class RuboCop::Cop::Style::SuperArguments

end
super(&block)
block ||= proc { ‘fallback behavior’ }
# under this circumstance the block must be referenced explicitly.
# Assigning to the block variable would pass the old value to super,
def method(&block)
# good - assigning to the block variable before calling super
end
super { do_something }
def method(*args, **kwargs, &block)
# good - implicitly passing all non-block arguments
end
super(*args, **kwargs) { do_something }
def method(*args, **kwargs, &block)
# bad - forwarding with overridden block
end
super()
def method(*args, **kwargs)
# good - forwarding no arguments
end
super(*args)
def method(*args, **kwargs)
# good - forwarding a subset of the arguments
end
super
def method(*args, **kwargs)
# good - implicitly passing all arguments
end
super(*args, **kwargs)
def method(*args, **kwargs)
# bad
@example
will be registered in this case.
block, it is not necessary to explicitly list the non-block arguments. As such, an offense
NOTE: When forwarding the same arguments but replacing the block argument with a new inline
This approach might result in false negatives, yet ensuring safe detection takes precedence.
‘define_method`, therefore, `super` used within these blocks will be allowed.
Furthermore, any arguments accompanied by a block may potentially be delegating to
—-
end
define_method(:foo) { super } # => RuntimeError
def m
end
define_method(:foo) { super() } # => OK
def m
—-
[source,ruby]

Using zero arity `super` within a `define_method` block results in `RuntimeError`:
the method definition.
Checks for redundant argument forwarding when calling super with arguments identical to

def argument_list_size_differs?(def_args, super_args, super_node) 

def argument_list_size_differs?(def_args, super_args, super_node)
  # If the def node has a block argument and the super node has an explicit block,
  # the number of arguments is the same, so ignore the def node block arg.
  def_args_size = def_args.size
  def_args_size -= 1 if def_args.any?(&:blockarg_type?) && block_sends_to_super?(super_node)
  def_args_size != super_args.size
end

def arguments_identical?(def_node, super_node, def_args, super_args)

rubocop:disable Metrics/CyclomaticComplexity, Metrics/PerceivedComplexity 
def arguments_identical?(def_node, super_node, def_args, super_args)
  return false if argument_list_size_differs?(def_args, super_args, super_node)
  def_args.zip(super_args).each do |def_arg, super_arg|
    next if positional_arg_same?(def_arg, super_arg)
    next if positional_rest_arg_same(def_arg, super_arg)
    next if keyword_arg_same?(def_arg, super_arg)
    next if keyword_rest_arg_same?(def_arg, super_arg)
    next if block_arg_same?(def_node, super_node, def_arg, super_arg)
    next if forward_arg_same?(def_arg, super_arg)
    return false
  end
  true
end

def block_arg_same?(def_node, super_node, def_arg, super_arg) 

def block_arg_same?(def_node, super_node, def_arg, super_arg)
  return false unless def_arg.blockarg_type?
  return true if block_sends_to_super?(super_node)
  return false unless super_arg.block_pass_type?
  # anonymous forwarding
  return true if (block_pass_child = super_arg.children.first).nil? && def_arg.name.nil?
  block_arg_name = block_pass_child.children.first
  def_arg.name == block_arg_name && !block_reassigned?(def_node, block_arg_name)
end

def block_reassigned?(def_node, block_arg_name)

https://bugs.ruby-lang.org/issues/20505
Reassigning the block argument will still pass along the original block to super 
def block_reassigned?(def_node, block_arg_name)
  def_node.each_node(*ASSIGN_TYPES).any? do |assign_node|
    # TODO: Since `Symbol#name` is supported from Ruby 3.0, the inheritance check for
    # `AST::Node` can be removed when requiring Ruby 3.0+.
    lhs = assign_node.node_parts[0]
    next if lhs.is_a?(AST::Node) && !lhs.respond_to?(:name)
    assign_node.name == block_arg_name
  end
end

def block_sends_to_super?(super_node, parent_node = super_node.parent) 

def block_sends_to_super?(super_node, parent_node = super_node.parent)
  # Checks if the send node of a block is the given super node,
  # or a method chain containing it.
  return false unless parent_node
  return false unless parent_node.any_block_type?
  parent_node.send_node.each_node(:super).any?(super_node)
end

def find_def_node(super_node) 

def find_def_node(super_node)
  super_node.ancestors.find do |node|
    # When defining dynamic methods, implicitly calling `super` is not possible.
    # Since there is a possibility of delegation to `define_method`,
    # `super` used within the block is always allowed.
    break if node.any_block_type? && !block_sends_to_super?(super_node, node)
    break node if node.any_def_type?
  end
end

def forward_arg_same?(def_arg, super_arg) 

def forward_arg_same?(def_arg, super_arg)
  def_arg.forward_arg_type? && super_arg.forwarded_args_type?
end

def keyword_arg_same?(def_arg, super_arg) 

def keyword_arg_same?(def_arg, super_arg)
  return false unless def_arg.type?(:kwarg, :kwoptarg)
  return false unless (pair_node = super_arg).pair_type?
  return false unless (sym_node = pair_node.key).sym_type?
  return false unless (lvar_node = pair_node.value).lvar_type?
  return false unless sym_node.source == lvar_node.source
  def_arg.name == sym_node.value
end

def keyword_rest_arg_same?(def_arg, super_arg) 

def keyword_rest_arg_same?(def_arg, super_arg)
  return false unless def_arg.kwrestarg_type?
  # anonymous forwarding
  return true if def_arg.name.nil? && super_arg.forwarded_kwrestarg_type?
  return false unless super_arg.kwsplat_type?
  return false unless (lvar_node = super_arg.children.first).lvar_type?
  def_arg.name == lvar_node.children.first
end

def on_super(super_node) 

def on_super(super_node)
  return unless (def_node = find_def_node(super_node))
  def_node_args = def_node.arguments.argument_list
  super_args = preprocess_super_args(super_node.arguments)
  return unless arguments_identical?(def_node, super_node, def_node_args, super_args)
  # If the number of arguments to the def node and super node are different here,
  # it's because the block argument is not forwarded.
  message = def_node_args.size == super_args.size ? MSG : MSG_INLINE_BLOCK
  add_offense(super_node, message: message) do |corrector|
    corrector.replace(super_node, 'super')
  end
end

def positional_arg_same?(def_arg, super_arg) 

def positional_arg_same?(def_arg, super_arg)
  return false unless def_arg.type?(:arg, :optarg)
  return false unless super_arg.lvar_type?
  def_arg.name == super_arg.children.first
end

def positional_rest_arg_same(def_arg, super_arg) 

def positional_rest_arg_same(def_arg, super_arg)
  return false unless def_arg.restarg_type?
  # anonymous forwarding
  return true if def_arg.name.nil? && super_arg.forwarded_restarg_type?
  return false unless super_arg.splat_type?
  return false unless (lvar_node = super_arg.children.first).lvar_type?
  def_arg.name == lvar_node.children.first
end

def preprocess_super_args(super_args) 

def preprocess_super_args(super_args)
  super_args.flat_map do |node|
    if node.hash_type? && !node.braces?
      node.children
    else
      node
    end
  end
end