Asa@64: local ItemAuditor = select(2, ...)
Asa@64: 
Asa@64: local Crafting = ItemAuditor:GetModule("Crafting")
Asa@64: 
Asa@64: IAapi = {}
Asa@64: 
Asa@64: --[[
Asa@64: 	You can register a callback here to influence which items will get crafted and how many.
Asa@64: 	The decider function needs to return the number of items the user should have in their
Asa@64: 	inventory. If the number owned is less than the highest decided number, that item will
Asa@64: 	be queued to be crafted unless any decider vetos the item.
Asa@64: 	
Asa@64: 	There is no way to unregister your decider but it can be overwritten with a function that simply returns 0.
Asa@64: 	
Asa@64: 	Please make sure your decider runs as fast as possible, It will be called at least once
Asa@64: 	for every tradeskill being considered.
Asa@64: 	
Asa@64: 	I find the (non) word "Decider" to be amusing, so I used it.
Asa@64: 	
Asa@64: 	ItemAuditor will veto any item that costs more to create than it will sell for, It will also
Asa@64: 	queue one of every item that is profitable. If you simply wanted to increase that to 5 of every
Asa@64: 	profitable item you could use this:
Asa@64: 	
Asa@64: 	IAapi.RegisterCraftingDecider('Five', function() return 5 end)
Asa@64: ]]
Asa@73: function IAapi.RegisterCraftingDecider(name, decider, optionsTable)
Asa@70: 	assert(type(name) == 'string', 'name must be a string to identify your addon. This will be displayed to the user.')
Asa@73: 	assert(type(decider) == 'function', 'decider must be a function.')
Asa@73: 	assert(optionsTable == nil or type(optionsTable) == 'table')
Asa@73: 	Crafting.RegisterCraftingDecider(name, decider, optionsTable)
Asa@64: end
Asa@64: 
Asa@70: function IAapi.RegisterQueueDestination(name, destination)
Asa@70: 	assert(type(name) == 'string', 'name must be a string to identify your addon. This will be displayed to the user.')
Asa@70: 	assert(type(destination) == 'function', 'destination must be a function that will be called for each item when exporting the queue.')
Asa@70: 	
Asa@70: 	Crafting.RegisterQueueDestination(name, destination)
Asa@70: end
Asa@64: 
Asa@70: function IAapi.UnRegisterQueueDestination(name)
Asa@70: 	assert(type(name) == 'string', 'name must be the string that was used to register your addon.')
Asa@70: 	Crafting.UnRegisterQueueDestination(name)
Asa@70: end
Asa@70: 
Asa@96: function IAapi.GetItemCost(link)
Asa@96: 	assert(link, 'usage: IAapi.GetItemCost(itemLink)')
Asa@96: 	return ItemAuditor:GetItemCost(link)
Asa@96: end
Asa@96: 
Asa@96: 
Asa@96: 
Asa@95: local function registerLoadedAddons()
Asa@95: 	return ItemAuditor_RegisterAPI and ItemAuditor_RegisterAPI()
Asa@95: end
Asa@95: registerLoadedAddons()
Asa@95: 
Asa@95: 
Asa@95: -- This is here so I have a second option in the menu and to serve as an example of
Asa@95: -- how to register your addon with ItemAuditor.
Asa@70: --@debug@
Asa@95: local function RegisterWithItemAuditor()
Asa@95: 	local function testDestination(data)
Asa@95: 		-- Replace this with a call to the methods you need in your addon
Asa@95: 		ItemAuditor:Print('queue: '..data.recipeLink)
Asa@95: 	end
Asa@95: 	-- Replace Echo with the name of your addon so it can be selected from /ia options
Asa@95: 	IAapi.RegisterQueueDestination('Echo', testDestination)
Asa@70: end
Asa@70: 
Asa@95: if IAapi then
Asa@95: 	RegisterWithItemAuditor()
Asa@95: else
Asa@95: 	-- make sure to save any other addon's function
Asa@95: 	local original = ItemAuditor_RegisterAPI
Asa@95: 	-- this should not be local so it replaces (or creates) the global function
Asa@95: 	function ItemAuditor_RegisterAPI()
Asa@95: 		RegisterWithItemAuditor()
Asa@95: 		-- if original has a value (function), this will run it
Asa@95: 		return original and original()
Asa@95: 	end
Asa@95: end
Asa@95: 
Asa@95: 
Asa@95: 
Asa@95: 
Asa@70: --@end-debug@