
    # a person. If <tt>@person</tt> is an existing record with name "John Smith" and ID 256,
    # the code above as is would yield instead:
    #
    #   <form action="/people/256" class="edit_person" id="edit_person_256" method="post">
    #     <input name="_method" type="hidden" value="patch" />
    #     <input name="authenticity_token" type="hidden" value="NrOp5bsjoLRuK8IW5+dQEYjKGUJDe7TQoZVvq95Wteg=" />
    #     <label for="person_first_name">First name</label>:
    #     <input id="person_first_name" name="person[first_name]" type="text" value="John" /><br />
    #
    #     <label for="person_last_name">Last name</label>:
    #     <input id="person_last_name" name="person[last_name]" type="text" value="Smith" /><br />
    #
    #     <input name="commit" type="submit" value="Update Person" />
    #   </form>
    #
    # Note that the endpoint, default values, and submit button label are tailored for <tt>@person</tt>.
    # That works that way because the involved helpers know whether the resource is a new record or not,
    # and generate HTML accordingly.
    #
    # The controller would receive the form data again in <tt>params[:person]</tt>, ready to be
    # passed to <tt>Person#update</tt>:
    #
    #   if @person.update(params[:person])
    #     # success
    #   else
    #     # error handling
    #   end
    #
    # That's how you typically work with resources.
    module FormHelper
      extend ActiveSupport::Concern

      include FormTagHelper

      include UrlHelper

      extend ::ActionView::Helpers::UrlHelper::ClassMethods

      include ModelNaming

      include RecordIdentifier

      # Creates a form that allows the user to create or update the attributes
      # of a specific model object.
      #
      # The method can be used in several slightly different ways, depending on
      # how much you wish to rely on Rails to infer automatically from the model
      # how the form should be constructed. For a generic model object, a form
      # can be created by passing +form_for+ a string or symbol representing
      # the object we are concerned with:
      #
      #   <%= form_for :person do |f| %>
      #     First name: <%= f.text_field :first_name %><br />
      #     Last name : <%= f.text_field :last_name %><br />
      #     Biography : <%= f.text_area :biography %><br />
      #     Admin?    : <%= f.check_box :admin %><br />
      #     <%= f.submit %>
      #   <% end %>
      #
      # The variable +f+ yielded to the block is a FormBuilder object that
      # incorporates the knowledge about the model object represented by
      # <tt>:person</tt> passed to +form_for+. Methods defined on the FormBuilder
      # are used to generate fields bound to this model. Thus, for example,
      #
      #   <%= f.text_field :first_name %>
      #
      # will get expanded to
      #
      #   <%= text_field :person, :first_name %>
      #
      # which results in an HTML <tt><input></tt> tag whose +name+ attribute is
      # <tt>person[first_name]</tt>. This means that when the form is submitted,
      # the value entered by the user will be available in the controller as
      # <tt>params[:person][:first_name]</tt>.
      #
      # For fields generated in this way using the FormBuilder,
      # if <tt>:person</tt> also happens to be the name of an instance variable
      # <tt>@person</tt>, the default value of the field shown when the form is
      # initially displayed (e.g. in the situation where you are editing an
      # existing record) will be the value of the corresponding attribute of
      # <tt>@person</tt>.
      #
      # The rightmost argument to +form_for+ is an
      # optional hash of options -
      #
      # * <tt>:url</tt> - The URL the form is to be submitted to. This may be
      #   represented in the same way as values passed to +url_for+ or +link_to+.
      #   So for example you may use a named route directly. When the model is
      #   represented by a string or symbol, as in the example above, if the
      #   <tt>:url</tt> option is not specified, by default the form will be
      #   sent back to the current URL (We will describe below an alternative
      #   resource-oriented usage of +form_for+ in which the URL does not need
      #   to be specified explicitly).
      # * <tt>:namespace</tt> - A namespace for your form to ensure uniqueness of
      #   id attributes on form elements. The namespace attribute will be prefixed
      #   with underscore on the generated HTML id.
      # * <tt>:method</tt> - The method to use when submitting the form, usually
      #   either "get" or "post". If "patch", "put", "delete", or another verb
      #   is used, a hidden input with name <tt>_method</tt> is added to
      #   simulate the verb over post.
      # * <tt>:authenticity_token</tt> - Authenticity token to use in the form.
      #   Use only if you need to pass custom authenticity token string, or to
      #   not add authenticity_token field at all (by passing <tt>false</tt>).
      #   Remote forms may omit the embedded authenticity token by setting
      #   <tt>config.action_view.embed_authenticity_token_in_remote_forms = false</tt>.
      #   This is helpful when you're fragment-caching the form. Remote forms
      #   get the authenticity token from the <tt>meta</tt> tag, so embedding is
      #   unnecessary unless you support browsers without JavaScript.
      # * <tt>:remote</tt> - If set to true, will allow the Unobtrusive
      #   JavaScript drivers to control the submit behavior. By default this
      #   behavior is an ajax submit.
      # * <tt>:enforce_utf8</tt> - If set to false, a hidden input with name
      #   utf8 is not output.
      # * <tt>:html</tt> - Optional HTML attributes for the form tag.
      #
      # Also note that +form_for+ doesn't create an exclusive scope. It's still
      # possible to use both the stand-alone FormHelper methods and methods
      # from FormTagHelper. For example:
      #
      #   <%= form_for :person do |f| %>
      #     First name: <%= f.text_field :first_name %>
      #     Last name : <%= f.text_field :last_name %>
      #     Biography : <%= text_area :person, :biography %>
      #     Admin?    : <%= check_box_tag "person[admin]", "1", @person.company.admin? %>
      #     <%= f.submit %>
      #   <% end %>
      #
      # This also works for the methods in FormOptionsHelper and DateHelper that
      # are designed to work with an object as base, like
      # FormOptionsHelper#collection_select and DateHelper#datetime_select.
      #
      # === #form_for with a model object
      #
      # In the examples above, the object to be created or edited was
      # represented by a symbol passed to +form_for+, and we noted that
      # a string can also be used equivalently. It is also possible, however,
      # to pass a model object itself to +form_for+. For example, if <tt>@post</tt>
      # is an existing record you wish to edit, you can create the form using
      #
      #   <%= form_for @post do |f| %>
      #     ...
      #   <% end %>
      #
      # This behaves in almost the same way as outlined previously, with a
      # couple of small exceptions. First, the prefix used to name the input
      # elements within the form (hence the key that denotes them in the +params+
      # hash) is actually derived from the object's _class_, e.g. <tt>params[:post]</tt>
      # if the object's class is +Post+. However, this can be overwritten using
      # the <tt>:as</tt> option, e.g. -
      #
      #   <%= form_for(@person, as: :client) do |f| %>
      #     ...
      #   <% end %>
      #
      # would result in <tt>params[:client]</tt>.
      #
      # Secondly, the field values shown when the form is initially displayed
      # are taken from the attributes of the object passed to +form_for+,
      # regardless of whether the object is an instance
      # variable. So, for example, if we had a _local_ variable +post+
      # representing an existing record,
      #
      #   <%= form_for post do |f| %>
      #     ...
      #   <% end %>
      #
      # would produce a form with fields whose initial state reflect the current
      # values of the attributes of +post+.
      #
      # === Resource-oriented style
      #
      # In the examples just shown, although not indicated explicitly, we still
      # need to use the <tt>:url</tt> option in order to specify where the
      # form is going to be sent. However, further simplification is possible
      # if the record passed to +form_for+ is a _resource_, i.e. it corresponds
      # to a set of RESTful routes, e.g. defined using the +resources+ method
      # in <tt>config/routes.rb</tt>. In this case Rails will simply infer the
      # appropriate URL from the record itself. For example,
      #
      #   <%= form_for @post do |f| %>
      #     ...
      #   <% end %>
      #
      # is then equivalent to something like:
      #
      #   <%= form_for @post, as: :post, url: post_path(@post), method: :patch, html: { class: "edit_post", id: "edit_post_45" } do |f| %>
      #     ...
      #   <% end %>
      #
      # And for a new record
      #
      #   <%= form_for(Post.new) do |f| %>
      #     ...
      #   <% end %>
      #
      # is equivalent to something like:
      #
      #   <%= form_for @post, as: :post, url: posts_path, html: { class: "new_post", id: "new_post" } do |f| %>
      #     ...
      #   <% end %>
      #
      # However you can still overwrite individual conventions, such as:
      #
      #   <%= form_for(@post, url: super_posts_path) do |f| %>
      #     ...
      #   <% end %>
      #
      # You can also set the answer format, like this:
      #
      #   <%= form_for(@post, format: :json) do |f| %>
      #     ...
      #   <% end %>
      #
      # For namespaced routes, like +admin_post_url+:
      #
      #   <%= form_for([:admin, @post]) do |f| %>
      #    ...
      #   <% end %>
      #
      # If your resource has associations defined, for example, you want to add comments
      # to the document given that the routes are set correctly:
      #
      #   <%= form_for([@document, @comment]) do |f| %>
      #    ...
      #   <% end %>
      #
      # Where <tt>@document = Document.find(params[:id])</tt> and
      # <tt>@comment = Comment.new</tt>.
      #
      # === Setting the method
      #
      # You can force the form to use the full array of HTTP verbs by setting
      #
      #    method: (:get|:post|:patch|:put|:delete)
      #
      # in the options hash. If the verb is not GET or POST, which are natively
      # supported by HTML forms, the form will be set to POST and a hidden input
      # called _method will carry the intended verb for the server to interpret.
      #
      # === Unobtrusive JavaScript
      #
      # Specifying:
      #
      #    remote: true
      #
      # in the options hash creates a form that will allow the unobtrusive JavaScript drivers to modify its
      # behavior. The expected default behavior is an XMLHttpRequest in the background instead of the regular
      # POST arrangement, but ultimately the behavior is the choice of the JavaScript driver implementor.
      # Even though it's using JavaScript to serialize the form elements, the form submission will work just like
      # a regular submission as viewed by the receiving side (all elements available in <tt>params</tt>).
      #
      # Example:
      #
      #   <%= form_for(@post, remote: true) do |f| %>
      #     ...
      #   <% end %>
      #
      # The HTML generated for this would be:
      #
      #   <form action='http://www.example.com' method='post' data-remote='true'>
      #     <input name='_method' type='hidden' value='patch' />
      #     ...
      #   </form>
      #
      # === Setting HTML options
      #
      # You can set data attributes directly by passing in a data hash, but all other HTML options must be wrapped in
      # the HTML key. Example:
      #
      #   <%= form_for(@post, data: { behavior: "autosave" }, html: { name: "go" }) do |f| %>
      #     ...
      #   <% end %>
      #
      # The HTML generated for this would be:
      #
      #   <form action='http://www.example.com' method='post' data-behavior='autosave' name='go'>
      #     <input name='_method' type='hidden' value='patch' />
      #     ...
      #   </form>
      #
      # === Removing hidden model id's
      #
      # The form_for method automatically includes the model id as a hidden field in the form.
      # This is used to maintain the correlation between the form data and its associated model.
      # Some ORM systems do not use IDs on nested models so in this case you want to be able
      # to disable the hidden id.
      #
      # In the following example the Post model has many Comments stored within it in a NoSQL database,
      # thus there is no primary key for comments.
      #
      # Example:
      #
      #   <%= form_for(@post) do |f| %>
      #     <%= f.fields_for(:comments, include_id: false) do |cf| %>
      #       ...
      #     <% end %>
      #   <% end %>
      #
      # === Customized form builders
      #
      # You can also build forms using a customized FormBuilder class. Subclass
      # FormBuilder and override or define some more helpers, then use your
      # custom builder. For example, let's say you made a helper to
      # automatically add labels to form inputs.
      #
      #   <%= form_for @person, url: { action: "create" }, builder: LabellingFormBuilder do |f| %>
      #     <%= f.text_field :first_name %>
      #     <%= f.text_field :last_name %>
      #     <%= f.text_area :biography %>
      #     <%= f.check_box :admin %>
      #     <%= f.submit %>
      #   <% end %>
      #
      # In this case, if you use this:
      #
      #   <%= render f %>
      #
      # The rendered template is <tt>people/_labelling_form</tt> and the local
      # variable referencing the form builder is called
      # <tt>labelling_form</tt>.
      #
      # The custom FormBuilder class is automatically merged with the options
      # of a nested fields_for call, unless it's explicitly set.
      #
      # In many cases you will want to wrap the above in another helper, so you
      # could do something like the following:
      #
      #   def labelled_form_for(record_or_name_or_array, *args, &block)
      #     options = args.extract_options!
      #     form_for(record_or_name_or_array, *(args << options.merge(builder: LabellingFormBuilder)), &block)
      #   end
      #
      # If you don't need to attach a form to a model instance, then check out
      # FormTagHelper#form_tag.
      #
      # === Form to external resources
      #
      # When you build forms to external resources sometimes you need to set an authenticity token or just render a form
      # without it, for example when you submit data to a payment gateway number and types of fields could be limited.
      #
      # To set an authenticity token you need to pass an <tt>:authenticity_token</tt> parameter
      #
      #   <%= form_for @invoice, url: external_url, authenticity_token: 'external_token' do |f| %>
      #     ...
      #   <% end %>
      #
      # If you don't want to an authenticity token field be rendered at all just pass <tt>false</tt>:
      #
      #   <%= form_for @invoice, url: external_url, authenticity_token: false do |f| %>
      #     ...
      #   <% end %>
      def form_for: (untyped record, ?::Hash[untyped, untyped] options) { () -> untyped } -> untyped

      def apply_form_for_options!: (untyped record, untyped object, untyped options) -> untyped

      # Creates a form tag based on mixing URLs, scopes, or models.
      #
      #   # Using just a URL:
      #   <%= form_with url: posts_path do |form| %>
      #     <%= form.text_field :title %>
      #   <% end %>
      #   # =>
      #   <form action="/posts" method="post" data-remote="true">
      #     <input type="text" name="title">
      #   </form>
      #
      #   # Adding a scope prefixes the input field names:
      #   <%= form_with scope: :post, url: posts_path do |form| %>
      #     <%= form.text_field :title %>
      #   <% end %>
      #   # =>
      #   <form action="/posts" method="post" data-remote="true">
      #     <input type="text" name="post[title]">
      #   </form>
      #
      #   # Using a model infers both the URL and scope:
      #   <%= form_with model: Post.new do |form| %>
      #     <%= form.text_field :title %>
      #   <% end %>
      #   # =>
      #   <form action="/posts" method="post" data-remote="true">
      #     <input type="text" name="post[title]">
      #   </form>
      #
      #   # An existing model makes an update form and fills out field values:
      #   <%= form_with model: Post.first do |form| %>
      #     <%= form.text_field :title %>
      #   <% end %>
      #   # =>
      #   <form action="/posts/1" method="post" data-remote="true">
      #     <input type="hidden" name="_method" value="patch">
      #     <input type="text" name="post[title]" value="<the title of the post>">
      #   </form>
      #
      #   # Though the fields don't have to correspond to model attributes:
      #   <%= form_with model: Cat.new do |form| %>
      #     <%= form.text_field :cats_dont_have_gills %>
      #     <%= form.text_field :but_in_forms_they_can %>
      #   <% end %>
      #   # =>
      #   <form action="/cats" method="post" data-remote="true">
      #     <input type="text" name="cat[cats_dont_have_gills]">
      #     <input type="text" name="cat[but_in_forms_they_can]">
      #   </form>
      #
      # The parameters in the forms are accessible in controllers according to
      # their name nesting. So inputs named +title+ and <tt>post[title]</tt> are
      # accessible as <tt>params[:title]</tt> and <tt>params[:post][:title]</tt>
      # respectively.
      #
      # By default +form_with+ attaches the <tt>data-remote</tt> attribute
      # submitting the form via an XMLHTTPRequest in the background if an
      # Unobtrusive JavaScript driver, like rails-ujs, is used. See the
      # <tt>:local</tt> option for more.
      #
      # For ease of comparison the examples above left out the submit button,
      # as well as the auto generated hidden fields that enable UTF-8 support
      # and adds an authenticity token needed for cross site request forgery
      # protection.
      #
      # === Resource-oriented style
      #
      # In many of the examples just shown, the +:model+ passed to +form_with+
      # is a _resource_. It corresponds to a set of RESTful routes, most likely
      # defined via +resources+ in <tt>config/routes.rb</tt>.
      #
      # So when passing such a model record, Rails infers the URL and method.
      #
      #   <%= form_with model: @post do |form| %>
      #     ...
      #   <% end %>
      #
      # is then equivalent to something like:
      #
      #   <%= form_with scope: :post, url: post_path(@post), method: :patch do |form| %>
      #     ...
      #   <% end %>
      #
      # And for a new record
      #
      #   <%= form_with model: Post.new do |form| %>
      #     ...
      #   <% end %>
      #
      # is equivalent to something like:
      #
      #   <%= form_with scope: :post, url: posts_path do |form| %>
      #     ...
      #   <% end %>
      #
      # ==== +form_with+ options
      #
      # * <tt>:url</tt> - The URL the form submits to. Akin to values passed to
      #   +url_for+ or +link_to+. For example, you may use a named route
      #   directly. When a <tt>:scope</tt> is passed without a <tt>:url</tt> the
      #   form just submits to the current URL.
      # * <tt>:method</tt> - The method to use when submitting the form, usually
      #   either "get" or "post". If "patch", "put", "delete", or another verb
      #   is used, a hidden input named <tt>_method</tt> is added to
      #   simulate the verb over post.
      # * <tt>:format</tt> - The format of the route the form submits to.
      #   Useful when submitting to another resource type, like <tt>:json</tt>.
      #   Skipped if a <tt>:url</tt> is passed.
      # * <tt>:scope</tt> - The scope to prefix input field names with and
      #   thereby how the submitted parameters are grouped in controllers.
      # * <tt>:namespace</tt> - A namespace for your form to ensure uniqueness of
      #   id attributes on form elements. The namespace attribute will be prefixed
      #   with underscore on the generated HTML id.
      # * <tt>:model</tt> - A model object to infer the <tt>:url</tt> and
      #   <tt>:scope</tt> by, plus fill out input field values.
      #   So if a +title+ attribute is set to "Ahoy!" then a +title+ input
      #   field's value would be "Ahoy!".
      #   If the model is a new record a create form is generated, if an
      #   existing record, however, an update form is generated.
      #   Pass <tt>:scope</tt> or <tt>:url</tt> to override the defaults.
      #   E.g. turn <tt>params[:post]</tt> into <tt>params[:article]</tt>.
      # * <tt>:authenticity_token</tt> - Authenticity token to use in the form.
      #   Override with a custom authenticity token or pass <tt>false</tt> to
      #   skip the authenticity token field altogether.
      #   Useful when submitting to an external resource like a payment gateway
      #   that might limit the valid fields.
      #   Remote forms may omit the embedded authenticity token by setting
      #   <tt>config.action_view.embed_authenticity_token_in_remote_forms = false</tt>.
      #   This is helpful when fragment-caching the form. Remote forms
      #   get the authenticity token from the <tt>meta</tt> tag, so embedding is
      #   unnecessary unless you support browsers without JavaScript.
      # * <tt>:local</tt> - By default form submits are remote and unobtrusive XHRs.
      #   Disable remote submits with <tt>local: true</tt>.
      # * <tt>:skip_enforcing_utf8</tt> - If set to true, a hidden input with name
      #   utf8 is not output.
      # * <tt>:builder</tt> - Override the object used to build the form.
      # * <tt>:id</tt> - Optional HTML id attribute.
      # * <tt>:class</tt> - Optional HTML class attribute.
      # * <tt>:data</tt> - Optional HTML data attributes.
      # * <tt>:html</tt> - Other optional HTML attributes for the form tag.
      #
      # === Examples
      #
      # When not passing a block, +form_with+ just generates an opening form tag.
      #
      #   <%= form_with(model: @post, url: super_posts_path) %>
      #   <%= form_with(model: @post, scope: :article) %>
      #   <%= form_with(model: @post, format: :json) %>
      #   <%= form_with(model: @post, authenticity_token: false) %> # Disables the token.
      #
      # For namespaced routes, like +admin_post_url+:
      #
      #   <%= form_with(model: [ :admin, @post ]) do |form| %>
      #     ...
      #   <% end %>
      #
      # If your resource has associations defined, for example, you want to add comments
      # to the document given that the routes are set correctly:
      #
      #   <%= form_with(model: [ @document, Comment.new ]) do |form| %>
      #     ...
      #   <% end %>
      #
      # Where <tt>@document = Document.find(params[:id])</tt>.
      #
      # === Mixing with other form helpers
      #
      # While +form_with+ uses a FormBuilder object it's possible to mix and
      # match the stand-alone FormHelper methods and methods
      # from FormTagHelper:
      #
      #   <%= form_with scope: :person do |form| %>
      #     <%= form.text_field :first_name %>
      #     <%= form.text_field :last_name %>
      #
      #     <%= text_area :person, :biography %>
      #     <%= check_box_tag "person[admin]", "1", @person.company.admin? %>
      #
      #     <%= form.submit %>
      #   <% end %>
      #
      # Same goes for the methods in FormOptionsHelper and DateHelper designed
      # to work with an object as a base, like
      # FormOptionsHelper#collection_select and DateHelper#datetime_select.
      #
      # === Setting the method
      #
      # You can force the form to use the full array of HTTP verbs by setting
      #
      #    method: (:get|:post|:patch|:put|:delete)
      #
      # in the options hash. If the verb is not GET or POST, which are natively
      # supported by HTML forms, the form will be set to POST and a hidden input
      # called _method will carry the intended verb for the server to interpret.
      #
      # === Setting HTML options
      #
      # You can set data attributes directly in a data hash, but HTML options
      # besides id and class must be wrapped in an HTML key:
      #
      #   <%= form_with(model: @post, data: { behavior: "autosave" }, html: { name: "go" }) do |form| %>
      #     ...
      #   <% end %>
      #
      # generates
      #
      #   <form action="/posts/123" method="post" data-behavior="autosave" name="go">
      #     <input name="_method" type="hidden" value="patch" />
      #     ...
      #   </form>
      #
      # === Removing hidden model id's
      #
      # The +form_with+ method automatically includes the model id as a hidden field in the form.
      # This is used to maintain the correlation between the form data and its associated model.
      # Some ORM systems do not use IDs on nested models so in this case you want to be able
      # to disable the hidden id.
      #
      # In the following example the Post model has many Comments stored within it in a NoSQL database,
      # thus there is no primary key for comments.
      #
      #   <%= form_with(model: @post) do |form| %>
      #     <%= form.fields(:comments, skip_id: true) do |fields| %>
      #       ...
      #     <% end %>
      #   <% end %>
      #
      # === Customized form builders
      #
      # You can also build forms using a customized FormBuilder class. Subclass
      # FormBuilder and override or define some more helpers, then use your
      # custom builder. For example, let's say you made a helper to
      # automatically add labels to form inputs.
      #
      #   <%= form_with model: @person, url: { action: "create" }, builder: LabellingFormBuilder do |form| %>
      #     <%= form.text_field :first_name %>
      #     <%= form.text_field :last_name %>
      #     <%= form.text_area :biography %>
      #     <%= form.check_box :admin %>
      #     <%= form.submit %>
      #   <% end %>
      #
      # In this case, if you use:
      #
      #   <%= render form %>
      #
      # The rendered template is <tt>people/_labelling_form</tt> and the local
      # variable referencing the form builder is called
      # <tt>labelling_form</tt>.
      #
      # The custom FormBuilder class is automatically merged with the options
      # of a nested +fields+ call, unless it's explicitly set.
      #
      # In many cases you will want to wrap the above in another helper, so you
      # could do something like the following:
      #
      #   def labelled_form_with(**options, &block)
      #     form_with(**options.merge(builder: LabellingFormBuilder), &block)
      #   end
      def form_with: (?model: untyped? model, ?scope: untyped? scope, ?url: untyped? url, ?format: untyped? format, **untyped options) { () -> untyped } -> untyped

      # Creates a scope around a specific model object like form_for, but
      # doesn't create the form tags themselves. This makes fields_for suitable
      # for specifying additional model objects in the same form.
      #
      # Although the usage and purpose of +fields_for+ is similar to +form_for+'s,
      # its method signature is slightly different. Like +form_for+, it yields
      # a FormBuilder object associated with a particular model object to a block,
      # and within the block allows methods to be called on the builder to
      # generate fields associated with the model object. Fields may reflect
      # a model object in two ways - how they are named (hence how submitted
      # values appear within the +params+ hash in the controller) and what
      # default values are shown when the form the fields appear in is first
      # displayed. In order for both of these features to be specified independently,
      # both an object name (represented by either a symbol or string) and the
      # object itself can be passed to the method separately -
      #
      #   <%= form_for @person do |person_form| %>
      #     First name: <%= person_form.text_field :first_name %>
      #     Last name : <%= person_form.text_field :last_name %>
      #
      #     <%= fields_for :permission, @person.permission do |permission_fields| %>
      #       Admin?  : <%= permission_fields.check_box :admin %>
      #     <% end %>
      #
      #     <%= person_form.submit %>
      #   <% end %>
      #
      # In this case, the checkbox field will be represented by an HTML +input+
      # tag with the +name+ attribute <tt>permission[admin]</tt>, and the submitted
      # value will appear in the controller as <tt>params[:permission][:admin]</tt>.
      # If <tt>@person.permission</tt> is an existing record with an attribute
      # +admin+, the initial state of the checkbox when first displayed will
      # reflect the value of <tt>@person.permission.admin</tt>.
      #
      # Often this can be simplified by passing just the name of the model
      # object to +fields_for+ -
      #
      #   <%= fields_for :permission do |permission_fields| %>
      #     Admin?: <%= permission_fields.check_box :admin %>
      #   <% end %>
      #
      # ...in which case, if <tt>:permission</tt> also happens to be the name of an
      # instance variable <tt>@permission</tt>, the initial state of the input
      # field will reflect the value of that variable's attribute <tt>@permission.admin</tt>.
      #
      # Alternatively, you can pass just the model object itself (if the first
      # argument isn't a string or symbol +fields_for+ will realize that the
      # name has been omitted) -
      #
      #   <%= fields_for @person.permission do |permission_fields| %>
      #     Admin?: <%= permission_fields.check_box :admin %>
      #   <% end %>
      #
      # and +fields_for+ will derive the required name of the field from the
      # _class_ of the model object, e.g. if <tt>@person.permission</tt>, is
      # of class +Permission+, the field will still be named <tt>permission[admin]</tt>.
      #
      # Note: This also works for the methods in FormOptionsHelper and
      # DateHelper that are designed to work with an object as base, like
      # FormOptionsHelper#collection_select and DateHelper#datetime_select.
      #
      # === Nested Attributes Examples
      #
      # When the object belonging to the current scope has a nested attribute
      # writer for a certain attribute, fields_for will yield a new scope
      # for that attribute. This allows you to create forms that set or change
      # the attributes of a parent object and its associations in one go.
      #
      # Nested attribute writers are normal setter methods named after an
      # association. The most common way of defining these writers is either
      # with +accepts_nested_attributes_for+ in a model definition or by
      # defining a method with the proper name. For example: the attribute
      # writer for the association <tt>:address</tt> is called
      # <tt>address_attributes=</tt>.
      #
      # Whether a one-to-one or one-to-many style form builder will be yielded
      # depends on whether the normal reader method returns a _single_ object
      # or an _array_ of objects.
      #
      # ==== One-to-one
      #
      # Consider a Person class which returns a _single_ Address from the
      # <tt>address</tt> reader method and responds to the
      # <tt>address_attributes=</tt> writer method:
      #
      #   class Person
      #     def address
      #       @address
      #     end
      #
      #     def address_attributes=(attributes)
      #       # Process the attributes hash
      #     end
      #   end
      #
      # This model can now be used with a nested fields_for, like so:
      #
      #   <%= form_for @person do |person_form| %>
      #     ...
      #     <%= person_form.fields_for :address do |address_fields| %>
      #       Street  : <%= address_fields.text_field :street %>
      #       Zip code: <%= address_fields.text_field :zip_code %>
      #     <% end %>
      #     ...
      #   <% end %>
      #
      # When address is already an association on a Person you can use
      # +accepts_nested_attributes_for+ to define the writer method for you:
      #
      #   class Person < ActiveRecord::Base
      #     has_one :address
      #     accepts_nested_attributes_for :address
      #   end
      #
      # If you want to destroy the associated model through the form, you have
      # to enable it first using the <tt>:allow_destroy</tt> option for
      # +accepts_nested_attributes_for+:
      #
      #   class Person < ActiveRecord::Base
      #     has_one :address
      #     accepts_nested_attributes_for :address, allow_destroy: true
      #   end
      #
      # Now, when you use a form element with the <tt>_destroy</tt> parameter,
      # with a value that evaluates to +true+, you will destroy the associated
      # model (eg. 1, '1', true, or 'true'):
      #
      #   <%= form_for @person do |person_form| %>
      #     ...
      #     <%= person_form.fields_for :address do |address_fields| %>
      #       ...
      #       Delete: <%= address_fields.check_box :_destroy %>
      #     <% end %>
      #     ...
      #   <% end %>
      #
      # ==== One-to-many
      #
      # Consider a Person class which returns an _array_ of Project instances
      # from the <tt>projects</tt> reader method and responds to the
      # <tt>projects_attributes=</tt> writer method:
      #
      #   class Person
      #     def projects
      #       [@project1, @project2]
      #     end
      #
      #     def projects_attributes=(attributes)
      #       # Process the attributes hash
      #     end
      #   end
      #
      # Note that the <tt>projects_attributes=</tt> writer method is in fact
      # required for fields_for to correctly identify <tt>:projects</tt> as a
      # collection, and the correct indices to be set in the form markup.
      #
      # When projects is already an association on Person you can use
      # +accepts_nested_attributes_for+ to define the writer method for you:
      #
      #   class Person < ActiveRecord::Base
      #     has_many :projects
      #     accepts_nested_attributes_for :projects
      #   end
      #
      # This model can now be used with a nested fields_for. The block given to
      # the nested fields_for call will be repeated for each instance in the
      # collection:
      #
      #   <%= form_for @person do |person_form| %>
      #     ...
      #     <%= person_form.fields_for :projects do |project_fields| %>
      #       <% if project_fields.object.active? %>
      #         Name: <%= project_fields.text_field :name %>
      #       <% end %>
      #     <% end %>
      #     ...
      #   <% end %>
      #
      # It's also possible to specify the instance to be used:
      #
      #   <%= form_for @person do |person_form| %>
      #     ...
      #     <% @person.projects.each do |project| %>
      #       <% if project.active? %>
      #         <%= person_form.fields_for :projects, project do |project_fields| %>
      #           Name: <%= project_fields.text_field :name %>
      #         <% end %>
      #       <% end %>
      #     <% end %>
      #     ...
      #   <% end %>
      #
      # Or a collection to be used:
      #
      #   <%= form_for @person do |person_form| %>
      #     ...
      #     <%= person_form.fields_for :projects, @active_projects do |project_fields| %>
      #       Name: <%= project_fields.text_field :name %>
      #     <% end %>
      #     ...
      #   <% end %>
      #
      # If you want to destroy any of the associated models through the
      # form, you have to enable it first using the <tt>:allow_destroy</tt>
      # option for +accepts_nested_attributes_for+:
      #
      #   class Person < ActiveRecord::Base
      #     has_many :projects
      #     accepts_nested_attributes_for :projects, allow_destroy: true
      #   end
      #
      # This will allow you to specify which models to destroy in the
      # attributes hash by adding a form element for the <tt>_destroy</tt>
      # parameter with a value that evaluates to +true+
      # (eg. 1, '1', true, or 'true'):
      #
      #   <%= form_for @person do |person_form| %>
      #     ...
      #     <%= person_form.fields_for :projects do |project_fields| %>
      #       Delete: <%= project_fields.check_box :_destroy %>
      #     <% end %>
      #     ...
      #   <% end %>
      #
      # When a collection is used you might want to know the index of each
      # object into the array. For this purpose, the <tt>index</tt> method
      # is available in the FormBuilder object.
      #
      #   <%= form_for @person do |person_form| %>
      #     ...
      #     <%= person_form.fields_for :projects do |project_fields| %>
      #       Project #<%= project_fields.index %>
      #       ...
      #     <% end %>
      #     ...
      #   <% end %>
      #
      # Note that fields_for will automatically generate a hidden field
      # to store the ID of the record. There are circumstances where this
      # hidden field is not needed and you can pass <tt>include_id: false</tt>
      # to prevent fields_for from rendering it automatically.
      def fields_for: (untyped record_name, ?untyped? record_object, ?::Hash[untyped, untyped] options) { () -> untyped } -> untyped

      # Scopes input fields with either an explicit scope or model.
      # Like +form_with+ does with <tt>:scope</tt> or <tt>:model</tt>,
      # except it doesn't output the form tags.
      #
      #   # Using a scope prefixes the input field names:
      #   <%= fields :comment do |fields| %>
      #     <%= fields.text_field :body %>
      #   <% end %>
      #   # => <input type="text" name="comment[body]">
      #
      #   # Using a model infers the scope and assigns field values:
      #   <%= fields model: Comment.new(body: "full bodied") do |fields| %>
      #     <%= fields.text_field :body %>
      #   <% end %>
      #   # => <input type="text" name="comment[body]" value="full bodied">
      #
      #   # Using +fields+ with +form_with+:
      #   <%= form_with model: @post do |form| %>
      #     <%= form.text_field :title %>
      #
      #     <%= form.fields :comment do |fields| %>
      #       <%= fields.text_field :body %>
      #     <% end %>
      #   <% end %>
      #
      # Much like +form_with+ a FormBuilder instance associated with the scope
      # or model is yielded, so any generated field names are prefixed with
      # either the passed scope or the scope inferred from the <tt>:model</tt>.
      #
      # === Mixing with other form helpers
      #
      # While +form_with+ uses a FormBuilder object it's possible to mix and
      # match the stand-alone FormHelper methods and methods
      # from FormTagHelper:
      #
      #   <%= fields model: @comment do |fields| %>
      #     <%= fields.text_field :body %>
      #
      #     <%= text_area :commenter, :biography %>
      #     <%= check_box_tag "comment[all_caps]", "1", @comment.commenter.hulk_mode? %>
      #   <% end %>
      #
      # Same goes for the methods in FormOptionsHelper and DateHelper designed
      # to work with an object as a base, like
      # FormOptionsHelper#collection_select and DateHelper#datetime_select.
      def fields: (?untyped? scope, ?model: untyped? model, **untyped options) { () -> untyped } -> untyped

      # Returns a label tag tailored for labelling an input field for a specified attribute (identified by +method+) on an object
      # assigned to the template (identified by +object+). The text of label will default to the attribute name unless a translation
      # is found in the current I18n locale (through helpers.label.<modelname>.<attribute>) or you specify it explicitly.
      # Additional options on the label tag can be passed as a hash with +options+. These options will be tagged
      # onto the HTML as an HTML element attribute as in the example shown, except for the <tt>:value</tt> option, which is designed to
      # target labels for radio_button tags (where the value is used in the ID of the input tag).
      #
      # ==== Examples
      #   label(:post, :title)
      #   # => <label for="post_title">Title</label>
      #
      # You can localize your labels based on model and attribute names.
      # For example you can define the following in your locale (e.g. en.yml)
      #
      #   helpers:
      #     label:
      #       post:
      #         body: "Write your entire text here"
      #
      # Which then will result in
      #
      #   label(:post, :body)
      #   # => <label for="post_body">Write your entire text here</label>
      #
      # Localization can also be based purely on the translation of the attribute-name
      # (if you are using ActiveRecord):
      #
      #   activerecord:
      #     attributes:
      #       post:
      #         cost: "Total cost"
      #
      #   label(:post, :cost)
      #   # => <label for="post_cost">Total cost</label>
      #
      #   label(:post, :title, "A short title")
      #   # => <label for="post_title">A short title</label>
      #
      #   label(:post, :title, "A short title", class: "title_label")
      #   # => <label for="post_title" class="title_label">A short title</label>
      #
      #   label(:post, :privacy, "Public Post", value: "public")
      #   # => <label for="post_privacy_public">Public Post</label>
      #
      #   label(:post, :terms) do
      #     raw('Accept <a href="/terms">Terms</a>.')
      #   end
      #   # => <label for="post_terms">Accept <a href="/terms">Terms</a>.</label>
      def label: (untyped object_name, untyped method, ?untyped? content_or_options, ?untyped? options) { () -> untyped } -> untyped

