puppet-strings/lib/puppetx/yardoc/yard/code_objects/host_class_object.rb

55 lines
2.0 KiB
Ruby

require 'yard'
require 'puppet/pops'
require_relative '../../../yardoc'
module Puppetx::Yardoc::YARD::CodeObjects
class HostClassObject < YARD::CodeObjects::NamespaceObject
# The {HostClassObject} that this class inherits from, if any.
# @return [HostClassObject, Proxy, nil]
attr_accessor :parent_class
# The `YARD::Codeobjects::Base` class pulls a bunch of shenanigans to
# insert proxy namespaces. Unfortunately, said shenanigans pick up on the
# `::` in Puppet names and start to mangle things based on rules for the
# Ruby language.
#
# Therefore, we must override `new` for great justice.
#
# TODO: Ask around on the YARD mailing list to see if there is a way around
# this ugliness.
#
# Alternately, consider ensuring all `proxy` objects resolve to a
# placeholder `NamespaceObject` as the name mangling behavior of these is
# easier to control.
def self.new(namespace, name, *args, &block)
# Standard Ruby boilerplate for `new`
obj = self.allocate
obj.send :initialize, namespace, name, *args
# The last bit of `YARD::CodeObjects::Base.new`.
existing_obj = YARD::Registry.at(obj.path)
obj = existing_obj if existing_obj && existing_obj.class == self
yield(obj) if block_given?
obj
end
# NOTE: `include_mods` is never used as it makes no sense for Puppet, but
# this is called by `YARD::Registry` and it will pass a parameter.
def inheritance_tree(include_mods = false)
if parent_class.is_a?(HostClassObject)
# Cool. We got a host class. Return self + parent inheritance tree.
[self] + parent_class.inheritance_tree
elsif parent_class.is_a?(YARD::CodeObjects::Proxy)
# We have a reference to a parent that has not been created yet. Just
# return it.
[self, parent_class]
else
# Most likely no parent class. But also possibly an object that we
# shouldn't inherit from. Just return self.
[self]
end
end
end
end