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docuseal/vendor/bundle/ruby/4.0.0/gems/faker-3.6.1/lib/faker.rb

282 lines
9.8 KiB

# frozen_string_literal: true
mydir = __dir__
require 'psych'
require 'i18n'
autoload(:OpenSSL, 'openssl')
Dir.glob(File.join(mydir, 'helpers', '*.rb')).each { |file| require file }
I18n.load_path += Dir[File.join(mydir, 'locales', '**/*.yml')]
module Faker
module Config
@default_locale = nil
class << self
attr_writer :default_locale
def locale=(new_locale)
Thread.current[:faker_config_locale] = new_locale
end
def locale
# Because I18n.locale defaults to :en, if we don't have :en in our available_locales, errors will happen
Thread.current[:faker_config_locale] || @default_locale || (I18n.available_locales.include?(I18n.locale) ? I18n.locale : I18n.available_locales.first)
end
def own_locale
Thread.current[:faker_config_locale]
end
def random=(new_random)
Thread.current[:faker_config_random] = new_random
end
def random
Thread.current[:faker_config_random] || Random
end
end
end
class Base
Numbers = Array(0..9)
ULetters = Array('A'..'Z')
LLetters = Array('a'..'z')
Letters = ULetters + LLetters
class << self
attr_reader :flexible_key
NOT_GIVEN = Object.new
## by default numerify results do not start with a zero
def numerify(number_string, leading_zero: false)
return number_string.gsub('#') { rand(10).to_s } if leading_zero
number_string.sub('#') { rand(1..9).to_s }.gsub('#') { rand(10).to_s }
end
def letterify(letter_string)
letter_string.gsub('?') { sample(ULetters) }
end
def bothify(string)
letterify(numerify(string))
end
def generate(as_type, &)
PositionalGenerator.new(as_type, &).generate
end
# Given a regular expression, attempt to generate a string
# that would match it. This is a rather simple implementation,
# so don't be shocked if it blows up on you in a spectacular fashion.
#
# It does not handle ., *, unbounded ranges such as {1,},
# extensions such as (?=), character classes, some abbreviations
# for character classes, and nested parentheses.
#
# I told you it was simple. :) It's also probably dog-slow,
# so you shouldn't use it.
#
# It will take a regex like this:
#
# /^[A-PR-UWYZ0-9][A-HK-Y0-9][AEHMNPRTVXY0-9]?[ABEHMNPRVWXY0-9]? {1,2}[0-9][ABD-HJLN-UW-Z]{2}$/
#
# and generate a string like this:
#
# "U3V 3TP"
#
def regexify(reg)
reg = reg.source if reg.respond_to?(:source) # Handle either a Regexp or a String that looks like a Regexp
reg
.gsub(%r{^/?\^?}, '').gsub(%r{\$?/?$}, '') # Ditch the anchors
.gsub(/\{(\d+)\}/, '{\1,\1}').gsub('?', '{0,1}') # All {2} become {2,2} and ? become {0,1}
.gsub(/(\[[^\]]++\])\{(\d+),(\d+)\}/) { |_match| Regexp.last_match(1) * sample(Array(Range.new(Regexp.last_match(2).to_i, Regexp.last_match(3).to_i))) } # [12]{1,2} becomes [12] or [12][12]
.gsub(/(\([^)]++\))\{(\d+),(\d+)\}/) { |_match| Regexp.last_match(1) * sample(Array(Range.new(Regexp.last_match(2).to_i, Regexp.last_match(3).to_i))) } # (12|34){1,2} becomes (12|34) or (12|34)(12|34)
.gsub(/(\\?.)\{(\d+),(\d+)\}/) { |_match| Regexp.last_match(1) * sample(Array(Range.new(Regexp.last_match(2).to_i, Regexp.last_match(3).to_i))) } # A{1,2} becomes A or AA or \d{3} becomes \d\d\d
.gsub(/\((.*?)\)/) { |match| sample(match.gsub(/[()]/, '').split('|')) } # (this|that) becomes 'this' or 'that'
.gsub(/\[([^\]]++)\]/) { |match| match.gsub(/(\w-\w)/) { |range| sample(Array(Range.new(*range.split('-')))) } } # All A-Z inside of [] become C (or X, or whatever)
.gsub(/\[([^\]]++)\]/) { |_match| sample(Regexp.last_match(1).chars) } # All [ABC] become B (or A or C)