      # Returns an input tag of the "text" type tailored for accessing a specified attribute (identified by +method+) on an object
      # assigned to the template (identified by +object+). Additional options on the input tag can be passed as a
      # hash with +options+. These options will be tagged onto the HTML as an HTML element attribute as in the example
      # shown.
      #
      # ==== Examples
      #   text_field(:post, :title, size: 20)
      #   # => <input type="text" id="post_title" name="post[title]" size="20" value="#{@post.title}" />
      #
      #   text_field(:post, :title, class: "create_input")
      #   # => <input type="text" id="post_title" name="post[title]" value="#{@post.title}" class="create_input" />
      #
      #   text_field(:post, :title,  maxlength: 30, class: "title_input")
      #   # => <input type="text" id="post_title" name="post[title]" maxlength="30" size="30" value="#{@post.title}" class="title_input" />
      #
      #   text_field(:session, :user, onchange: "if ($('#session_user').val() === 'admin') { alert('Your login cannot be admin!'); }")
      #   # => <input type="text" id="session_user" name="session[user]" value="#{@session.user}" onchange="if ($('#session_user').val() === 'admin') { alert('Your login cannot be admin!'); }"/>
      #
      #   text_field(:snippet, :code, size: 20, class: 'code_input')
      #   # => <input type="text" id="snippet_code" name="snippet[code]" size="20" value="#{@snippet.code}" class="code_input" />
      def text_field: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options) -> untyped

      # Returns an input tag of the "password" type tailored for accessing a specified attribute (identified by +method+) on an object
      # assigned to the template (identified by +object+). Additional options on the input tag can be passed as a
      # hash with +options+. These options will be tagged onto the HTML as an HTML element attribute as in the example
      # shown. For security reasons this field is blank by default; pass in a value via +options+ if this is not desired.
      #
      # ==== Examples
      #   password_field(:login, :pass, size: 20)
      #   # => <input type="password" id="login_pass" name="login[pass]" size="20" />
      #
      #   password_field(:account, :secret, class: "form_input", value: @account.secret)
      #   # => <input type="password" id="account_secret" name="account[secret]" value="#{@account.secret}" class="form_input" />
      #
      #   password_field(:user, :password, onchange: "if ($('#user_password').val().length > 30) { alert('Your password needs to be shorter!'); }")
      #   # => <input type="password" id="user_password" name="user[password]" onchange="if ($('#user_password').val().length > 30) { alert('Your password needs to be shorter!'); }"/>
      #
      #   password_field(:account, :pin, size: 20, class: 'form_input')
      #   # => <input type="password" id="account_pin" name="account[pin]" size="20" class="form_input" />
      def password_field: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options) -> untyped

      # Returns a hidden input tag tailored for accessing a specified attribute (identified by +method+) on an object
      # assigned to the template (identified by +object+). Additional options on the input tag can be passed as a
      # hash with +options+. These options will be tagged onto the HTML as an HTML element attribute as in the example
      # shown.
      #
      # ==== Examples
      #   hidden_field(:signup, :pass_confirm)
      #   # => <input type="hidden" id="signup_pass_confirm" name="signup[pass_confirm]" value="#{@signup.pass_confirm}" />
      #
      #   hidden_field(:post, :tag_list)
      #   # => <input type="hidden" id="post_tag_list" name="post[tag_list]" value="#{@post.tag_list}" />
      #
      #   hidden_field(:user, :token)
      #   # => <input type="hidden" id="user_token" name="user[token]" value="#{@user.token}" />
      def hidden_field: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options) -> untyped

      # Returns a file upload input tag tailored for accessing a specified attribute (identified by +method+) on an object
      # assigned to the template (identified by +object+). Additional options on the input tag can be passed as a
      # hash with +options+. These options will be tagged onto the HTML as an HTML element attribute as in the example
      # shown.
      #
      # Using this method inside a +form_for+ block will set the enclosing form's encoding to <tt>multipart/form-data</tt>.
      #
      # ==== Options
      # * Creates standard HTML attributes for the tag.
      # * <tt>:disabled</tt> - If set to true, the user will not be able to use this input.
      # * <tt>:multiple</tt> - If set to true, *in most updated browsers* the user will be allowed to select multiple files.
      # * <tt>:accept</tt> - If set to one or multiple mime-types, the user will be suggested a filter when choosing a file. You still need to set up model validations.
      #
      # ==== Examples
      #   file_field(:user, :avatar)
      #   # => <input type="file" id="user_avatar" name="user[avatar]" />
      #
      #   file_field(:post, :image, multiple: true)
      #   # => <input type="file" id="post_image" name="post[image][]" multiple="multiple" />
      #
      #   file_field(:post, :attached, accept: 'text/html')
      #   # => <input accept="text/html" type="file" id="post_attached" name="post[attached]" />
      #
      #   file_field(:post, :image, accept: 'image/png,image/gif,image/jpeg')
      #   # => <input type="file" id="post_image" name="post[image]" accept="image/png,image/gif,image/jpeg" />
      #
      #   file_field(:attachment, :file, class: 'file_input')
      #   # => <input type="file" id="attachment_file" name="attachment[file]" class="file_input" />
      def file_field: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options) -> untyped

      # Returns a textarea opening and closing tag set tailored for accessing a specified attribute (identified by +method+)
      # on an object assigned to the template (identified by +object+). Additional options on the input tag can be passed as a
      # hash with +options+.
      #
      # ==== Examples
      #   text_area(:post, :body, cols: 20, rows: 40)
      #   # => <textarea cols="20" rows="40" id="post_body" name="post[body]">
      #   #      #{@post.body}
      #   #    </textarea>
      #
      #   text_area(:comment, :text, size: "20x30")
      #   # => <textarea cols="20" rows="30" id="comment_text" name="comment[text]">
      #   #      #{@comment.text}
      #   #    </textarea>
      #
      #   text_area(:application, :notes, cols: 40, rows: 15, class: 'app_input')
      #   # => <textarea cols="40" rows="15" id="application_notes" name="application[notes]" class="app_input">
      #   #      #{@application.notes}
      #   #    </textarea>
      #
      #   text_area(:entry, :body, size: "20x20", disabled: 'disabled')
      #   # => <textarea cols="20" rows="20" id="entry_body" name="entry[body]" disabled="disabled">
      #   #      #{@entry.body}
      #   #    </textarea>
      def text_area: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options) -> untyped

      # Returns a checkbox tag tailored for accessing a specified attribute (identified by +method+) on an object
      # assigned to the template (identified by +object+). This object must be an instance object (@object) and not a local object.
      # It's intended that +method+ returns an integer and if that integer is above zero, then the checkbox is checked.
      # Additional options on the input tag can be passed as a hash with +options+. The +checked_value+ defaults to 1
      # while the default +unchecked_value+ is set to 0 which is convenient for boolean values.
      #
      # ==== Gotcha
      #
      # The HTML specification says unchecked check boxes are not successful, and
      # thus web browsers do not send them. Unfortunately this introduces a gotcha:
      # if an +Invoice+ model has a +paid+ flag, and in the form that edits a paid
      # invoice the user unchecks its check box, no +paid+ parameter is sent. So,
      # any mass-assignment idiom like
      #
      #   @invoice.update(params[:invoice])
      #
      # wouldn't update the flag.
      #
      # To prevent this the helper generates an auxiliary hidden field before
      # the very check box. The hidden field has the same name and its
      # attributes mimic an unchecked check box.
      #
      # This way, the client either sends only the hidden field (representing
      # the check box is unchecked), or both fields. Since the HTML specification
      # says key/value pairs have to be sent in the same order they appear in the
      # form, and parameters extraction gets the last occurrence of any repeated
      # key in the query string, that works for ordinary forms.
      #
      # Unfortunately that workaround does not work when the check box goes
      # within an array-like parameter, as in
      #
      #   <%= fields_for "project[invoice_attributes][]", invoice, index: nil do |form| %>
      #     <%= form.check_box :paid %>
      #     ...
      #   <% end %>
      #
      # because parameter name repetition is precisely what Rails seeks to distinguish
      # the elements of the array. For each item with a checked check box you
      # get an extra ghost item with only that attribute, assigned to "0".
      #
      # In that case it is preferable to either use +check_box_tag+ or to use
      # hashes instead of arrays.
      #
      #   # Let's say that @post.validated? is 1:
      #   check_box("post", "validated")
      #   # => <input name="post[validated]" type="hidden" value="0" />
      #   #    <input checked="checked" type="checkbox" id="post_validated" name="post[validated]" value="1" />
      #
      #   # Let's say that @puppy.gooddog is "no":
      #   check_box("puppy", "gooddog", {}, "yes", "no")
      #   # => <input name="puppy[gooddog]" type="hidden" value="no" />
      #   #    <input type="checkbox" id="puppy_gooddog" name="puppy[gooddog]" value="yes" />
      #
      #   check_box("eula", "accepted", { class: 'eula_check' }, "yes", "no")
      #   # => <input name="eula[accepted]" type="hidden" value="no" />
      #   #    <input type="checkbox" class="eula_check" id="eula_accepted" name="eula[accepted]" value="yes" />
      def check_box: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options, ?::String checked_value, ?::String unchecked_value) -> untyped

      # Returns a radio button tag for accessing a specified attribute (identified by +method+) on an object
      # assigned to the template (identified by +object+). If the current value of +method+ is +tag_value+ the
      # radio button will be checked.
      #
      # To force the radio button to be checked pass <tt>checked: true</tt> in the
      # +options+ hash. You may pass HTML options there as well.
      #
      #   # Let's say that @post.category returns "rails":
      #   radio_button("post", "category", "rails")
      #   radio_button("post", "category", "java")
      #   # => <input type="radio" id="post_category_rails" name="post[category]" value="rails" checked="checked" />
      #   #    <input type="radio" id="post_category_java" name="post[category]" value="java" />
      #
      #   # Let's say that @user.receive_newsletter returns "no":
      #   radio_button("user", "receive_newsletter", "yes")
      #   radio_button("user", "receive_newsletter", "no")
      #   # => <input type="radio" id="user_receive_newsletter_yes" name="user[receive_newsletter]" value="yes" />
      #   #    <input type="radio" id="user_receive_newsletter_no" name="user[receive_newsletter]" value="no" checked="checked" />
      def radio_button: (untyped object_name, untyped method, untyped tag_value, ?::Hash[untyped, untyped] options) -> untyped

      # Returns a text_field of type "color".
      #
      #   color_field("car", "color")
      #   # => <input id="car_color" name="car[color]" type="color" value="#000000" />
      def color_field: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options) -> untyped

      # Returns an input of type "search" for accessing a specified attribute (identified by +method+) on an object
      # assigned to the template (identified by +object_name+). Inputs of type "search" may be styled differently by
      # some browsers.
      #
      #   search_field(:user, :name)
      #   # => <input id="user_name" name="user[name]" type="search" />
      #   search_field(:user, :name, autosave: false)
      #   # => <input autosave="false" id="user_name" name="user[name]" type="search" />
      #   search_field(:user, :name, results: 3)
      #   # => <input id="user_name" name="user[name]" results="3" type="search" />
      #   #  Assume request.host returns "www.example.com"
      #   search_field(:user, :name, autosave: true)
      #   # => <input autosave="com.example.www" id="user_name" name="user[name]" results="10" type="search" />
      #   search_field(:user, :name, onsearch: true)
      #   # => <input id="user_name" incremental="true" name="user[name]" onsearch="true" type="search" />
      #   search_field(:user, :name, autosave: false, onsearch: true)
      #   # => <input autosave="false" id="user_name" incremental="true" name="user[name]" onsearch="true" type="search" />
      #   search_field(:user, :name, autosave: true, onsearch: true)
      #   # => <input autosave="com.example.www" id="user_name" incremental="true" name="user[name]" onsearch="true" results="10" type="search" />
      def search_field: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options) -> untyped

      # Returns a text_field of type "tel".
      #
      #   telephone_field("user", "phone")
      #   # => <input id="user_phone" name="user[phone]" type="tel" />
      #
      def telephone_field: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options) -> untyped

      # aliases telephone_field
      alias phone_field telephone_field

      # Returns a text_field of type "date".
      #
      #   date_field("user", "born_on")
      #   # => <input id="user_born_on" name="user[born_on]" type="date" />
      #
      # The default value is generated by trying to call +strftime+ with "%Y-%m-%d"
      # on the object's value, which makes it behave as expected for instances
      # of DateTime and ActiveSupport::TimeWithZone. You can still override that
      # by passing the "value" option explicitly, e.g.
      #
      #   @user.born_on = Date.new(1984, 1, 27)
      #   date_field("user", "born_on", value: "1984-05-12")
      #   # => <input id="user_born_on" name="user[born_on]" type="date" value="1984-05-12" />
      #
      # You can create values for the "min" and "max" attributes by passing
      # instances of Date or Time to the options hash.
      #
      #   date_field("user", "born_on", min: Date.today)
      #   # => <input id="user_born_on" name="user[born_on]" type="date" min="2014-05-20" />
      #
      # Alternatively, you can pass a String formatted as an ISO8601 date as the
      # values for "min" and "max."
      #
      #   date_field("user", "born_on", min: "2014-05-20")
      #   # => <input id="user_born_on" name="user[born_on]" type="date" min="2014-05-20" />
      #
      def date_field: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options) -> untyped

      # Returns a text_field of type "time".
      #
      # The default value is generated by trying to call +strftime+ with "%T.%L"
      # on the object's value. It is still possible to override that
      # by passing the "value" option.
      #
      # === Options
      # * Accepts same options as time_field_tag
      #
      # === Example
      #   time_field("task", "started_at")
      #   # => <input id="task_started_at" name="task[started_at]" type="time" />
      #
      # You can create values for the "min" and "max" attributes by passing
      # instances of Date or Time to the options hash.
      #
      #   time_field("task", "started_at", min: Time.now)
      #   # => <input id="task_started_at" name="task[started_at]" type="time" min="01:00:00.000" />
      #
      # Alternatively, you can pass a String formatted as an ISO8601 time as the
      # values for "min" and "max."
      #
      #   time_field("task", "started_at", min: "01:00:00")
      #   # => <input id="task_started_at" name="task[started_at]" type="time" min="01:00:00.000" />
      #
      def time_field: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options) -> untyped

      # Returns a text_field of type "datetime-local".
      #
      #   datetime_field("user", "born_on")
      #   # => <input id="user_born_on" name="user[born_on]" type="datetime-local" />
      #
      # The default value is generated by trying to call +strftime+ with "%Y-%m-%dT%T"
      # on the object's value, which makes it behave as expected for instances
      # of DateTime and ActiveSupport::TimeWithZone.
      #
      #   @user.born_on = Date.new(1984, 1, 12)
      #   datetime_field("user", "born_on")
      #   # => <input id="user_born_on" name="user[born_on]" type="datetime-local" value="1984-01-12T00:00:00" />
      #
      # You can create values for the "min" and "max" attributes by passing
      # instances of Date or Time to the options hash.
      #
      #   datetime_field("user", "born_on", min: Date.today)
      #   # => <input id="user_born_on" name="user[born_on]" type="datetime-local" min="2014-05-20T00:00:00.000" />
      #
      # Alternatively, you can pass a String formatted as an ISO8601 datetime as
      # the values for "min" and "max."
      #
      #   datetime_field("user", "born_on", min: "2014-05-20T00:00:00")
      #   # => <input id="user_born_on" name="user[born_on]" type="datetime-local" min="2014-05-20T00:00:00.000" />
      #
      def datetime_field: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options) -> untyped

      alias datetime_local_field datetime_field

      # Returns a text_field of type "month".
      #
      #   month_field("user", "born_on")
      #   # => <input id="user_born_on" name="user[born_on]" type="month" />
      #
      # The default value is generated by trying to call +strftime+ with "%Y-%m"
      # on the object's value, which makes it behave as expected for instances
      # of DateTime and ActiveSupport::TimeWithZone.
      #
      #   @user.born_on = Date.new(1984, 1, 27)
      #   month_field("user", "born_on")
      #   # => <input id="user_born_on" name="user[born_on]" type="date" value="1984-01" />
      #
      def month_field: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options) -> untyped

      # Returns a text_field of type "week".
      #
      #   week_field("user", "born_on")
      #   # => <input id="user_born_on" name="user[born_on]" type="week" />
      #
      # The default value is generated by trying to call +strftime+ with "%Y-W%W"
      # on the object's value, which makes it behave as expected for instances
      # of DateTime and ActiveSupport::TimeWithZone.
      #
      #   @user.born_on = Date.new(1984, 5, 12)
      #   week_field("user", "born_on")
      #   # => <input id="user_born_on" name="user[born_on]" type="date" value="1984-W19" />
      #
      def week_field: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options) -> untyped

      # Returns a text_field of type "url".
      #
      #   url_field("user", "homepage")
      #   # => <input id="user_homepage" name="user[homepage]" type="url" />
      #
      def url_field: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options) -> untyped

      # Returns a text_field of type "email".
      #
      #   email_field("user", "address")
      #   # => <input id="user_address" name="user[address]" type="email" />
      #
      def email_field: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options) -> untyped

      # Returns an input tag of type "number".
      #
      # ==== Options
      # * Accepts same options as number_field_tag
      def number_field: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options) -> untyped

      # Returns an input tag of type "range".
      #
      # ==== Options
      # * Accepts same options as range_field_tag
      def range_field: (untyped object_name, untyped method, ?::Hash[untyped, untyped] options) -> untyped

      def html_options_for_form_with: (?untyped? url_for_options, ?untyped? model, ?html: ::Hash[untyped, untyped] html, ?local: untyped local, ?skip_enforcing_utf8: untyped? skip_enforcing_utf8, **untyped options) -> untyped

      def instantiate_builder: (untyped record_name, untyped record_object, untyped options) -> untyped

      def default_form_builder_class: () -> untyped
    end

    # A +FormBuilder+ object is associated with a particular model object and
    # allows you to generate fields associated with the model object. The
    # +FormBuilder+ object is yielded when using +form_for+ or +fields_for+.
    # For example:
    #
    #   <%= form_for @person do |person_form| %>
    #     Name: <%= person_form.text_field :name %>
    #     Admin: <%= person_form.check_box :admin %>
    #   <% end %>
    #
    # In the above block, a +FormBuilder+ object is yielded as the
    # +person_form+ variable. This allows you to generate the +text_field+
    # and +check_box+ fields by specifying their eponymous methods, which
    # modify the underlying template and associates the <tt>@person</tt> model object
    # with the form.
    #
    # The +FormBuilder+ object can be thought of as serving as a proxy for the
    # methods in the +FormHelper+ module. This class, however, allows you to
    # call methods with the model object you are building the form for.
    #
    # You can create your own custom FormBuilder templates by subclassing this
    # class. For example:
    #
    #   class MyFormBuilder < ActionView::Helpers::FormBuilder
    #     def div_radio_button(method, tag_value, options = {})
    #       @template.content_tag(:div,
    #         @template.radio_button(
    #           @object_name, method, tag_value, objectify_options(options)
    #         )
    #       )
    #     end
    #   end
    #
    # The above code creates a new method +div_radio_button+ which wraps a div
    # around the new radio button. Note that when options are passed in, you
    # must call +objectify_options+ in order for the model object to get
    # correctly passed to the method. If +objectify_options+ is not called,
    # then the newly created helper will not be linked back to the model.
    #
    # The +div_radio_button+ code from above can now be used as follows:
    #
    #   <%= form_for @person, :builder => MyFormBuilder do |f| %>
    #     I am a child: <%= f.div_radio_button(:admin, "child") %>
    #     I am an adult: <%= f.div_radio_button(:admin, "adult") %>
    #   <% end -%>
    #
    # The standard set of helper methods for form building are located in the
    # +field_helpers+ class attribute.
    class FormBuilder
      include ModelNaming

      attr_accessor object_name: untyped

      attr_accessor object: untyped

      attr_accessor options: untyped

      attr_reader multipart: untyped

      attr_reader index: untyped

      alias multipart? multipart

      def multipart=: (untyped multipart) -> untyped

      def self._to_partial_path: () -> untyped

      def to_partial_path: () -> untyped

      def to_model: () -> untyped

      def initialize: (untyped object_name, untyped object, untyped template, untyped options) -> untyped

      # Creates a scope around a specific model object like form_for, but
      # doesn't create the form tags themselves. This makes fields_for suitable
      # for specifying additional model objects in the same form.
      #
      # Although the usage and purpose of +fields_for+ is similar to +form_for+'s,
      # its method signature is slightly different. Like +form_for+, it yields
      # a FormBuilder object associated with a particular model object to a block,
      # and within the block allows methods to be called on the builder to
      # generate fields associated with the model object. Fields may reflect
      # a model object in two ways - how they are named (hence how submitted
      # values appear within the +params+ hash in the controller) and what
      # default values are shown when the form the fields appear in is first
      # displayed. In order for both of these features to be specified independently,
      # both an object name (represented by either a symbol or string) and the
      # object itself can be passed to the method separately -
      #
      #   <%= form_for @person do |person_form| %>
      #     First name: <%= person_form.text_field :first_name %>
      #     Last name : <%= person_form.text_field :last_name %>
      #
      #     <%= fields_for :permission, @person.permission do |permission_fields| %>
      #       Admin?  : <%= permission_fields.check_box :admin %>
      #     <% end %>
      #
      #     <%= person_form.submit %>
      #   <% end %>
      #
      # In this case, the checkbox field will be represented by an HTML +input+
      # tag with the +name+ attribute <tt>permission[admin]</tt>, and the submitted
      # value will appear in the controller as <tt>params[:permission][:admin]</tt>.
      # If <tt>@person.permission</tt> is an existing record with an attribute
      # +admin+, the initial state of the checkbox when first displayed will
      # reflect the value of <tt>@person.permission.admin</tt>.
      #
      # Often this can be simplified by passing just the name of the model
      # object to +fields_for+ -
      #
      #   <%= fields_for :permission do |permission_fields| %>
      #     Admin?: <%= permission_fields.check_box :admin %>
      #   <% end %>
      #
      # ...in which case, if <tt>:permission</tt> also happens to be the name of an
      # instance variable <tt>@permission</tt>, the initial state of the input
      # field will reflect the value of that variable's attribute <tt>@permission.admin</tt>.
      #
      # Alternatively, you can pass just the model object itself (if the first
      # argument isn't a string or symbol +fields_for+ will realize that the
      # name has been omitted) -
      #
      #   <%= fields_for @person.permission do |permission_fields| %>
      #     Admin?: <%= permission_fields.check_box :admin %>
      #   <% end %>
      #
      # and +fields_for+ will derive the required name of the field from the
      # _class_ of the model object, e.g. if <tt>@person.permission</tt>, is
      # of class +Permission+, the field will still be named <tt>permission[admin]</tt>.
      #
      # Note: This also works for the methods in FormOptionsHelper and
      # DateHelper that are designed to work with an object as base, like
      # FormOptionsHelper#collection_select and DateHelper#datetime_select.
      #
      # === Nested Attributes Examples
      #
      # When the object belonging to the current scope has a nested attribute
      # writer for a certain attribute, fields_for will yield a new scope
      # for that attribute. This allows you to create forms that set or change
      # the attributes of a parent object and its associations in one go.
      #
      # Nested attribute writers are normal setter methods named after an
      # association. The most common way of defining these writers is either
      # with +accepts_nested_attributes_for+ in a model definition or by
      # defining a method with the proper name. For example: the attribute
      # writer for the association <tt>:address</tt> is called
      # <tt>address_attributes=</tt>.
      #
      # Whether a one-to-one or one-to-many style form builder will be yielded
      # depends on whether the normal reader method returns a _single_ object
      # or an _array_ of objects.
      #
      # ==== One-to-one
      #
      # Consider a Person class which returns a _single_ Address from the
      # <tt>address</tt> reader method and responds to the
      # <tt>address_attributes=</tt> writer method:
      #
      #   class Person
      #     def address
      #       @address
      #     end
      #
      #     def address_attributes=(attributes)
      #       # Process the attributes hash
      #     end
      #   end
      #
      # This model can now be used with a nested fields_for, like so:
      #
      #   <%= form_for @person do |person_form| %>
      #     ...
      #     <%= person_form.fields_for :address do |address_fields| %>
      #       Street  : <%= address_fields.text_field :street %>
      #       Zip code: <%= address_fields.text_field :zip_code %>
      #     <% end %>
      #     ...
      #   <% end %>
      #
      # When address is already an association on a Person you can use
      # +accepts_nested_attributes_for+ to define the writer method for you:
      #
      #   class Person < ActiveRecord::Base
      #     has_one :address
      #     accepts_nested_attributes_for :address
      #   end
      #
      # If you want to destroy the associated model through the form, you have
      # to enable it first using the <tt>:allow_destroy</tt> option for
      # +accepts_nested_attributes_for+:
      #
      #   class Person < ActiveRecord::Base
      #     has_one :address
      #     accepts_nested_attributes_for :address, allow_destroy: true
      #   end
      #
      # Now, when you use a form element with the <tt>_destroy</tt> parameter,
      # with a value that evaluates to +true+, you will destroy the associated
      # model (eg. 1, '1', true, or 'true'):
      #
      #   <%= form_for @person do |person_form| %>
      #     ...
      #     <%= person_form.fields_for :address do |address_fields| %>
      #       ...
      #       Delete: <%= address_fields.check_box :_destroy %>
      #     <% end %>
      #     ...
      #   <% end %>
      #
      # ==== One-to-many
      #
      # Consider a Person class which returns an _array_ of Project instances
      # from the <tt>projects</tt> reader method and responds to the
      # <tt>projects_attributes=</tt> writer method:
      #
      #   class Person
      #     def projects
      #       [@project1, @project2]
      #     end
      #
      #     def projects_attributes=(attributes)
      #       # Process the attributes hash
      #     end
      #   end
      #
      # Note that the <tt>projects_attributes=</tt> writer method is in fact
      # required for fields_for to correctly identify <tt>:projects</tt> as a
      # collection, and the correct indices to be set in the form markup.
      #
      # When projects is already an association on Person you can use
      # +accepts_nested_attributes_for+ to define the writer method for you:
      #
      #   class Person < ActiveRecord::Base
      #     has_many :projects
      #     accepts_nested_attributes_for :projects
      #   end
      #
      # This model can now be used with a nested fields_for. The block given to
      # the nested fields_for call will be repeated for each instance in the
      # collection:
      #
      #   <%= form_for @person do |person_form| %>
      #     ...
      #     <%= person_form.fields_for :projects do |project_fields| %>
      #       <% if project_fields.object.active? %>
      #         Name: <%= project_fields.text_field :name %>
      #       <% end %>
      #     <% end %>
      #     ...
      #   <% end %>
      #
      # It's also possible to specify the instance to be used:
      #
      #   <%= form_for @person do |person_form| %>
      #     ...
      #     <% @person.projects.each do |project| %>
      #       <% if project.active? %>
      #         <%= person_form.fields_for :projects, project do |project_fields| %>
      #           Name: <%= project_fields.text_field :name %>
      #         <% end %>
      #       <% end %>
      #     <% end %>
      #     ...
      #   <% end %>
      #
      # Or a collection to be used:
      #
      #   <%= form_for @person do |person_form| %>
      #     ...
      #     <%= person_form.fields_for :projects, @active_projects do |project_fields| %>
      #       Name: <%= project_fields.text_field :name %>
      #     <% end %>
      #     ...
      #   <% end %>
      #
      # If you want to destroy any of the associated models through the
      # form, you have to enable it first using the <tt>:allow_destroy</tt>
      # option for +accepts_nested_attributes_for+:
      #
      #   class Person < ActiveRecord::Base
      #     has_many :projects
      #     accepts_nested_attributes_for :projects, allow_destroy: true
      #   end
      #
      # This will allow you to specify which models to destroy in the
      # attributes hash by adding a form element for the <tt>_destroy</tt>
      # parameter with a value that evaluates to +true+
      # (eg. 1, '1', true, or 'true'):
      #
      #   <%= form_for @person do |person_form| %>
      #     ...
      #     <%= person_form.fields_for :projects do |project_fields| %>
      #       Delete: <%= project_fields.check_box :_destroy %>
      #     <% end %>
      #     ...
      #   <% end %>
      #
      # When a collection is used you might want to know the index of each
      # object into the array. For this purpose, the <tt>index</tt> method
      # is available in the FormBuilder object.
      #
      #   <%= form_for @person do |person_form| %>
      #     ...
      #     <%= person_form.fields_for :projects do |project_fields| %>
      #       Project #<%= project_fields.index %>
      #       ...
      #     <% end %>
      #     ...
      #   <% end %>
      #
      # Note that fields_for will automatically generate a hidden field
      # to store the ID of the record. There are circumstances where this
      # hidden field is not needed and you can pass <tt>include_id: false</tt>
      # to prevent fields_for from rendering it automatically.
      def fields_for: (untyped record_name, ?untyped? record_object, ?::Hash[untyped, untyped] fields_options) { () -> untyped } -> untyped

      # See the docs for the <tt>ActionView::FormHelper.fields</tt> helper method.
      def fields: (?untyped? scope, ?model: untyped? model, **untyped options) { () -> untyped } -> untyped

      # Returns a label tag tailored for labelling an input field for a specified attribute (identified by +method+) on an object
      # assigned to the template (identified by +object+). The text of label will default to the attribute name unless a translation
      # is found in the current I18n locale (through helpers.label.<modelname>.<attribute>) or you specify it explicitly.
      # Additional options on the label tag can be passed as a hash with +options+. These options will be tagged
      # onto the HTML as an HTML element attribute as in the example shown, except for the <tt>:value</tt> option, which is designed to
      # target labels for radio_button tags (where the value is used in the ID of the input tag).
      #
      # ==== Examples
      #   label(:title)
      #   # => <label for="post_title">Title</label>
      #
      # You can localize your labels based on model and attribute names.
      # For example you can define the following in your locale (e.g. en.yml)
      #
      #   helpers:
      #     label:
      #       post:
      #         body: "Write your entire text here"
      #
      # Which then will result in
      #
      #   label(:body)
      #   # => <label for="post_body">Write your entire text here</label>
      #
      # Localization can also be based purely on the translation of the attribute-name
      # (if you are using ActiveRecord):
      #
      #   activerecord:
      #     attributes:
      #       post:
      #         cost: "Total cost"
      #
      #   label(:cost)
      #   # => <label for="post_cost">Total cost</label>
      #
      #   label(:title, "A short title")
      #   # => <label for="post_title">A short title</label>
      #
      #   label(:title, "A short title", class: "title_label")
      #   # => <label for="post_title" class="title_label">A short title</label>
      #
      #   label(:privacy, "Public Post", value: "public")
      #   # => <label for="post_privacy_public">Public Post</label>
      #
      #   label(:terms) do
      #     raw('Accept <a href="/terms">Terms</a>.')
      #   end
      #   # => <label for="post_terms">Accept <a href="/terms">Terms</a>.</label>
      def label: (untyped method, ?untyped? text, ?::Hash[untyped, untyped] options) { () -> untyped } -> untyped

      # Returns a checkbox tag tailored for accessing a specified attribute (identified by +method+) on an object
      # assigned to the template (identified by +object+). This object must be an instance object (@object) and not a local object.
      # It's intended that +method+ returns an integer and if that integer is above zero, then the checkbox is checked.
      # Additional options on the input tag can be passed as a hash with +options+. The +checked_value+ defaults to 1
      # while the default +unchecked_value+ is set to 0 which is convenient for boolean values.
      #
      # ==== Gotcha
      #
      # The HTML specification says unchecked check boxes are not successful, and
      # thus web browsers do not send them. Unfortunately this introduces a gotcha:
      # if an +Invoice+ model has a +paid+ flag, and in the form that edits a paid
      # invoice the user unchecks its check box, no +paid+ parameter is sent. So,
      # any mass-assignment idiom like
      #
      #   @invoice.update(params[:invoice])
      #
      # wouldn't update the flag.
      #
      # To prevent this the helper generates an auxiliary hidden field before
      # the very check box. The hidden field has the same name and its
      # attributes mimic an unchecked check box.
      #
      # This way, the client either sends only the hidden field (representing
      # the check box is unchecked), or both fields. Since the HTML specification
      # says key/value pairs have to be sent in the same order they appear in the
      # form, and parameters extraction gets the last occurrence of any repeated
      # key in the query string, that works for ordinary forms.
      #
      # Unfortunately that workaround does not work when the check box goes
      # within an array-like parameter, as in
      #
      #   <%= fields_for "project[invoice_attributes][]", invoice, index: nil do |form| %>
      #     <%= form.check_box :paid %>
      #     ...
      #   <% end %>
      #
      # because parameter name repetition is precisely what Rails seeks to distinguish
      # the elements of the array. For each item with a checked check box you
      # get an extra ghost item with only that attribute, assigned to "0".
      #
      # In that case it is preferable to either use +check_box_tag+ or to use
      # hashes instead of arrays.
      #
      #   # Let's say that @post.validated? is 1:
      #   check_box("validated")
      #   # => <input name="post[validated]" type="hidden" value="0" />
      #   #    <input checked="checked" type="checkbox" id="post_validated" name="post[validated]" value="1" />
      #
      #   # Let's say that @puppy.gooddog is "no":
      #   check_box("gooddog", {}, "yes", "no")
      #   # => <input name="puppy[gooddog]" type="hidden" value="no" />
      #   #    <input type="checkbox" id="puppy_gooddog" name="puppy[gooddog]" value="yes" />
      #
      #   # Let's say that @eula.accepted is "no":
      #   check_box("accepted", { class: 'eula_check' }, "yes", "no")
      #   # => <input name="eula[accepted]" type="hidden" value="no" />
      #   #    <input type="checkbox" class="eula_check" id="eula_accepted" name="eula[accepted]" value="yes" />
      def check_box: (untyped method, ?::Hash[untyped, untyped] options, ?::String checked_value, ?::String unchecked_value) -> untyped

      # Returns a radio button tag for accessing a specified attribute (identified by +method+) on an object
      # assigned to the template (identified by +object+). If the current value of +method+ is +tag_value+ the
      # radio button will be checked.
      #
      # To force the radio button to be checked pass <tt>checked: true</tt> in the
      # +options+ hash. You may pass HTML options there as well.
      #
      #   # Let's say that @post.category returns "rails":
      #   radio_button("category", "rails")
      #   radio_button("category", "java")
      #   # => <input type="radio" id="post_category_rails" name="post[category]" value="rails" checked="checked" />
      #   #    <input type="radio" id="post_category_java" name="post[category]" value="java" />
      #
      #   # Let's say that @user.receive_newsletter returns "no":
      #   radio_button("receive_newsletter", "yes")
      #   radio_button("receive_newsletter", "no")
      #   # => <input type="radio" id="user_receive_newsletter_yes" name="user[receive_newsletter]" value="yes" />
      #   #    <input type="radio" id="user_receive_newsletter_no" name="user[receive_newsletter]" value="no" checked="checked" />
      def radio_button: (untyped method, untyped tag_value, ?::Hash[untyped, untyped] options) -> untyped

      # Returns a hidden input tag tailored for accessing a specified attribute (identified by +method+) on an object
      # assigned to the template (identified by +object+). Additional options on the input tag can be passed as a
      # hash with +options+. These options will be tagged onto the HTML as an HTML element attribute as in the example
      # shown.
      #
      # ==== Examples
      #   # Let's say that @signup.pass_confirm returns true:
      #   hidden_field(:pass_confirm)
      #   # => <input type="hidden" id="signup_pass_confirm" name="signup[pass_confirm]" value="true" />
      #
      #   # Let's say that @post.tag_list returns "blog, ruby":
      #   hidden_field(:tag_list)
      #   # => <input type="hidden" id="post_tag_list" name="post[tag_list]" value="blog, ruby" />
      #
      #   # Let's say that @user.token returns "abcde":
      #   hidden_field(:token)
      #   # => <input type="hidden" id="user_token" name="user[token]" value="abcde" />
      #
      def hidden_field: (untyped method, ?::Hash[untyped, untyped] options) -> untyped

