batteries/init.lua

--[[
	batteries for lua

	if required as the "entire library" (ie by this file), puts everything into
	global namespace by default as it'll presumably be commonly used

	if not, several of the modules work as normal lua modules and return a table
	for local-friendly use

	the others that modify some global table can be talked into behaving as normal
	lua modules as well by setting appropriate globals prior to inclusion

	you can avoid modifying any global namespace by setting

		BATTERIES_NO_GLOBALS = true

	before requiring, then everything can be accessed as eg

		batteries.table.stable_sort
]]

local path = ...
local function require_relative(p)
	return require(table.concat({path, p}, "."))
end

local _class = require_relative("class")

local _mathx = require_relative("mathx")

local _tablex = require_relative("tablex")
local _stable_sort = require_relative("stable_sort")

local _functional = require_relative("functional")
local _sequence = require_relative("sequence")

local _vec2 = require_relative("vec2")
local _vec3 = require_relative("vec3")
local _intersect = require_relative("intersect")

local _unique_mapping = require_relative("unique_mapping")
local _state_machine = require_relative("state_machine")

local _async = require_relative("async")

local _manual_gc = require_relative("manual_gc")

local _colour = require_relative("colour")

--build the module
local _batteries = {
	--fire and forget mode function
	export = export,
	--
	class = _class,
	--support x and non-x naming
	math = _mathx,
	mathx = _mathx,
	--
	table = _tablex,
	tablex = _tablex,
	--sorting routines
	stable_sort = _stable_sort,
	sort = _stable_sort,
	--
	functional = _functional,
	--
	sequence = _sequence,
	--
	vec2 = _vec2,
	vec3 = _vec3,
	intersect = _intersect,
	--
	unique_mapping = _unique_mapping,
	state_machine = _state_machine,
	async = _async,
	manual_gc = _manual_gc,
	colour = _colour,
	color = _colour,
}

--easy export globally if required
function _batteries:export(self)
	--export oo
	class = _class

	--overlay tablex and functional and sort routines onto table
	_tablex.overlay(table, _tablex)
	_tablex.overlay(table, _functional)
	_stable_sort:export()
	
	--functional module also available separate from table
	functional = _functional

	--export sequence
	sequence = _sequence

	--overlay onto math
	_tablex.overlay(math, _mathx)

	--export geom
	vec2 = _vec2
	vec3 = _vec3
	intersect = _intersect

	--misc :)
	unique_mapping = _unique_mapping
	state_machine = _state_machine
	async = _async
	manual_gc = _manual_gc

	--support both spellings
	colour = _colour
	color = _colour

	--export top level module as well for ease of migration for code
	batteries = _batteries

	return self
end

return _batteries