tapioca: init and sync. 145 errors => 28 errors

This commit is contained in:
vidusheeamoli 2020-06-14 11:40:07 +05:30
parent 54cd4d3209
commit e22f628a2b
66 changed files with 30609 additions and 50879 deletions

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: false

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
module AST
end
class AST::Node
def initialize(type, children = _, properties = _); end
def +(array); end
def <<(element); end
def ==(other); end
def append(element); end
def children; end
def clone; end
def concat(array); end
def dup; end
def eql?(other); end
def hash; end
def inspect(indent = _); end
def to_a; end
def to_ast; end
def to_s(indent = _); end
def to_sexp(indent = _); end
def to_sexp_array; end
def type; end
def updated(type = _, children = _, properties = _); end
protected
def assign_properties(properties); end
def fancy_type; end
private
def original_dup; end
end
class AST::Processor
include(::AST::Processor::Mixin)
end
module AST::Processor::Mixin
def handler_missing(node); end
def process(node); end
def process_all(nodes); end
end
module AST::Sexp
def s(type, *children); end
end

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
module Byebug
def self.attach; end
def self.spawn(host = _, port = _); end
end
module Kernel
def byebug; end
def debugger; end
def remote_byebug(host = _, port = _); end
end

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
class ConnectionPool
def initialize(options = _, &block); end
def available; end
def checkin; end
def checkout(options = _); end
def shutdown(&block); end
def size; end
def with(options = _); end
def self.wrap(options, &block); end
end
ConnectionPool::DEFAULTS = T.let(T.unsafe(nil), Hash)
class ConnectionPool::Error < ::RuntimeError
end
class ConnectionPool::PoolShuttingDownError < ::ConnectionPool::Error
end
class ConnectionPool::TimedStack
def initialize(size = _, &block); end
def <<(obj, options = _); end
def empty?; end
def length; end
def max; end
def pop(timeout = _, options = _); end
def push(obj, options = _); end
def shutdown(&block); end
private
def connection_stored?(options = _); end
def current_time; end
def fetch_connection(options = _); end
def shutdown_connections(options = _); end
def store_connection(obj, options = _); end
def try_create(options = _); end
end
class ConnectionPool::TimeoutError < ::Timeout::Error
end
ConnectionPool::VERSION = T.let(T.unsafe(nil), String)
class ConnectionPool::Wrapper < ::BasicObject
def initialize(options = _, &block); end
def method_missing(name, *args, &block); end
def pool_available; end
def pool_shutdown(&block); end
def pool_size; end
def respond_to?(id, *args); end
def with(&block); end
def wrapped_pool; end
end
ConnectionPool::Wrapper::METHODS = T.let(T.unsafe(nil), Array)

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
class DomainName
def initialize(hostname); end
def <(other); end
def <=(other); end
def <=>(other); end
def ==(other); end
def >(other); end
def >=(other); end
def canonical?; end
def canonical_tld?; end
def cookie_domain?(domain, host_only = _); end
def domain; end
def domain_idn; end
def hostname; end
def hostname_idn; end
def idn; end
def inspect; end
def ipaddr; end
def ipaddr?; end
def superdomain; end
def tld; end
def tld_idn; end
def to_s; end
def to_str; end
def uri_host; end
def self.etld_data; end
def self.normalize(domain); end
end
DomainName::DOT = T.let(T.unsafe(nil), String)
DomainName::ETLD_DATA = T.let(T.unsafe(nil), Hash)
DomainName::ETLD_DATA_DATE = T.let(T.unsafe(nil), String)
module DomainName::Punycode
def self.decode(string); end
def self.decode_hostname(hostname); end
def self.encode(string); end
def self.encode_hostname(hostname); end
end
class DomainName::Punycode::ArgumentError < ::ArgumentError
end
DomainName::Punycode::BASE = T.let(T.unsafe(nil), Integer)
class DomainName::Punycode::BufferOverflowError < ::DomainName::Punycode::ArgumentError
end
DomainName::Punycode::CUTOFF = T.let(T.unsafe(nil), Integer)
DomainName::Punycode::DAMP = T.let(T.unsafe(nil), Integer)
DomainName::Punycode::DECODE_DIGIT = T.let(T.unsafe(nil), Hash)
DomainName::Punycode::DELIMITER = T.let(T.unsafe(nil), String)
DomainName::Punycode::DOT = T.let(T.unsafe(nil), String)
DomainName::Punycode::ENCODE_DIGIT = T.let(T.unsafe(nil), Proc)
DomainName::Punycode::INITIAL_BIAS = T.let(T.unsafe(nil), Integer)
DomainName::Punycode::INITIAL_N = T.let(T.unsafe(nil), Integer)
DomainName::Punycode::LOBASE = T.let(T.unsafe(nil), Integer)
DomainName::Punycode::MAXINT = T.let(T.unsafe(nil), Integer)
DomainName::Punycode::PREFIX = T.let(T.unsafe(nil), String)
DomainName::Punycode::RE_NONBASIC = T.let(T.unsafe(nil), Regexp)
DomainName::Punycode::SKEW = T.let(T.unsafe(nil), Integer)
DomainName::Punycode::TMAX = T.let(T.unsafe(nil), Integer)
DomainName::Punycode::TMIN = T.let(T.unsafe(nil), Integer)
DomainName::VERSION = T.let(T.unsafe(nil), String)

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
module HTTP
end
class HTTP::Cookie
include(::Mechanize::CookieDeprecated)
include(::Mechanize::CookieIMethods)
include(::Comparable)
extend(::Mechanize::CookieDeprecated)
extend(::Mechanize::CookieCMethods)
def initialize(*args); end
def <=>(other); end
def acceptable?; end
def acceptable_from_uri?(uri); end
def accessed_at; end
def accessed_at=(_); end
def cookie_value; end
def created_at; end
def created_at=(_); end
def domain; end
def domain=(domain); end
def domain_name; end
def dot_domain; end
def encode_with(coder); end
def expire!; end
def expired?(time = _); end
def expires; end
def expires=(t); end
def expires_at; end
def expires_at=(t); end
def for_domain; end
def for_domain=(_); end
def for_domain?; end
def httponly; end
def httponly=(_); end
def httponly?; end
def init_with(coder); end
def inspect; end
def max_age; end
def max_age=(sec); end
def name; end
def name=(name); end
def origin; end
def origin=(origin); end
def path; end
def path=(path); end
def secure; end
def secure=(_); end
def secure?; end
def session; end
def session?; end
def set_cookie_value; end
def to_s; end
def to_yaml_properties; end
def valid_for_uri?(uri); end
def value; end
def value=(value); end
def yaml_initialize(tag, map); end
def self.cookie_value(cookies); end
def self.cookie_value_to_hash(cookie_value); end
def self.path_match?(base_path, target_path); end
end
HTTP::Cookie::MAX_COOKIES_PER_DOMAIN = T.let(T.unsafe(nil), Integer)
HTTP::Cookie::MAX_COOKIES_TOTAL = T.let(T.unsafe(nil), Integer)
HTTP::Cookie::MAX_LENGTH = T.let(T.unsafe(nil), Integer)
HTTP::Cookie::PERSISTENT_PROPERTIES = T.let(T.unsafe(nil), Array)
class HTTP::Cookie::Scanner < ::StringScanner
def initialize(string, logger = _); end
def parse_cookie_date(s); end
def scan_cookie; end
def scan_dquoted; end
def scan_name; end
def scan_name_value(comma_as_separator = _); end
def scan_set_cookie; end
def scan_value(comma_as_separator = _); end
def skip_wsp; end
private
def tuple_to_time(day_of_month, month, year, time); end
def self.quote(s); end
end
HTTP::Cookie::Scanner::RE_BAD_CHAR = T.let(T.unsafe(nil), Regexp)
HTTP::Cookie::Scanner::RE_COOKIE_COMMA = T.let(T.unsafe(nil), Regexp)
HTTP::Cookie::Scanner::RE_NAME = T.let(T.unsafe(nil), Regexp)
HTTP::Cookie::Scanner::RE_WSP = T.let(T.unsafe(nil), Regexp)
HTTP::Cookie::UNIX_EPOCH = T.let(T.unsafe(nil), Time)
HTTP::Cookie::VERSION = T.let(T.unsafe(nil), String)
class HTTP::CookieJar
include(::Mechanize::CookieDeprecated)
include(::Mechanize::CookieJarIMethods)
include(::Enumerable)
def initialize(options = _); end
def <<(cookie); end
def cleanup(session = _); end
def clear; end
def cookies(url = _); end
def delete(cookie); end
def each(uri = _, &block); end
def empty?(url = _); end
def load(readable, *options); end
def parse(set_cookie, origin, options = _); end
def save(writable, *options); end
def store; end
private
def get_impl(base, value, *args); end
def initialize_copy(other); end
def self.const_missing(name); end
end
class HTTP::CookieJar::AbstractSaver
def initialize(options = _); end
def load(io, jar); end
def save(io, jar); end
private
def default_options; end
def self.class_to_symbol(klass); end
def self.implementation(symbol); end
def self.inherited(subclass); end
end
class HTTP::CookieJar::YAMLSaver < ::HTTP::CookieJar::AbstractSaver
def load(io, jar); end
def save(io, jar); end
private
def default_options; end
end
class HTTP::CookieJar::AbstractStore
include(::MonitorMixin)
include(::Enumerable)
def initialize(options = _); end
def add(cookie); end
def cleanup(session = _); end
def clear; end
def delete(cookie); end
def each(uri = _, &block); end
def empty?; end
private
def default_options; end
def initialize_copy(other); end
def self.class_to_symbol(klass); end
def self.implementation(symbol); end
def self.inherited(subclass); end
end
class HTTP::CookieJar::CookiestxtSaver < ::HTTP::CookieJar::AbstractSaver
def load(io, jar); end
def save(io, jar); end
private
def cookie_to_record(cookie); end
def default_options; end
def parse_record(line); end
end
HTTP::CookieJar::CookiestxtSaver::False = T.let(T.unsafe(nil), String)
HTTP::CookieJar::CookiestxtSaver::HTTPONLY_PREFIX = T.let(T.unsafe(nil), String)
HTTP::CookieJar::CookiestxtSaver::RE_HTTPONLY_PREFIX = T.let(T.unsafe(nil), Regexp)
HTTP::CookieJar::CookiestxtSaver::True = T.let(T.unsafe(nil), String)
class HTTP::CookieJar::HashStore < ::HTTP::CookieJar::AbstractStore
def initialize(options = _); end
def add(cookie); end
def cleanup(session = _); end
def clear; end
def default_options; end
def delete(cookie); end
def each(uri = _); end
private
def initialize_copy(other); end
end

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
class Class < ::Module
def json_creatable?; end
end
module JSON
private
def dump(obj, anIO = _, limit = _); end
def fast_generate(obj, opts = _); end
def fast_unparse(obj, opts = _); end
def generate(obj, opts = _); end
def load(source, proc = _, options = _); end
def parse(source, opts = _); end
def parse!(source, opts = _); end
def pretty_generate(obj, opts = _); end
def pretty_unparse(obj, opts = _); end
def recurse_proc(result, &proc); end
def restore(source, proc = _, options = _); end
def unparse(obj, opts = _); end
def self.[](object, opts = _); end
def self.create_id; end
def self.create_id=(_); end
def self.deep_const_get(path); end
def self.dump(obj, anIO = _, limit = _); end
def self.dump_default_options; end
def self.dump_default_options=(_); end
def self.fast_generate(obj, opts = _); end
def self.fast_unparse(obj, opts = _); end
def self.generate(obj, opts = _); end
def self.generator; end
def self.generator=(generator); end
def self.iconv(to, from, string); end
def self.load(source, proc = _, options = _); end
def self.load_default_options; end
def self.load_default_options=(_); end
def self.parse(source, opts = _); end
def self.parse!(source, opts = _); end
def self.parser; end
def self.parser=(parser); end
def self.pretty_generate(obj, opts = _); end
def self.pretty_unparse(obj, opts = _); end
def self.recurse_proc(result, &proc); end
def self.restore(source, proc = _, options = _); end
def self.state; end
def self.state=(_); end
def self.unparse(obj, opts = _); end
end
class JSON::GenericObject < ::OpenStruct
def as_json(*_); end
def to_hash; end
def to_json(*a); end
def |(other); end
def self.dump(obj, *args); end
def self.from_hash(object); end
def self.json_creatable=(_); end
def self.json_creatable?; end
def self.json_create(data); end
def self.load(source, proc = _, opts = _); end
end
class JSON::JSONError < ::StandardError
def self.wrap(exception); end
end
JSON::Parser = JSON::Ext::Parser
JSON::State = JSON::Ext::Generator::State
JSON::UnparserError = JSON::GeneratorError
module Kernel
private
def JSON(object, *args); end
def j(*objs); end
def jj(*objs); end
end

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
module MIME
end
class MIME::Types
include(::Enumerable)
extend(::Enumerable)
def initialize; end
def [](type_id, complete: _, registered: _); end
def add(*types); end
def add_type(type, quiet = _); end
def count; end
def each; end
def inspect; end
def of(filename); end
def type_for(filename); end
private
def add_type_variant!(mime_type); end
def index_extensions!(mime_type); end
def match(pattern); end
def prune_matches(matches, complete, registered); end
def reindex_extensions!(mime_type); end
def self.[](type_id, complete: _, registered: _); end
def self.add(*types); end
def self.count; end
def self.each; end
def self.logger; end
def self.logger=(_); end
def self.new(*_); end
def self.of(filename); end
def self.type_for(filename); end
end
class MIME::Types::Cache < ::Struct
def data; end
def data=(_); end
def version; end
def version=(_); end
def self.[](*_); end
def self.inspect; end
def self.load(cache_file = _); end
def self.members; end
def self.new(*_); end
def self.save(types = _, cache_file = _); end
end
module MIME::Types::Data
end
MIME::Types::Data::PATH = T.let(T.unsafe(nil), String)
MIME::Types::Data::VERSION = T.let(T.unsafe(nil), String)
MIME::Types::VERSION = T.let(T.unsafe(nil), String)