      # Returns a file upload input tag tailored for accessing a specified attribute (identified by +method+) on an object
      # assigned to the template (identified by +object+). Additional options on the input tag can be passed as a
      # hash with +options+. These options will be tagged onto the HTML as an HTML element attribute as in the example
      # shown.
      #
      # Using this method inside a +form_for+ block will set the enclosing form's encoding to <tt>multipart/form-data</tt>.
      #
      # ==== Options
      # * Creates standard HTML attributes for the tag.
      # * <tt>:disabled</tt> - If set to true, the user will not be able to use this input.
      # * <tt>:multiple</tt> - If set to true, *in most updated browsers* the user will be allowed to select multiple files.
      # * <tt>:accept</tt> - If set to one or multiple mime-types, the user will be suggested a filter when choosing a file. You still need to set up model validations.
      #
      # ==== Examples
      #   # Let's say that @user has avatar:
      #   file_field(:avatar)
      #   # => <input type="file" id="user_avatar" name="user[avatar]" />
      #
      #   # Let's say that @post has image:
      #   file_field(:image, :multiple => true)
      #   # => <input type="file" id="post_image" name="post[image][]" multiple="multiple" />
      #
      #   # Let's say that @post has attached:
      #   file_field(:attached, accept: 'text/html')
      #   # => <input accept="text/html" type="file" id="post_attached" name="post[attached]" />
      #
      #   # Let's say that @post has image:
      #   file_field(:image, accept: 'image/png,image/gif,image/jpeg')
      #   # => <input type="file" id="post_image" name="post[image]" accept="image/png,image/gif,image/jpeg" />
      #
      #   # Let's say that @attachment has file:
      #   file_field(:file, class: 'file_input')
      #   # => <input type="file" id="attachment_file" name="attachment[file]" class="file_input" />
      def file_field: (untyped method, ?::Hash[untyped, untyped] options) -> untyped

      # Add the submit button for the given form. When no value is given, it checks
      # if the object is a new resource or not to create the proper label:
      #
      #   <%= form_for @post do |f| %>
      #     <%= f.submit %>
      #   <% end %>
      #
      # In the example above, if <tt>@post</tt> is a new record, it will use "Create Post" as
      # submit button label; otherwise, it uses "Update Post".
      #
      # Those labels can be customized using I18n under the +helpers.submit+ key and using
      # <tt>%{model}</tt> for translation interpolation:
      #
      #   en:
      #     helpers:
      #       submit:
      #         create: "Create a %{model}"
      #         update: "Confirm changes to %{model}"
      #
      # It also searches for a key specific to the given object:
      #
      #   en:
      #     helpers:
      #       submit:
      #         post:
      #           create: "Add %{model}"
      #
      def submit: (?untyped? value, ?::Hash[untyped, untyped] options) -> untyped

      # Add the submit button for the given form. When no value is given, it checks
      # if the object is a new resource or not to create the proper label:
      #
      #   <%= form_for @post do |f| %>
      #     <%= f.button %>
      #   <% end %>
      #
      # In the example above, if <tt>@post</tt> is a new record, it will use "Create Post" as
      # button label; otherwise, it uses "Update Post".
      #
      # Those labels can be customized using I18n under the +helpers.submit+ key
      # (the same as submit helper) and using <tt>%{model}</tt> for translation interpolation:
      #
      #   en:
      #     helpers:
      #       submit:
      #         create: "Create a %{model}"
      #         update: "Confirm changes to %{model}"
      #
      # It also searches for a key specific to the given object:
      #
      #   en:
      #     helpers:
      #       submit:
      #         post:
      #           create: "Add %{model}"
      #
      # ==== Examples
      #   button("Create post")
      #   # => <button name='button' type='submit'>Create post</button>
      #
      #   button do
      #     content_tag(:strong, 'Ask me!')
      #   end
      #   # => <button name='button' type='submit'>
      #   #      <strong>Ask me!</strong>
      #   #    </button>
      #
      def button: (?untyped? value, ?::Hash[untyped, untyped] options) { () -> untyped } -> untyped

      def emitted_hidden_id?: () -> untyped

      def objectify_options: (untyped options) -> untyped

      def submit_default_value: () -> untyped

      def nested_attributes_association?: (untyped association_name) -> untyped

      def fields_for_with_nested_attributes: (untyped association_name, untyped association, untyped options, untyped block) -> untyped

      def fields_for_nested_model: (untyped name, untyped object, untyped fields_options, untyped block) -> untyped

      def nested_child_index: (untyped name) -> untyped

      def convert_to_legacy_options: (untyped options) -> untyped
    end
  end
end

module ActionView
  module Helpers
    # = Action View Form Option Helpers
    # nodoc:
    # Provides a number of methods for turning different kinds of containers into a set of option tags.
    #
    # The <tt>collection_select</tt>, <tt>select</tt> and <tt>time_zone_select</tt> methods take an <tt>options</tt> parameter, a hash:
    #
    # * <tt>:include_blank</tt> - set to true or a prompt string if the first option element of the select element is a blank. Useful if there is not a default value required for the select element.
    #
    #     select("post", "category", Post::CATEGORIES, { include_blank: true })
    #
    #   could become:
    #
    #     <select name="post[category]" id="post_category">
    #       <option value=""></option>
    #       <option value="joke">joke</option>
    #       <option value="poem">poem</option>
    #     </select>
    #
    #   Another common case is a select tag for a <tt>belongs_to</tt>-associated object.
    #
    #   Example with <tt>@post.person_id => 2</tt>:
    #
    #     select("post", "person_id", Person.all.collect { |p| [ p.name, p.id ] }, { include_blank: 'None' })
    #
    #   could become:
    #
    #     <select name="post[person_id]" id="post_person_id">
    #       <option value="">None</option>
    #       <option value="1">David</option>
    #       <option value="2" selected="selected">Eileen</option>
    #       <option value="3">Rafael</option>
    #     </select>
    #
    # * <tt>:prompt</tt> - set to true or a prompt string. When the select element doesn't have a value yet, this prepends an option with a generic prompt -- "Please select" -- or the given prompt string.
    #
    #     select("post", "person_id", Person.all.collect { |p| [ p.name, p.id ] }, { prompt: 'Select Person' })
    #
    #   could become:
    #
    #     <select name="post[person_id]" id="post_person_id">
    #       <option value="">Select Person</option>
    #       <option value="1">David</option>
    #       <option value="2">Eileen</option>
    #       <option value="3">Rafael</option>
    #     </select>
    #
    # * <tt>:index</tt> - like the other form helpers, +select+ can accept an <tt>:index</tt> option to manually set the ID used in the resulting output. Unlike other helpers, +select+ expects this
    #   option to be in the +html_options+ parameter.
    #
    #     select("album[]", "genre", %w[rap rock country], {}, { index: nil })
    #
    #   becomes:
    #
    #     <select name="album[][genre]" id="album__genre">
    #       <option value="rap">rap</option>
    #       <option value="rock">rock</option>
    #       <option value="country">country</option>
    #     </select>
    #
    # * <tt>:disabled</tt> - can be a single value or an array of values that will be disabled options in the final output.
    #
    #     select("post", "category", Post::CATEGORIES, { disabled: 'restricted' })
    #
    #   could become:
    #
    #     <select name="post[category]" id="post_category">
    #       <option value=""></option>
    #       <option value="joke">joke</option>
    #       <option value="poem">poem</option>
    #       <option disabled="disabled" value="restricted">restricted</option>
    #     </select>
    #
    #   When used with the <tt>collection_select</tt> helper, <tt>:disabled</tt> can also be a Proc that identifies those options that should be disabled.
    #
    #     collection_select(:post, :category_id, Category.all, :id, :name, { disabled: -> (category) { category.archived? } })
    #
    #   If the categories "2008 stuff" and "Christmas" return true when the method <tt>archived?</tt> is called, this would return:
    #     <select name="post[category_id]" id="post_category_id">
    #       <option value="1" disabled="disabled">2008 stuff</option>
    #       <option value="2" disabled="disabled">Christmas</option>
    #       <option value="3">Jokes</option>
    #       <option value="4">Poems</option>
    #     </select>
    #
    module FormOptionsHelper
      # ERB::Util can mask some helpers like textilize. Make sure to include them.
      include TextHelper

      # Create a select tag and a series of contained option tags for the provided object and method.
      # The option currently held by the object will be selected, provided that the object is available.
      #
      # There are two possible formats for the +choices+ parameter, corresponding to other helpers' output:
      #
      # * A flat collection (see +options_for_select+).
      #
      # * A nested collection (see +grouped_options_for_select+).
      #
      # For example:
      #
      #   select("post", "person_id", Person.all.collect { |p| [ p.name, p.id ] }, { include_blank: true })
      #
      # would become:
      #
      #   <select name="post[person_id]" id="post_person_id">
      #     <option value=""></option>
      #     <option value="1" selected="selected">David</option>
      #     <option value="2">Eileen</option>
      #     <option value="3">Rafael</option>
      #   </select>
      #
      # assuming the associated person has ID 1.
      #
      # This can be used to provide a default set of options in the standard way: before rendering the create form, a
      # new model instance is assigned the default options and bound to @model_name. Usually this model is not saved
      # to the database. Instead, a second model object is created when the create request is received.
      # This allows the user to submit a form page more than once with the expected results of creating multiple records.
      # In addition, this allows a single partial to be used to generate form inputs for both edit and create forms.
      #
      # By default, <tt>post.person_id</tt> is the selected option. Specify <tt>selected: value</tt> to use a different selection
      # or <tt>selected: nil</tt> to leave all options unselected. Similarly, you can specify values to be disabled in the option
      # tags by specifying the <tt>:disabled</tt> option. This can either be a single value or an array of values to be disabled.
      #
      # A block can be passed to +select+ to customize how the options tags will be rendered. This
      # is useful when the options tag has complex attributes.
      #
      #   select(report, "campaign_ids") do
      #     available_campaigns.each do |c|
      #       content_tag(:option, c.name, value: c.id, data: { tags: c.tags.to_json })
      #     end
      #   end
      #
      # ==== Gotcha
      #
      # The HTML specification says when +multiple+ parameter passed to select and all options got deselected
      # web browsers do not send any value to server. Unfortunately this introduces a gotcha:
      # if an +User+ model has many +roles+ and have +role_ids+ accessor, and in the form that edits roles of the user
      # the user deselects all roles from +role_ids+ multiple select box, no +role_ids+ parameter is sent. So,
      # any mass-assignment idiom like
      #
      #   @user.update(params[:user])
      #
      # wouldn't update roles.
      #
      # To prevent this the helper generates an auxiliary hidden field before
      # every multiple select. The hidden field has the same name as multiple select and blank value.
      #
      # <b>Note:</b> The client either sends only the hidden field (representing
      # the deselected multiple select box), or both fields. This means that the resulting array
      # always contains a blank string.
      #
      # In case if you don't want the helper to generate this hidden field you can specify
      # <tt>include_hidden: false</tt> option.
      #
      def select: (untyped object, untyped method, ?untyped? choices, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) { () -> untyped } -> untyped

      # Returns <tt><select></tt> and <tt><option></tt> tags for the collection of existing return values of
      # +method+ for +object+'s class. The value returned from calling +method+ on the instance +object+ will
      # be selected. If calling +method+ returns +nil+, no selection is made without including <tt>:prompt</tt>
      # or <tt>:include_blank</tt> in the +options+ hash.
      #
      # The <tt>:value_method</tt> and <tt>:text_method</tt> parameters are methods to be called on each member
      # of +collection+. The return values are used as the +value+ attribute and contents of each
      # <tt><option></tt> tag, respectively. They can also be any object that responds to +call+, such
      # as a +proc+, that will be called for each member of the +collection+ to
      # retrieve the value/text.
      #
      # Example object structure for use with this method:
      #
      #   class Post < ActiveRecord::Base
      #     belongs_to :author
      #   end
      #
      #   class Author < ActiveRecord::Base
      #     has_many :posts
      #     def name_with_initial
      #       "#{first_name.first}. #{last_name}"
      #     end
      #   end
      #
      # Sample usage (selecting the associated Author for an instance of Post, <tt>@post</tt>):
      #
      #   collection_select(:post, :author_id, Author.all, :id, :name_with_initial, prompt: true)
      #
      # If <tt>@post.author_id</tt> is already <tt>1</tt>, this would return:
      #   <select name="post[author_id]" id="post_author_id">
      #     <option value="">Please select</option>
      #     <option value="1" selected="selected">D. Heinemeier Hansson</option>
      #     <option value="2">D. Thomas</option>
      #     <option value="3">M. Clark</option>
      #   </select>
      def collection_select: (untyped object, untyped method, untyped collection, untyped value_method, untyped text_method, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Returns <tt><select></tt>, <tt><optgroup></tt> and <tt><option></tt> tags for the collection of existing return values of
      # +method+ for +object+'s class. The value returned from calling +method+ on the instance +object+ will
      # be selected. If calling +method+ returns +nil+, no selection is made without including <tt>:prompt</tt>
      # or <tt>:include_blank</tt> in the +options+ hash.
      #
      # Parameters:
      # * +object+ - The instance of the class to be used for the select tag
      # * +method+ - The attribute of +object+ corresponding to the select tag
      # * +collection+ - An array of objects representing the <tt><optgroup></tt> tags.
      # * +group_method+ - The name of a method which, when called on a member of +collection+, returns an
      #   array of child objects representing the <tt><option></tt> tags. It can also be any object that responds
      #   to +call+, such as a +proc+, that will be called for each member of the +collection+ to retrieve the
      #   value.
      # * +group_label_method+ - The name of a method which, when called on a member of +collection+, returns a
      #   string to be used as the +label+ attribute for its <tt><optgroup></tt> tag. It can also be any object
      #   that responds to +call+, such as a +proc+, that will be called for each member of the +collection+ to
      #   retrieve the label.
      # * +option_key_method+ - The name of a method which, when called on a child object of a member of
      #   +collection+, returns a value to be used as the +value+ attribute for its <tt><option></tt> tag.
      # * +option_value_method+ - The name of a method which, when called on a child object of a member of
      #   +collection+, returns a value to be used as the contents of its <tt><option></tt> tag.
      #
      # Example object structure for use with this method:
      #
      #   class Continent < ActiveRecord::Base
      #     has_many :countries
      #     # attribs: id, name
      #   end
      #
      #   class Country < ActiveRecord::Base
      #     belongs_to :continent
      #     # attribs: id, name, continent_id
      #   end
      #
      #   class City < ActiveRecord::Base
      #     belongs_to :country
      #     # attribs: id, name, country_id
      #   end
      #
      # Sample usage:
      #
      #   grouped_collection_select(:city, :country_id, @continents, :countries, :name, :id, :name)
      #
      # Possible output:
      #
      #   <select name="city[country_id]" id="city_country_id">
      #     <optgroup label="Africa">
      #       <option value="1">South Africa</option>
      #       <option value="3">Somalia</option>
      #     </optgroup>
      #     <optgroup label="Europe">
      #       <option value="7" selected="selected">Denmark</option>
      #       <option value="2">Ireland</option>
      #     </optgroup>
      #   </select>
      #
      def grouped_collection_select: (untyped object, untyped method, untyped collection, untyped group_method, untyped group_label_method, untyped option_key_method, untyped option_value_method, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Returns select and option tags for the given object and method, using
      # #time_zone_options_for_select to generate the list of option tags.
      #
      # In addition to the <tt>:include_blank</tt> option documented above,
      # this method also supports a <tt>:model</tt> option, which defaults
      # to ActiveSupport::TimeZone. This may be used by users to specify a
      # different time zone model object. (See +time_zone_options_for_select+
      # for more information.)
      #
      # You can also supply an array of ActiveSupport::TimeZone objects
      # as +priority_zones+ so that they will be listed above the rest of the
      # (long) list. You can use ActiveSupport::TimeZone.us_zones for a list
      # of US time zones, ActiveSupport::TimeZone.country_zones(country_code)
      # for another country's time zones, or a Regexp to select the zones of
      # your choice.
      #
      # Finally, this method supports a <tt>:default</tt> option, which selects
      # a default ActiveSupport::TimeZone if the object's time zone is +nil+.
      #
      #   time_zone_select("user", "time_zone", nil, include_blank: true)
      #
      #   time_zone_select("user", "time_zone", nil, default: "Pacific Time (US & Canada)")
      #
      #   time_zone_select("user", 'time_zone', ActiveSupport::TimeZone.us_zones, default: "Pacific Time (US & Canada)")
      #
      #   time_zone_select("user", 'time_zone', [ ActiveSupport::TimeZone['Alaska'], ActiveSupport::TimeZone['Hawaii'] ])
      #
      #   time_zone_select("user", 'time_zone', /Australia/)
      #
      #   time_zone_select("user", "time_zone", ActiveSupport::TimeZone.all.sort, model: ActiveSupport::TimeZone)
      def time_zone_select: (untyped object, untyped method, ?untyped? priority_zones, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Accepts a container (hash, array, enumerable, your type) and returns a string of option tags. Given a container
      # where the elements respond to first and last (such as a two-element array), the "lasts" serve as option values and
      # the "firsts" as option text. Hashes are turned into this form automatically, so the keys become "firsts" and values
      # become lasts. If +selected+ is specified, the matching "last" or element will get the selected option-tag. +selected+
      # may also be an array of values to be selected when using a multiple select.
      #
      #   options_for_select([["Dollar", "$"], ["Kroner", "DKK"]])
      #   # => <option value="$">Dollar</option>
      #   # => <option value="DKK">Kroner</option>
      #
      #   options_for_select([ "VISA", "MasterCard" ], "MasterCard")
      #   # => <option value="VISA">VISA</option>
      #   # => <option selected="selected" value="MasterCard">MasterCard</option>
      #
      #   options_for_select({ "Basic" => "$20", "Plus" => "$40" }, "$40")
      #   # => <option value="$20">Basic</option>
      #   # => <option value="$40" selected="selected">Plus</option>
      #
      #   options_for_select([ "VISA", "MasterCard", "Discover" ], ["VISA", "Discover"])
      #   # => <option selected="selected" value="VISA">VISA</option>
      #   # => <option value="MasterCard">MasterCard</option>
      #   # => <option selected="selected" value="Discover">Discover</option>
      #
      # You can optionally provide HTML attributes as the last element of the array.
      #
      #   options_for_select([ "Denmark", ["USA", { class: 'bold' }], "Sweden" ], ["USA", "Sweden"])
      #   # => <option value="Denmark">Denmark</option>
      #   # => <option value="USA" class="bold" selected="selected">USA</option>
      #   # => <option value="Sweden" selected="selected">Sweden</option>
      #
      #   options_for_select([["Dollar", "$", { class: "bold" }], ["Kroner", "DKK", { onclick: "alert('HI');" }]])
      #   # => <option value="$" class="bold">Dollar</option>
      #   # => <option value="DKK" onclick="alert('HI');">Kroner</option>
      #
      # If you wish to specify disabled option tags, set +selected+ to be a hash, with <tt>:disabled</tt> being either a value
      # or array of values to be disabled. In this case, you can use <tt>:selected</tt> to specify selected option tags.
      #
      #   options_for_select(["Free", "Basic", "Advanced", "Super Platinum"], disabled: "Super Platinum")
      #   # => <option value="Free">Free</option>
      #   # => <option value="Basic">Basic</option>
      #   # => <option value="Advanced">Advanced</option>
      #   # => <option value="Super Platinum" disabled="disabled">Super Platinum</option>
      #
      #   options_for_select(["Free", "Basic", "Advanced", "Super Platinum"], disabled: ["Advanced", "Super Platinum"])
      #   # => <option value="Free">Free</option>
      #   # => <option value="Basic">Basic</option>
      #   # => <option value="Advanced" disabled="disabled">Advanced</option>
      #   # => <option value="Super Platinum" disabled="disabled">Super Platinum</option>
      #
      #   options_for_select(["Free", "Basic", "Advanced", "Super Platinum"], selected: "Free", disabled: "Super Platinum")
      #   # => <option value="Free" selected="selected">Free</option>
      #   # => <option value="Basic">Basic</option>
      #   # => <option value="Advanced">Advanced</option>
      #   # => <option value="Super Platinum" disabled="disabled">Super Platinum</option>
      #
      # NOTE: Only the option tags are returned, you have to wrap this call in a regular HTML select tag.
      def options_for_select: (untyped container, ?untyped? selected) -> untyped

      # Returns a string of option tags that have been compiled by iterating over the +collection+ and assigning
      # the result of a call to the +value_method+ as the option value and the +text_method+ as the option text.
      #
      #   options_from_collection_for_select(@people, 'id', 'name')
      #   # => <option value="#{person.id}">#{person.name}</option>
      #
      # This is more often than not used inside a #select_tag like this example:
      #
      #   select_tag 'person', options_from_collection_for_select(@people, 'id', 'name')
      #
      # If +selected+ is specified as a value or array of values, the element(s) returning a match on +value_method+
      # will be selected option tag(s).
      #
      # If +selected+ is specified as a Proc, those members of the collection that return true for the anonymous
      # function are the selected values.
      #
      # +selected+ can also be a hash, specifying both <tt>:selected</tt> and/or <tt>:disabled</tt> values as required.
      #
      # Be sure to specify the same class as the +value_method+ when specifying selected or disabled options.
      # Failure to do this will produce undesired results. Example:
      #   options_from_collection_for_select(@people, 'id', 'name', '1')
      # Will not select a person with the id of 1 because 1 (an Integer) is not the same as '1' (a string)
      #   options_from_collection_for_select(@people, 'id', 'name', 1)
      # should produce the desired results.
      def options_from_collection_for_select: (untyped collection, untyped value_method, untyped text_method, ?untyped? selected) -> untyped

      # Returns a string of <tt><option></tt> tags, like <tt>options_from_collection_for_select</tt>, but
      # groups them by <tt><optgroup></tt> tags based on the object relationships of the arguments.
      #
      # Parameters:
      # * +collection+ - An array of objects representing the <tt><optgroup></tt> tags.
      # * +group_method+ - The name of a method which, when called on a member of +collection+, returns an
      #   array of child objects representing the <tt><option></tt> tags.
      # * +group_label_method+ - The name of a method which, when called on a member of +collection+, returns a
      #   string to be used as the +label+ attribute for its <tt><optgroup></tt> tag.
      # * +option_key_method+ - The name of a method which, when called on a child object of a member of
      #   +collection+, returns a value to be used as the +value+ attribute for its <tt><option></tt> tag.
      # * +option_value_method+ - The name of a method which, when called on a child object of a member of
      #   +collection+, returns a value to be used as the contents of its <tt><option></tt> tag.
      # * +selected_key+ - A value equal to the +value+ attribute for one of the <tt><option></tt> tags,
      #   which will have the +selected+ attribute set. Corresponds to the return value of one of the calls
      #   to +option_key_method+. If +nil+, no selection is made. Can also be a hash if disabled values are
      #   to be specified.
      #
      # Example object structure for use with this method:
      #
      #   class Continent < ActiveRecord::Base
      #     has_many :countries
      #     # attribs: id, name
      #   end
      #
      #   class Country < ActiveRecord::Base
      #     belongs_to :continent
      #     # attribs: id, name, continent_id
      #   end
      #
      # Sample usage:
      #   option_groups_from_collection_for_select(@continents, :countries, :name, :id, :name, 3)
      #
      # Possible output:
      #   <optgroup label="Africa">
      #     <option value="1">Egypt</option>
      #     <option value="4">Rwanda</option>
      #     ...
      #   </optgroup>
      #   <optgroup label="Asia">
      #     <option value="3" selected="selected">China</option>
      #     <option value="12">India</option>
      #     <option value="5">Japan</option>
      #     ...
      #   </optgroup>
      #
      # <b>Note:</b> Only the <tt><optgroup></tt> and <tt><option></tt> tags are returned, so you still have to
      # wrap the output in an appropriate <tt><select></tt> tag.
      def option_groups_from_collection_for_select: (untyped collection, untyped group_method, untyped group_label_method, untyped option_key_method, untyped option_value_method, ?untyped? selected_key) -> untyped

      # Returns a string of <tt><option></tt> tags, like <tt>options_for_select</tt>, but
      # wraps them with <tt><optgroup></tt> tags:
      #
      #   grouped_options = [
      #    ['North America',
      #      [['United States','US'],'Canada']],
      #    ['Europe',
      #      ['Denmark','Germany','France']]
      #   ]
      #   grouped_options_for_select(grouped_options)
      #
      #   grouped_options = {
      #     'North America' => [['United States','US'], 'Canada'],
      #     'Europe' => ['Denmark','Germany','France']
      #   }
      #   grouped_options_for_select(grouped_options)
      #
      # Possible output:
      #   <optgroup label="North America">
      #     <option value="US">United States</option>
      #     <option value="Canada">Canada</option>
      #   </optgroup>
      #   <optgroup label="Europe">
      #     <option value="Denmark">Denmark</option>
      #     <option value="Germany">Germany</option>
      #     <option value="France">France</option>
      #   </optgroup>
      #
      # Parameters:
      # * +grouped_options+ - Accepts a nested array or hash of strings. The first value serves as the
      #   <tt><optgroup></tt> label while the second value must be an array of options. The second value can be a
      #   nested array of text-value pairs. See <tt>options_for_select</tt> for more info.
      #    Ex. ["North America",[["United States","US"],["Canada","CA"]]]
      # * +selected_key+ - A value equal to the +value+ attribute for one of the <tt><option></tt> tags,
      #   which will have the +selected+ attribute set. Note: It is possible for this value to match multiple options
      #   as you might have the same option in multiple groups. Each will then get <tt>selected="selected"</tt>.
      #
      # Options:
      # * <tt>:prompt</tt> - set to true or a prompt string. When the select element doesn't have a value yet, this
      #   prepends an option with a generic prompt - "Please select" - or the given prompt string.
      # * <tt>:divider</tt> - the divider for the options groups.
      #
      #     grouped_options = [
      #       [['United States','US'], 'Canada'],
      #       ['Denmark','Germany','France']
      #     ]
      #     grouped_options_for_select(grouped_options, nil, divider: '---------')
      #
      #   Possible output:
      #     <optgroup label="---------">
      #       <option value="US">United States</option>
      #       <option value="Canada">Canada</option>
      #     </optgroup>
      #     <optgroup label="---------">
      #       <option value="Denmark">Denmark</option>
      #       <option value="Germany">Germany</option>
      #       <option value="France">France</option>
      #     </optgroup>
      #
      # <b>Note:</b> Only the <tt><optgroup></tt> and <tt><option></tt> tags are returned, so you still have to
      # wrap the output in an appropriate <tt><select></tt> tag.
      def grouped_options_for_select: (untyped grouped_options, ?untyped? selected_key, ?::Hash[untyped, untyped] options) -> untyped

      # Returns a string of option tags for pretty much any time zone in the
      # world. Supply an ActiveSupport::TimeZone name as +selected+ to have it
      # marked as the selected option tag. You can also supply an array of
      # ActiveSupport::TimeZone objects as +priority_zones+, so that they will
      # be listed above the rest of the (long) list. (You can use
      # ActiveSupport::TimeZone.us_zones as a convenience for obtaining a list
      # of the US time zones, or a Regexp to select the zones of your choice)
      #
      # The +selected+ parameter must be either +nil+, or a string that names
      # an ActiveSupport::TimeZone.
      #
      # By default, +model+ is the ActiveSupport::TimeZone constant (which can
      # be obtained in Active Record as a value object). The +model+ parameter
      # must respond to +all+ and return an array of objects that represent time
      # zones; each object must respond to +name+. If a Regexp is given it will
      # attempt to match the zones using the <code>=~<code> operator.
      #
      # NOTE: Only the option tags are returned, you have to wrap this call in
      # a regular HTML select tag.
      def time_zone_options_for_select: (?untyped? selected, ?untyped? priority_zones, ?untyped model) -> untyped

      # Returns radio button tags for the collection of existing return values
      # of +method+ for +object+'s class. The value returned from calling
      # +method+ on the instance +object+ will be selected. If calling +method+
      # returns +nil+, no selection is made.
      #
      # The <tt>:value_method</tt> and <tt>:text_method</tt> parameters are
      # methods to be called on each member of +collection+. The return values
      # are used as the +value+ attribute and contents of each radio button tag,
      # respectively. They can also be any object that responds to +call+, such
      # as a +proc+, that will be called for each member of the +collection+ to
      # retrieve the value/text.
      #
      # Example object structure for use with this method:
      #   class Post < ActiveRecord::Base
      #     belongs_to :author
      #   end
      #   class Author < ActiveRecord::Base
      #     has_many :posts
      #     def name_with_initial
      #       "#{first_name.first}. #{last_name}"
      #     end
      #   end
      #
      # Sample usage (selecting the associated Author for an instance of Post, <tt>@post</tt>):
      #   collection_radio_buttons(:post, :author_id, Author.all, :id, :name_with_initial)
      #
      # If <tt>@post.author_id</tt> is already <tt>1</tt>, this would return:
      #   <input id="post_author_id_1" name="post[author_id]" type="radio" value="1" checked="checked" />
      #   <label for="post_author_id_1">D. Heinemeier Hansson</label>
      #   <input id="post_author_id_2" name="post[author_id]" type="radio" value="2" />
      #   <label for="post_author_id_2">D. Thomas</label>
      #   <input id="post_author_id_3" name="post[author_id]" type="radio" value="3" />
      #   <label for="post_author_id_3">M. Clark</label>
      #
      # It is also possible to customize the way the elements will be shown by
      # giving a block to the method:
      #   collection_radio_buttons(:post, :author_id, Author.all, :id, :name_with_initial) do |b|
      #     b.label { b.radio_button }
      #   end
      #
      # The argument passed to the block is a special kind of builder for this
      # collection, which has the ability to generate the label and radio button
      # for the current item in the collection, with proper text and value.
      # Using it, you can change the label and radio button display order or
      # even use the label as wrapper, as in the example above.
      #
      # The builder methods <tt>label</tt> and <tt>radio_button</tt> also accept
      # extra HTML options:
      #   collection_radio_buttons(:post, :author_id, Author.all, :id, :name_with_initial) do |b|
      #     b.label(class: "radio_button") { b.radio_button(class: "radio_button") }
      #   end
      #
      # There are also three special methods available: <tt>object</tt>, <tt>text</tt> and
      # <tt>value</tt>, which are the current item being rendered, its text and value methods,
      # respectively. You can use them like this:
      #   collection_radio_buttons(:post, :author_id, Author.all, :id, :name_with_initial) do |b|
      #      b.label(:"data-value" => b.value) { b.radio_button + b.text }
      #   end
      #
      # ==== Gotcha
      #
      # The HTML specification says when nothing is selected on a collection of radio buttons
      # web browsers do not send any value to server.
      # Unfortunately this introduces a gotcha:
      # if a +User+ model has a +category_id+ field and in the form no category is selected, no +category_id+ parameter is sent. So,
      # any strong parameters idiom like:
      #
      #   params.require(:user).permit(...)
      #
      # will raise an error since no <tt>{user: ...}</tt> will be present.
      #
      # To prevent this the helper generates an auxiliary hidden field before
      # every collection of radio buttons. The hidden field has the same name as collection radio button and blank value.
      #
      # In case if you don't want the helper to generate this hidden field you can specify
      # <tt>include_hidden: false</tt> option.
      def collection_radio_buttons: (untyped object, untyped method, untyped collection, untyped value_method, untyped text_method, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) { () -> untyped } -> untyped

      # Returns check box tags for the collection of existing return values of
      # +method+ for +object+'s class. The value returned from calling +method+
      # on the instance +object+ will be selected. If calling +method+ returns
      # +nil+, no selection is made.
      #
      # The <tt>:value_method</tt> and <tt>:text_method</tt> parameters are
      # methods to be called on each member of +collection+. The return values
      # are used as the +value+ attribute and contents of each check box tag,
      # respectively. They can also be any object that responds to +call+, such
      # as a +proc+, that will be called for each member of the +collection+ to
      # retrieve the value/text.
      #
      # Example object structure for use with this method:
      #   class Post < ActiveRecord::Base
      #     has_and_belongs_to_many :authors
      #   end
      #   class Author < ActiveRecord::Base
      #     has_and_belongs_to_many :posts
      #     def name_with_initial
      #       "#{first_name.first}. #{last_name}"
      #     end
      #   end
      #
      # Sample usage (selecting the associated Author for an instance of Post, <tt>@post</tt>):
      #   collection_check_boxes(:post, :author_ids, Author.all, :id, :name_with_initial)
      #
      # If <tt>@post.author_ids</tt> is already <tt>[1]</tt>, this would return:
      #   <input id="post_author_ids_1" name="post[author_ids][]" type="checkbox" value="1" checked="checked" />
      #   <label for="post_author_ids_1">D. Heinemeier Hansson</label>
      #   <input id="post_author_ids_2" name="post[author_ids][]" type="checkbox" value="2" />
      #   <label for="post_author_ids_2">D. Thomas</label>
      #   <input id="post_author_ids_3" name="post[author_ids][]" type="checkbox" value="3" />
      #   <label for="post_author_ids_3">M. Clark</label>
      #   <input name="post[author_ids][]" type="hidden" value="" />
      #
      # It is also possible to customize the way the elements will be shown by
      # giving a block to the method:
      #   collection_check_boxes(:post, :author_ids, Author.all, :id, :name_with_initial) do |b|
      #     b.label { b.check_box }
      #   end
      #
      # The argument passed to the block is a special kind of builder for this
      # collection, which has the ability to generate the label and check box
      # for the current item in the collection, with proper text and value.
      # Using it, you can change the label and check box display order or even
      # use the label as wrapper, as in the example above.
      #
      # The builder methods <tt>label</tt> and <tt>check_box</tt> also accept
      # extra HTML options:
      #   collection_check_boxes(:post, :author_ids, Author.all, :id, :name_with_initial) do |b|
      #     b.label(class: "check_box") { b.check_box(class: "check_box") }
      #   end
      #
      # There are also three special methods available: <tt>object</tt>, <tt>text</tt> and
      # <tt>value</tt>, which are the current item being rendered, its text and value methods,
      # respectively. You can use them like this:
      #   collection_check_boxes(:post, :author_ids, Author.all, :id, :name_with_initial) do |b|
      #      b.label(:"data-value" => b.value) { b.check_box + b.text }
      #   end
      #
      # ==== Gotcha
      #
      # When no selection is made for a collection of checkboxes most
      # web browsers will not send any value.
      #
      # For example, if we have a +User+ model with +category_ids+ field and we
      # have the following code in our update action:
      #
      #   @user.update(params[:user])
      #
      # If no +category_ids+ are selected then we can safely assume this field
      # will not be updated.
      #
      # This is possible thanks to a hidden field generated by the helper method
      # for every collection of checkboxes.
      # This hidden field is given the same field name as the checkboxes with a
      # blank value.
      #
      # In the rare case you don't want this hidden field, you can pass the
      # <tt>include_hidden: false</tt> option to the helper method.
      def collection_check_boxes: (untyped object, untyped method, untyped collection, untyped value_method, untyped text_method, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) { () -> untyped } -> untyped

      def option_html_attributes: (untyped element) -> untyped

      def option_text_and_value: (untyped option) -> untyped

      def option_value_selected?: (untyped value, untyped selected) -> untyped

      def extract_selected_and_disabled: (untyped selected) -> untyped

      def extract_values_from_collection: (untyped collection, untyped value_method, untyped selected) -> untyped

      def value_for_collection: (untyped item, untyped value) -> untyped

      def public_or_deprecated_send: (untyped item, untyped value) -> untyped

      def prompt_text: (untyped prompt) -> untyped
    end

    class FormBuilder
      # Wraps ActionView::Helpers::FormOptionsHelper#select for form builders:
      #
      #   <%= form_for @post do |f| %>
      #     <%= f.select :person_id, Person.all.collect { |p| [ p.name, p.id ] }, include_blank: true %>
      #     <%= f.submit %>
      #   <% end %>
      #
      # Please refer to the documentation of the base helper for details.
      def select: (untyped method, ?untyped? choices, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) { () -> untyped } -> untyped

      # Wraps ActionView::Helpers::FormOptionsHelper#collection_select for form builders:
      #
      #   <%= form_for @post do |f| %>
      #     <%= f.collection_select :person_id, Author.all, :id, :name_with_initial, prompt: true %>
      #     <%= f.submit %>
      #   <% end %>
      #
      # Please refer to the documentation of the base helper for details.
      def collection_select: (untyped method, untyped collection, untyped value_method, untyped text_method, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Wraps ActionView::Helpers::FormOptionsHelper#grouped_collection_select for form builders:
      #
      #   <%= form_for @city do |f| %>
      #     <%= f.grouped_collection_select :country_id, @continents, :countries, :name, :id, :name %>
      #     <%= f.submit %>
      #   <% end %>
      #
      # Please refer to the documentation of the base helper for details.
      def grouped_collection_select: (untyped method, untyped collection, untyped group_method, untyped group_label_method, untyped option_key_method, untyped option_value_method, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Wraps ActionView::Helpers::FormOptionsHelper#time_zone_select for form builders:
      #
      #   <%= form_for @user do |f| %>
      #     <%= f.time_zone_select :time_zone, nil, include_blank: true %>
      #     <%= f.submit %>
      #   <% end %>
      #
      # Please refer to the documentation of the base helper for details.
      def time_zone_select: (untyped method, ?untyped? priority_zones, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) -> untyped

