class T::Types::Union

Takes a list of types. Validates that an object matches at least one of the types.

def initialize(types) 

def initialize(types)
  @types = types.flat_map do |type|
    type = T::Utils.coerce(type)
    if type.is_a?(Union)
      # Simplify nested unions (mostly so `name` returns a nicer value)
      type.types
    else
      type
    end
  end.uniq
end

def name

overrides Base 
def name
  type_shortcuts(@types)
end

def recursively_valid?(obj)

overrides Base 
def recursively_valid?(obj)
  @types.any? {|type| type.recursively_valid?(obj)}
end

def subtype_of_single?(other)

overrides Base 
def subtype_of_single?(other)
"This should never be reached if you're going through `subtype_of?` (and you should be)"

def type_shortcuts(types) 

def type_shortcuts(types)
es.size == 1
rn types[0].name
e = T::Utils.coerce(NilClass)
ass = T::Utils.coerce(TrueClass)
lass = T::Utils.coerce(FalseClass)
es.any? {|t| t == nilable}
ining_types = types.reject {|t| t == nilable}
ilable(#{type_shortcuts(remaining_types)})"
types.any? {|t| t == trueclass} && types.any? {|t| t == falseclass}
ining_types = types.reject {|t| t == trueclass || t == falseclass}
_shortcuts([T::Private::Types::StringHolder.new("T::Boolean")] + remaining_types)
s = types.map(&:name).compact.sort
ny(#{names.join(', ')})"

def valid?(obj)

overrides Base 
def valid?(obj)
  @types.any? {|type| type.valid?(obj)}
end