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
module MIME
end
class MIME::Type
include(::Comparable)
def initialize(content_type); end
def <=>(other); end
def add_extensions(*extensions); end
def ascii?; end
def binary?; end
def complete?; end
def content_type; end
def default_encoding; end
def docs; end
def docs=(_); end
def encode_with(coder); end
def encoding; end
def encoding=(enc); end
def eql?(other); end
def extensions; end
def extensions=(value); end
def friendly(lang = _); end
def i18n_key; end
def init_with(coder); end
def inspect; end
def like?(other); end
def media_type; end
def obsolete; end
def obsolete=(_); end
def obsolete?; end
def preferred_extension; end
def preferred_extension=(value); end
def priority_compare(other); end
def raw_media_type; end
def raw_sub_type; end
def registered; end
def registered=(_); end
def registered?; end
def signature; end
def signature=(_); end
def signature?; end
def simplified; end
def sub_type; end
def to_h; end
def to_json(*args); end
def to_s; end
def to_str; end
def use_instead; end
def use_instead=(_); end
def xref_urls; end
def xrefs; end
def xrefs=(xrefs); end
private
def content_type=(type_string); end
def intern_string(string); end
def xref_map(values, helper); end
def xref_url_for_draft(value); end
def xref_url_for_person(value); end
def xref_url_for_rfc(value); end
def xref_url_for_rfc_errata(value); end
def xref_url_for_template(value); end
def self.i18n_key(content_type); end
def self.match(content_type); end
def self.simplified(content_type, remove_x_prefix: _); end
end
class MIME::Type::Columnar < ::MIME::Type
def initialize(container, content_type, extensions); end
def docs(*args); end
def docs=(*args); end
def encode_with(coder); end
def encoding(*args); end
def encoding=(*args); end
def friendly(*args); end
def obsolete(*args); end
def obsolete=(*args); end
def obsolete?(*args); end
def preferred_extension(*args); end
def preferred_extension=(*args); end
def registered(*args); end
def registered=(*args); end
def registered?(*args); end
def signature(*args); end
def signature=(*args); end
def signature?(*args); end
def use_instead(*args); end
def use_instead=(*args); end
def xref_urls(*args); end
def xrefs(*args); end
def xrefs=(*args); end
end
class MIME::Type::InvalidContentType < ::ArgumentError
def initialize(type_string); end
def to_s; end
end
class MIME::Type::InvalidEncoding < ::ArgumentError
def initialize(encoding); end
def to_s; end
end
MIME::Type::VERSION = T.let(T.unsafe(nil), String)
class MIME::Types
include(::Enumerable)
extend(::Enumerable)
def initialize; end
def [](type_id, complete: _, registered: _); end
def add(*types); end
def add_type(type, quiet = _); end
def count; end
def each; end
def inspect; end
def of(filename); end
def type_for(filename); end
private
def add_type_variant!(mime_type); end
def index_extensions!(mime_type); end
def match(pattern); end
def prune_matches(matches, complete, registered); end
def reindex_extensions!(mime_type); end
def self.[](type_id, complete: _, registered: _); end
def self.add(*types); end
def self.count; end
def self.each; end
def self.logger; end
def self.logger=(_); end
def self.new(*_); end
def self.of(filename); end
def self.type_for(filename); end
end
class MIME::Types::Cache < ::Struct
def data; end
def data=(_); end
def version; end
def version=(_); end
def self.[](*_); end
def self.inspect; end
def self.load(cache_file = _); end
def self.members; end
def self.new(*_); end
def self.save(types = _, cache_file = _); end
end
module MIME::Types::Columnar
def load_base_data(path); end
private
def arr(line); end
def dict(line, array: _); end
def each_file_line(name, lookup = _); end
def flag(line); end
def load_docs; end
def load_encoding; end
def load_flags; end
def load_friendly; end
def load_preferred_extension; end
def load_use_instead; end
def load_xrefs; end
def opt(line); end
def self.extended(obj); end
end
MIME::Types::Columnar::LOAD_MUTEX = T.let(T.unsafe(nil), Thread::Mutex)
class MIME::Types::Container
extend(::Forwardable)
def initialize(hash = _); end
def ==(*args, &block); end
def [](key); end
def []=(key, value); end
def add(key, value); end
def count(*args, &block); end
def each(*args, &block); end
def each_value(*args, &block); end
def empty?(*args, &block); end
def encode_with(coder); end
def flat_map(*args, &block); end
def init_with(coder); end
def keys(*args, &block); end
def marshal_dump; end
def marshal_load(hash); end
def merge(other); end
def merge!(other); end
def select(*args, &block); end
def to_hash; end
def values(*args, &block); end
protected
def container; end
def container=(_); end
def normalize; end
end
class MIME::Types::Loader
def initialize(path = _, container = _); end
def container; end
def load(options = _); end
def load_columnar; end
def load_json; end
def load_yaml; end
def path; end
private
def columnar_path; end
def json_path; end
def yaml_path; end
def self.load(options = _); end
def self.load_from_json(filename); end
def self.load_from_yaml(filename); end
end
MIME::Types::VERSION = T.let(T.unsafe(nil), String)
class MIME::Types::WarnLogger < ::Logger
def initialize(_one, _two = _, _three = _); end
end
class MIME::Types::WarnLogger::WarnLogDevice < ::Logger::LogDevice
def initialize(*_); end
def close; end
def write(m); end
end

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
module Net::NTLM
def self.apply_des(plain, keys); end
def self.decode_utf16le(str); end
def self.encode_utf16le(str); end
def self.gen_keys(str); end
def self.lm_hash(password); end
def self.lm_response(arg); end
def self.lmv2_response(arg, opt = _); end
def self.ntlm2_session(arg, opt = _); end
def self.ntlm_hash(password, opt = _); end
def self.ntlm_response(arg); end
def self.ntlmv2_hash(user, password, target, opt = _); end
def self.ntlmv2_response(arg, opt = _); end
def self.pack_int64le(val); end
def self.split7(str); end
def self.swap16(str); end
end
class Net::NTLM::Blob < ::Net::NTLM::FieldSet
def blob_signature; end
def blob_signature=(val); end
def challenge; end
def challenge=(val); end
def reserved; end
def reserved=(val); end
def target_info; end
def target_info=(val); end
def timestamp; end
def timestamp=(val); end
def unknown1; end
def unknown1=(val); end
def unknown2; end
def unknown2=(val); end
def self.inherited(subclass); end
end
class Net::NTLM::Field
def initialize(opts); end
def active; end
def active=(_); end
def size; end
def value; end
def value=(_); end
end
class Net::NTLM::FieldSet
def initialize; end
def [](name); end
def []=(name, val); end
def disable(name); end
def enable(name); end
def parse(str, offset = _); end
def serialize; end
def size; end
def self.define(&block); end
def self.int16LE(name, opts); end
def self.int32LE(name, opts); end
def self.int64LE(name, opts); end
def self.names; end
def self.opts; end
def self.prototypes; end
def self.security_buffer(name, opts); end
def self.string(name, opts); end
def self.types; end
end
class Net::NTLM::Int16LE < ::Net::NTLM::Field
def initialize(opt); end
def parse(str, offset = _); end
def serialize; end
end
class Net::NTLM::Int32LE < ::Net::NTLM::Field
def initialize(opt); end
def parse(str, offset = _); end
def serialize; end
end
class Net::NTLM::Int64LE < ::Net::NTLM::Field
def initialize(opt); end
def parse(str, offset = _); end
def serialize; end
end
class Net::NTLM::Message < ::Net::NTLM::FieldSet
def data_size; end
def decode64(str); end
def dump_flags; end
def encode64; end
def has_flag?(flag); end
def head_size; end
def serialize; end
def set_flag(flag); end
def size; end
private
def data_edge; end
def deflag; end
def security_buffers; end
def self.decode64(str); end
def self.parse(str); end
end
class Net::NTLM::Message::Type0 < ::Net::NTLM::Message
def sign; end
def sign=(val); end
def type; end
def type=(val); end
def self.inherited(subclass); end
end
class Net::NTLM::Message::Type1 < ::Net::NTLM::Message
def domain; end
def domain=(val); end
def flag; end
def flag=(val); end
def padding; end
def padding=(val); end
def parse(str); end
def sign; end
def sign=(val); end
def type; end
def type=(val); end
def workstation; end
def workstation=(val); end
def self.inherited(subclass); end
def self.parse(str); end
end
class Net::NTLM::Message::Type2 < ::Net::NTLM::Message
def challenge; end
def challenge=(val); end
def context; end
def context=(val); end
def flag; end
def flag=(val); end
def padding; end
def padding=(val); end
def parse(str); end
def response(arg, opt = _); end
def sign; end
def sign=(val); end
def target_info; end
def target_info=(val); end
def target_name; end
def target_name=(val); end
def type; end
def type=(val); end
def self.inherited(subclass); end
def self.parse(str); end
end
class Net::NTLM::Message::Type3 < ::Net::NTLM::Message
def domain; end
def domain=(val); end
def flag; end
def flag=(val); end
def lm_response; end
def lm_response=(val); end
def ntlm_response; end
def ntlm_response=(val); end
def session_key; end
def session_key=(val); end
def sign; end
def sign=(val); end
def type; end
def type=(val); end
def user; end
def user=(val); end
def workstation; end
def workstation=(val); end
def self.create(arg, opt = _); end
def self.inherited(subclass); end
def self.parse(str); end
end
class Net::NTLM::SecurityBuffer < ::Net::NTLM::FieldSet
def initialize(opts); end
def active; end
def active=(_); end
def allocated; end
def allocated=(val); end
def data_size; end
def length; end
def length=(val); end
def offset; end
def offset=(val); end
def parse(str, offset = _); end
def serialize; end
def value; end
def value=(val); end
def self.inherited(subclass); end
end
class Net::NTLM::String < ::Net::NTLM::Field
def initialize(opts); end
def parse(str, offset = _); end
def serialize; end
def value=(val); end
end
module Net::NTLM::VERSION
end
Net::NTLM::VERSION::MAJOR = T.let(T.unsafe(nil), Integer)
Net::NTLM::VERSION::MINOR = T.let(T.unsafe(nil), Integer)
Net::NTLM::VERSION::STRING = T.let(T.unsafe(nil), String)
Net::NTLM::VERSION::TINY = T.let(T.unsafe(nil), Integer)

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
module Parallel
extend(::Parallel::ProcessorCount)
def self.all?(*args, &block); end
def self.any?(*args, &block); end
def self.each(array, options = _, &block); end
def self.each_with_index(array, options = _, &block); end
def self.flat_map(*args, &block); end
def self.in_processes(options = _, &block); end
def self.in_threads(options = _); end
def self.map(source, options = _, &block); end
def self.map_with_index(array, options = _, &block); end
def self.worker_number; end
def self.worker_number=(worker_num); end
end
class Parallel::Break < ::StandardError
end
class Parallel::DeadWorker < ::StandardError
end
class Parallel::ExceptionWrapper
def initialize(exception); end
def exception; end
end
class Parallel::JobFactory
def initialize(source, mutex); end
def next; end
def pack(item, index); end
def size; end
def unpack(data); end
private
def producer?; end
def queue_wrapper(array); end
end
class Parallel::Kill < ::StandardError
end
module Parallel::ProcessorCount
def physical_processor_count; end
def processor_count; end
end
Parallel::Stop = T.let(T.unsafe(nil), Object)
class Parallel::UndumpableException < ::StandardError
def initialize(original); end
def backtrace; end
end
class Parallel::UserInterruptHandler
def self.kill(thing); end
def self.kill_on_ctrl_c(pids, options); end
end
Parallel::UserInterruptHandler::INTERRUPT_SIGNAL = T.let(T.unsafe(nil), Symbol)
Parallel::VERSION = T.let(T.unsafe(nil), String)
Parallel::Version = T.let(T.unsafe(nil), String)
class Parallel::Worker
def initialize(read, write, pid); end
def close_pipes; end
def pid; end
def read; end
def stop; end
def thread; end
def thread=(_); end
def work(data); end
def write; end
private
def wait; end
end

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
module ParallelTests
def self.bundler_enabled?; end
def self.delta; end
def self.determine_number_of_processes(count); end
def self.first_process?; end
def self.last_process?; end
def self.now; end
def self.number_of_running_processes; end
def self.pid_file_path; end
def self.pids; end
def self.stop_all_processes; end
def self.wait_for_other_processes_to_finish; end
def self.with_pid_file; end
def self.with_ruby_binary(command); end
end
class ParallelTests::CLI
def run(argv); end
private
def any_test_failed?(test_results); end
def append_test_options(options, argv); end
def detailed_duration(seconds); end
def execute_in_parallel(items, num_processes, options); end
def execute_shell_command_in_parallel(command, num_processes, options); end
def extract_file_paths(argv); end
def extract_test_options(argv); end
def final_fail_message; end
def first_is_1?; end
def handle_interrupt; end
def load_runner(type); end
def lock(lockfile); end
def parse_options!(argv); end
def report_failure_rerun_commmand(test_results, options); end
def report_number_of_tests(groups); end
def report_results(test_results, options); end
def report_time_taken; end
def reprint_output(result, lockfile); end
def run_tests(group, process_number, num_processes, options); end
def run_tests_in_parallel(num_processes, options); end
def simulate_output_for_ci(simulate); end
def use_colors?; end
end
class ParallelTests::Grouper
def self.by_scenarios(tests, num_groups, options = _); end
def self.by_steps(tests, num_groups, options); end
def self.in_even_groups_by_size(items, num_groups, options = _); end
end
class ParallelTests::Pids
def initialize(file_path); end
def add(pid); end
def all; end
def count; end
def delete(pid); end
def file_path; end
def mutex; end
private
def clear; end
def pids; end
def read; end
def save; end
def sync; end
end
ParallelTests::RUBY_BINARY = T.let(T.unsafe(nil), String)
ParallelTests::VERSION = T.let(T.unsafe(nil), String)
ParallelTests::Version = T.let(T.unsafe(nil), String)