      # Wraps ActionView::Helpers::FormOptionsHelper#collection_check_boxes for form builders:
      #
      #   <%= form_for @post do |f| %>
      #     <%= f.collection_check_boxes :author_ids, Author.all, :id, :name_with_initial %>
      #     <%= f.submit %>
      #   <% end %>
      #
      # Please refer to the documentation of the base helper for details.
      def collection_check_boxes: (untyped method, untyped collection, untyped value_method, untyped text_method, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) { () -> untyped } -> untyped

      # Wraps ActionView::Helpers::FormOptionsHelper#collection_radio_buttons for form builders:
      #
      #   <%= form_for @post do |f| %>
      #     <%= f.collection_radio_buttons :author_id, Author.all, :id, :name_with_initial %>
      #     <%= f.submit %>
      #   <% end %>
      #
      # Please refer to the documentation of the base helper for details.
      def collection_radio_buttons: (untyped method, untyped collection, untyped value_method, untyped text_method, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) { () -> untyped } -> untyped
    end
  end
end

module ActionView
  module Helpers
    # = Action View Form Tag Helpers
    # nodoc:
    # Provides a number of methods for creating form tags that don't rely on an Active Record object assigned to the template like
    # FormHelper does. Instead, you provide the names and values manually.
    #
    # NOTE: The HTML options <tt>disabled</tt>, <tt>readonly</tt>, and <tt>multiple</tt> can all be treated as booleans. So specifying
    # <tt>disabled: true</tt> will give <tt>disabled="disabled"</tt>.
    module FormTagHelper
      extend ActiveSupport::Concern

      include UrlHelper

      extend ::ActionView::Helpers::UrlHelper::ClassMethods

      include TextHelper

      # Starts a form tag that points the action to a URL configured with <tt>url_for_options</tt> just like
      # ActionController::Base#url_for. The method for the form defaults to POST.
      #
      # ==== Options
      # * <tt>:multipart</tt> - If set to true, the enctype is set to "multipart/form-data".
      # * <tt>:method</tt> - The method to use when submitting the form, usually either "get" or "post".
      #   If "patch", "put", "delete", or another verb is used, a hidden input with name <tt>_method</tt>
      #   is added to simulate the verb over post.
      # * <tt>:authenticity_token</tt> - Authenticity token to use in the form. Use only if you need to
      #   pass custom authenticity token string, or to not add authenticity_token field at all
      #   (by passing <tt>false</tt>).  Remote forms may omit the embedded authenticity token
      #   by setting <tt>config.action_view.embed_authenticity_token_in_remote_forms = false</tt>.
      #   This is helpful when you're fragment-caching the form. Remote forms get the
      #   authenticity token from the <tt>meta</tt> tag, so embedding is unnecessary unless you
      #   support browsers without JavaScript.
      # * <tt>:remote</tt> - If set to true, will allow the Unobtrusive JavaScript drivers to control the
      #   submit behavior. By default this behavior is an ajax submit.
      # * <tt>:enforce_utf8</tt> - If set to false, a hidden input with name utf8 is not output.
      # * Any other key creates standard HTML attributes for the tag.
      #
      # ==== Examples
      #   form_tag('/posts')
      #   # => <form action="/posts" method="post">
      #
      #   form_tag('/posts/1', method: :put)
      #   # => <form action="/posts/1" method="post"> ... <input name="_method" type="hidden" value="put" /> ...
      #
      #   form_tag('/upload', multipart: true)
      #   # => <form action="/upload" method="post" enctype="multipart/form-data">
      #
      #   <%= form_tag('/posts') do -%>
      #     <div><%= submit_tag 'Save' %></div>
      #   <% end -%>
      #   # => <form action="/posts" method="post"><div><input type="submit" name="commit" value="Save" /></div></form>
      #
      #   <%= form_tag('/posts', remote: true) %>
      #   # => <form action="/posts" method="post" data-remote="true">
      #
      #   form_tag('http://far.away.com/form', authenticity_token: false)
      #   # form without authenticity token
      #
      #   form_tag('http://far.away.com/form', authenticity_token: "cf50faa3fe97702ca1ae")
      #   # form with custom authenticity token
      #
      def form_tag: (?::Hash[untyped, untyped] url_for_options, ?::Hash[untyped, untyped] options) { () -> untyped } -> untyped

      # Creates a dropdown selection box, or if the <tt>:multiple</tt> option is set to true, a multiple
      # choice selection box.
      #
      # Helpers::FormOptions can be used to create common select boxes such as countries, time zones, or
      # associated records. <tt>option_tags</tt> is a string containing the option tags for the select box.
      #
      # ==== Options
      # * <tt>:multiple</tt> - If set to true, the selection will allow multiple choices.
      # * <tt>:disabled</tt> - If set to true, the user will not be able to use this input.
      # * <tt>:include_blank</tt> - If set to true, an empty option will be created. If set to a string, the string will be used as the option's content and the value will be empty.
      # * <tt>:prompt</tt> - Create a prompt option with blank value and the text asking user to select something.
      # * Any other key creates standard HTML attributes for the tag.
      #
      # ==== Examples
      #   select_tag "people", options_from_collection_for_select(@people, "id", "name")
      #   # <select id="people" name="people"><option value="1">David</option></select>
      #
      #   select_tag "people", options_from_collection_for_select(@people, "id", "name", "1")
      #   # <select id="people" name="people"><option value="1" selected="selected">David</option></select>
      #
      #   select_tag "people", raw("<option>David</option>")
      #   # => <select id="people" name="people"><option>David</option></select>
      #
      #   select_tag "count", raw("<option>1</option><option>2</option><option>3</option><option>4</option>")
      #   # => <select id="count" name="count"><option>1</option><option>2</option>
      #   #    <option>3</option><option>4</option></select>
      #
      #   select_tag "colors", raw("<option>Red</option><option>Green</option><option>Blue</option>"), multiple: true
      #   # => <select id="colors" multiple="multiple" name="colors[]"><option>Red</option>
      #   #    <option>Green</option><option>Blue</option></select>
      #
      #   select_tag "locations", raw("<option>Home</option><option selected='selected'>Work</option><option>Out</option>")
      #   # => <select id="locations" name="locations"><option>Home</option><option selected='selected'>Work</option>
      #   #    <option>Out</option></select>
      #
      #   select_tag "access", raw("<option>Read</option><option>Write</option>"), multiple: true, class: 'form_input', id: 'unique_id'
      #   # => <select class="form_input" id="unique_id" multiple="multiple" name="access[]"><option>Read</option>
      #   #    <option>Write</option></select>
      #
      #   select_tag "people", options_from_collection_for_select(@people, "id", "name"), include_blank: true
      #   # => <select id="people" name="people"><option value="" label=" "></option><option value="1">David</option></select>
      #
      #   select_tag "people", options_from_collection_for_select(@people, "id", "name"), include_blank: "All"
      #   # => <select id="people" name="people"><option value="">All</option><option value="1">David</option></select>
      #
      #   select_tag "people", options_from_collection_for_select(@people, "id", "name"), prompt: "Select something"
      #   # => <select id="people" name="people"><option value="">Select something</option><option value="1">David</option></select>
      #
      #   select_tag "destination", raw("<option>NYC</option><option>Paris</option><option>Rome</option>"), disabled: true
      #   # => <select disabled="disabled" id="destination" name="destination"><option>NYC</option>
      #   #    <option>Paris</option><option>Rome</option></select>
      #
      #   select_tag "credit_card", options_for_select([ "VISA", "MasterCard" ], "MasterCard")
      #   # => <select id="credit_card" name="credit_card"><option>VISA</option>
      #   #    <option selected="selected">MasterCard</option></select>
      def select_tag: (untyped name, ?untyped? option_tags, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a standard text field; use these text fields to input smaller chunks of text like a username
      # or a search query.
      #
      # ==== Options
      # * <tt>:disabled</tt> - If set to true, the user will not be able to use this input.
      # * <tt>:size</tt> - The number of visible characters that will fit in the input.
      # * <tt>:maxlength</tt> - The maximum number of characters that the browser will allow the user to enter.
      # * <tt>:placeholder</tt> - The text contained in the field by default which is removed when the field receives focus.
      #   If set to true, use a translation is found in the current I18n locale
      #   (through helpers.placeholders.<modelname>.<attribute>).
      # * Any other key creates standard HTML attributes for the tag.
      #
      # ==== Examples
      #   text_field_tag 'name'
      #   # => <input id="name" name="name" type="text" />
      #
      #   text_field_tag 'query', 'Enter your search query here'
      #   # => <input id="query" name="query" type="text" value="Enter your search query here" />
      #
      #   text_field_tag 'search', nil, placeholder: 'Enter search term...'
      #   # => <input id="search" name="search" placeholder="Enter search term..." type="text" />
      #
      #   text_field_tag 'request', nil, class: 'special_input'
      #   # => <input class="special_input" id="request" name="request" type="text" />
      #
      #   text_field_tag 'address', '', size: 75
      #   # => <input id="address" name="address" size="75" type="text" value="" />
      #
      #   text_field_tag 'zip', nil, maxlength: 5
      #   # => <input id="zip" maxlength="5" name="zip" type="text" />
      #
      #   text_field_tag 'payment_amount', '$0.00', disabled: true
      #   # => <input disabled="disabled" id="payment_amount" name="payment_amount" type="text" value="$0.00" />
      #
      #   text_field_tag 'ip', '0.0.0.0', maxlength: 15, size: 20, class: "ip-input"
      #   # => <input class="ip-input" id="ip" maxlength="15" name="ip" size="20" type="text" value="0.0.0.0" />
      def text_field_tag: (untyped name, ?untyped? value, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a label element. Accepts a block.
      #
      # ==== Options
      # * Creates standard HTML attributes for the tag.
      #
      # ==== Examples
      #   label_tag 'name'
      #   # => <label for="name">Name</label>
      #
      #   label_tag 'name', 'Your name'
      #   # => <label for="name">Your name</label>
      #
      #   label_tag 'name', nil, class: 'small_label'
      #   # => <label for="name" class="small_label">Name</label>
      def label_tag: (?untyped? name, ?untyped? content_or_options, ?untyped? options) { () -> untyped } -> untyped

      # Creates a hidden form input field used to transmit data that would be lost due to HTTP's statelessness or
      # data that should be hidden from the user.
      #
      # ==== Options
      # * Creates standard HTML attributes for the tag.
      #
      # ==== Examples
      #   hidden_field_tag 'tags_list'
      #   # => <input id="tags_list" name="tags_list" type="hidden" />
      #
      #   hidden_field_tag 'token', 'VUBJKB23UIVI1UU1VOBVI@'
      #   # => <input id="token" name="token" type="hidden" value="VUBJKB23UIVI1UU1VOBVI@" />
      #
      #   hidden_field_tag 'collected_input', '', onchange: "alert('Input collected!')"
      #   # => <input id="collected_input" name="collected_input" onchange="alert('Input collected!')"
      #   #    type="hidden" value="" />
      def hidden_field_tag: (untyped name, ?untyped? value, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a file upload field. If you are using file uploads then you will also need
      # to set the multipart option for the form tag:
      #
      #   <%= form_tag '/upload', multipart: true do %>
      #     <label for="file">File to Upload</label> <%= file_field_tag "file" %>
      #     <%= submit_tag %>
      #   <% end %>
      #
      # The specified URL will then be passed a File object containing the selected file, or if the field
      # was left blank, a StringIO object.
      #
      # ==== Options
      # * Creates standard HTML attributes for the tag.
      # * <tt>:disabled</tt> - If set to true, the user will not be able to use this input.
      # * <tt>:multiple</tt> - If set to true, *in most updated browsers* the user will be allowed to select multiple files.
      # * <tt>:accept</tt> - If set to one or multiple mime-types, the user will be suggested a filter when choosing a file. You still need to set up model validations.
      #
      # ==== Examples
      #   file_field_tag 'attachment'
      #   # => <input id="attachment" name="attachment" type="file" />
      #
      #   file_field_tag 'avatar', class: 'profile_input'
      #   # => <input class="profile_input" id="avatar" name="avatar" type="file" />
      #
      #   file_field_tag 'picture', disabled: true
      #   # => <input disabled="disabled" id="picture" name="picture" type="file" />
      #
      #   file_field_tag 'resume', value: '~/resume.doc'
      #   # => <input id="resume" name="resume" type="file" value="~/resume.doc" />
      #
      #   file_field_tag 'user_pic', accept: 'image/png,image/gif,image/jpeg'
      #   # => <input accept="image/png,image/gif,image/jpeg" id="user_pic" name="user_pic" type="file" />
      #
      #   file_field_tag 'file', accept: 'text/html', class: 'upload', value: 'index.html'
      #   # => <input accept="text/html" class="upload" id="file" name="file" type="file" value="index.html" />
      def file_field_tag: (untyped name, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a password field, a masked text field that will hide the users input behind a mask character.
      #
      # ==== Options
      # * <tt>:disabled</tt> - If set to true, the user will not be able to use this input.
      # * <tt>:size</tt> - The number of visible characters that will fit in the input.
      # * <tt>:maxlength</tt> - The maximum number of characters that the browser will allow the user to enter.
      # * Any other key creates standard HTML attributes for the tag.
      #
      # ==== Examples
      #   password_field_tag 'pass'
      #   # => <input id="pass" name="pass" type="password" />
      #
      #   password_field_tag 'secret', 'Your secret here'
      #   # => <input id="secret" name="secret" type="password" value="Your secret here" />
      #
      #   password_field_tag 'masked', nil, class: 'masked_input_field'
      #   # => <input class="masked_input_field" id="masked" name="masked" type="password" />
      #
      #   password_field_tag 'token', '', size: 15
      #   # => <input id="token" name="token" size="15" type="password" value="" />
      #
      #   password_field_tag 'key', nil, maxlength: 16
      #   # => <input id="key" maxlength="16" name="key" type="password" />
      #
      #   password_field_tag 'confirm_pass', nil, disabled: true
      #   # => <input disabled="disabled" id="confirm_pass" name="confirm_pass" type="password" />
      #
      #   password_field_tag 'pin', '1234', maxlength: 4, size: 6, class: "pin_input"
      #   # => <input class="pin_input" id="pin" maxlength="4" name="pin" size="6" type="password" value="1234" />
      def password_field_tag: (?::String name, ?untyped? value, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a text input area; use a textarea for longer text inputs such as blog posts or descriptions.
      #
      # ==== Options
      # * <tt>:size</tt> - A string specifying the dimensions (columns by rows) of the textarea (e.g., "25x10").
      # * <tt>:rows</tt> - Specify the number of rows in the textarea
      # * <tt>:cols</tt> - Specify the number of columns in the textarea
      # * <tt>:disabled</tt> - If set to true, the user will not be able to use this input.
      # * <tt>:escape</tt> - By default, the contents of the text input are HTML escaped.
      #   If you need unescaped contents, set this to false.
      # * Any other key creates standard HTML attributes for the tag.
      #
      # ==== Examples
      #   text_area_tag 'post'
      #   # => <textarea id="post" name="post"></textarea>
      #
      #   text_area_tag 'bio', @user.bio
      #   # => <textarea id="bio" name="bio">This is my biography.</textarea>
      #
      #   text_area_tag 'body', nil, rows: 10, cols: 25
      #   # => <textarea cols="25" id="body" name="body" rows="10"></textarea>
      #
      #   text_area_tag 'body', nil, size: "25x10"
      #   # => <textarea name="body" id="body" cols="25" rows="10"></textarea>
      #
      #   text_area_tag 'description', "Description goes here.", disabled: true
      #   # => <textarea disabled="disabled" id="description" name="description">Description goes here.</textarea>
      #
      #   text_area_tag 'comment', nil, class: 'comment_input'
      #   # => <textarea class="comment_input" id="comment" name="comment"></textarea>
      def text_area_tag: (untyped name, ?untyped? content, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a check box form input tag.
      #
      # ==== Options
      # * <tt>:disabled</tt> - If set to true, the user will not be able to use this input.
      # * Any other key creates standard HTML options for the tag.
      #
      # ==== Examples
      #   check_box_tag 'accept'
      #   # => <input id="accept" name="accept" type="checkbox" value="1" />
      #
      #   check_box_tag 'rock', 'rock music'
      #   # => <input id="rock" name="rock" type="checkbox" value="rock music" />
      #
      #   check_box_tag 'receive_email', 'yes', true
      #   # => <input checked="checked" id="receive_email" name="receive_email" type="checkbox" value="yes" />
      #
      #   check_box_tag 'tos', 'yes', false, class: 'accept_tos'
      #   # => <input class="accept_tos" id="tos" name="tos" type="checkbox" value="yes" />
      #
      #   check_box_tag 'eula', 'accepted', false, disabled: true
      #   # => <input disabled="disabled" id="eula" name="eula" type="checkbox" value="accepted" />
      def check_box_tag: (untyped name, ?::String value, ?bool checked, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a radio button; use groups of radio buttons named the same to allow users to
      # select from a group of options.
      #
      # ==== Options
      # * <tt>:disabled</tt> - If set to true, the user will not be able to use this input.
      # * Any other key creates standard HTML options for the tag.
      #
      # ==== Examples
      #   radio_button_tag 'favorite_color', 'maroon'
      #   # => <input id="favorite_color_maroon" name="favorite_color" type="radio" value="maroon" />
      #
      #   radio_button_tag 'receive_updates', 'no', true
      #   # => <input checked="checked" id="receive_updates_no" name="receive_updates" type="radio" value="no" />
      #
      #   radio_button_tag 'time_slot', "3:00 p.m.", false, disabled: true
      #   # => <input disabled="disabled" id="time_slot_3:00_p.m." name="time_slot" type="radio" value="3:00 p.m." />
      #
      #   radio_button_tag 'color', "green", true, class: "color_input"
      #   # => <input checked="checked" class="color_input" id="color_green" name="color" type="radio" value="green" />
      def radio_button_tag: (untyped name, untyped value, ?bool checked, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a submit button with the text <tt>value</tt> as the caption.
      #
      # ==== Options
      # * <tt>:data</tt> - This option can be used to add custom data attributes.
      # * <tt>:disabled</tt> - If true, the user will not be able to use this input.
      # * Any other key creates standard HTML options for the tag.
      #
      # ==== Data attributes
      #
      # * <tt>confirm: 'question?'</tt> - If present the unobtrusive JavaScript
      #   drivers will provide a prompt with the question specified. If the user accepts,
      #   the form is processed normally, otherwise no action is taken.
      # * <tt>:disable_with</tt> - Value of this parameter will be used as the value for a
      #   disabled version of the submit button when the form is submitted. This feature is
      #   provided by the unobtrusive JavaScript driver. To disable this feature for a single submit tag
      #   pass <tt>:data => { disable_with: false }</tt> Defaults to value attribute.
      #
      # ==== Examples
      #   submit_tag
      #   # => <input name="commit" data-disable-with="Save changes" type="submit" value="Save changes" />
      #
      #   submit_tag "Edit this article"
      #   # => <input name="commit" data-disable-with="Edit this article" type="submit" value="Edit this article" />
      #
      #   submit_tag "Save edits", disabled: true
      #   # => <input disabled="disabled" name="commit" data-disable-with="Save edits" type="submit" value="Save edits" />
      #
      #   submit_tag "Complete sale", data: { disable_with: "Submitting..." }
      #   # => <input name="commit" data-disable-with="Submitting..." type="submit" value="Complete sale" />
      #
      #   submit_tag nil, class: "form_submit"
      #   # => <input class="form_submit" name="commit" type="submit" />
      #
      #   submit_tag "Edit", class: "edit_button"
      #   # => <input class="edit_button" data-disable-with="Edit" name="commit" type="submit" value="Edit" />
      #
      #   submit_tag "Save", data: { confirm: "Are you sure?" }
      #   # => <input name='commit' type='submit' value='Save' data-disable-with="Save" data-confirm="Are you sure?" />
      #
      def submit_tag: (?::String value, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a button element that defines a <tt>submit</tt> button,
      # <tt>reset</tt> button or a generic button which can be used in
      # JavaScript, for example. You can use the button tag as a regular
      # submit tag but it isn't supported in legacy browsers. However,
      # the button tag does allow for richer labels such as images and emphasis,
      # so this helper will also accept a block. By default, it will create
      # a button tag with type <tt>submit</tt>, if type is not given.
      #
      # ==== Options
      # * <tt>:data</tt> - This option can be used to add custom data attributes.
      # * <tt>:disabled</tt> - If true, the user will not be able to
      #   use this input.
      # * Any other key creates standard HTML options for the tag.
      #
      # ==== Data attributes
      #
      # * <tt>confirm: 'question?'</tt> - If present, the
      #   unobtrusive JavaScript drivers will provide a prompt with
      #   the question specified. If the user accepts, the form is
      #   processed normally, otherwise no action is taken.
      # * <tt>:disable_with</tt> - Value of this parameter will be
      #   used as the value for a disabled version of the submit
      #   button when the form is submitted. This feature is provided
      #   by the unobtrusive JavaScript driver.
      #
      # ==== Examples
      #   button_tag
      #   # => <button name="button" type="submit">Button</button>
      #
      #   button_tag 'Reset', type: 'reset'
      #   # => <button name="button" type="reset">Reset</button>
      #
      #   button_tag 'Button', type: 'button'
      #   # => <button name="button" type="button">Button</button>
      #
      #   button_tag 'Reset', type: 'reset', disabled: true
      #   # => <button name="button" type="reset" disabled="disabled">Reset</button>
      #
      #   button_tag(type: 'button') do
      #     content_tag(:strong, 'Ask me!')
      #   end
      #   # => <button name="button" type="button">
      #   #     <strong>Ask me!</strong>
      #   #    </button>
      #
      #   button_tag "Save", data: { confirm: "Are you sure?" }
      #   # => <button name="button" type="submit" data-confirm="Are you sure?">Save</button>
      #
      #   button_tag "Checkout", data: { disable_with: "Please wait..." }
      #   # => <button data-disable-with="Please wait..." name="button" type="submit">Checkout</button>
      #
      def button_tag: (?untyped? content_or_options, ?untyped? options) { () -> untyped } -> untyped

      # Displays an image which when clicked will submit the form.
      #
      # <tt>source</tt> is passed to AssetTagHelper#path_to_image
      #
      # ==== Options
      # * <tt>:data</tt> - This option can be used to add custom data attributes.
      # * <tt>:disabled</tt> - If set to true, the user will not be able to use this input.
      # * Any other key creates standard HTML options for the tag.
      #
      # ==== Data attributes
      #
      # * <tt>confirm: 'question?'</tt> - This will add a JavaScript confirm
      #   prompt with the question specified. If the user accepts, the form is
      #   processed normally, otherwise no action is taken.
      #
      # ==== Examples
      #   image_submit_tag("login.png")
      #   # => <input src="/assets/login.png" type="image" />
      #
      #   image_submit_tag("purchase.png", disabled: true)
      #   # => <input disabled="disabled" src="/assets/purchase.png" type="image" />
      #
      #   image_submit_tag("search.png", class: 'search_button', alt: 'Find')
      #   # => <input class="search_button" src="/assets/search.png" type="image" />
      #
      #   image_submit_tag("agree.png", disabled: true, class: "agree_disagree_button")
      #   # => <input class="agree_disagree_button" disabled="disabled" src="/assets/agree.png" type="image" />
      #
      #   image_submit_tag("save.png", data: { confirm: "Are you sure?" })
      #   # => <input src="/assets/save.png" data-confirm="Are you sure?" type="image" />
      def image_submit_tag: (untyped source, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a field set for grouping HTML form elements.
      #
      # <tt>legend</tt> will become the fieldset's title (optional as per W3C).
      # <tt>options</tt> accept the same values as tag.
      #
      # ==== Examples
      #   <%= field_set_tag do %>
      #     <p><%= text_field_tag 'name' %></p>
      #   <% end %>
      #   # => <fieldset><p><input id="name" name="name" type="text" /></p></fieldset>
      #
      #   <%= field_set_tag 'Your details' do %>
      #     <p><%= text_field_tag 'name' %></p>
      #   <% end %>
      #   # => <fieldset><legend>Your details</legend><p><input id="name" name="name" type="text" /></p></fieldset>
      #
      #   <%= field_set_tag nil, class: 'format' do %>
      #     <p><%= text_field_tag 'name' %></p>
      #   <% end %>
      #   # => <fieldset class="format"><p><input id="name" name="name" type="text" /></p></fieldset>
      def field_set_tag: (?untyped? legend, ?untyped? options) { () -> untyped } -> untyped

      # Creates a text field of type "color".
      #
      # ==== Options
      # * Accepts the same options as text_field_tag.
      #
      # ==== Examples
      #   color_field_tag 'name'
      #   # => <input id="name" name="name" type="color" />
      #
      #   color_field_tag 'color', '#DEF726'
      #   # => <input id="color" name="color" type="color" value="#DEF726" />
      #
      #   color_field_tag 'color', nil, class: 'special_input'
      #   # => <input class="special_input" id="color" name="color" type="color" />
      #
      #   color_field_tag 'color', '#DEF726', class: 'special_input', disabled: true
      #   # => <input disabled="disabled" class="special_input" id="color" name="color" type="color" value="#DEF726" />
      def color_field_tag: (untyped name, ?untyped? value, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a text field of type "search".
      #
      # ==== Options
      # * Accepts the same options as text_field_tag.
      #
      # ==== Examples
      #   search_field_tag 'name'
      #   # => <input id="name" name="name" type="search" />
      #
      #   search_field_tag 'search', 'Enter your search query here'
      #   # => <input id="search" name="search" type="search" value="Enter your search query here" />
      #
      #   search_field_tag 'search', nil, class: 'special_input'
      #   # => <input class="special_input" id="search" name="search" type="search" />
      #
      #   search_field_tag 'search', 'Enter your search query here', class: 'special_input', disabled: true
      #   # => <input disabled="disabled" class="special_input" id="search" name="search" type="search" value="Enter your search query here" />
      def search_field_tag: (untyped name, ?untyped? value, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a text field of type "tel".
      #
      # ==== Options
      # * Accepts the same options as text_field_tag.
      #
      # ==== Examples
      #   telephone_field_tag 'name'
      #   # => <input id="name" name="name" type="tel" />
      #
      #   telephone_field_tag 'tel', '0123456789'
      #   # => <input id="tel" name="tel" type="tel" value="0123456789" />
      #
      #   telephone_field_tag 'tel', nil, class: 'special_input'
      #   # => <input class="special_input" id="tel" name="tel" type="tel" />
      #
      #   telephone_field_tag 'tel', '0123456789', class: 'special_input', disabled: true
      #   # => <input disabled="disabled" class="special_input" id="tel" name="tel" type="tel" value="0123456789" />
      def telephone_field_tag: (untyped name, ?untyped? value, ?::Hash[untyped, untyped] options) -> untyped

      alias phone_field_tag telephone_field_tag

      # Creates a text field of type "date".
      #
      # ==== Options
      # * Accepts the same options as text_field_tag.
      #
      # ==== Examples
      #   date_field_tag 'name'
      #   # => <input id="name" name="name" type="date" />
      #
      #   date_field_tag 'date', '01/01/2014'
      #   # => <input id="date" name="date" type="date" value="01/01/2014" />
      #
      #   date_field_tag 'date', nil, class: 'special_input'
      #   # => <input class="special_input" id="date" name="date" type="date" />
      #
      #   date_field_tag 'date', '01/01/2014', class: 'special_input', disabled: true
      #   # => <input disabled="disabled" class="special_input" id="date" name="date" type="date" value="01/01/2014" />
      def date_field_tag: (untyped name, ?untyped? value, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a text field of type "time".
      #
      # === Options
      # * <tt>:min</tt> - The minimum acceptable value.
      # * <tt>:max</tt> - The maximum acceptable value.
      # * <tt>:step</tt> - The acceptable value granularity.
      # * Otherwise accepts the same options as text_field_tag.
      def time_field_tag: (untyped name, ?untyped? value, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a text field of type "datetime-local".
      #
      # === Options
      # * <tt>:min</tt> - The minimum acceptable value.
      # * <tt>:max</tt> - The maximum acceptable value.
      # * <tt>:step</tt> - The acceptable value granularity.
      # * Otherwise accepts the same options as text_field_tag.
      def datetime_field_tag: (untyped name, ?untyped? value, ?::Hash[untyped, untyped] options) -> untyped

      alias datetime_local_field_tag datetime_field_tag

      # Creates a text field of type "month".
      #
      # === Options
      # * <tt>:min</tt> - The minimum acceptable value.
      # * <tt>:max</tt> - The maximum acceptable value.
      # * <tt>:step</tt> - The acceptable value granularity.
      # * Otherwise accepts the same options as text_field_tag.
      def month_field_tag: (untyped name, ?untyped? value, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a text field of type "week".
      #
      # === Options
      # * <tt>:min</tt> - The minimum acceptable value.
      # * <tt>:max</tt> - The maximum acceptable value.
      # * <tt>:step</tt> - The acceptable value granularity.
      # * Otherwise accepts the same options as text_field_tag.
      def week_field_tag: (untyped name, ?untyped? value, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a text field of type "url".
      #
      # ==== Options
      # * Accepts the same options as text_field_tag.
      #
      # ==== Examples
      #   url_field_tag 'name'
      #   # => <input id="name" name="name" type="url" />
      #
      #   url_field_tag 'url', 'http://rubyonrails.org'
      #   # => <input id="url" name="url" type="url" value="http://rubyonrails.org" />
      #
      #   url_field_tag 'url', nil, class: 'special_input'
      #   # => <input class="special_input" id="url" name="url" type="url" />
      #
      #   url_field_tag 'url', 'http://rubyonrails.org', class: 'special_input', disabled: true
      #   # => <input disabled="disabled" class="special_input" id="url" name="url" type="url" value="http://rubyonrails.org" />
      def url_field_tag: (untyped name, ?untyped? value, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a text field of type "email".
      #
      # ==== Options
      # * Accepts the same options as text_field_tag.
      #
      # ==== Examples
      #   email_field_tag 'name'
      #   # => <input id="name" name="name" type="email" />
      #
      #   email_field_tag 'email', 'email@example.com'
      #   # => <input id="email" name="email" type="email" value="email@example.com" />
      #
      #   email_field_tag 'email', nil, class: 'special_input'
      #   # => <input class="special_input" id="email" name="email" type="email" />
      #
      #   email_field_tag 'email', 'email@example.com', class: 'special_input', disabled: true
      #   # => <input disabled="disabled" class="special_input" id="email" name="email" type="email" value="email@example.com" />
      def email_field_tag: (untyped name, ?untyped? value, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a number field.
      #
      # ==== Options
      # * <tt>:min</tt> - The minimum acceptable value.
      # * <tt>:max</tt> - The maximum acceptable value.
      # * <tt>:in</tt> - A range specifying the <tt>:min</tt> and
      #   <tt>:max</tt> values.
      # * <tt>:within</tt> - Same as <tt>:in</tt>.
      # * <tt>:step</tt> - The acceptable value granularity.
      # * Otherwise accepts the same options as text_field_tag.
      #
      # ==== Examples
      #   number_field_tag 'quantity'
      #   # => <input id="quantity" name="quantity" type="number" />
      #
      #   number_field_tag 'quantity', '1'
      #   # => <input id="quantity" name="quantity" type="number" value="1" />
      #
      #   number_field_tag 'quantity', nil, class: 'special_input'
      #   # => <input class="special_input" id="quantity" name="quantity" type="number" />
      #
      #   number_field_tag 'quantity', nil, min: 1
      #   # => <input id="quantity" name="quantity" min="1" type="number" />
      #
      #   number_field_tag 'quantity', nil, max: 9
      #   # => <input id="quantity" name="quantity" max="9" type="number" />
      #
      #   number_field_tag 'quantity', nil, in: 1...10
      #   # => <input id="quantity" name="quantity" min="1" max="9" type="number" />
      #
      #   number_field_tag 'quantity', nil, within: 1...10
      #   # => <input id="quantity" name="quantity" min="1" max="9" type="number" />
      #
      #   number_field_tag 'quantity', nil, min: 1, max: 10
      #   # => <input id="quantity" name="quantity" min="1" max="10" type="number" />
      #
      #   number_field_tag 'quantity', nil, min: 1, max: 10, step: 2
      #   # => <input id="quantity" name="quantity" min="1" max="10" step="2" type="number" />
      #
      #   number_field_tag 'quantity', '1', class: 'special_input', disabled: true
      #   # => <input disabled="disabled" class="special_input" id="quantity" name="quantity" type="number" value="1" />
      def number_field_tag: (untyped name, ?untyped? value, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a range form element.
      #
      # ==== Options
      # * Accepts the same options as number_field_tag.
      def range_field_tag: (untyped name, ?untyped? value, ?::Hash[untyped, untyped] options) -> untyped

      # Creates the hidden UTF8 enforcer tag. Override this method in a helper
      # to customize the tag.
      def utf8_enforcer_tag: () -> untyped

      def html_options_for_form: (untyped url_for_options, untyped options) -> untyped

      def extra_tags_for_form: (untyped html_options) -> untyped

      def form_tag_html: (untyped html_options) -> untyped

      def form_tag_with_body: (untyped html_options, untyped content) -> untyped

      # see http://www.w3.org/TR/html4/types.html#type-name
      def sanitize_to_id: (untyped name) -> untyped

      def set_default_disable_with: (untyped value, untyped tag_options) -> (nil | untyped)

      def convert_direct_upload_option_to_url: (untyped options) -> untyped
    end
  end
end

module ActionView
  module Helpers
    # nodoc:
    module JavaScriptHelper
      JS_ESCAPE_MAP: ::Hash[untyped, untyped]

      # Escapes carriage returns and single and double quotes for JavaScript segments.
      #
      # Also available through the alias j(). This is particularly helpful in JavaScript
      # responses, like:
      #
      #   $('some_element').replaceWith('<%= j render 'some/element_template' %>');
      def escape_javascript: (untyped javascript) -> untyped

      alias j escape_javascript

      # Returns a JavaScript tag with the +content+ inside. Example:
      #   javascript_tag "alert('All is good')"
      #
      # Returns:
      #   <script>
      #   //<![CDATA[
      #   alert('All is good')
      #   //]]>
      #   </script>
      #
      # +html_options+ may be a hash of attributes for the <tt>\<script></tt>
      # tag.
      #
      #   javascript_tag "alert('All is good')", defer: 'defer'
      #
      # Returns:
      #   <script defer="defer">
      #   //<![CDATA[
      #   alert('All is good')
      #   //]]>
      #   </script>
      #
      # Instead of passing the content as an argument, you can also use a block
      # in which case, you pass your +html_options+ as the first parameter.
      #
      #   <%= javascript_tag defer: 'defer' do -%>
      #     alert('All is good')
      #   <% end -%>
      #
      # If you have a content security policy enabled then you can add an automatic
      # nonce value by passing <tt>nonce: true</tt> as part of +html_options+. Example:
      #
      #   <%= javascript_tag nonce: true do -%>
      #     alert('All is good')
      #   <% end -%>
      def javascript_tag: (?untyped? content_or_options_with_block, ?::Hash[untyped, untyped] html_options) { () -> untyped } -> untyped

      def javascript_cdata_section: (untyped content) -> untyped
    end
  end
end

module ActionView
  module Helpers
    # = Action View Number Helpers
    # nodoc:
    # Provides methods for converting numbers into formatted strings.
    # Methods are provided for phone numbers, currency, percentage,
    # precision, positional notation, file size and pretty printing.
    #
    # Most methods expect a +number+ argument, and will return it
    # unchanged if can't be converted into a valid number.
    module NumberHelper
      # Raised when argument +number+ param given to the helpers is invalid and
      # the option :raise is set to  +true+.
      class InvalidNumberError < StandardError
        attr_accessor number: untyped

        def initialize: (untyped number) -> untyped
      end

      # Formats a +number+ into a phone number (US by default e.g., (555)
      # 123-9876). You can customize the format in the +options+ hash.
      #
      # ==== Options
      #
      # * <tt>:area_code</tt> - Adds parentheses around the area code.
      # * <tt>:delimiter</tt> - Specifies the delimiter to use
      #   (defaults to "-").
      # * <tt>:extension</tt> - Specifies an extension to add to the
      #   end of the generated number.
      # * <tt>:country_code</tt> - Sets the country code for the phone
      #   number.
      # * <tt>:pattern</tt> - Specifies how the number is divided into three
      #   groups with the custom regexp to override the default format.
      # * <tt>:raise</tt> - If true, raises +InvalidNumberError+ when
      #   the argument is invalid.
      #
      # ==== Examples
      #
      #   number_to_phone(5551234)                                           # => 555-1234
      #   number_to_phone("5551234")                                         # => 555-1234
      #   number_to_phone(1235551234)                                        # => 123-555-1234
      #   number_to_phone(1235551234, area_code: true)                       # => (123) 555-1234
      #   number_to_phone(1235551234, delimiter: " ")                        # => 123 555 1234
      #   number_to_phone(1235551234, area_code: true, extension: 555)       # => (123) 555-1234 x 555
      #   number_to_phone(1235551234, country_code: 1)                       # => +1-123-555-1234
      #   number_to_phone("123a456")                                         # => 123a456
      #   number_to_phone("1234a567", raise: true)                           # => InvalidNumberError
      #
      #   number_to_phone(1235551234, country_code: 1, extension: 1343, delimiter: ".")
      #   # => +1.123.555.1234 x 1343
      #
      #   number_to_phone(75561234567, pattern: /(\d{1,4})(\d{4})(\d{4})$/, area_code: true)
      #   # => "(755) 6123-4567"
      #   number_to_phone(13312345678, pattern: /(\d{3})(\d{4})(\d{4})$/)
      #   # => "133-1234-5678"
      def number_to_phone: (untyped number, ?::Hash[untyped, untyped] options) -> (nil | untyped)

