module T::Props::Private::SetterFactory

def self.build_setter_proc(klass, prop, rules)
  # Our nil check works differently than a simple T.nilable for various
  # reasons (including the `raise_on_nil_write` setting and the existence
  # of defaults & factories), so unwrap any T.nilable and do a check
  # manually.
  non_nil_type = T::Utils::Nilable.get_underlying_type_object(rules.fetch(:type_object))
  accessor_key = rules.fetch(:accessor_key)
  validate = rules[:setter_validate]
  # It seems like a bug that this affects the behavior of setters, but
  # some existing code relies on this behavior
  has_explicit_nil_default = rules.key?(:default) && rules.fetch(:default).nil?
  # Use separate methods in order to ensure that we only close over necessary
  # variables
  if !T::Props::Utils.need_nil_write_check?(rules) || has_explicit_nil_default
    if validate.nil? && non_nil_type.is_a?(T::Types::Simple)
      simple_nilable_proc(prop, accessor_key, non_nil_type.raw_type, klass)
    else
      nilable_proc(prop, accessor_key, non_nil_type, klass, validate)
    end
  else
    if validate.nil? && non_nil_type.is_a?(T::Types::Simple)
      simple_non_nil_proc(prop, accessor_key, non_nil_type.raw_type, klass)
    else
      non_nil_proc(prop, accessor_key, non_nil_type, klass, validate)
    end
  end
end

def self.nilable_proc(prop, accessor_key, non_nil_type, klass, validate)
le_set(accessor_key, nil)
ursively_valid? is intentional: unlike for
t to make sure data at the 'edge'
at go into databases or structs serialized
correct, so we use more thorough runtime
e.recursively_valid?(val)
prop, val)
le_set(accessor_key, val)
te::SetterFactory.raise_pretty_error(

le_set(accessor_key, val)

def self.non_nil_proc(prop, accessor_key, non_nil_type, klass, validate)
ursively_valid? is intentional: unlike for
t to make sure data at the 'edge'
at go into databases or structs serialized
correct, so we use more thorough runtime
ecursively_valid?(val)
prop, val)
te::SetterFactory.raise_pretty_error(

_set(accessor_key, val)

def self.raise_pretty_error(klass, prop, type, val)
  base_message = "Can't set #{klass.name}.#{prop} to #{val.inspect} (instance of #{val.class}) - need a #{type}"
  pretty_message = "Parameter '#{prop}': #{base_message}\n"
  caller_loc = caller_locations&.find {|l| !l.to_s.include?('sorbet-runtime/lib/types/props')}
  if caller_loc
    pretty_message += "Caller: #{caller_loc.path}:#{caller_loc.lineno}\n"
  end
  T::Configuration.call_validation_error_handler(
    nil,
    message: base_message,
    pretty_message: pretty_message,
    kind: 'Parameter',
    name: prop,
    type: type,
    value: val,
    location: caller_loc,
  )
end

def self.simple_nilable_proc(prop, accessor_key, non_nil_type, klass)
le_set(accessor_key, nil)
on_nil_type)
le_set(accessor_key, val)
te::SetterFactory.raise_pretty_error(
ce(non_nil_type),
le_set(accessor_key, val)

def self.simple_non_nil_proc(prop, accessor_key, non_nil_type, klass)
non_nil_type)
te::SetterFactory.raise_pretty_error(
ce(non_nil_type),
_set(accessor_key, val)