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
module Plist
def self.parse_xml(filename_or_xml); end
end
module Plist::Emit
def save_plist(filename, options = _); end
def to_plist(envelope = _, options = _); end
def self.comment(content); end
def self.dump(obj, envelope = _, options = _); end
def self.element_type(item); end
def self.plist_node(element, options = _); end
def self.save_plist(obj, filename, options = _); end
def self.tag(type, contents = _, options = _, &block); end
def self.wrap(contents); end
end
Plist::Emit::DEFAULT_INDENT = T.let(T.unsafe(nil), String)
class Plist::Emit::IndentedString
def initialize(str = _); end
def <<(val); end
def indent_string; end
def indent_string=(_); end
def lower_indent; end
def raise_indent; end
def to_s; end
end
class Plist::Listener
def initialize; end
def open; end
def open=(_); end
def result; end
def result=(_); end
def tag_end(name); end
def tag_start(name, attributes); end
def text(contents); end
end
class Plist::PArray < ::Plist::PTag
def to_ruby; end
end
class Plist::PData < ::Plist::PTag
def to_ruby; end
end
class Plist::PDate < ::Plist::PTag
def to_ruby; end
end
class Plist::PDict < ::Plist::PTag
def to_ruby; end
end
class Plist::PFalse < ::Plist::PTag
def to_ruby; end
end
class Plist::PInteger < ::Plist::PTag
def to_ruby; end
end
class Plist::PKey < ::Plist::PTag
def to_ruby; end
end
class Plist::PList < ::Plist::PTag
def to_ruby; end
end
class Plist::PReal < ::Plist::PTag
def to_ruby; end
end
class Plist::PString < ::Plist::PTag
def to_ruby; end
end
class Plist::PTag
def initialize; end
def children; end
def children=(_); end
def text; end
def text=(_); end
def to_ruby; end
def self.inherited(sub_class); end
def self.mappings; end
end
class Plist::PTrue < ::Plist::PTag
def to_ruby; end
end
class Plist::StreamParser
def initialize(plist_data_or_file, listener); end
def parse; end
private
def parse_encoding_from_xml_declaration(xml_declaration); end
end
Plist::StreamParser::COMMENT_END = T.let(T.unsafe(nil), Regexp)
Plist::StreamParser::COMMENT_START = T.let(T.unsafe(nil), Regexp)
Plist::StreamParser::DOCTYPE_PATTERN = T.let(T.unsafe(nil), Regexp)
Plist::StreamParser::TEXT = T.let(T.unsafe(nil), Regexp)
Plist::StreamParser::XMLDECL_PATTERN = T.let(T.unsafe(nil), Regexp)
Plist::VERSION = T.let(T.unsafe(nil), String)

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
module Rainbow
def self.enabled; end
def self.enabled=(value); end
def self.global; end
def self.new; end
def self.uncolor(string); end
end
class Rainbow::Color
def ground; end
def self.build(ground, values); end
def self.parse_hex_color(hex); end
end
class Rainbow::Color::Indexed < ::Rainbow::Color
def initialize(ground, num); end
def codes; end
def num; end
end
class Rainbow::Color::Named < ::Rainbow::Color::Indexed
def initialize(ground, name); end
def self.color_names; end
def self.valid_names; end
end
Rainbow::Color::Named::NAMES = T.let(T.unsafe(nil), Hash)
class Rainbow::Color::RGB < ::Rainbow::Color::Indexed
def initialize(ground, *values); end
def b; end
def codes; end
def g; end
def r; end
private
def code_from_rgb; end
def self.to_ansi_domain(value); end
end
class Rainbow::Color::X11Named < ::Rainbow::Color::RGB
include(::Rainbow::X11ColorNames)
def initialize(ground, name); end
def self.color_names; end
def self.valid_names; end
end
class Rainbow::NullPresenter < ::String
def background(*_values); end
def bg(*_values); end
def black; end
def blink; end
def blue; end
def bold; end
def bright; end
def color(*_values); end
def cyan; end
def dark; end
def faint; end
def fg(*_values); end
def foreground(*_values); end
def green; end
def hide; end
def inverse; end
def italic; end
def magenta; end
def method_missing(method_name, *args); end
def red; end
def reset; end
def underline; end
def white; end
def yellow; end
private
def respond_to_missing?(method_name, *args); end
end
class Rainbow::Presenter < ::String
def background(*values); end
def bg(*values); end
def black; end
def blink; end
def blue; end
def bold; end
def bright; end
def color(*values); end
def cyan; end
def dark; end
def faint; end
def fg(*values); end
def foreground(*values); end
def green; end
def hide; end
def inverse; end
def italic; end
def magenta; end
def method_missing(method_name, *args); end
def red; end
def reset; end
def underline; end
def white; end
def yellow; end
private
def respond_to_missing?(method_name, *args); end
def wrap_with_sgr(codes); end
end
Rainbow::Presenter::TERM_EFFECTS = T.let(T.unsafe(nil), Hash)
class Rainbow::StringUtils
def self.uncolor(string); end
def self.wrap_with_sgr(string, codes); end
end
class Rainbow::Wrapper
def initialize(enabled = _); end
def enabled; end
def enabled=(_); end
def wrap(string); end
end
module Rainbow::X11ColorNames
end
Rainbow::X11ColorNames::NAMES = T.let(T.unsafe(nil), Hash)

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
class Array
include(::Enumerable)
include(::JSON::Ext::Generator::GeneratorMethods::Array)
include(::Plist::Emit)
def dclone; end
end
class Float < ::Numeric
include(::JSON::Ext::Generator::GeneratorMethods::Float)
def dclone; end
end
class Integer < ::Numeric
include(::JSON::Ext::Generator::GeneratorMethods::Integer)
def dclone; end
end
Integer::GMP_VERSION = T.let(T.unsafe(nil), String)
class Object < ::BasicObject
include(::Kernel)
include(::JSON::Ext::Generator::GeneratorMethods::Object)
include(::PP::ObjectMixin)
def dclone; end
end
class REXML::AttlistDecl < ::REXML::Child
include(::Enumerable)
def initialize(source); end
def [](key); end
def each(&block); end
def element_name; end
def include?(key); end
def node_type; end
def write(out, indent = _); end
end
class REXML::Attribute
include(::REXML::Node)
include(::REXML::XMLTokens)
include(::REXML::Namespace)
def initialize(first, second = _, parent = _); end
def ==(other); end
def clone; end
def doctype; end
def element; end
def element=(element); end
def hash; end
def inspect; end
def namespace(arg = _); end
def node_type; end
def normalized=(_); end
def prefix; end
def remove; end
def to_s; end
def to_string; end
def value; end
def write(output, indent = _); end
def xpath; end
end
class REXML::Attributes < ::Hash
def initialize(element); end
def <<(attribute); end
def [](name); end
def []=(name, value); end
def add(attribute); end
def delete(attribute); end
def delete_all(name); end
def each; end
def each_attribute; end
def get_attribute(name); end
def get_attribute_ns(namespace, name); end
def length; end
def namespaces; end
def prefixes; end
def size; end
def to_a; end
end
class REXML::CData < ::REXML::Text
def initialize(first, whitespace = _, parent = _); end
def clone; end
def to_s; end
def value; end
def write(output = _, indent = _, transitive = _, ie_hack = _); end
end
class REXML::Child
include(::REXML::Node)
def initialize(parent = _); end
def bytes; end
def document; end
def next_sibling; end
def next_sibling=(other); end
def parent; end
def parent=(other); end
def previous_sibling; end
def previous_sibling=(other); end
def remove; end
def replace_with(child); end
end
class REXML::Comment < ::REXML::Child
include(::Comparable)
def initialize(first, second = _); end
def <=>(other); end
def ==(other); end
def clone; end
def node_type; end
def string; end
def string=(_); end
def to_s; end
def write(output, indent = _, transitive = _, ie_hack = _); end
end
class REXML::Declaration < ::REXML::Child
def initialize(src); end
def to_s; end
def write(output, indent); end
end
class REXML::DocType < ::REXML::Parent
include(::REXML::XMLTokens)
def initialize(first, parent = _); end
def add(child); end
def attribute_of(element, attribute); end
def attributes_of(element); end
def clone; end
def context; end
def entities; end
def entity(name); end
def external_id; end
def name; end
def namespaces; end
def node_type; end
def notation(name); end
def notations; end
def public; end
def system; end
def write(output, indent = _, transitive = _, ie_hack = _); end
private
def strip_quotes(quoted_string); end
end
class REXML::Document < ::REXML::Element
def initialize(source = _, context = _); end
def <<(child); end
def add(child); end
def add_element(arg = _, arg2 = _); end
def clone; end
def doctype; end
def document; end
def encoding; end
def entity_expansion_count; end
def expanded_name; end
def name; end
def node_type; end
def record_entity_expansion; end
def root; end
def stand_alone?; end
def version; end
def write(*arguments); end
def xml_decl; end
private
def build(source); end
def self.entity_expansion_limit; end
def self.entity_expansion_limit=(val); end
def self.entity_expansion_text_limit; end
def self.entity_expansion_text_limit=(val); end
def self.parse_stream(source, listener); end
end
class REXML::Element < ::REXML::Parent
include(::REXML::XMLTokens)
include(::REXML::Namespace)
def initialize(arg = _, parent = _, context = _); end
def [](name_or_index); end
def add_attribute(key, value = _); end
def add_attributes(hash); end
def add_element(element, attrs = _); end
def add_namespace(prefix, uri = _); end
def add_text(text); end
def attribute(name, namespace = _); end
def attributes; end
def cdatas; end
def clone; end
def comments; end
def context; end
def context=(_); end
def delete_attribute(key); end
def delete_element(element); end
def delete_namespace(namespace = _); end
def document; end
def each_element(xpath = _, &block); end
def each_element_with_attribute(key, value = _, max = _, name = _, &block); end
def each_element_with_text(text = _, max = _, name = _, &block); end
def elements; end
def get_elements(xpath); end
def get_text(path = _); end
def has_attributes?; end
def has_elements?; end
def has_text?; end
def ignore_whitespace_nodes; end
def inspect; end
def instructions; end
def namespace(prefix = _); end
def namespaces; end
def next_element; end
def node_type; end
def prefixes; end
def previous_element; end
def raw; end
def root; end
def root_node; end
def text(path = _); end
def text=(text); end
def texts; end
def whitespace; end
def write(output = _, indent = _, transitive = _, ie_hack = _); end
def xpath; end
private
def __to_xpath_helper(node); end
def each_with_something(test, max = _, name = _); end
end
class REXML::Elements
include(::Enumerable)
def initialize(parent); end
def <<(element = _); end
def [](index, name = _); end
def []=(index, element); end
def add(element = _); end
def collect(xpath = _); end
def delete(element); end
def delete_all(xpath); end
def each(xpath = _); end
def empty?; end
def index(element); end
def inject(xpath = _, initial = _); end
def size; end
def to_a(xpath = _); end
private
def literalize(name); end
end
module REXML::Encoding
def decode(string); end
def encode(string); end
def encoding; end
def encoding=(encoding); end
private
def find_encoding(name); end
end
class REXML::Entity < ::REXML::Child
include(::REXML::XMLTokens)
def initialize(stream, value = _, parent = _, reference = _); end
def external; end
def name; end
def ndata; end
def normalized; end
def pubid; end
def ref; end
def to_s; end
def unnormalized; end
def value; end
def write(out, indent = _); end
def self.matches?(string); end
end
class REXML::ExternalEntity < ::REXML::Child
def initialize(src); end
def to_s; end
def write(output, indent); end
end
class REXML::Formatters::Default
def initialize(ie_hack = _); end
def write(node, output); end
protected
def write_cdata(node, output); end
def write_comment(node, output); end
def write_document(node, output); end
def write_element(node, output); end
def write_instruction(node, output); end
def write_text(node, output); end
end
class REXML::Formatters::Pretty < ::REXML::Formatters::Default
def initialize(indentation = _, ie_hack = _); end
def compact; end
def compact=(_); end
def width; end
def width=(_); end
protected
def write_cdata(node, output); end
def write_comment(node, output); end
def write_document(node, output); end
def write_element(node, output); end
def write_text(node, output); end
private
def indent_text(string, level = _, style = _, indentfirstline = _); end
def wrap(string, width); end
end
class REXML::IOSource < ::REXML::Source
def initialize(arg, block_size = _, encoding = _); end
def consume(pattern); end
def current_line; end
def empty?; end
def match(pattern, cons = _); end
def position; end
def read; end
def scan(pattern, cons = _); end
private
def encoding_updated; end
def readline; end
end
class REXML::Instruction < ::REXML::Child
def initialize(target, content = _); end
def ==(other); end
def clone; end
def content; end
def content=(_); end
def inspect; end
def node_type; end
def target; end
def target=(_); end
def write(writer, indent = _, transitive = _, ie_hack = _); end
end
class REXML::NotationDecl < ::REXML::Child
def initialize(name, middle, pub, sys); end
def name; end
def public; end
def public=(_); end
def system; end
def system=(_); end
def to_s; end
def write(output, indent = _); end
end
class REXML::Output
include(::REXML::Encoding)
def initialize(real_IO, encd = _); end
def <<(content); end
def encoding; end
def to_s; end
end
class REXML::Parent < ::REXML::Child
include(::Enumerable)
def initialize(parent = _); end
def <<(object); end
def [](index); end
def []=(*args); end
def add(object); end
def children; end
def deep_clone; end
def delete(object); end
def delete_at(index); end
def delete_if(&block); end
def each(&block); end
def each_child(&block); end
def each_index(&block); end
def index(child); end
def insert_after(child1, child2); end
def insert_before(child1, child2); end
def length; end
def parent?; end
def push(object); end
def replace_child(to_replace, replacement); end
def size; end
def to_a; end
def unshift(object); end
end
class REXML::ParseException < ::RuntimeError
def initialize(message, source = _, parser = _, exception = _); end
def context; end
def continued_exception; end
def continued_exception=(_); end
def line; end
def parser; end
def parser=(_); end
def position; end
def source; end
def source=(_); end
def to_s; end
end
class REXML::Parsers::BaseParser
def initialize(source); end
def add_listener(listener); end
def empty?; end
def entity(reference, entities); end
def has_next?; end
def normalize(input, entities = _, entity_filter = _); end
def peek(depth = _); end
def position; end
def pull; end
def source; end
def stream=(source); end
def unnormalize(string, entities = _, filter = _); end
def unshift(token); end
private
def need_source_encoding_update?(xml_declaration_encoding); end
def parse_attributes(prefixes, curr_ns); end
def process_instruction; end
def pull_event; end
end
REXML::Parsers::BaseParser::QNAME = T.let(T.unsafe(nil), Regexp)
REXML::Parsers::BaseParser::QNAME_STR = T.let(T.unsafe(nil), String)
class REXML::Parsers::StreamParser
def initialize(source, listener); end
def add_listener(listener); end
def parse; end
end
class REXML::Parsers::TreeParser
def initialize(source, build_context = _); end
def add_listener(listener); end
def parse; end
end
class REXML::Parsers::XPathParser
include(::REXML::XMLTokens)
def abbreviate(path); end
def expand(path); end
def namespaces=(namespaces); end
def parse(path); end
def predicate(path); end
def predicate_to_string(path, &block); end
private
def AdditiveExpr(path, parsed); end
def AndExpr(path, parsed); end
def EqualityExpr(path, parsed); end
def FilterExpr(path, parsed); end
def FunctionCall(rest, parsed); end
def LocationPath(path, parsed); end
def MultiplicativeExpr(path, parsed); end
def NodeTest(path, parsed); end
def OrExpr(path, parsed); end
def PathExpr(path, parsed); end
def Predicate(path, parsed); end
def PrimaryExpr(path, parsed); end
def RelationalExpr(path, parsed); end
def RelativeLocationPath(path, parsed); end
def UnaryExpr(path, parsed); end
def UnionExpr(path, parsed); end
def get_group(string); end
def parse_args(string); end
end
REXML::Parsers::XPathParser::LOCAL_NAME_WILDCARD = T.let(T.unsafe(nil), Regexp)
REXML::Parsers::XPathParser::PREFIX_WILDCARD = T.let(T.unsafe(nil), Regexp)
class REXML::Source
include(::REXML::Encoding)
def initialize(arg, encoding = _); end
def buffer; end
def consume(pattern); end
def current_line; end
def empty?; end
def encoding; end
def encoding=(enc); end
def line; end
def match(pattern, cons = _); end
def match_to(char, pattern); end
def match_to_consume(char, pattern); end
def position; end
def read; end
def scan(pattern, cons = _); end
private
def detect_encoding; end
def encoding_updated; end
end
class REXML::Text < ::REXML::Child
include(::Comparable)
def initialize(arg, respect_whitespace = _, parent = _, raw = _, entity_filter = _, illegal = _); end
def <<(to_append); end
def <=>(other); end
def clone; end
def doctype; end
def empty?; end
def indent_text(string, level = _, style = _, indentfirstline = _); end
def inspect; end
def node_type; end
def parent=(parent); end
def raw; end
def raw=(_); end
def to_s; end
def value; end
def value=(val); end
def wrap(string, width, addnewline = _); end
def write(writer, indent = _, transitive = _, ie_hack = _); end
def write_with_substitution(out, input); end
def xpath; end
private
def clear_cache; end
def self.check(string, pattern, doctype); end
def self.expand(ref, doctype, filter); end
def self.normalize(input, doctype = _, entity_filter = _); end
def self.read_with_substitution(input, illegal = _); end
def self.unnormalize(string, doctype = _, filter = _, illegal = _); end
end
class REXML::XMLDecl < ::REXML::Child
include(::REXML::Encoding)
def initialize(version = _, encoding = _, standalone = _); end
def ==(other); end
def clone; end
def dowrite; end
def encoding=(enc); end
def inspect; end
def node_type; end
def nowrite; end
def old_enc=(encoding); end
def stand_alone?; end
def standalone; end
def standalone=(_); end
def version; end
def version=(_); end
def write(writer, indent = _, transitive = _, ie_hack = _); end
def writeencoding; end
def writethis; end
def xmldecl(version, encoding, standalone); end
private
def content(enc); end
def self.default; end
end
class REXML::XPathNode
def initialize(node, context = _); end
def context; end
def position; end
def raw_node; end
end
class REXML::XPathParser
include(::REXML::XMLTokens)
def initialize(strict: _); end
def []=(variable_name, value); end
def first(path_stack, node); end
def get_first(path, nodeset); end
def match(path_stack, nodeset); end
def namespaces=(namespaces = _); end
def parse(path, nodeset); end
def predicate(path, nodeset); end
def variables=(vars = _); end
private
def child(nodeset); end
def compare(a, operator, b); end
def descendant(nodeset, include_self); end
def descendant_recursive(raw_node, new_nodeset, new_nodes, include_self); end
def each_unnode(nodeset); end
def enter(tag, *args); end
def equality_relational_compare(set1, op, set2); end
def evaluate_predicate(expression, nodesets); end
def expr(path_stack, nodeset, context = _); end
def filter_nodeset(nodeset); end
def following(node); end
def following_node_of(node); end
def get_namespace(node, prefix); end
def leave(tag, *args); end
def next_sibling_node(node); end
def node_test(path_stack, nodesets, any_type: _); end
def norm(b); end
def normalize_compare_values(a, operator, b); end
def preceding(node); end
def preceding_node_of(node); end
def sort(array_of_nodes, order); end
def step(path_stack, any_type: _, order: _); end
def strict?; end
def trace(*args); end
def unnode(nodeset); end
def value_type(value); end
end
class Symbol
include(::Comparable)
def dclone; end
end