      # Formats a +number+ into a currency string (e.g., $13.65). You
      # can customize the format in the +options+ hash.
      #
      # The currency unit and number formatting of the current locale will be used
      # unless otherwise specified in the provided options. No currency conversion
      # is performed. If the user is given a way to change their locale, they will
      # also be able to change the relative value of the currency displayed with
      # this helper. If your application will ever support multiple locales, you
      # may want to specify a constant <tt>:locale</tt> option or consider
      # using a library capable of currency conversion.
      #
      # ==== Options
      #
      # * <tt>:locale</tt> - Sets the locale to be used for formatting
      #   (defaults to current locale).
      # * <tt>:precision</tt> - Sets the level of precision (defaults
      #   to 2).
      # * <tt>:unit</tt> - Sets the denomination of the currency
      #   (defaults to "$").
      # * <tt>:separator</tt> - Sets the separator between the units
      #   (defaults to ".").
      # * <tt>:delimiter</tt> - Sets the thousands delimiter (defaults
      #   to ",").
      # * <tt>:format</tt> - Sets the format for non-negative numbers
      #   (defaults to "%u%n").  Fields are <tt>%u</tt> for the
      #   currency, and <tt>%n</tt> for the number.
      # * <tt>:negative_format</tt> - Sets the format for negative
      #   numbers (defaults to prepending a hyphen to the formatted
      #   number given by <tt>:format</tt>).  Accepts the same fields
      #   than <tt>:format</tt>, except <tt>%n</tt> is here the
      #   absolute value of the number.
      # * <tt>:raise</tt> - If true, raises +InvalidNumberError+ when
      #   the argument is invalid.
      # * <tt>:strip_insignificant_zeros</tt> - If +true+ removes
      #   insignificant zeros after the decimal separator (defaults to
      #   +false+).
      #
      # ==== Examples
      #
      #   number_to_currency(1234567890.50)                    # => $1,234,567,890.50
      #   number_to_currency(1234567890.506)                   # => $1,234,567,890.51
      #   number_to_currency(1234567890.506, precision: 3)     # => $1,234,567,890.506
      #   number_to_currency(1234567890.506, locale: :fr)      # => 1 234 567 890,51 (trim non-ascii characters)
      #   number_to_currency("123a456")                        # => $123a456
      #
      #   number_to_currency("123a456", raise: true)           # => InvalidNumberError
      #
      #   number_to_currency(-0.456789, precision: 0)
      #   # => "$0"
      #   number_to_currency(-1234567890.50, negative_format: "(%u%n)")
      #   # => ($1,234,567,890.50)
      #   number_to_currency(1234567890.50, unit: "R$", separator: ",", delimiter: "")
      #   # => R$1234567890,50
      #   number_to_currency(1234567890.50, unit: "R$", separator: ",", delimiter: "", format: "%n %u")
      #   # => 1234567890,50 R$
      #   number_to_currency(1234567890.50, strip_insignificant_zeros: true)
      #   # => "$1,234,567,890.5"
      def number_to_currency: (untyped number, ?::Hash[untyped, untyped] options) -> untyped

      # Formats a +number+ as a percentage string (e.g., 65%). You can
      # customize the format in the +options+ hash.
      #
      # ==== Options
      #
      # * <tt>:locale</tt> - Sets the locale to be used for formatting
      #   (defaults to current locale).
      # * <tt>:precision</tt> - Sets the precision of the number
      #   (defaults to 3).
      # * <tt>:significant</tt> - If +true+, precision will be the number
      #   of significant_digits. If +false+, the number of fractional
      #   digits (defaults to +false+).
      # * <tt>:separator</tt> - Sets the separator between the
      #   fractional and integer digits (defaults to ".").
      # * <tt>:delimiter</tt> - Sets the thousands delimiter (defaults
      #   to "").
      # * <tt>:strip_insignificant_zeros</tt> - If +true+ removes
      #   insignificant zeros after the decimal separator (defaults to
      #   +false+).
      # * <tt>:format</tt> - Specifies the format of the percentage
      #   string The number field is <tt>%n</tt> (defaults to "%n%").
      # * <tt>:raise</tt> - If true, raises +InvalidNumberError+ when
      #   the argument is invalid.
      #
      # ==== Examples
      #
      #   number_to_percentage(100)                                        # => 100.000%
      #   number_to_percentage("98")                                       # => 98.000%
      #   number_to_percentage(100, precision: 0)                          # => 100%
      #   number_to_percentage(1000, delimiter: '.', separator: ',')       # => 1.000,000%
      #   number_to_percentage(302.24398923423, precision: 5)              # => 302.24399%
      #   number_to_percentage(1000, locale: :fr)                          # => 1 000,000%
      #   number_to_percentage("98a")                                      # => 98a%
      #   number_to_percentage(100, format: "%n  %")                       # => 100.000  %
      #
      #   number_to_percentage("98a", raise: true)                         # => InvalidNumberError
      def number_to_percentage: (untyped number, ?::Hash[untyped, untyped] options) -> untyped

      # Formats a +number+ with grouped thousands using +delimiter+
      # (e.g., 12,324). You can customize the format in the +options+
      # hash.
      #
      # ==== Options
      #
      # * <tt>:locale</tt> - Sets the locale to be used for formatting
      #   (defaults to current locale).
      # * <tt>:delimiter</tt> - Sets the thousands delimiter (defaults
      #   to ",").
      # * <tt>:separator</tt> - Sets the separator between the
      #   fractional and integer digits (defaults to ".").
      # * <tt>:delimiter_pattern</tt> - Sets a custom regular expression used for
      #   deriving the placement of delimiter. Helpful when using currency formats
      #   like INR.
      # * <tt>:raise</tt> - If true, raises +InvalidNumberError+ when
      #   the argument is invalid.
      #
      # ==== Examples
      #
      #   number_with_delimiter(12345678)                        # => 12,345,678
      #   number_with_delimiter("123456")                        # => 123,456
      #   number_with_delimiter(12345678.05)                     # => 12,345,678.05
      #   number_with_delimiter(12345678, delimiter: ".")        # => 12.345.678
      #   number_with_delimiter(12345678, delimiter: ",")        # => 12,345,678
      #   number_with_delimiter(12345678.05, separator: " ")     # => 12,345,678 05
      #   number_with_delimiter(12345678.05, locale: :fr)        # => 12 345 678,05
      #   number_with_delimiter("112a")                          # => 112a
      #   number_with_delimiter(98765432.98, delimiter: " ", separator: ",")
      #   # => 98 765 432,98
      #
      #   number_with_delimiter("123456.78",
      #     delimiter_pattern: /(\d+?)(?=(\d\d)+(\d)(?!\d))/)    # => "1,23,456.78"
      #
      #  number_with_delimiter("112a", raise: true)              # => raise InvalidNumberError
      def number_with_delimiter: (untyped number, ?::Hash[untyped, untyped] options) -> untyped

      # Formats a +number+ with the specified level of
      # <tt>:precision</tt> (e.g., 112.32 has a precision of 2 if
      # +:significant+ is +false+, and 5 if +:significant+ is +true+).
      # You can customize the format in the +options+ hash.
      #
      # ==== Options
      #
      # * <tt>:locale</tt> - Sets the locale to be used for formatting
      #   (defaults to current locale).
      # * <tt>:precision</tt> - Sets the precision of the number
      #   (defaults to 3).
      # * <tt>:significant</tt> - If +true+, precision will be the number
      #   of significant_digits. If +false+, the number of fractional
      #   digits (defaults to +false+).
      # * <tt>:separator</tt> - Sets the separator between the
      #   fractional and integer digits (defaults to ".").
      # * <tt>:delimiter</tt> - Sets the thousands delimiter (defaults
      #   to "").
      # * <tt>:strip_insignificant_zeros</tt> - If +true+ removes
      #   insignificant zeros after the decimal separator (defaults to
      #   +false+).
      # * <tt>:raise</tt> - If true, raises +InvalidNumberError+ when
      #   the argument is invalid.
      #
      # ==== Examples
      #
      #   number_with_precision(111.2345)                                         # => 111.235
      #   number_with_precision(111.2345, precision: 2)                           # => 111.23
      #   number_with_precision(13, precision: 5)                                 # => 13.00000
      #   number_with_precision(389.32314, precision: 0)                          # => 389
      #   number_with_precision(111.2345, significant: true)                      # => 111
      #   number_with_precision(111.2345, precision: 1, significant: true)        # => 100
      #   number_with_precision(13, precision: 5, significant: true)              # => 13.000
      #   number_with_precision(111.234, locale: :fr)                             # => 111,234
      #
      #   number_with_precision(13, precision: 5, significant: true, strip_insignificant_zeros: true)
      #   # => 13
      #
      #   number_with_precision(389.32314, precision: 4, significant: true)       # => 389.3
      #   number_with_precision(1111.2345, precision: 2, separator: ',', delimiter: '.')
      #   # => 1.111,23
      def number_with_precision: (untyped number, ?::Hash[untyped, untyped] options) -> untyped

      # Formats the bytes in +number+ into a more understandable
      # representation (e.g., giving it 1500 yields 1.5 KB). This
      # method is useful for reporting file sizes to users. You can
      # customize the format in the +options+ hash.
      #
      # See <tt>number_to_human</tt> if you want to pretty-print a
      # generic number.
      #
      # ==== Options
      #
      # * <tt>:locale</tt> - Sets the locale to be used for formatting
      #   (defaults to current locale).
      # * <tt>:precision</tt> - Sets the precision of the number
      #   (defaults to 3).
      # * <tt>:significant</tt> - If +true+, precision will be the number
      #   of significant_digits. If +false+, the number of fractional
      #   digits (defaults to +true+)
      # * <tt>:separator</tt> - Sets the separator between the
      #   fractional and integer digits (defaults to ".").
      # * <tt>:delimiter</tt> - Sets the thousands delimiter (defaults
      #   to "").
      # * <tt>:strip_insignificant_zeros</tt> - If +true+ removes
      #   insignificant zeros after the decimal separator (defaults to
      #   +true+)
      # * <tt>:raise</tt> - If true, raises +InvalidNumberError+ when
      #   the argument is invalid.
      #
      # ==== Examples
      #
      #   number_to_human_size(123)                                          # => 123 Bytes
      #   number_to_human_size(1234)                                         # => 1.21 KB
      #   number_to_human_size(12345)                                        # => 12.1 KB
      #   number_to_human_size(1234567)                                      # => 1.18 MB
      #   number_to_human_size(1234567890)                                   # => 1.15 GB
      #   number_to_human_size(1234567890123)                                # => 1.12 TB
      #   number_to_human_size(1234567890123456)                             # => 1.1 PB
      #   number_to_human_size(1234567890123456789)                          # => 1.07 EB
      #   number_to_human_size(1234567, precision: 2)                        # => 1.2 MB
      #   number_to_human_size(483989, precision: 2)                         # => 470 KB
      #   number_to_human_size(1234567, precision: 2, separator: ',')        # => 1,2 MB
      #   number_to_human_size(1234567890123, precision: 5)                  # => "1.1228 TB"
      #   number_to_human_size(524288000, precision: 5)                      # => "500 MB"
      def number_to_human_size: (untyped number, ?::Hash[untyped, untyped] options) -> untyped

      # Pretty prints (formats and approximates) a number in a way it
      # is more readable by humans (eg.: 1200000000 becomes "1.2
      # Billion"). This is useful for numbers that can get very large
      # (and too hard to read).
      #
      # See <tt>number_to_human_size</tt> if you want to print a file
      # size.
      #
      # You can also define your own unit-quantifier names if you want
      # to use other decimal units (eg.: 1500 becomes "1.5
      # kilometers", 0.150 becomes "150 milliliters", etc). You may
      # define a wide range of unit quantifiers, even fractional ones
      # (centi, deci, mili, etc).
      #
      # ==== Options
      #
      # * <tt>:locale</tt> - Sets the locale to be used for formatting
      #   (defaults to current locale).
      # * <tt>:precision</tt> - Sets the precision of the number
      #   (defaults to 3).
      # * <tt>:significant</tt> - If +true+, precision will be the number
      #   of significant_digits. If +false+, the number of fractional
      #   digits (defaults to +true+)
      # * <tt>:separator</tt> - Sets the separator between the
      #   fractional and integer digits (defaults to ".").
      # * <tt>:delimiter</tt> - Sets the thousands delimiter (defaults
      #   to "").
      # * <tt>:strip_insignificant_zeros</tt> - If +true+ removes
      #   insignificant zeros after the decimal separator (defaults to
      #   +true+)
      # * <tt>:units</tt> - A Hash of unit quantifier names. Or a
      #   string containing an i18n scope where to find this hash. It
      #   might have the following keys:
      #   * *integers*: <tt>:unit</tt>, <tt>:ten</tt>,
      #     <tt>:hundred</tt>, <tt>:thousand</tt>, <tt>:million</tt>,
      #     <tt>:billion</tt>, <tt>:trillion</tt>,
      #     <tt>:quadrillion</tt>
      #   * *fractionals*: <tt>:deci</tt>, <tt>:centi</tt>,
      #     <tt>:mili</tt>, <tt>:micro</tt>, <tt>:nano</tt>,
      #     <tt>:pico</tt>, <tt>:femto</tt>
      # * <tt>:format</tt> - Sets the format of the output string
      #   (defaults to "%n %u"). The field types are:
      #   * %u - The quantifier (ex.: 'thousand')
      #   * %n - The number
      # * <tt>:raise</tt> - If true, raises +InvalidNumberError+ when
      #   the argument is invalid.
      #
      # ==== Examples
      #
      #   number_to_human(123)                                          # => "123"
      #   number_to_human(1234)                                         # => "1.23 Thousand"
      #   number_to_human(12345)                                        # => "12.3 Thousand"
      #   number_to_human(1234567)                                      # => "1.23 Million"
      #   number_to_human(1234567890)                                   # => "1.23 Billion"
      #   number_to_human(1234567890123)                                # => "1.23 Trillion"
      #   number_to_human(1234567890123456)                             # => "1.23 Quadrillion"
      #   number_to_human(1234567890123456789)                          # => "1230 Quadrillion"
      #   number_to_human(489939, precision: 2)                         # => "490 Thousand"
      #   number_to_human(489939, precision: 4)                         # => "489.9 Thousand"
      #   number_to_human(1234567, precision: 4,
      #                           significant: false)                   # => "1.2346 Million"
      #   number_to_human(1234567, precision: 1,
      #                           separator: ',',
      #                           significant: false)                   # => "1,2 Million"
      #
      #   number_to_human(500000000, precision: 5)                      # => "500 Million"
      #   number_to_human(12345012345, significant: false)              # => "12.345 Billion"
      #
      # Non-significant zeros after the decimal separator are stripped
      # out by default (set <tt>:strip_insignificant_zeros</tt> to
      # +false+ to change that):
      #
      # number_to_human(12.00001)                                       # => "12"
      # number_to_human(12.00001, strip_insignificant_zeros: false)     # => "12.0"
      #
      # ==== Custom Unit Quantifiers
      #
      # You can also use your own custom unit quantifiers:
      #  number_to_human(500000, units: {unit: "ml", thousand: "lt"})  # => "500 lt"
      #
      # If in your I18n locale you have:
      #   distance:
      #     centi:
      #       one: "centimeter"
      #       other: "centimeters"
      #     unit:
      #       one: "meter"
      #       other: "meters"
      #     thousand:
      #       one: "kilometer"
      #       other: "kilometers"
      #     billion: "gazillion-distance"
      #
      # Then you could do:
      #
      #  number_to_human(543934, units: :distance)              # => "544 kilometers"
      #  number_to_human(54393498, units: :distance)            # => "54400 kilometers"
      #  number_to_human(54393498000, units: :distance)         # => "54.4 gazillion-distance"
      #  number_to_human(343, units: :distance, precision: 1)   # => "300 meters"
      #  number_to_human(1, units: :distance)                   # => "1 meter"
      #  number_to_human(0.34, units: :distance)                # => "34 centimeters"
      #
      def number_to_human: (untyped number, ?::Hash[untyped, untyped] options) -> untyped

      def delegate_number_helper_method: (untyped method, untyped number, untyped options) -> (nil | untyped)

      def escape_unsafe_options: (untyped options) -> untyped

      def escape_units: (untyped units) -> untyped

      def wrap_with_output_safety_handling: (untyped number, untyped raise_on_invalid) { () -> untyped } -> untyped

      def valid_float?: (untyped number) -> untyped

      def parse_float: (untyped number, untyped raise_error) -> untyped
    end
  end
end

module ActionView
  module Helpers
    # nodoc:
    # = Action View Raw Output Helper
    # nodoc:
    module OutputSafetyHelper
      # This method outputs without escaping a string. Since escaping tags is
      # now default, this can be used when you don't want Rails to automatically
      # escape tags. This is not recommended if the data is coming from the user's
      # input.
      #
      # For example:
      #
      #  raw @user.name
      #  # => 'Jimmy <alert>Tables</alert>'
      def raw: (untyped stringish) -> untyped

      # This method returns an HTML safe string similar to what <tt>Array#join</tt>
      # would return. The array is flattened, and all items, including
      # the supplied separator, are HTML escaped unless they are HTML
      # safe, and the returned string is marked as HTML safe.
      #
      #   safe_join([raw("<p>foo</p>"), "<p>bar</p>"], "<br />")
      #   # => "<p>foo</p>&lt;br /&gt;&lt;p&gt;bar&lt;/p&gt;"
      #
      #   safe_join([raw("<p>foo</p>"), raw("<p>bar</p>")], raw("<br />"))
      #   # => "<p>foo</p><br /><p>bar</p>"
      #
      def safe_join: (untyped array, ?untyped sep) -> untyped

      # Converts the array to a comma-separated sentence where the last element is
      # joined by the connector word. This is the html_safe-aware version of
      # ActiveSupport's {Array#to_sentence}[https://api.rubyonrails.org/classes/Array.html#method-i-to_sentence].
      #
      def to_sentence: (untyped array, ?::Hash[untyped, untyped] options) -> untyped
    end
  end
end

module ActionView
  module Helpers
    # nodoc:
    # = Action View Rendering
    #
    # Implements methods that allow rendering from a view context.
    # In order to use this module, all you need is to implement
    # view_renderer that returns an ActionView::Renderer object.
    module RenderingHelper
      # Returns the result of a render that's dictated by the options hash. The primary options are:
      #
      # * <tt>:partial</tt> - See <tt>ActionView::PartialRenderer</tt>.
      # * <tt>:file</tt> - Renders an explicit template file (this used to be the old default), add :locals to pass in those.
      # * <tt>:inline</tt> - Renders an inline template similar to how it's done in the controller.
      # * <tt>:plain</tt> - Renders the text passed in out. Setting the content
      #   type as <tt>text/plain</tt>.
      # * <tt>:html</tt> - Renders the HTML safe string passed in out, otherwise
      #   performs HTML escape on the string first. Setting the content type as
      #   <tt>text/html</tt>.
      # * <tt>:body</tt> - Renders the text passed in, and inherits the content
      #   type of <tt>text/plain</tt> from <tt>ActionDispatch::Response</tt>
      #   object.
      #
      # If no options hash is passed or :update specified, the default is to render a partial and use the second parameter
      # as the locals hash.
      def render: (?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] locals) { () -> untyped } -> untyped

      # Overwrites _layout_for in the context object so it supports the case a block is
      # passed to a partial. Returns the contents that are yielded to a layout, given a
      # name or a block.
      #
      # You can think of a layout as a method that is called with a block. If the user calls
      # <tt>yield :some_name</tt>, the block, by default, returns <tt>content_for(:some_name)</tt>.
      # If the user calls simply +yield+, the default block returns <tt>content_for(:layout)</tt>.
      #
      # The user can override this default by passing a block to the layout:
      #
      #   # The template
      #   <%= render layout: "my_layout" do %>
      #     Content
      #   <% end %>
      #
      #   # The layout
      #   <html>
      #     <%= yield %>
      #   </html>
      #
      # In this case, instead of the default block, which would return <tt>content_for(:layout)</tt>,
      # this method returns the block that was passed in to <tt>render :layout</tt>, and the response
      # would be
      #
      #   <html>
      #     Content
      #   </html>
      #
      # Finally, the block can take block arguments, which can be passed in by +yield+:
      #
      #   # The template
      #   <%= render layout: "my_layout" do |customer| %>
      #     Hello <%= customer.name %>
      #   <% end %>
      #
      #   # The layout
      #   <html>
      #     <%= yield Struct.new(:name).new("David") %>
      #   </html>
      #
      # In this case, the layout would receive the block passed into <tt>render :layout</tt>,
      # and the struct specified would be passed into the block as an argument. The result
      # would be
      #
      #   <html>
      #     Hello David
      #   </html>
      #
      def _layout_for: (*untyped args) { () -> untyped } -> untyped
    end
  end
end

module ActionView
  module Helpers
    # = Action View Sanitize Helpers
    # nodoc:
    # The SanitizeHelper module provides a set of methods for scrubbing text of undesired HTML elements.
    # These helper methods extend Action View making them callable within your template files.
    module SanitizeHelper
      extend ActiveSupport::Concern

      # Sanitizes HTML input, stripping all but known-safe tags and attributes.
      #
      # It also strips href/src attributes with unsafe protocols like
      # <tt>javascript:</tt>, while also protecting against attempts to use Unicode,
      # ASCII, and hex character references to work around these protocol filters.
      # All special characters will be escaped.
      #
      # The default sanitizer is Rails::Html::SafeListSanitizer. See {Rails HTML
      # Sanitizers}[https://github.com/rails/rails-html-sanitizer] for more information.
      #
      # Custom sanitization rules can also be provided.
      #
      # Please note that sanitizing user-provided text does not guarantee that the
      # resulting markup is valid or even well-formed.
      #
      # ==== Options
      #
      # * <tt>:tags</tt> - An array of allowed tags.
      # * <tt>:attributes</tt> - An array of allowed attributes.
      # * <tt>:scrubber</tt> - A {Rails::Html scrubber}[https://github.com/rails/rails-html-sanitizer]
      #   or {Loofah::Scrubber}[https://github.com/flavorjones/loofah] object that
      #   defines custom sanitization rules. A custom scrubber takes precedence over
      #   custom tags and attributes.
      #
      # ==== Examples
      #
      # Normal use:
      #
      #   <%= sanitize @comment.body %>
      #
      # Providing custom lists of permitted tags and attributes:
      #
      #   <%= sanitize @comment.body, tags: %w(strong em a), attributes: %w(href) %>
      #
      # Providing a custom Rails::Html scrubber:
      #
      #   class CommentScrubber < Rails::Html::PermitScrubber
      #     def initialize
      #       super
      #       self.tags = %w( form script comment blockquote )
      #       self.attributes = %w( style )
      #     end
      #
      #     def skip_node?(node)
      #       node.text?
      #     end
      #   end
      #
      #   <%= sanitize @comment.body, scrubber: CommentScrubber.new %>
      #
      # See {Rails HTML Sanitizer}[https://github.com/rails/rails-html-sanitizer] for
      # documentation about Rails::Html scrubbers.
      #
      # Providing a custom Loofah::Scrubber:
      #
      #   scrubber = Loofah::Scrubber.new do |node|
      #     node.remove if node.name == 'script'
      #   end
      #
      #   <%= sanitize @comment.body, scrubber: scrubber %>
      #
      # See {Loofah's documentation}[https://github.com/flavorjones/loofah] for more
      # information about defining custom Loofah::Scrubber objects.
      #
      # To set the default allowed tags or attributes across your application:
      #
      #   # In config/application.rb
      #   config.action_view.sanitized_allowed_tags = ['strong', 'em', 'a']
      #   config.action_view.sanitized_allowed_attributes = ['href', 'title']
      def sanitize: (untyped html, ?::Hash[untyped, untyped] options) -> untyped

      # Sanitizes a block of CSS code. Used by +sanitize+ when it comes across a style attribute.
      def sanitize_css: (untyped style) -> untyped

      # Strips all HTML tags from +html+, including comments and special characters.
      #
      #   strip_tags("Strip <i>these</i> tags!")
      #   # => Strip these tags!
      #
      #   strip_tags("<b>Bold</b> no more!  <a href='more.html'>See more here</a>...")
      #   # => Bold no more!  See more here...
      #
      #   strip_tags("<div id='top-bar'>Welcome to my website!</div>")
      #   # => Welcome to my website!
      #
      #   strip_tags("> A quote from Smith & Wesson")
      #   # => &gt; A quote from Smith &amp; Wesson
      def strip_tags: (untyped html) -> untyped

      # Strips all link tags from +html+ leaving just the link text.
      #
      #   strip_links('<a href="http://www.rubyonrails.org">Ruby on Rails</a>')
      #   # => Ruby on Rails
      #
      #   strip_links('Please e-mail me at <a href="mailto:me@email.com">me@email.com</a>.')
      #   # => Please e-mail me at me@email.com.
      #
      #   strip_links('Blog: <a href="http://www.myblog.com/" class="nav" target=\"_blank\">Visit</a>.')
      #   # => Blog: Visit.
      #
      #   strip_links('<<a href="https://example.org">malformed & link</a>')
      #   # => &lt;malformed &amp; link
      def strip_links: (untyped html) -> untyped

      module ClassMethods
        # nodoc:
        attr_writer full_sanitizer: untyped

        # nodoc:
        attr_writer link_sanitizer: untyped

        # nodoc:
        attr_writer safe_list_sanitizer: untyped

        def sanitizer_vendor: () -> untyped

        def sanitized_allowed_tags: () -> untyped

        def sanitized_allowed_attributes: () -> untyped

        # Gets the Rails::Html::FullSanitizer instance used by +strip_tags+. Replace with
        # any object that responds to +sanitize+.
        #
        #   class Application < Rails::Application
        #     config.action_view.full_sanitizer = MySpecialSanitizer.new
        #   end
        def full_sanitizer: () -> untyped

        # Gets the Rails::Html::LinkSanitizer instance used by +strip_links+.
        # Replace with any object that responds to +sanitize+.
        #
        #   class Application < Rails::Application
        #     config.action_view.link_sanitizer = MySpecialSanitizer.new
        #   end
        def link_sanitizer: () -> untyped

        # Gets the Rails::Html::SafeListSanitizer instance used by sanitize and +sanitize_css+.
        # Replace with any object that responds to +sanitize+.
        #
        #   class Application < Rails::Application
        #     config.action_view.safe_list_sanitizer = MySpecialSanitizer.new
        #   end
        def safe_list_sanitizer: () -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    # = Action View Tag Helpers
    # nodoc:
    # Provides methods to generate HTML tags programmatically both as a modern
    # HTML5 compliant builder style and legacy XHTML compliant tags.
    module TagHelper
      extend ActiveSupport::Concern

      include CaptureHelper

      include OutputSafetyHelper

      BOOLEAN_ATTRIBUTES: untyped

      TAG_PREFIXES: untyped

      PRE_CONTENT_STRINGS: untyped

      class TagBuilder
        # nodoc:
        include CaptureHelper

        include OutputSafetyHelper

        VOID_ELEMENTS: untyped

        def initialize: (untyped view_context) -> untyped

        def tag_string: (untyped name, ?untyped? content, ?escape_attributes: bool escape_attributes, **untyped options) { () -> untyped } -> untyped

        def content_tag_string: (untyped name, untyped content, untyped options, ?bool escape) -> untyped

        def tag_options: (untyped options, ?bool escape) -> (nil | untyped)

        def boolean_tag_option: (untyped key) -> ::String

        def tag_option: (untyped key, untyped value, untyped escape) -> ::String

        def prefix_tag_option: (untyped prefix, untyped key, untyped value, untyped escape) -> untyped

        def respond_to_missing?: (*untyped args) -> ::TrueClass

        def method_missing: (untyped called, *untyped args, **untyped options) { () -> untyped } -> untyped
      end

      # Returns an HTML tag.
      #
      # === Building HTML tags
      #
      # Builds HTML5 compliant tags with a tag proxy. Every tag can be built with:
      #
      #   tag.<tag name>(optional content, options)
      #
      # where tag name can be e.g. br, div, section, article, or any tag really.
      #
      # ==== Passing content
      #
      # Tags can pass content to embed within it:
      #
      #   tag.h1 'All titles fit to print' # => <h1>All titles fit to print</h1>
      #
      #   tag.div tag.p('Hello world!')  # => <div><p>Hello world!</p></div>
      #
      # Content can also be captured with a block, which is useful in templates:
      #
      #   <%= tag.p do %>
      #     The next great American novel starts here.
      #   <% end %>
      #   # => <p>The next great American novel starts here.</p>
      #
      # ==== Options
      #
      # Use symbol keyed options to add attributes to the generated tag.
      #
      #   tag.section class: %w( kitties puppies )
      #   # => <section class="kitties puppies"></section>
      #
      #   tag.section id: dom_id(@post)
      #   # => <section id="<generated dom id>"></section>
      #
      # Pass +true+ for any attributes that can render with no values, like +disabled+ and +readonly+.
      #
      #   tag.input type: 'text', disabled: true
      #   # => <input type="text" disabled="disabled">
      #
      # HTML5 <tt>data-*</tt> attributes can be set with a single +data+ key
      # pointing to a hash of sub-attributes.
      #
      # To play nicely with JavaScript conventions, sub-attributes are dasherized.
      #
      #   tag.article data: { user_id: 123 }
      #   # => <article data-user-id="123"></article>
      #
      # Thus <tt>data-user-id</tt> can be accessed as <tt>dataset.userId</tt>.
      #
      # Data attribute values are encoded to JSON, with the exception of strings, symbols and
      # BigDecimals.
      # This may come in handy when using jQuery's HTML5-aware <tt>.data()</tt>
      # from 1.4.3.
      #
      #   tag.div data: { city_state: %w( Chicago IL ) }
      #   # => <div data-city-state="[&quot;Chicago&quot;,&quot;IL&quot;]"></div>
      #
      # The generated attributes are escaped by default. This can be disabled using
      # +escape_attributes+.
      #
      #   tag.img src: 'open & shut.png'
      #   # => <img src="open &amp; shut.png">
      #
      #   tag.img src: 'open & shut.png', escape_attributes: false
      #   # => <img src="open & shut.png">
      #
      # The tag builder respects
      # {HTML5 void elements}[https://www.w3.org/TR/html5/syntax.html#void-elements]
      # if no content is passed, and omits closing tags for those elements.
      #
      #   # A standard element:
      #   tag.div # => <div></div>
      #
      #   # A void element:
      #   tag.br  # => <br>
      #
      # === Legacy syntax
      #
      # The following format is for legacy syntax support. It will be deprecated in future versions of Rails.
      #
      #   tag(name, options = nil, open = false, escape = true)
      #
      # It returns an empty HTML tag of type +name+ which by default is XHTML
      # compliant. Set +open+ to true to create an open tag compatible
      # with HTML 4.0 and below. Add HTML attributes by passing an attributes
      # hash to +options+. Set +escape+ to false to disable attribute value
      # escaping.
      #
      # ==== Options
      #
      # You can use symbols or strings for the attribute names.
      #
      # Use +true+ with boolean attributes that can render with no value, like
      # +disabled+ and +readonly+.
      #
      # HTML5 <tt>data-*</tt> attributes can be set with a single +data+ key
      # pointing to a hash of sub-attributes.
      #
      # ==== Examples
      #
      #   tag("br")
      #   # => <br />
      #
      #   tag("br", nil, true)
      #   # => <br>
      #
      #   tag("input", type: 'text', disabled: true)
      #   # => <input type="text" disabled="disabled" />
      #
      #   tag("input", type: 'text', class: ["strong", "highlight"])
      #   # => <input class="strong highlight" type="text" />
      #
      #   tag("img", src: "open & shut.png")
      #   # => <img src="open &amp; shut.png" />
      #
      #   tag("img", { src: "open &amp; shut.png" }, false, false)
      #   # => <img src="open &amp; shut.png" />
      #
      #   tag("div", data: { name: 'Stephen', city_state: %w(Chicago IL) })
      #   # => <div data-name="Stephen" data-city-state="[&quot;Chicago&quot;,&quot;IL&quot;]" />
      def tag: (?untyped? name, ?untyped? options, ?bool open, ?bool escape) -> untyped

      # Returns an HTML block tag of type +name+ surrounding the +content+. Add
      # HTML attributes by passing an attributes hash to +options+.
      # Instead of passing the content as an argument, you can also use a block
      # in which case, you pass your +options+ as the second parameter.
      # Set escape to false to disable attribute value escaping.
      # Note: this is legacy syntax, see +tag+ method description for details.
      #
      # ==== Options
      # The +options+ hash can be used with attributes with no value like (<tt>disabled</tt> and
      # <tt>readonly</tt>), which you can give a value of true in the +options+ hash. You can use
      # symbols or strings for the attribute names.
      #
      # ==== Examples
      #   content_tag(:p, "Hello world!")
      #    # => <p>Hello world!</p>
      #   content_tag(:div, content_tag(:p, "Hello world!"), class: "strong")
      #    # => <div class="strong"><p>Hello world!</p></div>
      #   content_tag(:div, "Hello world!", class: ["strong", "highlight"])
      #    # => <div class="strong highlight">Hello world!</div>
      #   content_tag("select", options, multiple: true)
      #    # => <select multiple="multiple">...options...</select>
      #
      #   <%= content_tag :div, class: "strong" do -%>
      #     Hello world!
      #   <% end -%>
      #    # => <div class="strong">Hello world!</div>
      def content_tag: (untyped name, ?untyped? content_or_options_with_block, ?untyped? options, ?bool escape) { () -> untyped } -> untyped

      # Returns a CDATA section with the given +content+. CDATA sections
      # are used to escape blocks of text containing characters which would
      # otherwise be recognized as markup. CDATA sections begin with the string
      # <tt><![CDATA[</tt> and end with (and may not contain) the string <tt>]]></tt>.
      #
      #   cdata_section("<hello world>")
      #   # => <![CDATA[<hello world>]]>
      #
      #   cdata_section(File.read("hello_world.txt"))
      #   # => <![CDATA[<hello from a text file]]>
      #
      #   cdata_section("hello]]>world")
      #   # => <![CDATA[hello]]]]><![CDATA[>world]]>
      def cdata_section: (untyped content) -> untyped

      # Returns an escaped version of +html+ without affecting existing escaped entities.
      #
      #   escape_once("1 < 2 &amp; 3")
      #   # => "1 &lt; 2 &amp; 3"
      #
      #   escape_once("&lt;&lt; Accept & Checkout")
      #   # => "&lt;&lt; Accept &amp; Checkout"
      def escape_once: (untyped html) -> untyped

      def tag_builder: () -> untyped
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class Base
        # :nodoc:
        # :nodoc:
        include Helpers::ActiveModelInstanceTag