.gsub('\d') { |_match| sample(Numbers) }
.gsub('\w') { |_match| sample(Letters) }
end
# Helper for the common approach of grabbing a translation
# with an array of values and selecting one of them.
def fetch(key)
fetched = sample(translate("faker.#{key}"))
if fetched&.match(%r{^/}) && fetched.match(%r{/$}) # A regex
regexify(fetched)
else
fetched
end
end
# Helper for the common approach of grabbing a translation
# with an array of values and returning all of them.
def fetch_all(key)
fetched = translate("faker.#{key}")
fetched = fetched.last if fetched.size <= 1
if !fetched.respond_to?(:sample) && fetched.match(%r{^/}) && fetched.match(%r{/$}) # A regex
regexify(fetched)
else
fetched
end
end
# Load formatted strings from the locale, "parsing" them
# into method calls that can be used to generate a
# formatted translation: e.g., "#{first_name} #{last_name}".
def parse(key)
fetched = fetch(key)
parts = fetched.scan(/(\(?)#\{([A-Za-z]+\.)?([^}]+)\}([^#]++)?/).map do |prefix, kls, meth, etc|
# If the token had a class Prefix (e.g., Name.first_name)
# grab the constant, otherwise use self
cls = kls ? Faker.const_get(kls.chop) : self
# If an optional leading parentheses is not present, prefix.should == "", otherwise prefix.should == "("
# In either case the information will be retained for reconstruction of the string.
text = prefix
# If the class has the method, call it, otherwise fetch the translation
# (e.g., faker.phone_number.area_code)
text += if cls.respond_to?(meth)
cls.send(meth)
else
# Do just enough snake casing to convert PhoneNumber to phone_number
key_path = cls.to_s.split('::').last.gsub(/([a-z\d])([A-Z])/, '\1_\2').downcase
fetch("#{key_path}.#{meth.downcase}")
end
# And tack on spaces, commas, etc. left over in the string
text + etc.to_s
end
# If the fetched key couldn't be parsed, then fallback to numerify
parts.any? ? parts.join : numerify(fetched)
end
# Call I18n.translate with our configured locale if no
# locale is specified
def translate(*args, **opts)
opts[:locale] ||= Faker::Config.locale
opts[:raise] = true
I18n.translate(*args, **opts)
rescue I18n::MissingTranslationData
opts[:locale] = :en
# Super-simple fallback -- fallback to en if the
# translation was missing. If the translation isn't
# in en either, then it will raise again.
disable_enforce_available_locales do
I18n.translate(*args, **opts)
end
end
# Executes block with given locale set.
def with_locale(tmp_locale = nil, &block)
current_locale = Faker::Config.own_locale
Faker::Config.locale = tmp_locale
disable_enforce_available_locales do
I18n.with_locale(tmp_locale, &block)
end
ensure
Faker::Config.locale = current_locale
end
def flexible(key)
@flexible_key = key
end
# You can add whatever you want to the locale file, and it will get caught here.
# E.g., in your locale file, create a
# name:
# girls_name: ["Alice", "Cheryl", "Tatiana"]
# Then you can call Faker::Name.girls_name and it will act like #first_name
def method_missing(mth, *args, &)
super unless flexible_key
if (translation = translate("faker.#{flexible_key}.#{mth}"))
sample(translation)
else
super
end
end
def respond_to_missing?(method_name, include_private = false)
super
end
# Generates a random value between the interval
def rand_in_range(from, to)
from, to = to, from if to < from
rand(from..to)
end
# If an array or range is passed, a random value will be selected.
# All other values are simply returned.
def resolve(value)
case value
when Array then sample(value)
when Range then rand value
else value
end
end
# Return unique values from the generator every time.
#
# @param max_retries [Integer] The max number of retries that should be done before giving up.
# @return [self]
def unique(max_retries = 10_000)
@unique ||= UniqueGenerator.new(self, max_retries)
end
def sample(list, num = nil)
if list.respond_to?(:sample)
if num
list.sample(num, random: Faker::Config.random)
else
list.sample(random: Faker::Config.random)
end
else
list
end
end
def shuffle(list)
list.shuffle(random: Faker::Config.random)
end
def shuffle!(list)
list.shuffle!(random: Faker::Config.random)
end
def rand(max = nil)
if max.nil?
Faker::Config.random.rand
elsif max.is_a?(Range) || max.to_i.positive?
Faker::Config.random.rand(max)
else
0
end
end
def disable_enforce_available_locales
old_enforce_available_locales = I18n.enforce_available_locales
I18n.enforce_available_locales = false
yield
ensure
I18n.enforce_available_locales = old_enforce_available_locales
end
end
end
end
# require faker objects
Dir.glob(File.join(mydir, 'faker', '/**/*.rb')).each { |file| require file }