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
module RSpec
extend(::RSpec::Support::Warnings)
extend(::RSpec::Core::Warnings)
def self.clear_examples; end
def self.configuration; end
def self.configuration=(_); end
def self.configure; end
def self.const_missing(name); end
def self.context(*args, &example_group_block); end
def self.current_example; end
def self.current_example=(example); end
def self.describe(*args, &example_group_block); end
def self.example_group(*args, &example_group_block); end
def self.fcontext(*args, &example_group_block); end
def self.fdescribe(*args, &example_group_block); end
def self.reset; end
def self.shared_context(name, *args, &block); end
def self.shared_examples(name, *args, &block); end
def self.shared_examples_for(name, *args, &block); end
def self.world; end
def self.world=(_); end
def self.xcontext(*args, &example_group_block); end
def self.xdescribe(*args, &example_group_block); end
end
class RSpec::CallerFilter
def self.first_non_rspec_line(skip_frames = _, increment = _); end
end
RSpec::CallerFilter::ADDITIONAL_TOP_LEVEL_FILES = T.let(T.unsafe(nil), Array)
RSpec::CallerFilter::IGNORE_REGEX = T.let(T.unsafe(nil), Regexp)
RSpec::CallerFilter::LIB_REGEX = T.let(T.unsafe(nil), Regexp)
RSpec::CallerFilter::RSPEC_LIBS = T.let(T.unsafe(nil), Array)
RSpec::MODULES_TO_AUTOLOAD = T.let(T.unsafe(nil), Hash)
RSpec::SharedContext = RSpec::Core::SharedContext
module RSpec::Support
def self.class_of(object); end
def self.define_optimized_require_for_rspec(lib, &require_relative); end
def self.deregister_matcher_definition(&block); end
def self.failure_notifier; end
def self.failure_notifier=(callable); end
def self.is_a_matcher?(object); end
def self.matcher_definitions; end
def self.method_handle_for(object, method_name); end
def self.notify_failure(failure, options = _); end
def self.register_matcher_definition(&block); end
def self.require_rspec_core(f); end
def self.require_rspec_expectations(f); end
def self.require_rspec_matchers(f); end
def self.require_rspec_mocks(f); end
def self.require_rspec_support(f); end
def self.rspec_description_for_object(object); end
def self.thread_local_data; end
def self.warning_notifier; end
def self.warning_notifier=(_); end
def self.with_failure_notifier(callable); end
end
module RSpec::Support::AllExceptionsExceptOnesWeMustNotRescue
def self.===(exception); end
end
RSpec::Support::AllExceptionsExceptOnesWeMustNotRescue::AVOID_RESCUING = T.let(T.unsafe(nil), Array)
class RSpec::Support::BlockSignature < ::RSpec::Support::MethodSignature
def classify_parameters; end
end
class RSpec::Support::ComparableVersion
include(::Comparable)
def initialize(string); end
def <=>(other); end
def segments; end
def string; end
end
RSpec::Support::DEFAULT_FAILURE_NOTIFIER = T.let(T.unsafe(nil), Proc)
RSpec::Support::DEFAULT_WARNING_NOTIFIER = T.let(T.unsafe(nil), Proc)
class RSpec::Support::Differ
def initialize(opts = _); end
def color?; end
def diff(actual, expected); end
def diff_as_object(actual, expected); end
def diff_as_string(actual, expected); end
private
def add_old_hunk_to_hunk(hunk, oldhunk); end
def add_to_output(output, string); end
def all_strings?(*args); end
def any_multiline_strings?(*args); end
def blue(text); end
def build_hunks(actual, expected); end
def coerce_to_string(string_or_array); end
def color(text, color_code); end
def color_diff(diff); end
def diffably_stringify(array); end
def finalize_output(output, final_line); end
def format_type; end
def green(text); end
def handle_encoding_errors(actual, expected); end
def hash_to_string(hash); end
def multiline?(string); end
def no_numbers?(*args); end
def no_procs?(*args); end
def normal(text); end
def object_to_string(object); end
def red(text); end
def safely_flatten(array); end
end
class RSpec::Support::DirectoryMaker
def self.mkdir_p(path); end
end
class RSpec::Support::EncodedString
def initialize(string, encoding = _); end
def <<(string); end
def ==(*args, &block); end
def empty?(*args, &block); end
def encoding(*args, &block); end
def eql?(*args, &block); end
def lines(*args, &block); end
def source_encoding; end
def split(regex_or_string); end
def to_s; end
def to_str; end
private
def detect_source_encoding(string); end
def matching_encoding(string); end
def remove_invalid_bytes(string); end
def self.pick_encoding(source_a, source_b); end
end
RSpec::Support::EncodedString::REPLACE = T.let(T.unsafe(nil), String)
RSpec::Support::EncodedString::US_ASCII = T.let(T.unsafe(nil), String)
RSpec::Support::EncodedString::UTF_8 = T.let(T.unsafe(nil), String)
module RSpec::Support::FuzzyMatcher
def self.values_match?(expected, actual); end
end
RSpec::Support::KERNEL_METHOD_METHOD = T.let(T.unsafe(nil), UnboundMethod)
class RSpec::Support::LooseSignatureVerifier < ::RSpec::Support::MethodSignatureVerifier
private
def split_args(*args); end
end
class RSpec::Support::LooseSignatureVerifier::SignatureWithKeywordArgumentsMatcher
def initialize(signature); end
def has_kw_args_in?(args); end
def invalid_kw_args_from(_kw_args); end
def missing_kw_args_from(_kw_args); end
def non_kw_args_arity_description; end
def valid_non_kw_args?(*args); end
end
class RSpec::Support::MethodSignature
def initialize(method); end
def arbitrary_kw_args?; end
def classify_arity(arity = _); end
def classify_parameters; end
def could_contain_kw_args?(args); end
def description; end
def has_kw_args_in?(args); end
def invalid_kw_args_from(given_kw_args); end
def max_non_kw_args; end
def min_non_kw_args; end
def missing_kw_args_from(given_kw_args); end
def non_kw_args_arity_description; end
def optional_kw_args; end
def required_kw_args; end
def unlimited_args?; end
def valid_non_kw_args?(positional_arg_count, optional_max_arg_count = _); end
end
RSpec::Support::MethodSignature::INFINITY = T.let(T.unsafe(nil), Float)
class RSpec::Support::MethodSignatureExpectation
def initialize; end
def empty?; end
def expect_arbitrary_keywords; end
def expect_arbitrary_keywords=(_); end
def expect_unlimited_arguments; end
def expect_unlimited_arguments=(_); end
def keywords; end
def keywords=(values); end
def max_count; end
def max_count=(number); end
def min_count; end
def min_count=(number); end
end
class RSpec::Support::MethodSignatureVerifier
def initialize(signature, args = _); end
def error_message; end
def kw_args; end
def max_non_kw_args; end
def min_non_kw_args; end
def non_kw_args; end
def valid?; end
def with_expectation(expectation); end
private
def arbitrary_kw_args?; end
def invalid_kw_args; end
def missing_kw_args; end
def split_args(*args); end
def unlimited_args?; end
def valid_non_kw_args?; end
end
class RSpec::Support::Mutex < ::Thread::Mutex
def self.new; end
end
RSpec::Support::Mutex::NEW_MUTEX_METHOD = T.let(T.unsafe(nil), Method)
module RSpec::Support::OS
private
def windows?; end
def windows_file_path?; end
def self.windows?; end
def self.windows_file_path?; end
end
class RSpec::Support::ObjectFormatter
def initialize(max_formatted_output_length = _); end
def format(object); end
def max_formatted_output_length; end
def max_formatted_output_length=(_); end
def prepare_array(array); end
def prepare_element(element); end
def prepare_for_inspection(object); end
def prepare_hash(input_hash); end
def recursive_structure?(object); end
def sort_hash_keys(input_hash); end
def with_entering_structure(structure); end
private
def truncate_string(str, start_index, end_index); end
def self.default_instance; end
def self.format(object); end
def self.prepare_for_inspection(object); end
end
class RSpec::Support::ObjectFormatter::BaseInspector < ::Struct
def formatter; end
def formatter=(_); end
def inspect; end
def object; end
def object=(_); end
def pretty_print(pp); end
def self.[](*_); end
def self.can_inspect?(_object); end
def self.inspect; end
def self.members; end
def self.new(*_); end
end
class RSpec::Support::ObjectFormatter::BigDecimalInspector < ::RSpec::Support::ObjectFormatter::BaseInspector
def inspect; end
def self.can_inspect?(object); end
end
class RSpec::Support::ObjectFormatter::DateTimeInspector < ::RSpec::Support::ObjectFormatter::BaseInspector
def inspect; end
def self.can_inspect?(object); end
end
RSpec::Support::ObjectFormatter::DateTimeInspector::FORMAT = T.let(T.unsafe(nil), String)
class RSpec::Support::ObjectFormatter::DelegatorInspector < ::RSpec::Support::ObjectFormatter::BaseInspector
def inspect; end
def self.can_inspect?(object); end
end
class RSpec::Support::ObjectFormatter::DescribableMatcherInspector < ::RSpec::Support::ObjectFormatter::BaseInspector
def inspect; end
def self.can_inspect?(object); end
end
RSpec::Support::ObjectFormatter::ELLIPSIS = T.let(T.unsafe(nil), String)
RSpec::Support::ObjectFormatter::INSPECTOR_CLASSES = T.let(T.unsafe(nil), Array)
class RSpec::Support::ObjectFormatter::InspectableItem < ::Struct
def inspect; end
def pretty_print(pp); end
def text; end
def text=(_); end
def self.[](*_); end
def self.inspect; end
def self.members; end
def self.new(*_); end
end
class RSpec::Support::ObjectFormatter::InspectableObjectInspector < ::RSpec::Support::ObjectFormatter::BaseInspector
def inspect; end
def self.can_inspect?(object); end
end
class RSpec::Support::ObjectFormatter::TimeInspector < ::RSpec::Support::ObjectFormatter::BaseInspector
def inspect; end
def self.can_inspect?(object); end
end
RSpec::Support::ObjectFormatter::TimeInspector::FORMAT = T.let(T.unsafe(nil), String)
class RSpec::Support::ObjectFormatter::UninspectableObjectInspector < ::RSpec::Support::ObjectFormatter::BaseInspector
def inspect; end
def klass; end
def native_object_id; end
def self.can_inspect?(object); end
end
RSpec::Support::ObjectFormatter::UninspectableObjectInspector::OBJECT_ID_FORMAT = T.let(T.unsafe(nil), String)
module RSpec::Support::RecursiveConstMethods
def const_defined_on?(mod, const_name); end
def constants_defined_on(mod); end
def get_const_defined_on(mod, const_name); end
def normalize_const_name(const_name); end
def recursive_const_defined?(const_name); end
def recursive_const_get(const_name); end
end
class RSpec::Support::ReentrantMutex
def initialize; end
def synchronize; end
private
def enter; end
def exit; end
end
module RSpec::Support::Ruby
private
def jruby?; end
def jruby_9000?; end
def jruby_version; end
def mri?; end
def non_mri?; end
def rbx?; end
def truffleruby?; end
def self.jruby?; end
def self.jruby_9000?; end
def self.jruby_version; end
def self.mri?; end
def self.non_mri?; end
def self.rbx?; end
def self.truffleruby?; end
end
module RSpec::Support::RubyFeatures
private
def caller_locations_supported?; end
def fork_supported?; end
def kw_args_supported?; end
def module_prepends_supported?; end
def module_refinement_supported?; end
def optional_and_splat_args_supported?; end
def required_kw_args_supported?; end
def ripper_supported?; end
def supports_exception_cause?; end
def supports_rebinding_module_methods?; end
def supports_taint?; end
def self.caller_locations_supported?; end
def self.fork_supported?; end
def self.kw_args_supported?; end
def self.module_prepends_supported?; end
def self.module_refinement_supported?; end
def self.optional_and_splat_args_supported?; end
def self.required_kw_args_supported?; end
def self.ripper_supported?; end
def self.supports_exception_cause?; end
def self.supports_rebinding_module_methods?; end
def self.supports_taint?; end
end
RSpec::Support::StrictSignatureVerifier = RSpec::Support::MethodSignatureVerifier
module RSpec::Support::Version
end
RSpec::Support::Version::STRING = T.let(T.unsafe(nil), String)
module RSpec::Support::Warnings
def deprecate(deprecated, options = _); end
def warn_deprecation(message, options = _); end
def warn_with(message, options = _); end
def warning(text, options = _); end
end
module RSpec::Support::WithKeywordsWhenNeeded
private
def class_exec(klass, *args, &block); end
def self.class_exec(klass, *args, &block); end
end
class RSpec::Support::HunkGenerator
def initialize(actual, expected); end
def hunks; end
private
def actual_lines; end
def build_hunk(piece); end
def context_lines; end
def diffs; end
def expected_lines; end
end