        # :nodoc:
        # :nodoc:
        include Helpers::TagHelper

        # :nodoc:
        # :nodoc:
        include Helpers::FormTagHelper

        include FormOptionsHelper

        attr_reader object: untyped

        def initialize: (untyped object_name, untyped method_name, untyped template_object, ?::Hash[untyped, untyped] options) -> untyped

        # This is what child classes implement.
        def render: () -> untyped

        def value: () -> untyped

        def value_before_type_cast: () -> untyped

        def value_came_from_user?: () -> untyped

        def retrieve_object: (untyped object) -> untyped

        def retrieve_autoindex: (untyped pre_match) -> untyped

        def add_default_name_and_id_for_value: (untyped tag_value, untyped options) -> untyped

        def add_default_name_and_id: (untyped options) -> untyped

        def tag_name: (?bool multiple, ?untyped? index) -> untyped

        def tag_id: (?untyped? index) -> untyped

        def sanitized_object_name: () -> untyped

        def sanitized_method_name: () -> untyped

        def sanitized_value: (untyped value) -> untyped

        def select_content_tag: (untyped option_tags, untyped options, untyped html_options) -> untyped

        def placeholder_required?: (untyped html_options) -> untyped

        def add_options: (untyped option_tags, untyped options, ?untyped? value) -> untyped

        def name_and_id_index: (untyped options) -> untyped

        def generate_ids?: () -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class CheckBox < Base
        # :nodoc:
        # nodoc:
        include Checkable

        def initialize: (untyped object_name, untyped method_name, untyped template_object, untyped checked_value, untyped unchecked_value, untyped options) -> untyped

        def render: () -> untyped

        def checked?: (untyped value) -> untyped

        def hidden_field_for_checkbox: (untyped options) -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      module Checkable
        # :nodoc:
        # :nodoc:
        def input_checked?: (untyped options) -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class CollectionCheckBoxes < Base
        # :nodoc:
        # :nodoc:
        include CollectionHelpers

        class CheckBoxBuilder < CollectionHelpers::Builder
          # :nodoc:
          def check_box: (?::Hash[untyped, untyped] extra_html_options) -> untyped
        end

        def render: () { () -> untyped } -> untyped

        def render_component: (untyped builder) -> untyped

        def hidden_field_name: () -> ::String
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      module CollectionHelpers
        class Builder
          # :nodoc:
          # :nodoc:
          # :nodoc:
          attr_reader object: untyped

          # :nodoc:
          # :nodoc:
          # :nodoc:
          attr_reader text: untyped

          # :nodoc:
          # :nodoc:
          # :nodoc:
          attr_reader value: untyped

          def initialize: (untyped template_object, untyped object_name, untyped method_name, untyped object, untyped sanitized_attribute_name, untyped text, untyped value, untyped input_html_options) -> untyped

          def label: (?::Hash[untyped, untyped] label_html_options) { () -> untyped } -> untyped
        end

        def initialize: (untyped object_name, untyped method_name, untyped template_object, untyped collection, untyped value_method, untyped text_method, untyped options, untyped html_options) -> untyped

        def instantiate_builder: (untyped builder_class, untyped item, untyped value, untyped text, untyped html_options) -> untyped

        # Generate default options for collection helpers, such as :checked and
        # :disabled.
        def default_html_options_for_collection: (untyped item, untyped value) -> untyped

        def sanitize_attribute_name: (untyped value) -> ::String

        def render_collection: () { (untyped, untyped, untyped, untyped) -> untyped } -> untyped

        def render_collection_for: (untyped builder_class) { () -> untyped } -> untyped

        def hidden_field: () -> untyped

        def hidden_field_name: () -> ::String
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class CollectionRadioButtons < Base
        # :nodoc:
        # :nodoc:
        include CollectionHelpers

        class RadioButtonBuilder < CollectionHelpers::Builder
          # :nodoc:
          def radio_button: (?::Hash[untyped, untyped] extra_html_options) -> untyped
        end

        def render: () { () -> untyped } -> untyped

        def render_component: (untyped builder) -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class CollectionSelect < Base
        # :nodoc:
        # nodoc:
        def initialize: (untyped object_name, untyped method_name, untyped template_object, untyped collection, untyped value_method, untyped text_method, untyped options, untyped html_options) -> untyped

        def render: () -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class ColorField < TextField
        # :nodoc:
        # :nodoc:
        def render: () -> untyped

        def validate_color_string: (untyped string) -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class DateField < DatetimeField
        def format_date: (untyped value) -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class DateSelect < Base
        # :nodoc:
        # :nodoc:
        def initialize: (untyped object_name, untyped method_name, untyped template_object, untyped options, untyped html_options) -> untyped

        def render: () -> untyped

        def self.select_type: () -> untyped

        def select_type: () -> untyped

        def datetime_selector: (untyped options, untyped html_options) -> DateTimeSelector

        def default_datetime: (untyped options) -> (nil | untyped)
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class DatetimeField < TextField
        # :nodoc:
        # :nodoc:
        def render: () -> untyped

        def format_date: (untyped value) -> untyped

        def datetime_value: (untyped value) -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class DatetimeLocalField < DatetimeField
        def self.field_type: () -> untyped

        def format_date: (untyped value) -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class DatetimeSelect < DateSelect
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class EmailField < TextField
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class FileField < TextField
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class GroupedCollectionSelect < Base
        # :nodoc:
        # :nodoc:
        def initialize: (untyped object_name, untyped method_name, untyped template_object, untyped collection, untyped group_method, untyped group_label_method, untyped option_key_method, untyped option_value_method, untyped options, untyped html_options) -> untyped

        def render: () -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class HiddenField < TextField
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class Label < Base
        class LabelBuilder
          # :nodoc:
          # :nodoc:
          # :nodoc:
          attr_reader object: untyped

          def initialize: (untyped template_object, untyped object_name, untyped method_name, untyped object, untyped tag_value) -> untyped

          def translation: () -> untyped
        end

        def initialize: (untyped object_name, untyped method_name, untyped template_object, ?untyped? content_or_options, ?untyped? options) -> untyped

        def render: () { () -> untyped } -> untyped

        def render_component: (untyped builder) -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class MonthField < DatetimeField
        def format_date: (untyped value) -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class NumberField < TextField
        # :nodoc:
        # :nodoc:
        def render: () -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class PasswordField < TextField
        # :nodoc:
        # :nodoc:
        def render: () -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      module Placeholderable
        # :nodoc:
        # :nodoc:
        def initialize: () -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class RadioButton < Base
        # :nodoc:
        # :nodoc:
        include Checkable

        def initialize: (untyped object_name, untyped method_name, untyped template_object, untyped tag_value, untyped options) -> untyped

        def render: () -> untyped

        def checked?: (untyped value) -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class RangeField < NumberField
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class SearchField < TextField
        # :nodoc:
        # :nodoc:
        def render: () -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class Select < Base
        # :nodoc:
        # :nodoc:
        def initialize: (untyped object_name, untyped method_name, untyped template_object, untyped choices, untyped options, untyped html_options) { () -> untyped } -> untyped

        def render: () -> untyped

        # Grouped choices look like this:
        #
        #   [nil, []]
        #   { nil => [] }
        def grouped_choices?: () -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class TelField < TextField
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class TextArea < Base
        # :nodoc:
        # :nodoc:
        include Placeholderable

        def render: () -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class TextField < Base
        # :nodoc:
        # :nodoc:
        include Placeholderable

        def render: () -> untyped

        def self.field_type: () -> untyped

        def field_type: () -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class TimeField < DatetimeField
        def format_date: (untyped value) -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class TimeSelect < DateSelect
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class TimeZoneSelect < Base
        # :nodoc:
        # :nodoc:
        def initialize: (untyped object_name, untyped method_name, untyped template_object, untyped priority_zones, untyped options, untyped html_options) -> untyped

        def render: () -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class Translator
        # :nodoc:
        # :nodoc:
        def initialize: (untyped object, untyped object_name, untyped method_and_value, scope: untyped scope) -> untyped

        def translate: () -> untyped

        attr_reader object_name: untyped

        attr_reader method_and_value: untyped

        attr_reader scope: untyped

        attr_reader model: untyped

        def i18n_default: () -> untyped

        def human_attribute_name: () -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class UrlField < TextField
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      class WeekField < DatetimeField
        def format_date: (untyped value) -> untyped
      end
    end
  end
end

module ActionView
  module Helpers
    module Tags
      # nodoc:
      # nodoc:
      extend ActiveSupport::Autoload
    end
  end
end

module ActionView
  module Helpers
    # = Action View Text Helpers
    # nodoc:
    # The TextHelper module provides a set of methods for filtering, formatting
    # and transforming strings, which can reduce the amount of inline Ruby code in
    # your views. These helper methods extend Action View making them callable
    # within your template files.
    #
    # ==== Sanitization
    #
    # Most text helpers that generate HTML output sanitize the given input by default,
    # but do not escape it. This means HTML tags will appear in the page but all malicious
    # code will be removed. Let's look at some examples using the +simple_format+ method:
    #
    #   simple_format('<a href="http://example.com/">Example</a>')
    #   # => "<p><a href=\"http://example.com/\">Example</a></p>"
    #
    #   simple_format('<a href="javascript:alert(\'no!\')">Example</a>')
    #   # => "<p><a>Example</a></p>"
    #
    # If you want to escape all content, you should invoke the +h+ method before
    # calling the text helper.
    #
    #   simple_format h('<a href="http://example.com/">Example</a>')
    #   # => "<p>&lt;a href=\"http://example.com/\"&gt;Example&lt;/a&gt;</p>"
    module TextHelper
      extend ActiveSupport::Concern

      include SanitizeHelper

      extend ::ActionView::Helpers::SanitizeHelper::ClassMethods

      include TagHelper

      include OutputSafetyHelper

      # The preferred method of outputting text in your views is to use the
      # <%= "text" %> eRuby syntax. The regular _puts_ and _print_ methods
      # do not operate as expected in an eRuby code block. If you absolutely must
      # output text within a non-output code block (i.e., <% %>), you can use the concat method.
      #
      #   <%
      #       concat "hello"
      #       # is the equivalent of <%= "hello" %>
      #
      #       if logged_in
      #         concat "Logged in!"
      #       else
      #         concat link_to('login', action: :login)
      #       end
      #       # will either display "Logged in!" or a login link
      #   %>
      def concat: (untyped string) -> untyped

      def safe_concat: (untyped string) -> untyped

      # Truncates a given +text+ after a given <tt>:length</tt> if +text+ is longer than <tt>:length</tt>
      # (defaults to 30). The last characters will be replaced with the <tt>:omission</tt> (defaults to "...")
      # for a total length not exceeding <tt>:length</tt>.
      #
      # Pass a <tt>:separator</tt> to truncate +text+ at a natural break.
      #
      # Pass a block if you want to show extra content when the text is truncated.
      #
      # The result is marked as HTML-safe, but it is escaped by default, unless <tt>:escape</tt> is
      # +false+. Care should be taken if +text+ contains HTML tags or entities, because truncation
      # may produce invalid HTML (such as unbalanced or incomplete tags).
      #
      #   truncate("Once upon a time in a world far far away")
      #   # => "Once upon a time in a world..."
      #
      #   truncate("Once upon a time in a world far far away", length: 17)
      #   # => "Once upon a ti..."
      #
      #   truncate("Once upon a time in a world far far away", length: 17, separator: ' ')
      #   # => "Once upon a..."
      #
      #   truncate("And they found that many people were sleeping better.", length: 25, omission: '... (continued)')
      #   # => "And they f... (continued)"
      #
      #   truncate("<p>Once upon a time in a world far far away</p>")
      #   # => "&lt;p&gt;Once upon a time in a wo..."
      #
      #   truncate("<p>Once upon a time in a world far far away</p>", escape: false)
      #   # => "<p>Once upon a time in a wo..."
      #
      #   truncate("Once upon a time in a world far far away") { link_to "Continue", "#" }
      #   # => "Once upon a time in a wo...<a href="#">Continue</a>"
      def truncate: (untyped text, ?::Hash[untyped, untyped] options) { () -> untyped } -> untyped

      # Highlights one or more +phrases+ everywhere in +text+ by inserting it into
      # a <tt>:highlighter</tt> string. The highlighter can be specialized by passing <tt>:highlighter</tt>
      # as a single-quoted string with <tt>\1</tt> where the phrase is to be inserted (defaults to
      # '<mark>\1</mark>') or passing a block that receives each matched term. By default +text+
      # is sanitized to prevent possible XSS attacks. If the input is trustworthy, passing false
      # for <tt>:sanitize</tt> will turn sanitizing off.
      #
      #   highlight('You searched for: rails', 'rails')
      #   # => You searched for: <mark>rails</mark>
      #
      #   highlight('You searched for: rails', /for|rails/)
      #   # => You searched <mark>for</mark>: <mark>rails</mark>
      #
      #   highlight('You searched for: ruby, rails, dhh', 'actionpack')
      #   # => You searched for: ruby, rails, dhh
      #
      #   highlight('You searched for: rails', ['for', 'rails'], highlighter: '<em>\1</em>')
      #   # => You searched <em>for</em>: <em>rails</em>
      #
      #   highlight('You searched for: rails', 'rails', highlighter: '<a href="search?q=\1">\1</a>')
      #   # => You searched for: <a href="search?q=rails">rails</a>
      #
      #   highlight('You searched for: rails', 'rails') { |match| link_to(search_path(q: match, match)) }
      #   # => You searched for: <a href="search?q=rails">rails</a>
      #
      #   highlight('<a href="javascript:alert(\'no!\')">ruby</a> on rails', 'rails', sanitize: false)
      #   # => <a href="javascript:alert('no!')">ruby</a> on <mark>rails</mark>
      def highlight: (untyped text, untyped phrases, ?::Hash[untyped, untyped] options) { (untyped) -> untyped } -> untyped

      # Extracts an excerpt from +text+ that matches the first instance of +phrase+.
      # The <tt>:radius</tt> option expands the excerpt on each side of the first occurrence of +phrase+ by the number of characters
      # defined in <tt>:radius</tt> (which defaults to 100). If the excerpt radius overflows the beginning or end of the +text+,
      # then the <tt>:omission</tt> option (which defaults to "...") will be prepended/appended accordingly. Use the
      # <tt>:separator</tt> option to choose the delimitation. The resulting string will be stripped in any case. If the +phrase+
      # isn't found, +nil+ is returned.
      #
      #   excerpt('This is an example', 'an', radius: 5)
      #   # => ...s is an exam...
      #
      #   excerpt('This is an example', 'is', radius: 5)
      #   # => This is a...
      #
      #   excerpt('This is an example', 'is')
      #   # => This is an example
      #
      #   excerpt('This next thing is an example', 'ex', radius: 2)
      #   # => ...next...
      #
      #   excerpt('This is also an example', 'an', radius: 8, omission: '<chop> ')
      #   # => <chop> is also an example
      #
      #   excerpt('This is a very beautiful morning', 'very', separator: ' ', radius: 1)
      #   # => ...a very beautiful...
      def excerpt: (untyped text, untyped phrase, ?::Hash[untyped, untyped] options) -> (nil | untyped)

      # Attempts to pluralize the +singular+ word unless +count+ is 1. If
      # +plural+ is supplied, it will use that when count is > 1, otherwise
      # it will use the Inflector to determine the plural form for the given locale,
      # which defaults to I18n.locale
      #
      # The word will be pluralized using rules defined for the locale
      # (you must define your own inflection rules for languages other than English).
      # See ActiveSupport::Inflector.pluralize
      #
      #   pluralize(1, 'person')
      #   # => 1 person
      #
      #   pluralize(2, 'person')
      #   # => 2 people
      #
      #   pluralize(3, 'person', plural: 'users')
      #   # => 3 users
      #
      #   pluralize(0, 'person')
      #   # => 0 people
      #
      #   pluralize(2, 'Person', locale: :de)
      #   # => 2 Personen
      def pluralize: (untyped count, untyped singular, ?untyped? plural_arg, ?plural: untyped plural, ?locale: untyped locale) -> ::String

      # Wraps the +text+ into lines no longer than +line_width+ width. This method
      # breaks on the first whitespace character that does not exceed +line_width+
      # (which is 80 by default).
      #
      #   word_wrap('Once upon a time')
      #   # => Once upon a time
      #
      #   word_wrap('Once upon a time, in a kingdom called Far Far Away, a king fell ill, and finding a successor to the throne turned out to be more trouble than anyone could have imagined...')
      #   # => Once upon a time, in a kingdom called Far Far Away, a king fell ill, and finding\na successor to the throne turned out to be more trouble than anyone could have\nimagined...
      #
      #   word_wrap('Once upon a time', line_width: 8)
      #   # => Once\nupon a\ntime
      #
      #   word_wrap('Once upon a time', line_width: 1)
      #   # => Once\nupon\na\ntime
      #
      #   You can also specify a custom +break_sequence+ ("\n" by default)
      #
      #   word_wrap('Once upon a time', line_width: 1, break_sequence: "\r\n")
      #   # => Once\r\nupon\r\na\r\ntime
      def word_wrap: (untyped text, ?line_width: ::Integer line_width, ?break_sequence: ::String break_sequence) -> untyped

      # Returns +text+ transformed into HTML using simple formatting rules.
      # Two or more consecutive newlines(<tt>\n\n</tt> or <tt>\r\n\r\n</tt>) are
      # considered a paragraph and wrapped in <tt><p></tt> tags. One newline
      # (<tt>\n</tt> or <tt>\r\n</tt>) is considered a linebreak and a
      # <tt><br /></tt> tag is appended. This method does not remove the
      # newlines from the +text+.
      #
      # You can pass any HTML attributes into <tt>html_options</tt>. These
      # will be added to all created paragraphs.
      #
      # ==== Options
      # * <tt>:sanitize</tt> - If +false+, does not sanitize +text+.
      # * <tt>:wrapper_tag</tt> - String representing the wrapper tag, defaults to <tt>"p"</tt>
      #
      # ==== Examples
      #   my_text = "Here is some basic text...\n...with a line break."
      #
      #   simple_format(my_text)
      #   # => "<p>Here is some basic text...\n<br />...with a line break.</p>"
      #
      #   simple_format(my_text, {}, wrapper_tag: "div")
      #   # => "<div>Here is some basic text...\n<br />...with a line break.</div>"
      #
      #   more_text = "We want to put a paragraph...\n\n...right there."
      #
      #   simple_format(more_text)
      #   # => "<p>We want to put a paragraph...</p>\n\n<p>...right there.</p>"
      #
      #   simple_format("Look ma! A class!", class: 'description')
      #   # => "<p class='description'>Look ma! A class!</p>"
      #
      #   simple_format("<blink>Unblinkable.</blink>")
      #   # => "<p>Unblinkable.</p>"
      #
      #   simple_format("<blink>Blinkable!</blink> It's true.", {}, sanitize: false)
      #   # => "<p><blink>Blinkable!</blink> It's true.</p>"
      def simple_format: (untyped text, ?::Hash[untyped, untyped] html_options, ?::Hash[untyped, untyped] options) -> untyped

      # Creates a Cycle object whose _to_s_ method cycles through elements of an
      # array every time it is called. This can be used for example, to alternate
      # classes for table rows. You can use named cycles to allow nesting in loops.
      # Passing a Hash as the last parameter with a <tt>:name</tt> key will create a
      # named cycle. The default name for a cycle without a +:name+ key is
      # <tt>"default"</tt>. You can manually reset a cycle by calling reset_cycle
      # and passing the name of the cycle. The current cycle string can be obtained
      # anytime using the current_cycle method.
      #
      #   # Alternate CSS classes for even and odd numbers...
      #   @items = [1,2,3,4]
      #   <table>
      #   <% @items.each do |item| %>
      #     <tr class="<%= cycle("odd", "even") -%>">
      #       <td><%= item %></td>
      #     </tr>
      #   <% end %>
      #   </table>
      #
      #
      #   # Cycle CSS classes for rows, and text colors for values within each row
      #   @items = x = [{first: 'Robert', middle: 'Daniel', last: 'James'},
      #                {first: 'Emily', middle: 'Shannon', maiden: 'Pike', last: 'Hicks'},
      #               {first: 'June', middle: 'Dae', last: 'Jones'}]
      #   <% @items.each do |item| %>
      #     <tr class="<%= cycle("odd", "even", name: "row_class") -%>">
      #       <td>
      #         <% item.values.each do |value| %>
      #           <%# Create a named cycle "colors" %>
      #           <span style="color:<%= cycle("red", "green", "blue", name: "colors") -%>">
      #             <%= value %>
      #           </span>
      #         <% end %>
      #         <% reset_cycle("colors") %>
      #       </td>
      #    </tr>
      #  <% end %>
      def cycle: (untyped first_value, *untyped values) -> untyped

      # Returns the current cycle string after a cycle has been started. Useful
      # for complex table highlighting or any other design need which requires
      # the current cycle string in more than one place.
      #
      #   # Alternate background colors
      #   @items = [1,2,3,4]
      #   <% @items.each do |item| %>
      #     <div style="background-color:<%= cycle("red","white","blue") %>">
      #       <span style="background-color:<%= current_cycle %>"><%= item %></span>
      #     </div>
      #   <% end %>
      def current_cycle: (?::String name) -> untyped

      # Resets a cycle so that it starts from the first element the next time
      # it is called. Pass in +name+ to reset a named cycle.
      #
      #   # Alternate CSS classes for even and odd numbers...
      #   @items = [[1,2,3,4], [5,6,3], [3,4,5,6,7,4]]
      #   <table>
      #   <% @items.each do |item| %>
      #     <tr class="<%= cycle("even", "odd") -%>">
      #         <% item.each do |value| %>
      #           <span style="color:<%= cycle("#333", "#666", "#999", name: "colors") -%>">
      #             <%= value %>
      #           </span>
      #         <% end %>
      #
      #         <% reset_cycle("colors") %>
      #     </tr>
      #   <% end %>
      #   </table>
      def reset_cycle: (?::String name) -> untyped

      class Cycle
        # nodoc:
        attr_reader values: untyped

        def initialize: (untyped first_value, *untyped values) -> untyped

        def reset: () -> untyped

        def current_value: () -> untyped

        def to_s: () -> untyped

        def next_index: () -> untyped

        def previous_index: () -> untyped

        def step_index: (untyped n) -> untyped
      end

      # The cycle helpers need to store the cycles in a place that is
      # guaranteed to be reset every time a page is rendered, so it
      # uses an instance variable of ActionView::Base.
      def get_cycle: (untyped name) -> untyped

      def set_cycle: (untyped name, untyped cycle_object) -> untyped

      def split_paragraphs: (untyped text) -> (::Array[untyped] | untyped)

      def cut_excerpt_part: (untyped part_position, untyped part, untyped separator, untyped options) -> untyped
    end
  end
end

module ActionView
  module Helpers
    # = Action View Translation Helpers
    # nodoc:
    module TranslationHelper
      extend ActiveSupport::Concern

      include TagHelper

      # Delegates to <tt>I18n#translate</tt> but also performs three additional
      # functions.
      #
      # First, it will ensure that any thrown +MissingTranslation+ messages will
      # be rendered as inline spans that:
      #
      # * Have a <tt>translation-missing</tt> class applied
      # * Contain the missing key as the value of the +title+ attribute
      # * Have a titleized version of the last key segment as text
      #
      # For example, the value returned for the missing translation key
      # <tt>"blog.post.title"</tt> will be:
      #
      #    <span
      #      class="translation_missing"
      #      title="translation missing: en.blog.post.title">Title</span>
      #
      # This allows for views to display rather reasonable strings while still
      # giving developers a way to find missing translations.
      #
      # If you would prefer missing translations to raise an error, you can
      # opt out of span-wrapping behavior globally by setting
      # <tt>ActionView::Base.raise_on_missing_translations = true</tt> or
      # individually by passing <tt>raise: true</tt> as an option to
      # <tt>translate</tt>.
      #
      # Second, if the key starts with a period <tt>translate</tt> will scope
      # the key by the current partial. Calling <tt>translate(".foo")</tt> from
      # the <tt>people/index.html.erb</tt> template is equivalent to calling
      # <tt>translate("people.index.foo")</tt>. This makes it less
      # repetitive to translate many keys within the same partial and provides
      # a convention to scope keys consistently.
      #
      # Third, the translation will be marked as <tt>html_safe</tt> if the key
      # has the suffix "_html" or the last element of the key is "html". Calling
      # <tt>translate("footer_html")</tt> or <tt>translate("footer.html")</tt>
      # will return an HTML safe string that won't be escaped by other HTML
      # helper methods. This naming convention helps to identify translations
      # that include HTML tags so that you know what kind of output to expect
      # when you call translate in a template and translators know which keys
      # they can provide HTML values for.
      def translate: (untyped key, **untyped options) -> untyped

      alias t translate

      # Delegates to <tt>I18n.localize</tt> with no additional functionality.
      #
      # See https://www.rubydoc.info/github/svenfuchs/i18n/master/I18n/Backend/Base:localize
      # for more information.
      def localize: (untyped object, **untyped options) -> untyped

      alias l localize

      def scope_key_by_partial: (untyped key) -> untyped

      def html_safe_translation_key?: (untyped key) -> untyped
    end
  end
end

module ActionView
  module Helpers
    # = Action View URL Helpers
    # nodoc:
    # Provides a set of methods for making links and getting URLs that
    # depend on the routing subsystem (see ActionDispatch::Routing).
    # This allows you to use the same format for links in views
    # and controllers.
    module UrlHelper
      # This helper may be included in any class that includes the
      # URL helpers of a routes (routes.url_helpers). Some methods
      # provided here will only work in the context of a request
      # (link_to_unless_current, for instance), which must be provided
      # as a method called #request on the context.
      BUTTON_TAG_METHOD_VERBS: ::Array[untyped]

      extend ActiveSupport::Concern

      include TagHelper

      module ClassMethods
        def _url_for_modules: () -> untyped
      end

      def url_for: (?untyped? options) -> untyped

      def _back_url: () -> untyped

      def _filtered_referrer: () -> untyped

      # Creates an anchor element of the given +name+ using a URL created by the set of +options+.
      # See the valid options in the documentation for +url_for+. It's also possible to
      # pass a String instead of an options hash, which generates an anchor element that uses the
      # value of the String as the href for the link. Using a <tt>:back</tt> Symbol instead
      # of an options hash will generate a link to the referrer (a JavaScript back link
      # will be used in place of a referrer if none exists). If +nil+ is passed as the name
      # the value of the link itself will become the name.
      #
      # ==== Signatures
      #
      #   link_to(body, url, html_options = {})
      #     # url is a String; you can use URL helpers like
      #     # posts_path
      #
      #   link_to(body, url_options = {}, html_options = {})
      #     # url_options, except :method, is passed to url_for
      #
      #   link_to(options = {}, html_options = {}) do
      #     # name
      #   end
      #
      #   link_to(url, html_options = {}) do
      #     # name
      #   end
      #
      # ==== Options
      # * <tt>:data</tt> - This option can be used to add custom data attributes.
      # * <tt>method: symbol of HTTP verb</tt> - This modifier will dynamically
      #   create an HTML form and immediately submit the form for processing using
      #   the HTTP verb specified. Useful for having links perform a POST operation
      #   in dangerous actions like deleting a record (which search bots can follow
      #   while spidering your site). Supported verbs are <tt>:post</tt>, <tt>:delete</tt>, <tt>:patch</tt>, and <tt>:put</tt>.
      #   Note that if the user has JavaScript disabled, the request will fall back
      #   to using GET. If <tt>href: '#'</tt> is used and the user has JavaScript
      #   disabled clicking the link will have no effect. If you are relying on the
      #   POST behavior, you should check for it in your controller's action by using
      #   the request object's methods for <tt>post?</tt>, <tt>delete?</tt>, <tt>patch?</tt>, or <tt>put?</tt>.
      # * <tt>remote: true</tt> - This will allow the unobtrusive JavaScript
      #   driver to make an Ajax request to the URL in question instead of following
      #   the link. The drivers each provide mechanisms for listening for the
      #   completion of the Ajax request and performing JavaScript operations once
      #   they're complete
      #
      # ==== Data attributes
      #
      # * <tt>confirm: 'question?'</tt> - This will allow the unobtrusive JavaScript
      #   driver to prompt with the question specified (in this case, the
      #   resulting text would be <tt>question?</tt>. If the user accepts, the
      #   link is processed normally, otherwise no action is taken.
      # * <tt>:disable_with</tt> - Value of this parameter will be used as the
      #   name for a disabled version of the link. This feature is provided by
      #   the unobtrusive JavaScript driver.
      #
      # ==== Examples
      # Because it relies on +url_for+, +link_to+ supports both older-style controller/action/id arguments
      # and newer RESTful routes. Current Rails style favors RESTful routes whenever possible, so base
      # your application on resources and use
      #
      #   link_to "Profile", profile_path(@profile)
      #   # => <a href="/profiles/1">Profile</a>
      #
      # or the even pithier
      #
      #   link_to "Profile", @profile
      #   # => <a href="/profiles/1">Profile</a>
      #
      # in place of the older more verbose, non-resource-oriented
      #
      #   link_to "Profile", controller: "profiles", action: "show", id: @profile
      #   # => <a href="/profiles/show/1">Profile</a>
      #
      # Similarly,
      #
      #   link_to "Profiles", profiles_path
      #   # => <a href="/profiles">Profiles</a>
      #
      # is better than
      #
      #   link_to "Profiles", controller: "profiles"
      #   # => <a href="/profiles">Profiles</a>
      #
      # When name is +nil+ the href is presented instead
      #
      #   link_to nil, "http://example.com"
      #   # => <a href="http://www.example.com">http://www.example.com</a>
      #
      # You can use a block as well if your link target is hard to fit into the name parameter. ERB example:
      #
      #   <%= link_to(@profile) do %>
      #     <strong><%= @profile.name %></strong> -- <span>Check it out!</span>
      #   <% end %>
      #   # => <a href="/profiles/1">
      #          <strong>David</strong> -- <span>Check it out!</span>
      #        </a>
      #
      # Classes and ids for CSS are easy to produce:
      #
      #   link_to "Articles", articles_path, id: "news", class: "article"
      #   # => <a href="/articles" class="article" id="news">Articles</a>
      #
      # Be careful when using the older argument style, as an extra literal hash is needed:
      #
      #   link_to "Articles", { controller: "articles" }, id: "news", class: "article"
      #   # => <a href="/articles" class="article" id="news">Articles</a>
      #
      # Leaving the hash off gives the wrong link:
      #
      #   link_to "WRONG!", controller: "articles", id: "news", class: "article"
      #   # => <a href="/articles/index/news?class=article">WRONG!</a>
      #
      # +link_to+ can also produce links with anchors or query strings:
      #
      #   link_to "Comment wall", profile_path(@profile, anchor: "wall")
      #   # => <a href="/profiles/1#wall">Comment wall</a>
      #
      #   link_to "Ruby on Rails search", controller: "searches", query: "ruby on rails"
      #   # => <a href="/searches?query=ruby+on+rails">Ruby on Rails search</a>
      #
      #   link_to "Nonsense search", searches_path(foo: "bar", baz: "quux")
      #   # => <a href="/searches?foo=bar&amp;baz=quux">Nonsense search</a>
      #
      # The only option specific to +link_to+ (<tt>:method</tt>) is used as follows:
      #
      #   link_to("Destroy", "http://www.example.com", method: :delete)
      #   # => <a href='http://www.example.com' rel="nofollow" data-method="delete">Destroy</a>
      #
      # You can also use custom data attributes using the <tt>:data</tt> option:
      #
      #   link_to "Visit Other Site", "http://www.rubyonrails.org/", data: { confirm: "Are you sure?" }
      #   # => <a href="http://www.rubyonrails.org/" data-confirm="Are you sure?">Visit Other Site</a>
      #
      # Also you can set any link attributes such as <tt>target</tt>, <tt>rel</tt>, <tt>type</tt>:
      #
      #   link_to "External link", "http://www.rubyonrails.org/", target: "_blank", rel: "nofollow"
      #   # => <a href="http://www.rubyonrails.org/" target="_blank" rel="nofollow">External link</a>
      def link_to: (?untyped? name, ?untyped? options, ?untyped? html_options) { () -> untyped } -> untyped

      # Generates a form containing a single button that submits to the URL created
      # by the set of +options+. This is the safest method to ensure links that
      # cause changes to your data are not triggered by search bots or accelerators.
      # If the HTML button does not work with your layout, you can also consider
      # using the +link_to+ method with the <tt>:method</tt> modifier as described in
      # the +link_to+ documentation.
      #
      # By default, the generated form element has a class name of <tt>button_to</tt>
      # to allow styling of the form itself and its children. This can be changed
      # using the <tt>:form_class</tt> modifier within +html_options+. You can control
      # the form submission and input element behavior using +html_options+.
      # This method accepts the <tt>:method</tt> modifier described in the +link_to+ documentation.
      # If no <tt>:method</tt> modifier is given, it will default to performing a POST operation.
      # You can also disable the button by passing <tt>disabled: true</tt> in +html_options+.
      # If you are using RESTful routes, you can pass the <tt>:method</tt>
      # to change the HTTP verb used to submit the form.
      #
      # ==== Options
      # The +options+ hash accepts the same options as +url_for+.
      #
      # There are a few special +html_options+:
      # * <tt>:method</tt> - Symbol of HTTP verb. Supported verbs are <tt>:post</tt>, <tt>:get</tt>,
      #   <tt>:delete</tt>, <tt>:patch</tt>, and <tt>:put</tt>. By default it will be <tt>:post</tt>.
      # * <tt>:disabled</tt> - If set to true, it will generate a disabled button.
      # * <tt>:data</tt> - This option can be used to add custom data attributes.
      # * <tt>:remote</tt> -  If set to true, will allow the Unobtrusive JavaScript drivers to control the
      #   submit behavior. By default this behavior is an ajax submit.
      # * <tt>:form</tt> - This hash will be form attributes
      # * <tt>:form_class</tt> - This controls the class of the form within which the submit button will
      #   be placed
      # * <tt>:params</tt> - Hash of parameters to be rendered as hidden fields within the form.
      #
      # ==== Data attributes
      #
      # * <tt>:confirm</tt> - This will use the unobtrusive JavaScript driver to
      #   prompt with the question specified. If the user accepts, the link is
      #   processed normally, otherwise no action is taken.
      # * <tt>:disable_with</tt> - Value of this parameter will be
      #   used as the value for a disabled version of the submit
      #   button when the form is submitted. This feature is provided
      #   by the unobtrusive JavaScript driver.
      #
      # ==== Examples
      #   <%= button_to "New", action: "new" %>
      #   # => "<form method="post" action="/controller/new" class="button_to">
      #   #      <input value="New" type="submit" />
      #   #    </form>"
      #
      #   <%= button_to "New", new_article_path %>
      #   # => "<form method="post" action="/articles/new" class="button_to">
      #   #      <input value="New" type="submit" />
      #   #    </form>"
      #
      #   <%= button_to [:make_happy, @user] do %>
      #     Make happy <strong><%= @user.name %></strong>
      #   <% end %>
      #   # => "<form method="post" action="/users/1/make_happy" class="button_to">
      #   #      <button type="submit">
      #   #        Make happy <strong><%= @user.name %></strong>
      #   #      </button>
      #   #    </form>"
      #
      #   <%= button_to "New", { action: "new" }, form_class: "new-thing" %>
      #   # => "<form method="post" action="/controller/new" class="new-thing">
      #   #      <input value="New" type="submit" />
      #   #    </form>"
      #
      #
      #   <%= button_to "Create", { action: "create" }, remote: true, form: { "data-type" => "json" } %>
      #   # => "<form method="post" action="/images/create" class="button_to" data-remote="true" data-type="json">
      #   #      <input value="Create" type="submit" />
      #   #      <input name="authenticity_token" type="hidden" value="10f2163b45388899ad4d5ae948988266befcb6c3d1b2451cf657a0c293d605a6"/>
      #   #    </form>"
      #
      #
      #   <%= button_to "Delete Image", { action: "delete", id: @image.id },
      #                                   method: :delete, data: { confirm: "Are you sure?" } %>
      #   # => "<form method="post" action="/images/delete/1" class="button_to">
      #   #      <input type="hidden" name="_method" value="delete" />
      #   #      <input data-confirm='Are you sure?' value="Delete Image" type="submit" />
      #   #      <input name="authenticity_token" type="hidden" value="10f2163b45388899ad4d5ae948988266befcb6c3d1b2451cf657a0c293d605a6"/>
      #   #    </form>"
      #
      #
      #   <%= button_to('Destroy', 'http://www.example.com',
      #             method: "delete", remote: true, data: { confirm: 'Are you sure?', disable_with: 'loading...' }) %>
      #   # => "<form class='button_to' method='post' action='http://www.example.com' data-remote='true'>
      #   #       <input name='_method' value='delete' type='hidden' />
      #   #       <input value='Destroy' type='submit' data-disable-with='loading...' data-confirm='Are you sure?' />
      #   #       <input name="authenticity_token" type="hidden" value="10f2163b45388899ad4d5ae948988266befcb6c3d1b2451cf657a0c293d605a6"/>
      #   #     </form>"
      #   #
      def button_to: (?untyped? name, ?untyped? options, ?untyped? html_options) { () -> untyped } -> untyped