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
module RSpec
extend(::RSpec::Support::Warnings)
extend(::RSpec::Core::Warnings)
def self.clear_examples; end
def self.configuration; end
def self.configuration=(_); end
def self.configure; end
def self.const_missing(name); end
def self.context(*args, &example_group_block); end
def self.current_example; end
def self.current_example=(example); end
def self.describe(*args, &example_group_block); end
def self.example_group(*args, &example_group_block); end
def self.fcontext(*args, &example_group_block); end
def self.fdescribe(*args, &example_group_block); end
def self.reset; end
def self.shared_context(name, *args, &block); end
def self.shared_examples(name, *args, &block); end
def self.shared_examples_for(name, *args, &block); end
def self.world; end
def self.world=(_); end
def self.xcontext(*args, &example_group_block); end
def self.xdescribe(*args, &example_group_block); end
end
RSpec::MODULES_TO_AUTOLOAD = T.let(T.unsafe(nil), Hash)
RSpec::SharedContext = RSpec::Core::SharedContext
module RSpec::Version
end
RSpec::Version::STRING = T.let(T.unsafe(nil), String)

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
module RuboCop
end
module RuboCop::Cop
end
module RuboCop::Cop::Performance
end
class RuboCop::Cop::Performance::BindCall < ::RuboCop::Cop::Cop
include(::RuboCop::Cop::RangeHelp)
extend(::RuboCop::Cop::TargetRubyVersion)
def autocorrect(node); end
def bind_with_call_method?(node = _); end
def on_send(node); end
private
def build_call_args(call_args_node); end
def correction_range(receiver, node); end
def message(bind_arg, call_args); end
end
RuboCop::Cop::Performance::BindCall::MSG = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::Caller < ::RuboCop::Cop::Cop
def caller_with_scope_method?(node = _); end
def on_send(node); end
def slow_caller?(node = _); end
private
def int_value(node); end
def message(node); end
end
RuboCop::Cop::Performance::Caller::MSG_BRACE = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::Caller::MSG_FIRST = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::CaseWhenSplat < ::RuboCop::Cop::Cop
include(::RuboCop::Cop::Alignment)
include(::RuboCop::Cop::RangeHelp)
def autocorrect(when_node); end
def on_case(case_node); end
private
def indent_for(node); end
def inline_fix_branch(corrector, when_node); end
def needs_reorder?(when_node); end
def new_branch_without_then(node, new_condition); end
def new_condition_with_then(node, new_condition); end
def non_splat?(condition); end
def reorder_condition(corrector, when_node); end
def reordering_correction(when_node); end
def replacement(conditions); end
def splat_offenses(when_conditions); end
def when_branch_range(when_node); end
end
RuboCop::Cop::Performance::CaseWhenSplat::ARRAY_MSG = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::CaseWhenSplat::MSG = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::Casecmp < ::RuboCop::Cop::Cop
def autocorrect(node); end
def downcase_downcase(node = _); end
def downcase_eq(node = _); end
def eq_downcase(node = _); end
def on_send(node); end
private
def build_good_method(arg, variable); end
def correction(node, _receiver, method, arg, variable); end
def take_method_apart(node); end
end
RuboCop::Cop::Performance::Casecmp::CASE_METHODS = T.let(T.unsafe(nil), Array)
RuboCop::Cop::Performance::Casecmp::MSG = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::ChainArrayAllocation < ::RuboCop::Cop::Cop
include(::RuboCop::Cop::RangeHelp)
def flat_map_candidate?(node = _); end
def on_send(node); end
end
RuboCop::Cop::Performance::ChainArrayAllocation::ALWAYS_RETURNS_NEW_ARRAY = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::ChainArrayAllocation::HAS_MUTATION_ALTERNATIVE = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::ChainArrayAllocation::MSG = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::ChainArrayAllocation::RETURNS_NEW_ARRAY_WHEN_NO_BLOCK = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::ChainArrayAllocation::RETURN_NEW_ARRAY_WHEN_ARGS = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::CompareWithBlock < ::RuboCop::Cop::Cop
include(::RuboCop::Cop::RangeHelp)
def autocorrect(node); end
def compare?(node = _); end
def on_block(node); end
def replaceable_body?(node = _, param1, param2); end
private
def compare_range(send, node); end
def message(send, method, var_a, var_b, args); end
def slow_compare?(method, args_a, args_b); end
end
RuboCop::Cop::Performance::CompareWithBlock::MSG = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::Count < ::RuboCop::Cop::Cop
include(::RuboCop::Cop::RangeHelp)
def autocorrect(node); end
def count_candidate?(node = _); end
def on_send(node); end
private
def eligible_node?(node); end
def source_starting_at(node); end
end
RuboCop::Cop::Performance::Count::MSG = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::DeletePrefix < ::RuboCop::Cop::Cop
include(::RuboCop::Cop::RegexpMetacharacter)
extend(::RuboCop::Cop::TargetRubyVersion)
def autocorrect(node); end
def delete_prefix_candidate?(node = _); end
def on_send(node); end
end
RuboCop::Cop::Performance::DeletePrefix::MSG = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::DeletePrefix::PREFERRED_METHODS = T.let(T.unsafe(nil), Hash)
class RuboCop::Cop::Performance::DeleteSuffix < ::RuboCop::Cop::Cop
include(::RuboCop::Cop::RegexpMetacharacter)
extend(::RuboCop::Cop::TargetRubyVersion)
def autocorrect(node); end
def delete_suffix_candidate?(node = _); end
def on_send(node); end
end
RuboCop::Cop::Performance::DeleteSuffix::MSG = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::DeleteSuffix::PREFERRED_METHODS = T.let(T.unsafe(nil), Hash)
class RuboCop::Cop::Performance::Detect < ::RuboCop::Cop::Cop
def autocorrect(node); end
def detect_candidate?(node = _); end
def on_send(node); end
private
def accept_first_call?(receiver, body); end
def lazy?(node); end
def preferred_method; end
def register_offense(node, receiver, second_method); end
end
RuboCop::Cop::Performance::Detect::MSG = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::Detect::REVERSE_MSG = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::DoubleStartEndWith < ::RuboCop::Cop::Cop
def autocorrect(node); end
def check_with_active_support_aliases(node = _); end
def on_or(node); end
def two_start_end_with_calls(node = _); end
private
def add_offense_for_double_call(node, receiver, method, combined_args); end
def check_for_active_support_aliases?; end
def combine_args(first_call_args, second_call_args); end
def process_source(node); end
end
RuboCop::Cop::Performance::DoubleStartEndWith::MSG = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::EndWith < ::RuboCop::Cop::Cop
include(::RuboCop::Cop::RegexpMetacharacter)
def autocorrect(node); end
def on_match_with_lvasgn(node); end
def on_send(node); end
def redundant_regex?(node = _); end
end
RuboCop::Cop::Performance::EndWith::MSG = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::FixedSize < ::RuboCop::Cop::Cop
def counter(node = _); end
def on_send(node); end
private
def allowed_argument?(arg); end
def allowed_parent?(node); end
def allowed_variable?(var); end
def contains_double_splat?(node); end
def contains_splat?(node); end
def non_string_argument?(node); end
end
RuboCop::Cop::Performance::FixedSize::MSG = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::FlatMap < ::RuboCop::Cop::Cop
include(::RuboCop::Cop::RangeHelp)
def autocorrect(node); end
def flat_map_candidate?(node = _); end
def on_send(node); end
private
def offense_for_levels(node, map_node, first_method, flatten); end
def offense_for_method(node, map_node, first_method, flatten); end
def register_offense(node, map_node, first_method, flatten, message); end
end
RuboCop::Cop::Performance::FlatMap::FLATTEN_MULTIPLE_LEVELS = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::FlatMap::MSG = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::InefficientHashSearch < ::RuboCop::Cop::Cop
def autocorrect(node); end
def inefficient_include?(node = _); end
def on_send(node); end
private
def autocorrect_argument(node); end
def autocorrect_hash_expression(node); end
def autocorrect_method(node); end
def current_method(node); end
def message(node); end
def use_long_method; end
end
class RuboCop::Cop::Performance::OpenStruct < ::RuboCop::Cop::Cop
def on_send(node); end
def open_struct(node = _); end
end
RuboCop::Cop::Performance::OpenStruct::MSG = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::RangeInclude < ::RuboCop::Cop::Cop
def autocorrect(node); end
def on_send(node); end
def range_include(node = _); end
end
RuboCop::Cop::Performance::RangeInclude::MSG = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::RedundantBlockCall < ::RuboCop::Cop::Cop
def autocorrect(node); end
def blockarg_assigned?(node0, param1); end
def blockarg_calls(node0, param1); end
def blockarg_def(node = _); end
def on_def(node); end
private
def args_include_block_pass?(blockcall); end
def calls_to_report(argname, body); end
end
RuboCop::Cop::Performance::RedundantBlockCall::CLOSE_PAREN = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::RedundantBlockCall::MSG = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::RedundantBlockCall::OPEN_PAREN = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::RedundantBlockCall::SPACE = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::RedundantBlockCall::YIELD = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::RedundantMatch < ::RuboCop::Cop::Cop
def autocorrect(node); end
def match_call?(node = _); end
def on_send(node); end
def only_truthiness_matters?(node = _); end
end
RuboCop::Cop::Performance::RedundantMatch::MSG = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::RedundantMerge < ::RuboCop::Cop::Cop
def autocorrect(node); end
def modifier_flow_control?(node = _); end
def on_send(node); end
def redundant_merge_candidate(node = _); end
private
def correct_multiple_elements(node, parent, new_source); end
def correct_single_element(node, new_source); end
def each_redundant_merge(node); end
def indent_width; end
def kwsplat_used?(pairs); end
def leading_spaces(node); end
def max_key_value_pairs; end
def message(node); end
def non_redundant_merge?(node, receiver, pairs); end
def non_redundant_pairs?(receiver, pairs); end
def non_redundant_value_used?(receiver, node); end
def rewrite_with_modifier(node, parent, new_source); end
def to_assignments(receiver, pairs); end
end
RuboCop::Cop::Performance::RedundantMerge::AREF_ASGN = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::RedundantMerge::EachWithObjectInspector
extend(::RuboCop::AST::NodePattern::Macros)
def initialize(node, receiver); end
def each_with_object_node(node = _); end
def value_used?; end
private
def eligible_receiver?; end
def node; end
def receiver; end
def second_argument; end
def unwind(receiver); end
end
RuboCop::Cop::Performance::RedundantMerge::MSG = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::RedundantMerge::WITH_MODIFIER_CORRECTION = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::RegexpMatch < ::RuboCop::Cop::Cop
def autocorrect(node); end
def last_matches(node0); end
def match_method?(node = _); end
def match_node?(node = _); end
def match_operator?(node = _); end
def match_threequals?(node = _); end
def match_with_int_arg_method?(node = _); end
def match_with_lvasgn?(node); end
def on_case(node); end
def on_if(node); end
def search_match_nodes(node0); end
private
def check_condition(cond); end
def correct_operator(corrector, recv, arg, oper = _); end
def correction_range(recv, arg); end
def find_last_match(body, range, scope_root); end
def last_match_used?(match_node); end
def match_gvar?(sym); end
def message(node); end
def modifier_form?(match_node); end
def next_match_pos(body, match_node_pos, scope_root); end
def range_to_search_for_last_matches(match_node, body, scope_root); end
def replace_with_match_predicate_method(corrector, recv, arg, op_range); end
def scope_body(node); end
def scope_root(node); end
def swap_receiver_and_arg(corrector, recv, arg); end
end
RuboCop::Cop::Performance::RegexpMatch::MATCH_NODE_PATTERN = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::RegexpMatch::MSG = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::RegexpMatch::TYPES_IMPLEMENTING_MATCH = T.let(T.unsafe(nil), Array)
class RuboCop::Cop::Performance::ReverseEach < ::RuboCop::Cop::Cop
include(::RuboCop::Cop::RangeHelp)
def autocorrect(node); end
def on_send(node); end
def reverse_each?(node = _); end
end
RuboCop::Cop::Performance::ReverseEach::MSG = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::ReverseEach::UNDERSCORE = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::Size < ::RuboCop::Cop::Cop
def autocorrect(node); end
def on_send(node); end
private
def allowed_parent?(node); end
def array?(node); end
def eligible_node?(node); end
def eligible_receiver?(node); end
def hash?(node); end
end
RuboCop::Cop::Performance::Size::MSG = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::StartWith < ::RuboCop::Cop::Cop
include(::RuboCop::Cop::RegexpMetacharacter)
def autocorrect(node); end
def on_match_with_lvasgn(node); end
def on_send(node); end
def redundant_regex?(node = _); end
end
RuboCop::Cop::Performance::StartWith::MSG = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::StringReplacement < ::RuboCop::Cop::Cop
include(::RuboCop::Cop::RangeHelp)
def autocorrect(node); end
def on_send(node); end
def replace_method(node, first, second, first_param, replacement); end
def string_replacement?(node = _); end
private
def accept_first_param?(first_param); end
def accept_second_param?(second_param); end
def first_source(first_param); end
def message(node, first_source, second_source); end
def method_suffix(node); end
def offense(node, first_param, second_param); end
def range(node); end
def remove_second_param(corrector, node, first_param); end
def replacement_method(node, first_source, second_source); end
def source_from_regex_constructor(node); end
def source_from_regex_literal(node); end
end
RuboCop::Cop::Performance::StringReplacement::BANG = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::StringReplacement::DELETE = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::StringReplacement::DETERMINISTIC_REGEX = T.let(T.unsafe(nil), Regexp)
RuboCop::Cop::Performance::StringReplacement::MSG = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::StringReplacement::TR = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::TimesMap < ::RuboCop::Cop::Cop
def autocorrect(node); end
def on_block(node); end
def on_send(node); end
def times_map_call(node = _); end
private
def check(node); end
def message(map_or_collect, count); end
end
RuboCop::Cop::Performance::TimesMap::MESSAGE = T.let(T.unsafe(nil), String)
RuboCop::Cop::Performance::TimesMap::MESSAGE_ONLY_IF = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::UnfreezeString < ::RuboCop::Cop::Cop
def dup_string?(node = _); end
def on_send(node); end
def string_new?(node = _); end
end
RuboCop::Cop::Performance::UnfreezeString::MSG = T.let(T.unsafe(nil), String)
class RuboCop::Cop::Performance::UriDefaultParser < ::RuboCop::Cop::Cop
def autocorrect(node); end
def on_send(node); end
def uri_parser_new?(node = _); end
end
RuboCop::Cop::Performance::UriDefaultParser::MSG = T.let(T.unsafe(nil), String)
module RuboCop::Cop::RegexpMetacharacter
private
def drop_end_metacharacter(regexp_string); end
def drop_start_metacharacter(regexp_string); end
def literal_at_end?(regexp); end
def literal_at_end_with_backslash_z?(regex_str); end
def literal_at_end_with_dollar?(regex_str); end
def literal_at_start?(regexp); end
def literal_at_start_with_backslash_a?(regex_str); end
def literal_at_start_with_caret?(regex_str); end
def safe_multiline?; end
end
RuboCop::NodePattern = RuboCop::AST::NodePattern
module RuboCop::Performance
end
RuboCop::Performance::CONFIG = T.let(T.unsafe(nil), Hash)
module RuboCop::Performance::Inject
def self.defaults!; end
end
module RuboCop::Performance::Version
end
RuboCop::Performance::Version::STRING = T.let(T.unsafe(nil), String)
RuboCop::ProcessedSource = RuboCop::AST::ProcessedSource
RuboCop::Token = RuboCop::AST::Token