      # Creates a link tag of the given +name+ using a URL created by the set of
      # +options+ unless the current request URI is the same as the links, in
      # which case only the name is returned (or the given block is yielded, if
      # one exists). You can give +link_to_unless_current+ a block which will
      # specialize the default behavior (e.g., show a "Start Here" link rather
      # than the link's text).
      #
      # ==== Examples
      # Let's say you have a navigation menu...
      #
      #   <ul id="navbar">
      #     <li><%= link_to_unless_current("Home", { action: "index" }) %></li>
      #     <li><%= link_to_unless_current("About Us", { action: "about" }) %></li>
      #   </ul>
      #
      # If in the "about" action, it will render...
      #
      #   <ul id="navbar">
      #     <li><a href="/controller/index">Home</a></li>
      #     <li>About Us</li>
      #   </ul>
      #
      # ...but if in the "index" action, it will render:
      #
      #   <ul id="navbar">
      #     <li>Home</li>
      #     <li><a href="/controller/about">About Us</a></li>
      #   </ul>
      #
      # The implicit block given to +link_to_unless_current+ is evaluated if the current
      # action is the action given. So, if we had a comments page and wanted to render a
      # "Go Back" link instead of a link to the comments page, we could do something like this...
      #
      #    <%=
      #        link_to_unless_current("Comment", { controller: "comments", action: "new" }) do
      #           link_to("Go back", { controller: "posts", action: "index" })
      #        end
      #     %>
      def link_to_unless_current: (untyped name, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) { () -> untyped } -> untyped

      # Creates a link tag of the given +name+ using a URL created by the set of
      # +options+ unless +condition+ is true, in which case only the name is
      # returned. To specialize the default behavior (i.e., show a login link rather
      # than just the plaintext link text), you can pass a block that
      # accepts the name or the full argument list for +link_to_unless+.
      #
      # ==== Examples
      #   <%= link_to_unless(@current_user.nil?, "Reply", { action: "reply" }) %>
      #   # If the user is logged in...
      #   # => <a href="/controller/reply/">Reply</a>
      #
      #   <%=
      #      link_to_unless(@current_user.nil?, "Reply", { action: "reply" }) do |name|
      #        link_to(name, { controller: "accounts", action: "signup" })
      #      end
      #   %>
      #   # If the user is logged in...
      #   # => <a href="/controller/reply/">Reply</a>
      #   # If not...
      #   # => <a href="/accounts/signup">Reply</a>
      def link_to_unless: (untyped condition, untyped name, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) { () -> untyped } -> untyped

      # Creates a link tag of the given +name+ using a URL created by the set of
      # +options+ if +condition+ is true, otherwise only the name is
      # returned. To specialize the default behavior, you can pass a block that
      # accepts the name or the full argument list for +link_to_unless+ (see the examples
      # in +link_to_unless+).
      #
      # ==== Examples
      #   <%= link_to_if(@current_user.nil?, "Login", { controller: "sessions", action: "new" }) %>
      #   # If the user isn't logged in...
      #   # => <a href="/sessions/new/">Login</a>
      #
      #   <%=
      #      link_to_if(@current_user.nil?, "Login", { controller: "sessions", action: "new" }) do
      #        link_to(@current_user.login, { controller: "accounts", action: "show", id: @current_user })
      #      end
      #   %>
      #   # If the user isn't logged in...
      #   # => <a href="/sessions/new/">Login</a>
      #   # If they are logged in...
      #   # => <a href="/accounts/show/3">my_username</a>
      def link_to_if: (untyped condition, untyped name, ?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] html_options) { () -> untyped } -> untyped

      # Creates a mailto link tag to the specified +email_address+, which is
      # also used as the name of the link unless +name+ is specified. Additional
      # HTML attributes for the link can be passed in +html_options+.
      #
      # +mail_to+ has several methods for customizing the email itself by
      # passing special keys to +html_options+.
      #
      # ==== Options
      # * <tt>:subject</tt> - Preset the subject line of the email.
      # * <tt>:body</tt> - Preset the body of the email.
      # * <tt>:cc</tt> - Carbon Copy additional recipients on the email.
      # * <tt>:bcc</tt> - Blind Carbon Copy additional recipients on the email.
      # * <tt>:reply_to</tt> - Preset the Reply-To field of the email.
      #
      # ==== Obfuscation
      # Prior to Rails 4.0, +mail_to+ provided options for encoding the address
      # in order to hinder email harvesters.  To take advantage of these options,
      # install the +actionview-encoded_mail_to+ gem.
      #
      # ==== Examples
      #   mail_to "me@domain.com"
      #   # => <a href="mailto:me@domain.com">me@domain.com</a>
      #
      #   mail_to "me@domain.com", "My email"
      #   # => <a href="mailto:me@domain.com">My email</a>
      #
      #   mail_to "me@domain.com", "My email", cc: "ccaddress@domain.com",
      #            subject: "This is an example email"
      #   # => <a href="mailto:me@domain.com?cc=ccaddress@domain.com&subject=This%20is%20an%20example%20email">My email</a>
      #
      # You can use a block as well if your link target is hard to fit into the name parameter. ERB example:
      #
      #   <%= mail_to "me@domain.com" do %>
      #     <strong>Email me:</strong> <span>me@domain.com</span>
      #   <% end %>
      #   # => <a href="mailto:me@domain.com">
      #          <strong>Email me:</strong> <span>me@domain.com</span>
      #        </a>
      def mail_to: (untyped email_address, ?untyped? name, ?::Hash[untyped, untyped] html_options) { () -> untyped } -> untyped

      # True if the current request URI was generated by the given +options+.
      #
      # ==== Examples
      # Let's say we're in the <tt>http://www.example.com/shop/checkout?order=desc&page=1</tt> action.
      #
      #   current_page?(action: 'process')
      #   # => false
      #
      #   current_page?(action: 'checkout')
      #   # => true
      #
      #   current_page?(controller: 'library', action: 'checkout')
      #   # => false
      #
      #   current_page?(controller: 'shop', action: 'checkout')
      #   # => true
      #
      #   current_page?(controller: 'shop', action: 'checkout', order: 'asc')
      #   # => false
      #
      #   current_page?(controller: 'shop', action: 'checkout', order: 'desc', page: '1')
      #   # => true
      #
      #   current_page?(controller: 'shop', action: 'checkout', order: 'desc', page: '2')
      #   # => false
      #
      #   current_page?('http://www.example.com/shop/checkout')
      #   # => true
      #
      #   current_page?('http://www.example.com/shop/checkout', check_parameters: true)
      #   # => false
      #
      #   current_page?('/shop/checkout')
      #   # => true
      #
      #   current_page?('http://www.example.com/shop/checkout?order=desc&page=1')
      #   # => true
      #
      # Let's say we're in the <tt>http://www.example.com/products</tt> action with method POST in case of invalid product.
      #
      #   current_page?(controller: 'product', action: 'index')
      #   # => false
      #
      # We can also pass in the symbol arguments instead of strings.
      #
      def current_page?: (untyped options, ?check_parameters: bool check_parameters) -> (::FalseClass | untyped)

      def convert_options_to_data_attributes: (untyped options, untyped html_options) -> untyped

      def link_to_remote_options?: (untyped options) -> untyped

      def add_method_to_attributes!: (untyped html_options, untyped method) -> untyped

      STRINGIFIED_COMMON_METHODS: untyped

      def method_not_get_method?: (untyped method) -> (::FalseClass | untyped)

      def token_tag: (?untyped? token, ?form_options: ::Hash[untyped, untyped] form_options) -> untyped

      def method_tag: (untyped method) -> untyped

      # Returns an array of hashes each containing :name and :value keys
      # suitable for use as the names and values of form input fields:
      #
      #   to_form_params(name: 'David', nationality: 'Danish')
      #   # => [{name: 'name', value: 'David'}, {name: 'nationality', value: 'Danish'}]
      #
      #   to_form_params(country: { name: 'Denmark' })
      #   # => [{name: 'country[name]', value: 'Denmark'}]
      #
      #   to_form_params(countries: ['Denmark', 'Sweden']})
      #   # => [{name: 'countries[]', value: 'Denmark'}, {name: 'countries[]', value: 'Sweden'}]
      #
      # An optional namespace can be passed to enclose key names:
      #
      #   to_form_params({ name: 'Denmark' }, 'country')
      #   # => [{name: 'country[name]', value: 'Denmark'}]
      def to_form_params: (untyped attribute, ?untyped? namespace) -> untyped
    end
  end
end

module ActionView
  module Helpers
    # nodoc:
    # nodoc:
    extend ActiveSupport::Autoload

    def self.eager_load!: () -> untyped

    extend ActiveSupport::Concern

    include ActiveSupport::Benchmarkable

    include ActiveModelHelper

    include AssetTagHelper

    include AssetUrlHelper

    include AtomFeedHelper

    include CacheHelper

    include CaptureHelper

    include ControllerHelper

    include CspHelper

    include CsrfHelper

    include DateHelper

    include DebugHelper

    include FormHelper

    include FormOptionsHelper

    include FormTagHelper

    include JavaScriptHelper

    include NumberHelper

    include OutputSafetyHelper

    include RenderingHelper

    include SanitizeHelper

    include TagHelper

    include TextHelper

    include TranslationHelper

    include UrlHelper
  end
end

module ActionView
  # Layouts reverse the common pattern of including shared headers and footers in many templates to isolate changes in
  # repeated setups. The inclusion pattern has pages that look like this:
  #
  #   <%= render "shared/header" %>
  #   Hello World
  #   <%= render "shared/footer" %>
  #
  # This approach is a decent way of keeping common structures isolated from the changing content, but it's verbose
  # and if you ever want to change the structure of these two includes, you'll have to change all the templates.
  #
  # With layouts, you can flip it around and have the common structure know where to insert changing content. This means
  # that the header and footer are only mentioned in one place, like this:
  #
  #   // The header part of this layout
  #   <%= yield %>
  #   // The footer part of this layout
  #
  # And then you have content pages that look like this:
  #
  #    hello world
  #
  # At rendering time, the content page is computed and then inserted in the layout, like this:
  #
  #   // The header part of this layout
  #   hello world
  #   // The footer part of this layout
  #
  # == Accessing shared variables
  #
  # Layouts have access to variables specified in the content pages and vice versa. This allows you to have layouts with
  # references that won't materialize before rendering time:
  #
  #   <h1><%= @page_title %></h1>
  #   <%= yield %>
  #
  # ...and content pages that fulfill these references _at_ rendering time:
  #
  #    <% @page_title = "Welcome" %>
  #    Off-world colonies offers you a chance to start a new life
  #
  # The result after rendering is:
  #
  #   <h1>Welcome</h1>
  #   Off-world colonies offers you a chance to start a new life
  #
  # == Layout assignment
  #
  # You can either specify a layout declaratively (using the #layout class method) or give
  # it the same name as your controller, and place it in <tt>app/views/layouts</tt>.
  # If a subclass does not have a layout specified, it inherits its layout using normal Ruby inheritance.
  #
  # For instance, if you have PostsController and a template named <tt>app/views/layouts/posts.html.erb</tt>,
  # that template will be used for all actions in PostsController and controllers inheriting
  # from PostsController.
  #
  # If you use a module, for instance Weblog::PostsController, you will need a template named
  # <tt>app/views/layouts/weblog/posts.html.erb</tt>.
  #
  # Since all your controllers inherit from ApplicationController, they will use
  # <tt>app/views/layouts/application.html.erb</tt> if no other layout is specified
  # or provided.
  #
  # == Inheritance Examples
  #
  #   class BankController < ActionController::Base
  #     # bank.html.erb exists
  #
  #   class ExchangeController < BankController
  #     # exchange.html.erb exists
  #
  #   class CurrencyController < BankController
  #
  #   class InformationController < BankController
  #     layout "information"
  #
  #   class TellerController < InformationController
  #     # teller.html.erb exists
  #
  #   class EmployeeController < InformationController
  #     # employee.html.erb exists
  #     layout nil
  #
  #   class VaultController < BankController
  #     layout :access_level_layout
  #
  #   class TillController < BankController
  #     layout false
  #
  # In these examples, we have three implicit lookup scenarios:
  # * The +BankController+ uses the "bank" layout.
  # * The +ExchangeController+ uses the "exchange" layout.
  # * The +CurrencyController+ inherits the layout from BankController.
  #
  # However, when a layout is explicitly set, the explicitly set layout wins:
  # * The +InformationController+ uses the "information" layout, explicitly set.
  # * The +TellerController+ also uses the "information" layout, because the parent explicitly set it.
  # * The +EmployeeController+ uses the "employee" layout, because it set the layout to +nil+, resetting the parent configuration.
  # * The +VaultController+ chooses a layout dynamically by calling the <tt>access_level_layout</tt> method.
  # * The +TillController+ does not use a layout at all.
  #
  # == Types of layouts
  #
  # Layouts are basically just regular templates, but the name of this template needs not be specified statically. Sometimes
  # you want to alternate layouts depending on runtime information, such as whether someone is logged in or not. This can
  # be done either by specifying a method reference as a symbol or using an inline method (as a proc).
  #
  # The method reference is the preferred approach to variable layouts and is used like this:
  #
  #   class WeblogController < ActionController::Base
  #     layout :writers_and_readers
  #
  #     def index
  #       # fetching posts
  #     end
  #
  #     private
  #       def writers_and_readers
  #         logged_in? ? "writer_layout" : "reader_layout"
  #       end
  #   end
  #
  # Now when a new request for the index action is processed, the layout will vary depending on whether the person accessing
  # is logged in or not.
  #
  # If you want to use an inline method, such as a proc, do something like this:
  #
  #   class WeblogController < ActionController::Base
  #     layout proc { |controller| controller.logged_in? ? "writer_layout" : "reader_layout" }
  #   end
  #
  # If an argument isn't given to the proc, it's evaluated in the context of
  # the current controller anyway.
  #
  #   class WeblogController < ActionController::Base
  #     layout proc { logged_in? ? "writer_layout" : "reader_layout" }
  #   end
  #
  # Of course, the most common way of specifying a layout is still just as a plain template name:
  #
  #   class WeblogController < ActionController::Base
  #     layout "weblog_standard"
  #   end
  #
  # The template will be looked always in <tt>app/views/layouts/</tt> folder. But you can point
  # <tt>layouts</tt> folder direct also. <tt>layout "layouts/demo"</tt> is the same as <tt>layout "demo"</tt>.
  #
  # Setting the layout to +nil+ forces it to be looked up in the filesystem and fallbacks to the parent behavior if none exists.
  # Setting it to +nil+ is useful to re-enable template lookup overriding a previous configuration set in the parent:
  #
  #     class ApplicationController < ActionController::Base
  #       layout "application"
  #     end
  #
  #     class PostsController < ApplicationController
  #       # Will use "application" layout
  #     end
  #
  #     class CommentsController < ApplicationController
  #       # Will search for "comments" layout and fallback "application" layout
  #       layout nil
  #     end
  #
  # == Conditional layouts
  #
  # If you have a layout that by default is applied to all the actions of a controller, you still have the option of rendering
  # a given action or set of actions without a layout, or restricting a layout to only a single action or a set of actions. The
  # <tt>:only</tt> and <tt>:except</tt> options can be passed to the layout call. For example:
  #
  #   class WeblogController < ActionController::Base
  #     layout "weblog_standard", except: :rss
  #
  #     # ...
  #
  #   end
  #
  # This will assign "weblog_standard" as the WeblogController's layout for all actions except for the +rss+ action, which will
  # be rendered directly, without wrapping a layout around the rendered view.
  #
  # Both the <tt>:only</tt> and <tt>:except</tt> condition can accept an arbitrary number of method references, so
  # #<tt>except: [ :rss, :text_only ]</tt> is valid, as is <tt>except: :rss</tt>.
  #
  # == Using a different layout in the action render call
  #
  # If most of your actions use the same layout, it makes perfect sense to define a controller-wide layout as described above.
  # Sometimes you'll have exceptions where one action wants to use a different layout than the rest of the controller.
  # You can do this by passing a <tt>:layout</tt> option to the <tt>render</tt> call. For example:
  #
  #   class WeblogController < ActionController::Base
  #     layout "weblog_standard"
  #
  #     def help
  #       render action: "help", layout: "help"
  #     end
  #   end
  #
  # This will override the controller-wide "weblog_standard" layout, and will render the help action with the "help" layout instead.
  module Layouts
    extend ActiveSupport::Concern

    include ActionView::Rendering

    extend ::ActionView::Rendering::ClassMethods

    module ClassMethods
      def inherited: (untyped klass) -> untyped

      module LayoutConditions
        # Determines whether the current action has a layout definition by
        # checking the action name against the :only and :except conditions
        # set by the <tt>layout</tt> method.
        #
        # ==== Returns
        # * <tt>Boolean</tt> - True if the action has a layout definition, false otherwise.
        def _conditional_layout?: () -> (nil | untyped)
      end

      # Specify the layout to use for this class.
      #
      # If the specified layout is a:
      # String:: the String is the template name
      # Symbol:: call the method specified by the symbol
      # Proc::   call the passed Proc
      # false::  There is no layout
      # true::   raise an ArgumentError
      # nil::    Force default layout behavior with inheritance
      #
      # Return value of +Proc+ and +Symbol+ arguments should be +String+, +false+, +true+ or +nil+
      # with the same meaning as described above.
      # ==== Parameters
      # * <tt>layout</tt> - The layout to use.
      #
      # ==== Options (conditions)
      # * :only   - A list of actions to apply this layout to.
      # * :except - Apply this layout to all actions but this one.
      def layout: (untyped layout, ?::Hash[untyped, untyped] conditions) -> untyped

      def _write_layout_method: () -> untyped

      # If no layout is supplied, look for a template named the return
      # value of this method.
      #
      # ==== Returns
      # * <tt>String</tt> - A template name
      def _implied_layout_name: () -> untyped
    end

    def _normalize_options: (untyped options) -> untyped

    def initialize: () -> untyped

    # Controls whether an action should be rendered using a layout.
    # If you want to disable any <tt>layout</tt> settings for the
    # current action so that it is rendered without a layout then
    # either override this method in your controller to return false
    # for that action or set the <tt>action_has_layout</tt> attribute
    # to false before rendering.
    def action_has_layout?: () -> untyped

    def _conditional_layout?: () -> ::TrueClass

    # This will be overwritten by _write_layout_method
    def _layout: () -> nil

    # Determine the layout for a given name, taking into account the name type.
    #
    # ==== Parameters
    # * <tt>name</tt> - The name of the template
    def _layout_for_option: (untyped name) -> untyped

    def _normalize_layout: (untyped value) -> untyped

    # Returns the default layout for this controller.
    # Optionally raises an exception if the layout could not be found.
    #
    # ==== Parameters
    # * <tt>formats</tt> - The formats accepted to this layout
    # * <tt>require_layout</tt> - If set to +true+ and layout is not found,
    #   an +ArgumentError+ exception is raised (defaults to +false+)
    #
    # ==== Returns
    # * <tt>template</tt> - The template object for the default layout (or +nil+)
    def _default_layout: (untyped lookup_context, untyped formats, ?bool require_layout) -> untyped

    def _include_layout?: (untyped options) -> untyped
  end
end

module ActionView
  # = Action View Log Subscriber
  #
  # Provides functionality so that Rails can output logs from Action View.
  class LogSubscriber < ActiveSupport::LogSubscriber
    VIEWS_PATTERN: untyped

    def initialize: () -> untyped

    def render_template: (untyped event) -> untyped

    def render_partial: (untyped event) -> untyped

    def render_collection: (untyped event) -> untyped

    def start: (untyped name, untyped id, untyped payload) -> untyped

    def logger: () -> untyped

    EMPTY: ::String

    def from_rails_root: (untyped string) -> untyped

    def rails_root: () -> untyped

    def render_count: (untyped payload) -> untyped

    def cache_message: (untyped payload) -> untyped

    def log_rendering_start: (untyped payload) -> untyped
  end
end

module ActionView
  class LookupContext
    # = Action View Lookup Context
    #
    # <tt>LookupContext</tt> is the object responsible for holding all information
    # required for looking up templates, i.e. view paths and details.
    # <tt>LookupContext</tt> is also responsible for generating a key, given to
    # view paths, used in the resolver cache lookup. Since this key is generated
    # only once during the request, it speeds up all cache accesses.
    # nodoc:
    attr_accessor prefixes: untyped

    # = Action View Lookup Context
    #
    # <tt>LookupContext</tt> is the object responsible for holding all information
    # required for looking up templates, i.e. view paths and details.
    # <tt>LookupContext</tt> is also responsible for generating a key, given to
    # view paths, used in the resolver cache lookup. Since this key is generated
    # only once during the request, it speeds up all cache accesses.
    # nodoc:
    attr_accessor rendered_format: untyped

    def self.register_detail: (untyped name) { () -> untyped } -> untyped

    module Accessors
      # Holds accessors for the registered details.
      # nodoc:
      DEFAULT_PROCS: ::Hash[untyped, untyped]
    end

    class DetailsKey
      # nodoc:
      alias eql? equal?

      def self.digest_cache: (untyped details) -> untyped

      def self.details_cache_key: (untyped details) -> untyped

      def self.clear: () -> untyped

      def self.digest_caches: () -> untyped

      def self.view_context_class: (untyped klass) -> untyped
    end

    # Add caching behavior on top of Details.
    module DetailsCache
      attr_accessor cache: untyped

      def details_key: () -> untyped

      # Temporary skip passing the details_key forward.
      def disable_cache: () { () -> untyped } -> untyped

      def _set_detail: (untyped key, untyped value) -> untyped
    end

    # Helpers related to template lookup using the lookup context information.
    module ViewPaths
      attr_reader view_paths: untyped

      attr_reader html_fallback_for_js: untyped

      def find: (untyped name, ?untyped prefixes, ?bool partial, ?untyped keys, ?::Hash[untyped, untyped] options) -> untyped

      alias find_template find

      alias find_file find

      def find_all: (untyped name, ?untyped prefixes, ?bool partial, ?untyped keys, ?::Hash[untyped, untyped] options) -> untyped

      def exists?: (untyped name, ?untyped prefixes, ?bool partial, ?untyped keys, **untyped options) -> untyped

      alias template_exists? exists?

      def any?: (untyped name, ?untyped prefixes, ?bool partial) -> untyped

      alias any_templates? any?

      # Adds fallbacks to the view paths. Useful in cases when you are rendering
      # a :file.
      def with_fallbacks: () { () -> untyped } -> untyped

      # Whenever setting view paths, makes a copy so that we can manipulate them in
      # instance objects as we wish.
      def build_view_paths: (untyped paths) -> ActionView::PathSet

      def args_for_lookup: (untyped name, untyped prefixes, untyped partial, untyped keys, untyped details_options) -> ::Array[untyped]

      def detail_args_for: (untyped options) -> (untyped | ::Array[untyped])

      def args_for_any: (untyped name, untyped prefixes, untyped partial) -> ::Array[untyped]

      def detail_args_for_any: () -> untyped

      # Support legacy foo.erb names even though we now ignore .erb
      # as well as incorrectly putting part of the path in the template
      # name instead of the prefix.
      def normalize_name: (untyped name, untyped prefixes) -> untyped
    end

    include Accessors

    include DetailsCache

    include ViewPaths

    def initialize: (untyped view_paths, ?::Hash[untyped, untyped] details, ?untyped prefixes) -> untyped

    def digest_cache: () -> untyped

    def with_prepended_formats: (untyped formats) -> untyped

    def initialize_details: (untyped target, untyped details) -> untyped

    # Override formats= to expand ["*/*"] values and automatically
    # add :html as fallback to :js.
    def formats=: (untyped values) -> untyped

    # Override locale to return a symbol instead of array.
    def locale: () -> untyped

    # Overload locale= to also set the I18n.locale. If the current I18n.config object responds
    # to original_config, it means that it has a copy of the original I18n configuration and it's
    # acting as proxy, which we need to skip.
    def locale=: (untyped value) -> untyped
  end
end

module ActionView
  module ModelNaming
    # nodoc:
    # Converts the given object to an ActiveModel compliant one.
    def convert_to_model: (untyped object) -> untyped

    def model_name_from_record_or_class: (untyped record_or_class) -> untyped
  end
end

module ActionView
  class PathSet
    # nodoc:
    # = Action View PathSet
    #
    # This class is used to store and access paths in Action View. A number of
    # operations are defined so that you can search among the paths in this
    # set and also perform operations on other +PathSet+ objects.
    #
    # A +LookupContext+ will use a +PathSet+ to store the paths in its context.
    # nodoc:
    include Enumerable[untyped, untyped]

    attr_reader paths: untyped

    def initialize: (?untyped paths) -> untyped

    def initialize_copy: (untyped other) -> untyped

    def to_ary: () -> untyped

    def compact: () -> PathSet

    def +: (untyped array) -> PathSet

    def find: (*untyped args) -> untyped

    alias find_file find

    def find_all: (untyped path, ?untyped prefixes, *untyped args) -> untyped

    def exists?: (untyped path, untyped prefixes, *untyped args) -> untyped

    def find_all_with_query: (untyped query) -> (untyped | ::Array[untyped])

    def _find_all: (untyped path, untyped prefixes, untyped args) -> (untyped | ::Array[untyped])

    def typecast: (untyped paths) -> untyped
  end
end

module ActionView
  class Railtie < Rails::Engine
    # = Action View Railtie
    # :nodoc:
    NULL_OPTION: untyped
  end
end

module ActionView
  # RecordIdentifier encapsulates methods used by various ActionView helpers
  # to associate records with DOM elements.
  #
  # Consider for example the following code that form of post:
  #
  #   <%= form_for(post) do |f| %>
  #     <%= f.text_field :body %>
  #   <% end %>
  #
  # When +post+ is a new, unsaved ActiveRecord::Base instance, the resulting HTML
  # is:
  #
  #    <form class="new_post" id="new_post" action="/posts" accept-charset="UTF-8" method="post">
  #      <input type="text" name="post[body]" id="post_body" />
  #    </form>
  #
  # When +post+ is a persisted ActiveRecord::Base instance, the resulting HTML
  # is:
  #
  #   <form class="edit_post" id="edit_post_42" action="/posts/42" accept-charset="UTF-8" method="post">
  #     <input type="text" value="What a wonderful world!" name="post[body]" id="post_body" />
  #   </form>
  #
  # In both cases, the +id+ and +class+ of the wrapping DOM element are
  # automatically generated, following naming conventions encapsulated by the
  # RecordIdentifier methods #dom_id and #dom_class:
  #
  #   dom_id(Post.new)         # => "new_post"
  #   dom_class(Post.new)      # => "post"
  #   dom_id(Post.find 42)     # => "post_42"
  #   dom_class(Post.find 42)  # => "post"
  #
  # Note that these methods do not strictly require +Post+ to be a subclass of
  # ActiveRecord::Base.
  # Any +Post+ class will work as long as its instances respond to +to_key+
  # and +model_name+, given that +model_name+ responds to +param_key+.
  # For instance:
  #
  #   class Post
  #     attr_accessor :to_key
  #
  #     def model_name
  #       OpenStruct.new param_key: 'post'
  #     end
  #
  #     def self.find(id)
  #       new.tap { |post| post.to_key = [id] }
  #     end
  #   end
  module RecordIdentifier
    extend ModelNaming

    include ModelNaming

    JOIN: ::String

    NEW: ::String

    # The DOM class convention is to use the singular form of an object or class.
    #
    #   dom_class(post)   # => "post"
    #   dom_class(Person) # => "person"
    #
    # If you need to address multiple instances of the same class in the same view, you can prefix the dom_class:
    #
    #   dom_class(post, :edit)   # => "edit_post"
    #   dom_class(Person, :edit) # => "edit_person"
    def dom_class: (untyped record_or_class, ?untyped? prefix) -> untyped

    # The DOM id convention is to use the singular form of an object or class with the id following an underscore.
    # If no id is found, prefix with "new_" instead.
    #
    #   dom_id(Post.find(45))       # => "post_45"
    #   dom_id(Post.new)            # => "new_post"
    #
    # If you need to address multiple instances of the same class in the same view, you can prefix the dom_id:
    #
    #   dom_id(Post.find(45), :edit) # => "edit_post_45"
    #   dom_id(Post.new, :custom)    # => "custom_post"
    def dom_id: (untyped record, ?untyped? prefix) -> untyped

    def record_key_for_dom_id: (untyped record) -> untyped
  end
end

module ActionView
  class AbstractRenderer
    def initialize: (untyped lookup_context) -> untyped

    def render: () -> untyped

    class RenderedCollection
      # :nodoc:
      def self.empty: (untyped format) -> EmptyCollection

      attr_reader rendered_templates: untyped

      def initialize: (untyped rendered_templates, untyped spacer) -> untyped

      def body: () -> untyped

      def format: () -> untyped

      class EmptyCollection
        attr_reader format: untyped

        def initialize: (untyped format) -> untyped

        def body: () -> nil
      end
    end

    class RenderedTemplate
      # :nodoc:
      attr_reader body: untyped

      # :nodoc:
      attr_reader layout: untyped

      # :nodoc:
      attr_reader template: untyped

      def initialize: (untyped body, untyped layout, untyped template) -> untyped

      def format: () -> untyped

      EMPTY_SPACER: untyped
    end

    def extract_details: (untyped options) -> untyped

    def instrument: (untyped name, **untyped options) { (untyped) -> untyped } -> untyped

    def prepend_formats: (untyped formats) -> (nil | untyped)

    def build_rendered_template: (untyped content, untyped template, ?untyped? layout) -> RenderedTemplate

    def build_rendered_collection: (untyped templates, untyped spacer) -> RenderedCollection
  end
end

module ActionView
  module CollectionCaching
    # :nodoc:
    extend ActiveSupport::Concern

    def cache_collection_render: (untyped instrumentation_payload, untyped view, untyped template) { () -> untyped } -> untyped

    def callable_cache_key?: () -> untyped

    def collection_by_cache_keys: (untyped view, untyped template) -> untyped

    def expanded_cache_key: (untyped key, untyped view, untyped template, untyped digest_path) -> untyped

    # `order_by` is an enumerable object containing keys of the cache,
    # all keys are  passed in whether found already or not.
    #
    # `cached_partials` is a hash. If the value exists
    # it represents the rendered partial from the cache
    # otherwise `Hash#fetch` will take the value of its block.
    #
    # This method expects a block that will return the rendered
    # partial. An example is to render all results
    # for each element that was not found in the cache and store it as an array.
    # Order it so that the first empty cache element in `cached_partials`
    # corresponds to the first element in `rendered_partials`.
    #
    # If the partial is not already cached it will also be
    # written back to the underlying cache store.
    def fetch_or_cache_partial: (untyped cached_partials, untyped template, order_by: untyped order_by) { () -> untyped } -> untyped
  end
end

module ActionView
  class PartialIteration
    # The number of iterations that will be done by the partial.
    attr_reader size: untyped

    # The current iteration of the partial.
    attr_reader index: untyped

    def initialize: (untyped size) -> untyped

    # Check if this is the first iteration of the partial.
    def first?: () -> untyped

    # Check if this is the last iteration of the partial.
    def last?: () -> untyped

    def iterate!: () -> untyped
  end

  # = Action View Partials
  #
  # There's also a convenience method for rendering sub templates within the current controller that depends on a
  # single object (we call this kind of sub templates for partials). It relies on the fact that partials should
  # follow the naming convention of being prefixed with an underscore -- as to separate them from regular
  # templates that could be rendered on their own.
  #
  # In a template for Advertiser#account:
  #
  #  <%= render partial: "account" %>
  #
  # This would render "advertiser/_account.html.erb".
  #
  # In another template for Advertiser#buy, we could have:
  #
  #   <%= render partial: "account", locals: { account: @buyer } %>
  #
  #   <% @advertisements.each do |ad| %>
  #     <%= render partial: "ad", locals: { ad: ad } %>
  #   <% end %>
  #
  # This would first render <tt>advertiser/_account.html.erb</tt> with <tt>@buyer</tt> passed in as the local variable +account+, then
  # render <tt>advertiser/_ad.html.erb</tt> and pass the local variable +ad+ to the template for display.
  #
  # == The :as and :object options
  #
  # By default ActionView::PartialRenderer doesn't have any local variables.
  # The <tt>:object</tt> option can be used to pass an object to the partial. For instance:
  #
  #   <%= render partial: "account", object: @buyer %>
  #
  # would provide the <tt>@buyer</tt> object to the partial, available under the local variable +account+ and is
  # equivalent to:
  #
  #   <%= render partial: "account", locals: { account: @buyer } %>
  #
  # With the <tt>:as</tt> option we can specify a different name for said local variable. For example, if we
  # wanted it to be +user+ instead of +account+ we'd do:
  #
  #   <%= render partial: "account", object: @buyer, as: 'user' %>
  #
  # This is equivalent to
  #
  #   <%= render partial: "account", locals: { user: @buyer } %>
  #
  # == \Rendering a collection of partials
  #
  # The example of partial use describes a familiar pattern where a template needs to iterate over an array and
  # render a sub template for each of the elements. This pattern has been implemented as a single method that
  # accepts an array and renders a partial by the same name as the elements contained within. So the three-lined
  # example in "Using partials" can be rewritten with a single line:
  #
  #   <%= render partial: "ad", collection: @advertisements %>
  #
  # This will render <tt>advertiser/_ad.html.erb</tt> and pass the local variable +ad+ to the template for display. An
  # iteration object will automatically be made available to the template with a name of the form
  # +partial_name_iteration+. The iteration object has knowledge about which index the current object has in
  # the collection and the total size of the collection. The iteration object also has two convenience methods,
  # +first?+ and +last?+. In the case of the example above, the template would be fed +ad_iteration+.
  # For backwards compatibility the +partial_name_counter+ is still present and is mapped to the iteration's
  # +index+ method.
  #
  # The <tt>:as</tt> option may be used when rendering partials.
  #
  # You can specify a partial to be rendered between elements via the <tt>:spacer_template</tt> option.
  # The following example will render <tt>advertiser/_ad_divider.html.erb</tt> between each ad partial:
  #
  #   <%= render partial: "ad", collection: @advertisements, spacer_template: "ad_divider" %>
  #
  # If the given <tt>:collection</tt> is +nil+ or empty, <tt>render</tt> will return +nil+. This will allow you
  # to specify a text which will be displayed instead by using this form:
  #
  #   <%= render(partial: "ad", collection: @advertisements) || "There's no ad to be displayed" %>
  #
  # == \Rendering shared partials
  #
  # Two controllers can share a set of partials and render them like this:
  #
  #   <%= render partial: "advertisement/ad", locals: { ad: @advertisement } %>
  #
  # This will render the partial <tt>advertisement/_ad.html.erb</tt> regardless of which controller this is being called from.
  #
  # == \Rendering objects that respond to +to_partial_path+
  #
  # Instead of explicitly naming the location of a partial, you can also let PartialRenderer do the work
  # and pick the proper path by checking +to_partial_path+ method.
  #
  #  # @account.to_partial_path returns 'accounts/account', so it can be used to replace:
  #  # <%= render partial: "accounts/account", locals: { account: @account} %>
  #  <%= render partial: @account %>
  #
  #  # @posts is an array of Post instances, so every post record returns 'posts/post' on +to_partial_path+,
  #  # that's why we can replace:
  #  # <%= render partial: "posts/post", collection: @posts %>
  #  <%= render partial: @posts %>
  #
  # == \Rendering the default case
  #
  # If you're not going to be using any of the options like collections or layouts, you can also use the short-hand
  # defaults of render to render partials. Examples:
  #
  #  # Instead of <%= render partial: "account" %>
  #  <%= render "account" %>
  #
  #  # Instead of <%= render partial: "account", locals: { account: @buyer } %>
  #  <%= render "account", account: @buyer %>
  #
  #  # @account.to_partial_path returns 'accounts/account', so it can be used to replace:
  #  # <%= render partial: "accounts/account", locals: { account: @account} %>
  #  <%= render @account %>
  #
  #  # @posts is an array of Post instances, so every post record returns 'posts/post' on +to_partial_path+,
  #  # that's why we can replace:
  #  # <%= render partial: "posts/post", collection: @posts %>
  #  <%= render @posts %>
  #
  # == \Rendering partials with layouts
  #
  # Partials can have their own layouts applied to them. These layouts are different than the ones that are
  # specified globally for the entire action, but they work in a similar fashion. Imagine a list with two types
  # of users:
  #
  #   <%# app/views/users/index.html.erb %>
  #   Here's the administrator:
  #   <%= render partial: "user", layout: "administrator", locals: { user: administrator } %>
  #
  #   Here's the editor:
  #   <%= render partial: "user", layout: "editor", locals: { user: editor } %>
  #
  #   <%# app/views/users/_user.html.erb %>
  #   Name: <%= user.name %>
  #
  #   <%# app/views/users/_administrator.html.erb %>
  #   <div id="administrator">
  #     Budget: $<%= user.budget %>
  #     <%= yield %>
  #   </div>
  #
  #   <%# app/views/users/_editor.html.erb %>
  #   <div id="editor">
  #     Deadline: <%= user.deadline %>
  #     <%= yield %>
  #   </div>
  #
  # ...this will return:
  #
  #   Here's the administrator:
  #   <div id="administrator">
  #     Budget: $<%= user.budget %>
  #     Name: <%= user.name %>
  #   </div>
  #
  #   Here's the editor:
  #   <div id="editor">
  #     Deadline: <%= user.deadline %>
  #     Name: <%= user.name %>
  #   </div>
  #
  # If a collection is given, the layout will be rendered once for each item in
  # the collection. For example, these two snippets have the same output:
  #
  #   <%# app/views/users/_user.html.erb %>
  #   Name: <%= user.name %>
  #
  #   <%# app/views/users/index.html.erb %>
  #   <%# This does not use layouts %>
  #   <ul>
  #     <% users.each do |user| -%>
  #       <li>
  #         <%= render partial: "user", locals: { user: user } %>
  #       </li>
  #     <% end -%>
  #   </ul>
  #
  #   <%# app/views/users/_li_layout.html.erb %>
  #   <li>
  #     <%= yield %>
  #   </li>
  #
  #   <%# app/views/users/index.html.erb %>
  #   <ul>
  #     <%= render partial: "user", layout: "li_layout", collection: users %>
  #   </ul>
  #
  # Given two users whose names are Alice and Bob, these snippets return:
  #
  #   <ul>
  #     <li>
  #       Name: Alice
  #     </li>
  #     <li>
  #       Name: Bob
  #     </li>
  #   </ul>
  #
  # The current object being rendered, as well as the object_counter, will be
  # available as local variables inside the layout template under the same names
  # as available in the partial.
  #
  # You can also apply a layout to a block within any template:
  #
  #   <%# app/views/users/_chief.html.erb %>
  #   <%= render(layout: "administrator", locals: { user: chief }) do %>
  #     Title: <%= chief.title %>
  #   <% end %>
  #
  # ...this will return:
  #
  #   <div id="administrator">
  #     Budget: $<%= user.budget %>
  #     Title: <%= chief.name %>
  #   </div>
  #
  # As you can see, the <tt>:locals</tt> hash is shared between both the partial and its layout.
  #
  # If you pass arguments to "yield" then this will be passed to the block. One way to use this is to pass
  # an array to layout and treat it as an enumerable.
  #
  #   <%# app/views/users/_user.html.erb %>
  #   <div class="user">
  #     Budget: $<%= user.budget %>
  #     <%= yield user %>
  #   </div>
  #
  #   <%# app/views/users/index.html.erb %>
  #   <%= render layout: @users do |user| %>
  #     Title: <%= user.title %>
  #   <% end %>
  #
  # This will render the layout for each user and yield to the block, passing the user, each time.
  #
  # You can also yield multiple times in one layout and use block arguments to differentiate the sections.
  #
  #   <%# app/views/users/_user.html.erb %>
  #   <div class="user">
  #     <%= yield user, :header %>
  #     Budget: $<%= user.budget %>
  #     <%= yield user, :footer %>
  #   </div>
  #
  #   <%# app/views/users/index.html.erb %>
  #   <%= render layout: @users do |user, section| %>
  #     <%- case section when :header -%>
  #       Title: <%= user.title %>
  #     <%- when :footer -%>
  #       Deadline: <%= user.deadline %>
  #     <%- end -%>
  #   <% end %>
  class PartialRenderer < AbstractRenderer
    include CollectionCaching