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
class ProgressBar
def self.create(*args); end
end
class ProgressBar::Base
extend(::Forwardable)
def initialize(options = _); end
def clear(*args, &block); end
def decrement; end
def finish; end
def finished?; end
def format(other); end
def format=(other); end
def increment; end
def inspect; end
def log(*args, &block); end
def pause; end
def paused?; end
def progress(*args, &block); end
def progress=(new_progress); end
def progress_mark=(mark); end
def refresh(*args, &block); end
def remainder_mark=(mark); end
def reset; end
def resume; end
def start(options = _); end
def started?; end
def stop; end
def stopped?; end
def title; end
def title=(title); end
def to_h; end
def to_s(new_format = _); end
def total(*args, &block); end
def total=(new_total); end
protected
def autofinish; end
def autofinish=(_); end
def autostart; end
def autostart=(_); end
def bar; end
def bar=(_); end
def finished; end
def finished=(_); end
def output; end
def output=(_); end
def percentage; end
def percentage=(_); end
def progressable; end
def progressable=(_); end
def rate; end
def rate=(_); end
def time; end
def time=(_); end
def timer; end
def timer=(_); end
def title_comp; end
def title_comp=(_); end
def update_progress(*args); end
end
module ProgressBar::Calculators
end
class ProgressBar::Calculators::Length
def initialize(options = _); end
def calculate_length; end
def current_length; end
def current_length=(_); end
def length; end
def length_changed?; end
def length_override; end
def length_override=(other); end
def output; end
def output=(_); end
def reset_length; end
private
def dynamic_width; end
def dynamic_width_stty; end
def dynamic_width_tput; end
def dynamic_width_via_io_object; end
def dynamic_width_via_output_stream_object; end
def dynamic_width_via_system_calls; end
def terminal_width; end
def unix?; end
end
class ProgressBar::Calculators::RunningAverage
def self.calculate(current_average, new_value_to_average, smoothing_factor); end
end
module ProgressBar::Components
end
class ProgressBar::Components::Bar
def initialize(options = _); end
def length; end
def length=(_); end
def progress; end
def progress=(_); end
def progress_mark; end
def progress_mark=(_); end
def remainder_mark; end
def remainder_mark=(_); end
def to_s(options = _); end
def upa_steps; end
def upa_steps=(_); end
private
def bar(length); end
def bar_with_percentage(length); end
def complete_bar(length); end
def complete_bar_with_percentage(length); end
def completed_length; end
def incomplete_space(length); end
def incomplete_string; end
def integrated_percentage_complete_string; end
def standard_complete_string; end
def unknown_progress_frame; end
def unknown_string; end
end
ProgressBar::Components::Bar::DEFAULT_PROGRESS_MARK = T.let(T.unsafe(nil), String)
ProgressBar::Components::Bar::DEFAULT_REMAINDER_MARK = T.let(T.unsafe(nil), String)
ProgressBar::Components::Bar::DEFAULT_UPA_STEPS = T.let(T.unsafe(nil), Array)
class ProgressBar::Components::Percentage
def initialize(options = _); end
def progress; end
def progress=(_); end
private
def justified_percentage; end
def justified_percentage_with_precision; end
def percentage; end
def percentage_with_precision; end
end
class ProgressBar::Components::Rate
def initialize(options = _); end
def progress; end
def progress=(_); end
def rate_scale; end
def rate_scale=(_); end
def started_at; end
def started_at=(_); end
def stopped_at; end
def stopped_at=(_); end
def timer; end
def timer=(_); end
private
def base_rate; end
def elapsed_seconds; end
def rate_of_change(format_string = _); end
def rate_of_change_with_precision; end
def scaled_rate; end
end
class ProgressBar::Components::Time
def initialize(options = _); end
def elapsed_with_label; end
def estimated_with_label; end
protected
def estimated_with_friendly_oob; end
def estimated_with_no_oob; end
def estimated_with_unknown_oob; end
def out_of_bounds_time_format; end
def out_of_bounds_time_format=(format); end
def progress; end
def progress=(_); end
def timer; end
def timer=(_); end
private
def elapsed; end
def estimated; end
def estimated_seconds_remaining; end
def estimated_with_elapsed_fallback; end
def out_of_bounds_time; end
end
ProgressBar::Components::Time::ELAPSED_LABEL = T.let(T.unsafe(nil), String)
ProgressBar::Components::Time::ESTIMATED_LABEL = T.let(T.unsafe(nil), String)
ProgressBar::Components::Time::NO_TIME_ELAPSED_TEXT = T.let(T.unsafe(nil), String)
ProgressBar::Components::Time::OOB_FRIENDLY_TIME_TEXT = T.let(T.unsafe(nil), String)
ProgressBar::Components::Time::OOB_LIMIT_IN_HOURS = T.let(T.unsafe(nil), Integer)
ProgressBar::Components::Time::OOB_TIME_FORMATS = T.let(T.unsafe(nil), Array)
ProgressBar::Components::Time::OOB_UNKNOWN_TIME_TEXT = T.let(T.unsafe(nil), String)
ProgressBar::Components::Time::TIME_FORMAT = T.let(T.unsafe(nil), String)
class ProgressBar::Components::Title
def initialize(options = _); end
def title; end
def title=(_); end
end
ProgressBar::Components::Title::DEFAULT_TITLE = T.let(T.unsafe(nil), String)
module ProgressBar::Format
end
class ProgressBar::Format::Formatter
def self.process(format_string, max_length, bar); end
end
class ProgressBar::Format::Molecule
def initialize(letter); end
def bar_molecule?; end
def full_key; end
def key; end
def key=(_); end
def lookup_value(environment, length = _); end
def method_name; end
def method_name=(_); end
def non_bar_molecule?; end
end
ProgressBar::Format::Molecule::BAR_MOLECULES = T.let(T.unsafe(nil), Array)
ProgressBar::Format::Molecule::MOLECULES = T.let(T.unsafe(nil), Hash)
class ProgressBar::Format::String < ::String
def bar_molecule_placeholder_length; end
def bar_molecules; end
def displayable_length; end
def molecules; end
def non_bar_molecules; end
end
ProgressBar::Format::String::ANSI_SGR_PATTERN = T.let(T.unsafe(nil), Regexp)
ProgressBar::Format::String::MOLECULE_PATTERN = T.let(T.unsafe(nil), Regexp)
class ProgressBar::InvalidProgressError < ::RuntimeError
end
class ProgressBar::Output
def initialize(options = _); end
def clear_string; end
def length; end
def log(string); end
def refresh(options = _); end
def stream; end
def stream=(_); end
def with_refresh; end
protected
def bar; end
def bar=(_); end
def length_calculator; end
def length_calculator=(_); end
def throttle; end
def throttle=(_); end
private
def print_and_flush; end
def self.detect(options = _); end
end
ProgressBar::Output::DEFAULT_OUTPUT_STREAM = T.let(T.unsafe(nil), IO)
module ProgressBar::Outputs
end
class ProgressBar::Outputs::NonTty < ::ProgressBar::Output
def bar_update_string; end
def clear; end
def default_format; end
def eol; end
def last_update_length; end
def refresh_with_format_change(*_); end
def resolve_format(*_); end
protected
def last_update_length=(_); end
end
ProgressBar::Outputs::NonTty::DEFAULT_FORMAT_STRING = T.let(T.unsafe(nil), String)
class ProgressBar::Outputs::Tty < ::ProgressBar::Output
def bar_update_string; end
def clear; end
def default_format; end
def eol; end
def refresh_with_format_change; end
def resolve_format(other_format); end
end
ProgressBar::Outputs::Tty::DEFAULT_FORMAT_STRING = T.let(T.unsafe(nil), String)
class ProgressBar::Progress
def initialize(options = _); end
def absolute; end
def decrement; end
def finish; end
def finished?; end
def increment; end
def none?; end
def percentage_completed; end
def percentage_completed_with_precision; end
def progress; end
def progress=(new_progress); end
def reset; end
def running_average; end
def running_average=(_); end
def smoothing; end
def smoothing=(_); end
def start(options = _); end
def starting_position; end
def starting_position=(_); end
def total; end
def total=(new_total); end
def total_with_unknown_indicator; end
def unknown?; end
end
ProgressBar::Progress::DEFAULT_BEGINNING_POSITION = T.let(T.unsafe(nil), Integer)
ProgressBar::Progress::DEFAULT_SMOOTHING = T.let(T.unsafe(nil), Float)
ProgressBar::Progress::DEFAULT_TOTAL = T.let(T.unsafe(nil), Integer)
module ProgressBar::Refinements
end
module ProgressBar::Refinements::Enumerator
end
class ProgressBar::Throttle
def initialize(options = _); end
def choke(options = _); end
def rate; end
def rate=(_); end
def started_at; end
def started_at=(_); end
def stopped_at; end
def stopped_at=(_); end
def timer; end
def timer=(_); end
end
class ProgressBar::Time
def initialize(time = _); end
def now; end
def unmocked_time_method; end
protected
def time; end
def time=(_); end
end
ProgressBar::Time::TIME_MOCKING_LIBRARY_METHODS = T.let(T.unsafe(nil), Array)
class ProgressBar::Timer
def initialize(options = _); end
def divide_seconds(seconds); end
def elapsed_seconds; end
def elapsed_whole_seconds; end
def pause; end
def reset; end
def reset?; end
def restart; end
def resume; end
def start; end
def started?; end
def started_at; end
def started_at=(_); end
def stop; end
def stopped?; end
def stopped_at; end
def stopped_at=(_); end
protected
def time; end
def time=(_); end
end

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
class Thor
include(::Thor::Base)
include(::Thor::Invocation)
include(::Thor::Shell)
extend(::Thor::Base::ClassMethods)
extend(::Thor::Invocation::ClassMethods)
def help(command = _, subcommand = _); end
def self.check_unknown_options!(options = _); end
def self.check_unknown_options?(config); end
def self.command_help(shell, command_name); end
def self.default_command(meth = _); end
def self.default_task(meth = _); end
def self.deprecation_warning(message); end
def self.desc(usage, description, options = _); end
def self.disable_required_check!(*command_names); end
def self.disable_required_check?(command); end
def self.help(shell, subcommand = _); end
def self.long_desc(long_description, options = _); end
def self.map(mappings = _, **kw); end
def self.method_option(name, options = _); end
def self.method_options(options = _); end
def self.option(name, options = _); end
def self.options(options = _); end
def self.package_name(name, _ = _); end
def self.printable_commands(all = _, subcommand = _); end
def self.printable_tasks(all = _, subcommand = _); end
def self.register(klass, subcommand_name, usage, description, options = _); end
def self.stop_on_unknown_option!(*command_names); end
def self.stop_on_unknown_option?(command); end
def self.subcommand(subcommand, subcommand_class); end
def self.subcommand_classes; end
def self.subcommands; end
def self.subtask(subcommand, subcommand_class); end
def self.subtasks; end
def self.task_help(shell, command_name); end
end
module Thor::Actions
mixes_in_class_methods(::Thor::Actions::ClassMethods)
def initialize(args = _, options = _, config = _); end
def action(instance); end
def add_file(destination, *args, &block); end
def add_link(destination, *args); end
def append_file(path, *args, &block); end
def append_to_file(path, *args, &block); end
def apply(path, config = _); end
def behavior; end
def behavior=(_); end
def chmod(path, mode, config = _); end
def comment_lines(path, flag, *args); end
def copy_file(source, *args, &block); end
def create_file(destination, *args, &block); end
def create_link(destination, *args); end
def destination_root; end
def destination_root=(root); end
def directory(source, *args, &block); end
def empty_directory(destination, config = _); end
def find_in_source_paths(file); end
def get(source, *args, &block); end
def gsub_file(path, flag, *args, &block); end
def in_root; end
def inject_into_class(path, klass, *args, &block); end
def inject_into_file(destination, *args, &block); end
def inject_into_module(path, module_name, *args, &block); end
def insert_into_file(destination, *args, &block); end
def inside(dir = _, config = _, &block); end
def link_file(source, *args); end
def prepend_file(path, *args, &block); end
def prepend_to_file(path, *args, &block); end
def relative_to_original_destination_root(path, remove_dot = _); end
def remove_dir(path, config = _); end
def remove_file(path, config = _); end
def run(command, config = _); end
def run_ruby_script(command, config = _); end
def source_paths; end
def template(source, *args, &block); end
def thor(command, *args); end
def uncomment_lines(path, flag, *args); end
protected
def _cleanup_options_and_set(options, key); end
def _shared_configuration; end
private
def capture(*args); end
def concat(string); end
def output_buffer; end
def output_buffer=(_); end
def with_output_buffer(buf = _); end
def self.included(base); end
end
class Thor::Actions::CapturableERB < ::ERB
def set_eoutvar(compiler, eoutvar = _); end
end
module Thor::Actions::ClassMethods
def add_runtime_options!; end
def source_paths; end
def source_paths_for_search; end
def source_root(path = _); end
end
class Thor::Actions::CreateFile < ::Thor::Actions::EmptyDirectory
def initialize(base, destination, data, config = _); end
def data; end
def identical?; end
def invoke!; end
def render; end
protected
def force_on_collision?; end
def force_or_skip_or_conflict(force, skip, &block); end
def on_conflict_behavior(&block); end
end
class Thor::Actions::CreateLink < ::Thor::Actions::CreateFile
def data; end
def exists?; end
def identical?; end
def invoke!; end
end
class Thor::Actions::Directory < ::Thor::Actions::EmptyDirectory
def initialize(base, source, destination = _, config = _, &block); end
def invoke!; end
def revoke!; end
def source; end
protected
def execute!; end
def file_level_lookup(previous_lookup); end
def files(lookup); end
end
class Thor::Actions::EmptyDirectory
def initialize(base, destination, config = _); end
def base; end
def config; end
def destination; end
def exists?; end
def given_destination; end
def invoke!; end
def relative_destination; end
def revoke!; end
protected
def convert_encoded_instructions(filename); end
def destination=(destination); end
def invoke_with_conflict_check(&block); end
def on_conflict_behavior; end
def on_file_clash_behavior; end
def pretend?; end
def say_status(status, color); end
end
class Thor::Actions::InjectIntoFile < ::Thor::Actions::EmptyDirectory
def initialize(base, destination, data, config); end
def behavior; end
def flag; end
def invoke!; end
def replacement; end
def revoke!; end
protected
def replace!(regexp, string, force); end
def say_status(behavior, warning: _, color: _); end
end
Thor::Actions::WARNINGS = T.let(T.unsafe(nil), Hash)
class Thor::AmbiguousCommandError < ::Thor::Error
end
Thor::AmbiguousTaskError = Thor::AmbiguousCommandError
class Thor::Argument
def initialize(name, options = _); end
def banner; end
def default; end
def description; end
def enum; end
def human_name; end
def name; end
def required; end
def required?; end
def show_default?; end
def type; end
def usage; end
protected
def default_banner; end
def valid_type?(type); end
def validate!; end
end
Thor::Argument::VALID_TYPES = T.let(T.unsafe(nil), Array)
class Thor::Arguments
def initialize(arguments = _); end
def parse(args); end
def remaining; end
private
def check_requirement!; end
def current_is_value?; end
def last?; end
def no_or_skip?(arg); end
def parse_array(name); end
def parse_hash(name); end
def parse_numeric(name); end
def parse_string(name); end
def peek; end
def shift; end
def unshift(arg); end
def self.parse(*args); end
def self.split(args); end
end
Thor::Arguments::NUMERIC = T.let(T.unsafe(nil), Regexp)
module Thor::Base
include(::Thor::Invocation)
include(::Thor::Shell)
mixes_in_class_methods(::Thor::Base::ClassMethods)
def initialize(args = _, local_options = _, config = _); end
def args; end
def args=(_); end
def options; end
def options=(_); end
def parent_options; end
def parent_options=(_); end
def self.included(base); end
def self.register_klass_file(klass); end
def self.shell; end
def self.shell=(_); end
def self.subclass_files; end
def self.subclasses; end
end
module Thor::Base::ClassMethods
def all_commands; end
def all_tasks; end
def allow_incompatible_default_type!; end
def argument(name, options = _); end
def arguments; end
def attr_accessor(*_); end
def attr_reader(*_); end
def attr_writer(*_); end
def check_default_type; end
def check_default_type!; end
def check_unknown_options; end
def check_unknown_options!; end
def check_unknown_options?(config); end
def class_option(name, options = _); end
def class_options(options = _); end
def commands; end
def disable_required_check?(command_name); end
def exit_on_failure?; end
def group(name = _); end
def handle_argument_error(command, error, args, arity); end
def handle_no_command_error(command, has_namespace = _); end
def handle_no_task_error(command, has_namespace = _); end
def namespace(name = _); end
def no_commands(&block); end
def no_commands?; end
def no_commands_context; end
def no_tasks(&block); end
def public_command(*names); end
def public_task(*names); end
def remove_argument(*names); end
def remove_class_option(*names); end
def remove_command(*names); end
def remove_task(*names); end
def start(given_args = _, config = _); end
def stop_on_unknown_option?(command_name); end
def strict_args_position; end
def strict_args_position!; end
def strict_args_position?(config); end
def tasks; end
protected
def baseclass; end
def basename; end
def build_option(name, options, scope); end
def build_options(options, scope); end
def class_options_help(shell, groups = _); end
def create_command(meth); end
def create_task(meth); end
def dispatch(command, given_args, given_opts, config); end
def find_and_refresh_command(name); end
def find_and_refresh_task(name); end
def from_superclass(method, default = _); end
def inherited(klass); end
def initialize_added; end
def is_thor_reserved_word?(word, type); end
def method_added(meth); end
def print_options(shell, options, group_name = _); end
end
class Thor::Command < ::Struct
def initialize(name, description, long_description, usage, options = _); end
def formatted_usage(klass, namespace = _, subcommand = _); end
def hidden?; end
def run(instance, args = _); end
protected
def handle_argument_error?(instance, error, caller); end
def handle_no_method_error?(instance, error, caller); end
def local_method?(instance, name); end
def not_debugging?(instance); end
def private_method?(instance); end
def public_method?(instance); end
def required_arguments_for(klass, usage); end
def required_options; end
def sans_backtrace(backtrace, caller); end
private
def initialize_copy(other); end
end
Thor::Command::FILE_REGEXP = T.let(T.unsafe(nil), Regexp)
module Thor::CoreExt
end
class Thor::CoreExt::HashWithIndifferentAccess < ::Hash
def initialize(hash = _); end
def [](key); end
def []=(key, value); end
def delete(key); end
def fetch(key, *args); end
def key?(key); end
def merge(other); end
def merge!(other); end
def replace(other_hash); end
def reverse_merge(other); end
def reverse_merge!(other_hash); end
def to_hash; end
def values_at(*indices); end
protected
def convert_key(key); end
def method_missing(method, *args); end
end
Thor::Correctable = DidYouMean::Correctable
class Thor::DynamicCommand < ::Thor::Command
def initialize(name, options = _); end
def run(instance, args = _); end
end
Thor::DynamicTask = Thor::DynamicCommand
class Thor::Error < ::StandardError
end
class Thor::Group
include(::Thor::Base)
include(::Thor::Invocation)
include(::Thor::Shell)
extend(::Thor::Base::ClassMethods)
extend(::Thor::Invocation::ClassMethods)
protected
def _invoke_for_class_method(klass, command = _, *args, &block); end
def self.class_options_help(shell, groups = _); end
def self.desc(description = _); end
def self.get_options_from_invocations(group_options, base_options); end
def self.handle_argument_error(command, error, _args, arity); end
def self.help(shell); end
def self.invocation_blocks; end
def self.invocations; end
def self.invoke(*names, &block); end
def self.invoke_from_option(*names, &block); end
def self.printable_commands(*_); end
def self.printable_tasks(*_); end
def self.remove_invocation(*names); end
end
Thor::HELP_MAPPINGS = T.let(T.unsafe(nil), Array)
class Thor::HiddenCommand < ::Thor::Command
def hidden?; end
end
Thor::HiddenTask = Thor::HiddenCommand
module Thor::Invocation
mixes_in_class_methods(::Thor::Invocation::ClassMethods)
def initialize(args = _, options = _, config = _, &block); end
def current_command_chain; end
def invoke(name = _, *args); end
def invoke_all; end
def invoke_command(command, *args); end
def invoke_task(command, *args); end
def invoke_with_padding(*args); end
protected
def _parse_initialization_options(args, opts, config); end
def _retrieve_class_and_command(name, sent_command = _); end
def _retrieve_class_and_task(name, sent_command = _); end
def _shared_configuration; end
def self.included(base); end
end
module Thor::Invocation::ClassMethods
def prepare_for_invocation(key, name); end
end
class Thor::InvocationError < ::Thor::Error
end
module Thor::LineEditor
def self.best_available; end
def self.readline(prompt, options = _); end
end
class Thor::LineEditor::Basic
def initialize(prompt, options); end
def options; end
def prompt; end
def readline; end
private
def echo?; end
def get_input; end
def self.available?; end
end
class Thor::LineEditor::Readline < ::Thor::LineEditor::Basic
def readline; end
private
def add_to_history?; end
def completion_options; end
def completion_proc; end
def use_path_completion?; end
def self.available?; end
end
class Thor::LineEditor::Readline::PathCompletion
def initialize(text); end
def matches; end
private
def absolute_matches; end
def base_path; end
def glob_pattern; end
def relative_matches; end
def text; end
end
class Thor::MalformattedArgumentError < ::Thor::InvocationError
end
class Thor::NestedContext
def initialize; end
def enter; end
def entered?; end
private
def pop; end
def push; end
end
class Thor::NoKwargSpellChecker < ::DidYouMean::SpellChecker
def initialize(dictionary); end
end
class Thor::Option < ::Thor::Argument
def initialize(name, options = _); end
def aliases; end
def array?; end
def boolean?; end
def group; end
def hash?; end
def hide; end
def human_name; end
def lazy_default; end
def numeric?; end
def repeatable; end
def string?; end
def switch_name; end
def usage(padding = _); end
protected
def dasherize(str); end
def dasherized?; end
def undasherize(str); end
def validate!; end
def validate_default_type!; end
def self.parse(key, value); end
end
Thor::Option::VALID_TYPES = T.let(T.unsafe(nil), Array)
class Thor::Options < ::Thor::Arguments
def initialize(hash_options = _, defaults = _, stop_on_unknown = _, disable_required_check = _); end
def check_unknown!; end
def parse(args); end
def peek; end
def remaining; end
protected
def assign_result!(option, result); end
def current_is_switch?; end
def current_is_switch_formatted?; end
def current_is_value?; end
def normalize_switch(arg); end
def parse_boolean(switch); end
def parse_peek(switch, option); end
def parsing_options?; end
def switch?(arg); end
def switch_option(arg); end
def self.to_switches(options); end
end
Thor::Options::EQ_RE = T.let(T.unsafe(nil), Regexp)
Thor::Options::LONG_RE = T.let(T.unsafe(nil), Regexp)
Thor::Options::OPTS_END = T.let(T.unsafe(nil), String)
Thor::Options::SHORT_NUM = T.let(T.unsafe(nil), Regexp)
Thor::Options::SHORT_RE = T.let(T.unsafe(nil), Regexp)
Thor::Options::SHORT_SQ_RE = T.let(T.unsafe(nil), Regexp)
class Thor::RequiredArgumentMissingError < ::Thor::InvocationError
end
module Thor::Sandbox
end
module Thor::Shell
def initialize(args = _, options = _, config = _); end
def ask(*args, &block); end
def error(*args, &block); end
def file_collision(*args, &block); end
def no?(*args, &block); end
def print_in_columns(*args, &block); end
def print_table(*args, &block); end
def print_wrapped(*args, &block); end
def say(*args, &block); end
def say_status(*args, &block); end
def set_color(*args, &block); end
def shell; end
def shell=(_); end
def terminal_width(*args, &block); end
def with_padding; end
def yes?(*args, &block); end
protected
def _shared_configuration; end
end
class Thor::Shell::Basic
def initialize; end
def ask(statement, *args); end
def base; end
def base=(_); end
def error(statement); end
def file_collision(destination); end
def indent(count = _); end
def mute; end
def mute?; end
def no?(statement, color = _); end
def padding; end
def padding=(value); end
def print_in_columns(array); end
def print_table(array, options = _); end
def print_wrapped(message, options = _); end
def say(message = _, color = _, force_new_line = _); end
def say_status(status, message, log_status = _); end
def set_color(string, *_); end
def terminal_width; end
def yes?(statement, color = _); end
protected
def answer_match(possibilities, answer, case_insensitive); end
def as_unicode; end
def ask_filtered(statement, color, options); end
def ask_simply(statement, color, options); end
def can_display_colors?; end
def dynamic_width; end
def dynamic_width_stty; end
def dynamic_width_tput; end
def file_collision_help; end
def git_merge_tool; end
def is?(value); end
def lookup_color(color); end
def merge(destination, content); end
def merge_tool; end
def prepare_message(message, *color); end
def quiet?; end
def show_diff(destination, content); end
def stderr; end
def stdout; end
def truncate(string, width); end
def unix?; end
end
Thor::Shell::Basic::DEFAULT_TERMINAL_WIDTH = T.let(T.unsafe(nil), Integer)
class Thor::Shell::Color < ::Thor::Shell::Basic
def set_color(string, *colors); end
protected
def are_colors_disabled?; end
def can_display_colors?; end
def diff_lcs_loaded?; end
def output_diff_line(diff); end
def show_diff(destination, content); end
end
Thor::Shell::Color::BLACK = T.let(T.unsafe(nil), String)
Thor::Shell::Color::BLUE = T.let(T.unsafe(nil), String)
Thor::Shell::Color::BOLD = T.let(T.unsafe(nil), String)
Thor::Shell::Color::CLEAR = T.let(T.unsafe(nil), String)
Thor::Shell::Color::CYAN = T.let(T.unsafe(nil), String)
Thor::Shell::Color::GREEN = T.let(T.unsafe(nil), String)
Thor::Shell::Color::MAGENTA = T.let(T.unsafe(nil), String)
Thor::Shell::Color::ON_BLACK = T.let(T.unsafe(nil), String)
Thor::Shell::Color::ON_BLUE = T.let(T.unsafe(nil), String)
Thor::Shell::Color::ON_CYAN = T.let(T.unsafe(nil), String)
Thor::Shell::Color::ON_GREEN = T.let(T.unsafe(nil), String)
Thor::Shell::Color::ON_MAGENTA = T.let(T.unsafe(nil), String)
Thor::Shell::Color::ON_RED = T.let(T.unsafe(nil), String)
Thor::Shell::Color::ON_WHITE = T.let(T.unsafe(nil), String)
Thor::Shell::Color::ON_YELLOW = T.let(T.unsafe(nil), String)
Thor::Shell::Color::RED = T.let(T.unsafe(nil), String)
Thor::Shell::Color::WHITE = T.let(T.unsafe(nil), String)
Thor::Shell::Color::YELLOW = T.let(T.unsafe(nil), String)
class Thor::Shell::HTML < ::Thor::Shell::Basic
def ask(statement, color = _); end
def set_color(string, *colors); end
protected
def can_display_colors?; end
def diff_lcs_loaded?; end
def output_diff_line(diff); end
def show_diff(destination, content); end
end
Thor::Shell::HTML::BLACK = T.let(T.unsafe(nil), String)
Thor::Shell::HTML::BLUE = T.let(T.unsafe(nil), String)
Thor::Shell::HTML::BOLD = T.let(T.unsafe(nil), String)
Thor::Shell::HTML::CYAN = T.let(T.unsafe(nil), String)
Thor::Shell::HTML::GREEN = T.let(T.unsafe(nil), String)
Thor::Shell::HTML::MAGENTA = T.let(T.unsafe(nil), String)
Thor::Shell::HTML::ON_BLACK = T.let(T.unsafe(nil), String)
Thor::Shell::HTML::ON_BLUE = T.let(T.unsafe(nil), String)
Thor::Shell::HTML::ON_CYAN = T.let(T.unsafe(nil), String)
Thor::Shell::HTML::ON_GREEN = T.let(T.unsafe(nil), String)
Thor::Shell::HTML::ON_MAGENTA = T.let(T.unsafe(nil), String)
Thor::Shell::HTML::ON_RED = T.let(T.unsafe(nil), String)
Thor::Shell::HTML::ON_WHITE = T.let(T.unsafe(nil), String)
Thor::Shell::HTML::ON_YELLOW = T.let(T.unsafe(nil), String)
Thor::Shell::HTML::RED = T.let(T.unsafe(nil), String)
Thor::Shell::HTML::WHITE = T.let(T.unsafe(nil), String)
Thor::Shell::HTML::YELLOW = T.let(T.unsafe(nil), String)
Thor::Shell::SHELL_DELEGATED_METHODS = T.let(T.unsafe(nil), Array)
Thor::TEMPLATE_EXTNAME = T.let(T.unsafe(nil), String)
Thor::THOR_RESERVED_WORDS = T.let(T.unsafe(nil), Array)
Thor::Task = Thor::Command
class Thor::UndefinedCommandError < ::Thor::Error
include(::DidYouMean::Correctable)
def initialize(command, all_commands, namespace); end
def all_commands; end
def command; end
end
class Thor::UndefinedCommandError::SpellChecker
def initialize(error); end
def corrections; end
def error; end
def spell_checker; end
end
Thor::UndefinedTaskError = Thor::UndefinedCommandError
class Thor::UnknownArgumentError < ::Thor::Error
include(::DidYouMean::Correctable)
def initialize(switches, unknown); end
def switches; end
def unknown; end
end
class Thor::UnknownArgumentError::SpellChecker
def initialize(error); end
def corrections; end
def error; end
def spell_checker; end
end
module Thor::Util
def self.camel_case(str); end
def self.escape_globs(path); end
def self.escape_html(string); end
def self.find_by_namespace(namespace); end
def self.find_class_and_command_by_namespace(namespace, fallback = _); end
def self.find_class_and_task_by_namespace(namespace, fallback = _); end
def self.globs_for(path); end
def self.load_thorfile(path, content = _, debug = _); end
def self.namespace_from_thor_class(constant); end
def self.namespaces_in_content(contents, file = _); end
def self.ruby_command; end
def self.snake_case(str); end
def self.thor_classes_in(klass); end
def self.thor_root; end
def self.thor_root_glob; end
def self.user_home; end
end