    PREFIXED_PARTIAL_NAMES: untyped

    def initialize: () -> untyped

    def render: (untyped context, untyped options, untyped block) -> untyped

    def render_collection: (untyped view, untyped template) -> untyped

    def render_partial: (untyped view, untyped template) -> untyped

    # Sets up instance variables needed for rendering a partial. This method
    # finds the options and details and extracts them. The method also contains
    # logic that handles the type of object passed in as the partial.
    #
    # If +options[:partial]+ is a string, then the <tt>@path</tt> instance variable is
    # set to that string. Otherwise, the +options[:partial]+ object must
    # respond to +to_partial_path+ in order to setup the path.
    def setup: (untyped context, untyped options, untyped as, untyped block) -> untyped

    def as_variable: (untyped options) -> untyped

    def collection_from_options: () -> untyped

    def collection_from_object: () -> untyped

    def find_partial: (untyped path, untyped template_keys) -> untyped

    def find_template: (untyped path, untyped locals) -> untyped

    def collection_with_template: (untyped view, untyped template) -> untyped

    def collection_without_template: (untyped view) -> untyped

    # Obtains the path to where the object's partial is located. If the object
    # responds to +to_partial_path+, then +to_partial_path+ will be called and
    # will provide the path. If the object does not respond to +to_partial_path+,
    # then an +ArgumentError+ is raised.
    #
    # If +prefix_partial_path_with_controller_namespace+ is true, then this
    # method will prefix the partial paths with a namespace.
    def partial_path: (untyped object, untyped view) -> untyped

    def prefixed_partial_names: () -> untyped

    def merge_prefix_into_object_path: (untyped prefix, untyped object_path) -> untyped

    def retrieve_template_keys: (untyped variable) -> untyped

    def retrieve_variable: (untyped path, untyped as) -> ::Array[untyped]

    IDENTIFIER_ERROR_MESSAGE: ::String

    OPTION_AS_ERROR_MESSAGE: ::String

    def raise_invalid_identifier: (untyped path) -> untyped

    def raise_invalid_option_as: (untyped as) -> untyped
  end
end

module ActionView
  # This is the main entry point for rendering. It basically delegates
  # to other objects like TemplateRenderer and PartialRenderer which
  # actually renders the template.
  #
  # The Renderer will parse the options from the +render+ or +render_body+
  # method and render a partial or a template based on the options. The
  # +TemplateRenderer+ and +PartialRenderer+ objects are wrappers which do all
  # the setup and logic necessary to render a view and a new object is created
  # each time +render+ is called.
  class Renderer
    attr_accessor lookup_context: untyped

    def initialize: (untyped lookup_context) -> untyped

    # Main render entry point shared by Action View and Action Controller.
    def render: (untyped context, untyped options) -> untyped

    def render_to_object: (untyped context, untyped options) -> untyped

    # Render but returns a valid Rack body. If fibers are defined, we return
    # a streaming body that renders the template piece by piece.
    #
    # Note that partials are not supported to be rendered with streaming,
    # so in such cases, we just wrap them in an array.
    def render_body: (untyped context, untyped options) -> untyped

    def render_template: (untyped context, untyped options) -> untyped

    def render_partial: (untyped context, untyped options) { () -> untyped } -> untyped

    def cache_hits: () -> untyped

    def render_template_to_object: (untyped context, untyped options) -> untyped

    def render_partial_to_object: (untyped context, untyped options) { () -> untyped } -> untyped
  end
end

module ActionView
  class StreamingTemplateRenderer < TemplateRenderer
    class Body
      # == TODO
      #
      # * Support streaming from child templates, partials and so on.
      # * Rack::Cache needs to support streaming bodies
      # nodoc:
      # A valid Rack::Body (i.e. it responds to each).
      # It is initialized with a block that, when called, starts
      # rendering the template.
      # nodoc:
      def initialize: () { () -> untyped } -> untyped

      def each: () { () -> untyped } -> untyped

      # This is the same logging logic as in ShowExceptions middleware.
      def log_error: (untyped exception) -> (nil | untyped)
    end

    def render_template: (untyped view, untyped template, ?untyped? layout_name, ?::Hash[untyped, untyped] locals) -> (::Array[untyped] | untyped)

    def delayed_render: (untyped buffer, untyped template, untyped layout, untyped view, untyped locals) -> untyped
  end
end

module ActionView
  class TemplateRenderer < AbstractRenderer
    # nodoc:
    def render: (untyped context, untyped options) -> untyped

    # Determine the template to be rendered using the given options.
    def determine_template: (untyped options) -> untyped

    # Renders the given template. A string representing the layout can be
    # supplied as well.
    def render_template: (untyped view, untyped template, untyped layout_name, untyped locals) -> untyped

    def render_with_layout: (untyped view, untyped template, untyped path, untyped locals) { (untyped) -> untyped } -> untyped

    # This is the method which actually finds the layout using details in the lookup
    # context object. If no layout is found, it checks if at least a layout with
    # the given name exists across all details before raising the error.
    def find_layout: (untyped layout, untyped keys, untyped formats) -> untyped

    def resolve_layout: (untyped layout, untyped keys, untyped formats) -> untyped
  end
end

module ActionView
  class I18nProxy < ::I18n::Config
    # This is a class to fix I18n global state. Whenever you provide I18n.locale during a request,
    # it will trigger the lookup_context and consequently expire the cache.
    # nodoc:
    attr_reader original_config: untyped

    # This is a class to fix I18n global state. Whenever you provide I18n.locale during a request,
    # it will trigger the lookup_context and consequently expire the cache.
    # nodoc:
    attr_reader lookup_context: untyped

    def initialize: (untyped original_config, untyped lookup_context) -> untyped

    def locale: () -> untyped

    def locale=: (untyped value) -> untyped
  end

  module Rendering
    extend ActiveSupport::Concern

    include ActionView::ViewPaths

    extend ::ActionView::ViewPaths::ClassMethods

    attr_reader rendered_format: untyped

    def initialize: () -> untyped

    def process: () -> untyped

    module ClassMethods
      def _routes: () -> nil

      def _helpers: () -> nil

      def build_view_context_class: (untyped klass, untyped supports_path, untyped routes, untyped helpers) -> untyped

      def view_context_class: () -> untyped
    end

    def view_context_class: () -> untyped

    # An instance of a view class. The default view class is ActionView::Base.
    #
    # The view class must have the following methods:
    #
    # * <tt>View.new(lookup_context, assigns, controller)</tt> (trim non-ascii characters) Create a new
    #   ActionView instance for a controller and we can also pass the arguments.
    #
    # * <tt>View#render(option)</tt> (trim non-ascii characters) Returns String with the rendered template.
    #
    # Override this method in a module to change the default behavior.
    def view_context: () -> untyped

    def view_renderer: () -> untyped

    def render_to_body: (?::Hash[untyped, untyped] options) -> untyped

    # Find and render a template based on the options given.
    def _render_template: (untyped options) -> untyped

    # Assign the rendered format to look up context.
    def _process_format: (untyped format) -> untyped

    # Normalize args by converting render "foo" to render :action => "foo" and
    # render "foo/bar" to render :template => "foo/bar".
    def _normalize_args: (?untyped? action, ?::Hash[untyped, untyped] options) -> untyped

    # Normalize options.
    def _normalize_options: (untyped options) -> untyped
  end
end

module ActionView
  module RoutingUrlFor
    # Returns the URL for the set of +options+ provided. This takes the
    # same options as +url_for+ in Action Controller (see the
    # documentation for <tt>ActionController::Base#url_for</tt>). Note that by default
    # <tt>:only_path</tt> is <tt>true</tt> so you'll get the relative "/controller/action"
    # instead of the fully qualified URL like "http://example.com/controller/action".
    #
    # ==== Options
    # * <tt>:anchor</tt> - Specifies the anchor name to be appended to the path.
    # * <tt>:only_path</tt> - If true, returns the relative URL (omitting the protocol, host name, and port) (<tt>true</tt> by default unless <tt>:host</tt> is specified).
    # * <tt>:trailing_slash</tt> - If true, adds a trailing slash, as in "/archive/2005/". Note that this
    #   is currently not recommended since it breaks caching.
    # * <tt>:host</tt> - Overrides the default (current) host if provided.
    # * <tt>:protocol</tt> - Overrides the default (current) protocol if provided.
    # * <tt>:user</tt> - Inline HTTP authentication (only plucked out if <tt>:password</tt> is also present).
    # * <tt>:password</tt> - Inline HTTP authentication (only plucked out if <tt>:user</tt> is also present).
    #
    # ==== Relying on named routes
    #
    # Passing a record (like an Active Record) instead of a hash as the options parameter will
    # trigger the named route for that record. The lookup will happen on the name of the class. So passing a
    # Workshop object will attempt to use the +workshop_path+ route. If you have a nested route, such as
    # +admin_workshop_path+ you'll have to call that explicitly (it's impossible for +url_for+ to guess that route).
    #
    # ==== Implicit Controller Namespacing
    #
    # Controllers passed in using the +:controller+ option will retain their namespace unless it is an absolute one.
    #
    # ==== Examples
    #   <%= url_for(action: 'index') %>
    #   # => /blogs/
    #
    #   <%= url_for(action: 'find', controller: 'books') %>
    #   # => /books/find
    #
    #   <%= url_for(action: 'login', controller: 'members', only_path: false, protocol: 'https') %>
    #   # => https://www.example.com/members/login/
    #
    #   <%= url_for(action: 'play', anchor: 'player') %>
    #   # => /messages/play/#player
    #
    #   <%= url_for(action: 'jump', anchor: 'tax&ship') %>
    #   # => /testing/jump/#tax&ship
    #
    #   <%= url_for(Workshop.new) %>
    #   # relies on Workshop answering a persisted? call (and in this case returning false)
    #   # => /workshops
    #
    #   <%= url_for(@workshop) %>
    #   # calls @workshop.to_param which by default returns the id
    #   # => /workshops/5
    #
    #   # to_param can be re-defined in a model to provide different URL names:
    #   # => /workshops/1-workshop-name
    #
    #   <%= url_for("http://www.example.com") %>
    #   # => http://www.example.com
    #
    #   <%= url_for(:back) %>
    #   # if request.env["HTTP_REFERER"] is set to "http://www.example.com"
    #   # => http://www.example.com
    #
    #   <%= url_for(:back) %>
    #   # if request.env["HTTP_REFERER"] is not set or is blank
    #   # => javascript:history.back()
    #
    #   <%= url_for(action: 'index', controller: 'users') %>
    #   # Assuming an "admin" namespace
    #   # => /admin/users
    #
    #   <%= url_for(action: 'index', controller: '/users') %>
    #   # Specify absolute path with beginning slash
    #   # => /users
    def url_for: (?untyped? options) -> untyped

    def url_options: () -> untyped

    def _routes_context: () -> untyped

    def optimize_routes_generation?: () -> untyped

    def _generate_paths_by_default: () -> ::TrueClass

    def ensure_only_path_option: (untyped options) -> untyped
  end
end

module ActionView
  class ActionViewError < StandardError
  end

  class EncodingError < StandardError
  end

  class WrongEncodingError < EncodingError
    # nodoc:
    def initialize: (untyped string, untyped encoding) -> untyped

    def message: () -> ::String
  end

  class MissingTemplate < ActionViewError
    # nodoc:
    attr_reader path: untyped

    def initialize: (untyped paths, untyped path, untyped prefixes, untyped partial, untyped details) -> untyped
  end

  class Template
    class Error < ActionViewError
      # The Template::Error exception is raised when the compilation or rendering of the template
      # fails. This exception then gathers a bunch of intimate details and uses it to report a
      # precise exception message.
      # nodoc:
      SOURCE_CODE_RADIUS: ::Integer

      # Override to prevent #cause resetting during re-raise.
      attr_reader cause: untyped

      def initialize: (untyped template) -> untyped

      def file_name: () -> untyped

      def sub_template_message: () -> untyped

      def source_extract: (?::Integer indentation) -> (::Array[untyped] | untyped)

      def sub_template_of: (untyped template_path) -> untyped

      def line_number: () -> untyped

      def annotated_source_code: () -> untyped

      def source_location: () -> untyped

      def formatted_code_for: (untyped source_code, untyped line_counter, untyped indent) -> untyped
    end
  end

  # It is actual TemplateError = Template::Error, but we can't write it in RBS
  class TemplateError < Template::Error
  end

  class SyntaxErrorInTemplate < TemplateError
    # nodoc
    def initialize: (untyped template, untyped offending_code_string) -> untyped

    def message: () -> ::String

    def annotated_source_code: () -> untyped
  end
end

module ActionView
  module Template::Handlers
    class Builder
      def call: (untyped template, untyped source) -> untyped

      def require_engine: () -> untyped
    end
  end
end

module ActionView
  class Template
    module Handlers
      class ERB
        class Erubi < ::Erubi::Engine
          # :nodoc: all
          def initialize: (untyped input, ?::Hash[untyped, untyped] properties) -> untyped

          def evaluate: (untyped action_view_erb_handler_context) -> untyped

          def add_text: (untyped text) -> (nil | untyped)

          BLOCK_EXPR: untyped

          def add_expression: (untyped indicator, untyped code) -> untyped

          def add_code: (untyped code) -> untyped

          def add_postamble: (untyped _) -> untyped

          def flush_newline_if_pending: (untyped src) -> untyped
        end
      end
    end
  end
end

module ActionView
  class Template
    module Handlers
      class ERB
        ENCODING_TAG: untyped

        def self.call: (untyped template, untyped source) -> untyped

        def supports_streaming?: () -> ::TrueClass

        def handles_encoding?: () -> ::TrueClass

        def call: (untyped template, untyped source) -> untyped

        def valid_encoding: (untyped string, untyped encoding) -> untyped
      end
    end
  end
end

module ActionView
  module Template::Handlers
    class Html < Raw
      def call: (untyped template, untyped source) -> ::String
    end
  end
end

module ActionView
  module Template::Handlers
    class Raw
      def call: (untyped template, untyped source) -> ::String
    end
  end
end

module ActionView
  class Template
    module Handlers
      def self.extended: (untyped base) -> untyped

      def self.extensions: () -> untyped

      class LegacyHandlerWrapper < SimpleDelegator
        # :nodoc:
        def call: (untyped view, untyped source) -> untyped
      end

      # Register an object that knows how to handle template files with the given
      # extensions. This can be used to implement new template types.
      # The handler must respond to +:call+, which will be passed the template
      # and should return the rendered template as a String.
      def register_template_handler: (*untyped extensions, untyped handler) -> untyped

      # Opposite to register_template_handler.
      def unregister_template_handler: (*untyped extensions) -> untyped

      def template_handler_extensions: () -> untyped

      def registered_template_handler: (untyped `extension`) -> untyped

      def register_default_template_handler: (untyped `extension`, untyped klass) -> untyped

      def handler_for_extension: (untyped `extension`) -> untyped
    end
  end
end

module ActionView
  class Template
    class HTML
      # nodoc:
      # = Action View HTML Template
      # nodoc:
      # nodoc:
      attr_reader type: untyped

      def initialize: (untyped string, ?untyped? `type`) -> untyped

      def identifier: () -> "html template"

      alias inspect identifier

      def to_str: () -> untyped

      def render: (*untyped args) -> untyped

      def format: () -> untyped

      def formats: () -> untyped
    end
  end
end

module ActionView
  class Template
    class Inline < Template
      Finalizer: untyped

      def compile: (untyped mod) -> untyped
    end
  end
end

module ActionView
  class Template
    class RawFile
      # nodoc:
      # = Action View RawFile Template
      # nodoc:
      # nodoc:
      attr_accessor type: untyped

      # nodoc:
      # = Action View RawFile Template
      # nodoc:
      # nodoc:
      attr_accessor format: untyped

      def initialize: (untyped filename) -> untyped

      def identifier: () -> untyped

      def render: (*untyped args) -> untyped

      def formats: () -> untyped
    end
  end
end

module ActionView
  # = Action View Resolver
  class Resolver
    # Keeps all information about view path and builds virtual path.
    class Path
      attr_reader name: untyped

      attr_reader prefix: untyped

      attr_reader partial: untyped

      attr_reader virtual: untyped

      alias partial? partial

      def self.build: (untyped name, untyped prefix, untyped partial) -> untyped

      def initialize: (untyped name, untyped prefix, untyped partial, untyped virtual) -> untyped

      def to_str: () -> untyped

      alias to_s to_str
    end

    class Cache
      # Threadsafe template cache
      # nodoc:
      class SmallCache < Concurrent::Map
        def initialize: (?::Hash[untyped, untyped] options) -> untyped
      end

      # preallocate all the default blocks for performance/memory consumption reasons
      PARTIAL_BLOCK: untyped

      PREFIX_BLOCK: untyped

      NAME_BLOCK: untyped

      KEY_BLOCK: untyped

      # usually a majority of template look ups return nothing, use this canonical preallocated array to save memory
      NO_TEMPLATES: untyped

      def initialize: () -> untyped

      def inspect: () -> ::String

      # Cache the templates returned by the block
      def cache: (untyped key, untyped name, untyped prefix, untyped partial, untyped locals) { () -> untyped } -> untyped

      def cache_query: (untyped query) { () -> untyped } -> untyped

      def clear: () -> untyped

      def size: () -> untyped

      def canonical_no_templates: (untyped templates) -> untyped
    end

    alias self.caching? self.caching

    def initialize: () -> untyped

    def clear_cache: () -> untyped

    # Normalizes the arguments and passes it on to find_templates.
    def find_all: (untyped name, ?untyped? prefix, ?bool partial, ?::Hash[untyped, untyped] details, ?untyped? key, ?untyped locals) -> untyped

    alias find_all_anywhere find_all

    def find_all_with_query: (untyped query) -> untyped

    def _find_all: (untyped name, untyped prefix, untyped partial, untyped details, untyped key, untyped locals) -> untyped

    # This is what child classes implement. No defaults are needed
    # because Resolver guarantees that the arguments are present and
    # normalized.
    def find_templates: (untyped name, untyped prefix, untyped partial, untyped details, ?untyped locals) -> untyped

    # Handles templates caching. If a key is given and caching is on
    # always check the cache before hitting the resolver. Otherwise,
    # it always hits the resolver but if the key is present, check if the
    # resolver is fresher before returning it.
    def cached: (untyped key, untyped path_info, untyped details, untyped locals) { () -> untyped } -> untyped
  end

  class PathResolver < Resolver
    # An abstract class that implements a Resolver with path semantics.
    # nodoc:
    EXTENSIONS: ::Hash[untyped, untyped]

    DEFAULT_PATTERN: ::String

    def initialize: (?untyped? pattern) -> untyped

    def clear_cache: () -> untyped

    def _find_all: (untyped name, untyped prefix, untyped partial, untyped details, untyped key, untyped locals) -> untyped

    def query: (untyped path, untyped details, untyped formats, untyped locals, cache: untyped cache) -> untyped

    def build_unbound_template: (untyped template, untyped virtual_path) -> UnboundTemplate

    def reject_files_external_to_app: (untyped files) -> untyped

    def find_template_paths_from_details: (untyped path, untyped details) -> untyped

    def find_template_paths: (untyped query) -> untyped

    def inside_path?: (untyped path, untyped filename) -> untyped

    # Helper for building query glob string based on resolver's pattern.
    def build_query: (untyped path, untyped details) -> untyped

    def escape_entry: (untyped entry) -> untyped

    # Extract handler, formats and variant from path. If a format cannot be found neither
    # from the path, or the handler, we should return the array of formats given
    # to the resolver.
    def extract_handler_and_format_and_variant: (untyped path) -> ::Array[untyped]
  end

  # A resolver that loads files from the filesystem.
  class FileSystemResolver < PathResolver
    attr_reader path: untyped

    def initialize: (untyped path, ?untyped? pattern) -> untyped

    def to_s: () -> untyped

    alias to_path to_s

    def eql?: (untyped resolver) -> untyped

    alias == eql?
  end

  class OptimizedFileSystemResolver < FileSystemResolver
    # An Optimized resolver for Rails' most common case.
    # nodoc:
    def initialize: (untyped path) -> untyped

    def find_template_paths_from_details: (untyped path, untyped details) -> untyped

    def build_regex: (untyped path, untyped details) -> ::Regexp
  end

  class FallbackFileSystemResolver < FileSystemResolver
    def self.instances: () -> ::Array[untyped]

    def build_unbound_template: (untyped template, untyped _) -> untyped

    def reject_files_external_to_app: (untyped files) -> untyped
  end
end

module ActionView
  class Template
    module Sources
      class File
        def initialize: (untyped filename) -> untyped

        def to_s: () -> untyped
      end
    end
  end
end

module ActionView
  class Template
    module Sources
      extend ActiveSupport::Autoload
    end
  end
end

module ActionView
  class Template
    class Text
      # nodoc:
      # = Action View Text Template
      # nodoc:
      # nodoc:
      attr_accessor type: untyped

      def initialize: (untyped string) -> untyped

      def identifier: () -> "text template"

      alias inspect identifier

      def to_str: () -> untyped

      def render: (*untyped args) -> untyped

      def format: () -> :text

      def formats: () -> untyped
    end
  end
end

module ActionView
  class Template
    # nodoc:
    class Types
      class Type
        SET: untyped

        def self.[]: (untyped `type`) -> untyped

        attr_reader symbol: untyped

        def initialize: (untyped symbol) -> untyped

        def to_s: () -> untyped

        alias to_str to_s

        def ref: () -> untyped

        alias to_sym ref

        def ==: (untyped `type`) -> untyped
      end

      def self.delegate_to: (untyped klass) -> untyped

      def self.[]: (untyped `type`) -> untyped

      def self.symbols: () -> untyped
    end
  end
end

module ActionView
  # = Action View Template
  class Template
    extend ActiveSupport::Autoload

    def self.finalize_compiled_template_methods: () -> untyped

    def self.finalize_compiled_template_methods=: (untyped _) -> untyped

    extend Template::Handlers

    attr_reader identifier: untyped

    attr_reader handler: untyped

    attr_reader original_encoding: untyped

    attr_reader updated_at: untyped

    attr_reader variable: untyped

    attr_reader format: untyped

    attr_reader variant: untyped

    attr_reader locals: untyped

    attr_reader virtual_path: untyped

    def initialize: (untyped source, untyped identifier, untyped handler, ?format: untyped? format, ?variant: untyped? variant, ?locals: untyped? locals, ?virtual_path: untyped? virtual_path, ?updated_at: untyped? updated_at) -> untyped

    def virtual_path=: (untyped _) -> nil

    def locals=: (untyped _) -> nil

    def formats=: (untyped _) -> nil

    def formats: () -> untyped

    def variants=: (untyped _) -> nil

    def variants: () -> ::Array[untyped]

    def refresh: (untyped _) -> untyped

    # Returns whether the underlying handler supports streaming. If so,
    # a streaming buffer *may* be passed when it starts rendering.
    def supports_streaming?: () -> untyped

    # Render a template. If the template was not compiled yet, it is done
    # exactly before rendering.
    #
    # This method is instrumented as "!render_template.action_view". Notice that
    # we use a bang in this instrumentation because you don't want to
    # consume this in production. This is only slow if it's being listened to.
    def render: (untyped view, untyped locals, ?untyped buffer) { () -> untyped } -> untyped

    def `type`: () -> untyped

    def short_identifier: () -> untyped

    def inspect: () -> ::String

    def source: () -> untyped

    # This method is responsible for properly setting the encoding of the
    # source. Until this point, we assume that the source is BINARY data.
    # If no additional information is supplied, we assume the encoding is
    # the same as <tt>Encoding.default_external</tt>.
    #
    # The user can also specify the encoding via a comment on the first
    # line of the template (# encoding: NAME-OF-ENCODING). This will work
    # with any template engine, as we process out the encoding comment
    # before passing the source on to the template engine, leaving a
    # blank line in its stead.
    def encode!: () -> untyped

    def marshal_dump: () -> ::Array[untyped]

    def marshal_load: (untyped array) -> untyped

    # Compile a template. This method ensures a template is compiled
    # just once and removes the source after it is compiled.
    def compile!: (untyped view) -> (nil | untyped)

    class LegacyTemplate
      # :nodoc:
      attr_reader source: untyped

      def initialize: (untyped template, untyped source) -> untyped
    end

    # Among other things, this method is responsible for properly setting
    # the encoding of the compiled template.
    #
    # If the template engine handles encodings, we send the encoded
    # String to the engine without further processing. This allows
    # the template engine to support additional mechanisms for
    # specifying the encoding. For instance, ERB supports <%# encoding: %>
    #
    # Otherwise, after we figure out the correct encoding, we then
    # encode the source into <tt>Encoding.default_internal</tt>.
    # In general, this means that templates will be UTF-8 inside of Rails,
    # regardless of the original source encoding.
    def compile: (untyped mod) -> untyped

    def handle_render_error: (untyped view, untyped e) -> untyped

    def locals_code: () -> untyped

    def method_name: () -> untyped

    def identifier_method_name: () -> untyped

    def instrument: (untyped action) { () -> untyped } -> untyped

    def instrument_render_template: () { () -> untyped } -> untyped

    def instrument_payload: () -> { virtual_path: untyped, identifier: untyped }
  end
end

module ActionView
  # = Action View Test Case
  class TestCase < ActiveSupport::TestCase
    class TestController < ActionController::Base
      include ActionDispatch::TestProcess

      attr_accessor request: untyped

      attr_accessor response: untyped

      attr_accessor params: untyped

      attr_writer controller_path: untyped

      def controller_path=: (untyped path) -> untyped

      def initialize: () -> untyped
    end

    module Behavior
      extend ActiveSupport::Concern

      include ActionDispatch::Assertions

      include ActionDispatch::TestProcess

      include Rails::Dom::Testing::Assertions

      include ActionController::TemplateAssertions

      include ActionView::Context

      include ActionDispatch::Routing::PolymorphicRoutes

      include AbstractController::Helpers

      extend ::AbstractController::Helpers::ClassMethods

      include ActionView::Helpers

      include ActionView::RecordIdentifier

      include ActionView::RoutingUrlFor

      include ActiveSupport::Testing::ConstantLookup

      extend ::ActiveSupport::Testing::ConstantLookup::ClassMethods

      attr_accessor controller: untyped

      attr_accessor output_buffer: untyped

      attr_accessor rendered: untyped

      module ClassMethods
        def tests: (untyped helper_class) -> untyped

        def determine_default_helper_class: (untyped name) -> untyped

        def helper_method: (*untyped methods) -> untyped

        attr_writer helper_class: untyped

        def helper_class: () -> untyped

        def new: () -> untyped

        def include_helper_modules!: () -> untyped
      end

      def setup_with_controller: () -> untyped

      def config: () -> untyped

      def render: (?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] local_assigns) { () -> untyped } -> untyped

      def rendered_views: () -> untyped

      def _routes: () -> untyped

      # Need to experiment if this priority is the best one: rendered => output_buffer
      class RenderedViewsCollection
        def initialize: () -> untyped

        def add: (untyped view, untyped locals) -> untyped

        def locals_for: (untyped view) -> untyped

        def rendered_views: () -> untyped

        def view_rendered?: (untyped view, untyped expected_locals) -> untyped
      end

      # Need to experiment if this priority is the best one: rendered => output_buffer
      def document_root_element: () -> untyped

      def say_no_to_protect_against_forgery!: () -> untyped

      def make_test_case_available_to_view!: () -> untyped

      module Locals
        attr_accessor rendered_views: untyped

        def render: (?::Hash[untyped, untyped] options, ?::Hash[untyped, untyped] local_assigns) -> untyped
      end

      # The instance of ActionView::Base that is used by +render+.
      def view: () -> untyped

      alias _view view

      INTERNAL_IVARS: ::Array[untyped]

      def _user_defined_ivars: () -> untyped

      # Returns a Hash of instance variables and their values, as defined by
      # the user in the test case, which are then assigned to the view being
      # rendered. This is generally intended for internal use and extension
      # frameworks.
      def view_assigns: () -> untyped

      def method_missing: (untyped selector, *untyped args) -> untyped

      def respond_to_missing?: (untyped name, ?bool include_private) -> untyped
    end

    extend ::ActionView::TestCase::Behavior::ClassMethods

    include Behavior
  end
end

module ActionView
  # nodoc:
  # Use FixtureResolver in your tests to simulate the presence of files on the
  # file system. This is used internally by Rails' own test suite, and is
  # useful for testing extensions that have no way of knowing what the file
  # system will look like at runtime.
  class FixtureResolver < OptimizedFileSystemResolver
    def initialize: (?::Hash[untyped, untyped] hash, ?untyped? pattern) -> untyped

    def data: () -> untyped

    def to_s: () -> untyped

    def query: (untyped path, untyped exts, untyped _, untyped locals, cache: untyped cache) -> untyped
  end

  class NullResolver < PathResolver
    def query: (untyped path, untyped exts, untyped _, untyped locals, cache: untyped cache) -> ::Array[ActionView::Template]
  end
end

module ActionView
  class UnboundTemplate
    def initialize: (untyped source, untyped identifer, untyped handler, untyped options) -> untyped

    def bind_locals: (untyped locals) -> untyped

    def build_template: (untyped locals) -> Template
  end
end

module ActionView
  # Returns the version of the currently loaded ActionView as a <tt>Gem::Version</tt>
  def self.version: () -> untyped
end

module ActionView
  module ViewPaths
    extend ActiveSupport::Concern

    module ClassMethods
      def _view_paths: () -> untyped

      def _view_paths=: (untyped paths) -> untyped

      def _prefixes: () -> untyped

      # Override this method in your controller if you want to change paths prefixes for finding views.
      # Prefixes defined here will still be added to parents' <tt>._prefixes</tt>.
      def local_prefixes: () -> ::Array[untyped]
    end

    def self.get_view_paths: (untyped klass) -> untyped

    def self.set_view_paths: (untyped klass, untyped paths) -> untyped

    def self.all_view_paths: () -> untyped

    def _prefixes: () -> untyped

    # <tt>LookupContext</tt> is the object responsible for holding all
    # information required for looking up templates, i.e. view paths and
    # details. Check <tt>ActionView::LookupContext</tt> for more information.
    def lookup_context: () -> untyped

    def details_for_lookup: () -> ::Hash[untyped, untyped]

    # Append a path to the list of view paths for the current <tt>LookupContext</tt>.
    #
    # ==== Parameters
    # * <tt>path</tt> - If a String is provided, it gets converted into
    #   the default view path. You may also provide a custom view path
    #   (see ActionView::PathSet for more information)
    def append_view_path: (untyped path) -> untyped

    # Prepend a path to the list of view paths for the current <tt>LookupContext</tt>.
    #
    # ==== Parameters
    # * <tt>path</tt> - If a String is provided, it gets converted into
    #   the default view path. You may also provide a custom view path
    #   (see ActionView::PathSet for more information)
    def prepend_view_path: (untyped path) -> untyped

    module ClassMethods
      # Append a path to the list of view paths for this controller.
      #
      # ==== Parameters
      # * <tt>path</tt> - If a String is provided, it gets converted into
      #   the default view path. You may also provide a custom view path
      #   (see ActionView::PathSet for more information)
      def append_view_path: (untyped path) -> untyped

      # Prepend a path to the list of view paths for this controller.
      #
      # ==== Parameters
      # * <tt>path</tt> - If a String is provided, it gets converted into
      #   the default view path. You may also provide a custom view path
      #   (see ActionView::PathSet for more information)
      def prepend_view_path: (untyped path) -> untyped

      # A list of all of the default view paths for this controller.
      def view_paths: () -> untyped

      # Set the view paths.
      #
      # ==== Parameters
      # * <tt>paths</tt> - If a PathSet is provided, use that;
      #   otherwise, process the parameter into a PathSet.
      def view_paths=: (untyped paths) -> untyped
    end
  end
end

module ActionView
  extend ActiveSupport::Autoload

  ENCODING_FLAG: ::String

  def self.eager_load!: () -> untyped
end