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
module UNF
end
class UNF::Normalizer
include(::Singleton)
extend(::Singleton::SingletonClassMethods)
def initialize; end
def normalize(_, _); end
def self.instance; end
def self.normalize(string, form); end
end
UNF::VERSION = T.let(T.unsafe(nil), String)

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
module Unicode
end
module Unicode::DisplayWidth
def self.emoji_extra_width_of(string, ambiguous = _, overwrite = _, _ = _); end
def self.of(string, ambiguous = _, overwrite = _, options = _); end
end
Unicode::DisplayWidth::DATA_DIRECTORY = T.let(T.unsafe(nil), String)
Unicode::DisplayWidth::DEPTHS = T.let(T.unsafe(nil), Array)
Unicode::DisplayWidth::INDEX = T.let(T.unsafe(nil), Array)
Unicode::DisplayWidth::INDEX_FILENAME = T.let(T.unsafe(nil), String)
Unicode::DisplayWidth::NO_STRING_EXT = T.let(T.unsafe(nil), TrueClass)
Unicode::DisplayWidth::UNICODE_VERSION = T.let(T.unsafe(nil), String)
Unicode::DisplayWidth::VERSION = T.let(T.unsafe(nil), String)

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true
class Nokogiri::HTML::Document < ::Nokogiri::XML::Document
def fragment(tags = _); end
def meta_encoding; end
def meta_encoding=(encoding); end
def meta_robots(custom_name = _); end
def nofollow?(custom_name = _); end
def noindex?(custom_name = _); end
def serialize(options = _); end
def title; end
def title=(text); end
def type; end
private
def meta_content_type; end
def parse_meta_robots(custom_name); end
def set_metadata_element(element); end
def self.new(*_); end
def self.parse(string_or_io, url = _, encoding = _, options = _); end
def self.read_io(_, _, _, _); end
def self.read_memory(_, _, _, _); end
end
class WebRobots
def initialize(user_agent, options = _); end
def allowed?(url); end
def crawl_delay(url); end
def create_cache; end
def disallowed?(url); end
def error(url); end
def error!(url); end
def flush_cache; end
def option(url, token); end
def options(url); end
def reset(url); end
def sitemaps(url); end
def user_agent; end
private
def crawl_delay_handler(delay, last_checked_at); end
def fetch_robots_txt(site); end
def get_robots_txt(site); end
def http_get(uri); end
def robots_txt_for(url); end
def split_uri(url); end
end
class WebRobots::Error < ::StandardError
end
class WebRobots::ParseError < ::WebRobots::Error
def initialize(message, site); end
def site; end
def to_s; end
end
class WebRobots::RobotsTxt
def initialize(site, records, options = _); end
def allow?(request_uri, user_agent = _); end
def crawl_delay(user_agent = _); end
def error; end
def error!; end
def error=(_); end
def options(user_agent = _); end
def site; end
def sitemaps; end
def timestamp; end
private
def find_record(user_agent = _); end
def target(user_agent = _); end
def self.unfetchable(site, reason, target = _); end
end
class WebRobots::RobotsTxt::AccessControlLine < ::WebRobots::RobotsTxt::Line
def compile; end
def match?(request_uri); end
end
class WebRobots::RobotsTxt::AgentLine < ::WebRobots::RobotsTxt::Line
def compile; end
def pattern; end
end
class WebRobots::RobotsTxt::AllowLine < ::WebRobots::RobotsTxt::AccessControlLine
def allow?; end
end
class WebRobots::RobotsTxt::CrawlDelayLine < ::WebRobots::RobotsTxt::Line
def compile; end
def delay; end
end
WebRobots::RobotsTxt::DISALLOW_ALL = T.let(T.unsafe(nil), String)
class WebRobots::RobotsTxt::DisallowLine < ::WebRobots::RobotsTxt::AccessControlLine
def allow?; end
end
class WebRobots::RobotsTxt::ExtentionLine < ::WebRobots::RobotsTxt::Line
end
class WebRobots::RobotsTxt::Line
def initialize(token, value); end
def compile; end
def token; end
def value; end
end
class WebRobots::RobotsTxt::Parser < ::Racc::Parser
def initialize(target, crawl_delay_handler = _); end
def _reduce_1(val, _values, result); end
def _reduce_17(val, _values, result); end
def _reduce_18(val, _values, result); end
def _reduce_19(val, _values, result); end
def _reduce_2(val, _values, result); end
def _reduce_20(val, _values, result); end
def _reduce_21(val, _values, result); end
def _reduce_24(val, _values, result); end
def _reduce_25(val, _values, result); end
def _reduce_26(val, _values, result); end
def _reduce_28(val, _values, result); end
def _reduce_31(val, _values, result); end
def _reduce_32(val, _values, result); end
def _reduce_38(val, _values, result); end
def _reduce_39(val, _values, result); end
def _reduce_40(val, _values, result); end
def _reduce_41(val, _values, result); end
def _reduce_none(val, _values, result); end
def next_token; end
def on_error(token_id, value, stack); end
def parse(input, site); end
def parse!(input, site); end
def parse_error(message); end
end
WebRobots::RobotsTxt::Parser::KNOWN_TOKENS = T.let(T.unsafe(nil), Array)
WebRobots::RobotsTxt::Parser::RE_KNOWN_TOKENS = T.let(T.unsafe(nil), Regexp)
WebRobots::RobotsTxt::Parser::Racc_arg = T.let(T.unsafe(nil), Array)
WebRobots::RobotsTxt::Parser::Racc_token_to_s_table = T.let(T.unsafe(nil), Array)
class WebRobots::RobotsTxt::Record
def initialize(agentlines, rulelines); end
def allow?(request_uri); end
def default?; end
def delay; end
def match?(user_agent); end
def options; end
end
module Webrobots
end
Webrobots::VERSION = T.let(T.unsafe(nil), String)

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# tapioca sync
# typed: true

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# This file is autogenerated. Do not edit it by hand. Regenerate it with:
# srb rbi todo
# typed: ignore
module ::ActiveSupport::Inflector; end
module ::Coveralls::Output; end
module ::Coveralls::SimpleCov::Formatter; end
module ::I18n; end
module ::ParallelTests; end
module ::RSpec; end
module ::RSpec::Core::Formatters::ProgressFormatter; end
module ::RSpec::Matchers; end
module ::RSpec::Matchers::DSL; end
module ::RSpec::Support::ObjectFormatter; end
module ::SimpleCov; end
module ::SimpleCov::Formatter::HTMLFormatter; end
module ::SimpleCov::Formatter::MultiFormatter; end
module ::Tap; end
module ::Tap::TAP_DIRECTORY; end
module ::User; end
module Cask::Artifact::AbstractUninstall::User; end
module Cask::Artifact::Pkg::Plist::Emit; end
module Cask::Artifact::Pkg::User; end
module Cask::Cask; end
module Cask::CaskLoader::FromTapLoader::Tap; end
module Cask::CaskLoader::FromTapPathLoader::Tap; end
module Cask::CaskLoader::Tap; end
module Cask::Caskroom::User; end
module Cask::Cmd::Doctor::Tap; end
module Cask::Cmd::Style::Tap; end
module Cask::Cmd::Tap; end
module Cask::DSL::ConflictsWith; end
module Cask::DSL::DependsOn; end
module Cask::Staged::User; end
module Cask::Utils::User; end
module Commands::Tap; end
module CurlDownloadStrategy::Mechanize::HTTP::ContentDispositionParser; end
# typed: strong
module DependencyCollector::Compat; end
module DependencyCollector::Dependencies; end
module DependencyCollector::Requirements; end
module FormulaCellarChecks::Plist; end
module Formulary::Tap; end
module Formulary::TapLoader::Tap; end
module Homebrew::Diagnostic::Checks::Tap; end
module Homebrew::Error; end
module Homebrew::Pry; end
module Homebrew::Search::Tap; end
module Homebrew::SimpleCov; end
module Homebrew::Tap; end
module Homebrew::Tap::TAP_DIRECTORY; end
module Keg::MachO::MachOError; end
module Keg::MachO::Tools; end
module Kernel::Tap; end
module MacOS::CLT; end
module MacOS::CLT::PKG_PATH; end
module MacOS::Version; end
module MacOS::Version::SYMBOLS; end
module MacOS::X11; end
module MacOS::XQuartz; end
module MacOS::Xcode; end
module MachOShim::MachO; end
module MachOShim::MachO::NotAMachOError; end
module MachOShim::MachO::Utils; end
module NoSeedProgressFormatter::RSpec::Core::Formatters; end
module OS::Mac::Version::NULL; end
module Reporter::Tap; end
module RuboCop::AST::HashNode; end
module RuboCop::AST::Node::Parser::Source::Map::Heredoc; end
module RuboCop::AST::SendNode; end
module RuboCop::AST::StrNode; end
module RuboCop::Cask::AST::CaskBlock::Parser::Source::Comment; end
module RuboCop::Cop::Cask::StanzaGrouping::RangeHelp; end
module RuboCop::Cop::Cop; end
module RuboCop::Cop::FormulaCop::Parser::CurrentRuby; end
module RuboCop::Cop::FormulaCop::RangeHelp; end
module RuboCop::RSpec::ExpectOffense; end
module SystemCommand::Result::Plist; end
module Tab::Tap; end
module TapDependency::Tap; end
module TapFormulaAmbiguityError::Tap; end
module T::CompatibilityPatches::RSpecCompatibility::MethodDoubleExtensions; end
module T::CompatibilityPatches::RSpecCompatibility::RecorderExtensions; end
module T::Private::Methods::MethodHooks; end
module T::Private::Methods::SingletonMethodHooks; end
module Test::Unit::AssertionFailedError; end
module Test::Unit::Assertions; end

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# frozen_string_literal: true
# typed: false
# Add your extra requires here