--[[
	A simple inventory that holds 1 item
]]
--local itm = nrequire("item.lua")
--local ste = nrequire("utility/stream.lua")
local inventory = nrequire("inventory/inventory.lua")
local log = nrequire("log.lua")
--local col = nrequire("config/colortheme.lua")
local sc = nrequire("skills/sh_skillcommon.lua")
local inv = {}
if CLIENT then inv = nrequire("cl_skills.lua") end
--TODO: uncomment these as their minigames are implemented
inv.allskills = {}
--[[
	["forageing"] = {
--		"Hunting",
--		"Butchering",
--		"Woodcutting",
--		"plant identification",
--		"archery",
--		"fishing",
--		"Mineing",
	},
	["farming"] = {
--		"domestication",
--		"sowing",
--		"arboriculture",
--		"apiarism",
--		"reaping",
	},
	["artisanship"] = {
		"pottery",
		"glass blowing",
		"cooking",
		"tanning",
		"tailoring",
		"metalworking",
		"lockpicking",
		"herbalism",
		"alchemy",
		"jewlery",
		"fletching",
		"carpentry",
	},
	["culture"] = {
		"litteracy",
		"writeing",
		"speech",
		"negotiation",
		"painting",
		"performing",
		"faith",
		"engraving",
		"architect",
	},
	["adventuring"] = {
		"evasion",
		"traveling",
		"lockpicking",
		"willpower",
		"dexterity",
		"swimming",
		"sailing",
	},
	["fighting"] = {
		"polearm",
		"axeplay",
		"two-handed",
		"sword & shield",
		"light armor",
		"heavy armor",
		"knifeing",
		"fenceing",
		"throwing",
		"archery",
	}
}
]]
inv.Name = "Skills"
inv.skills = {}
local function calculate_skills()
	for k,v in pairs(sc.SkillList()) do
		for i,j in pairs(v) do
			print("settings inv's skills' ", j, " to 0")
			inv.skills[j] = 0
		end
	end
	print("After calculating skills, inv was")
	PrintTable(inv)
end
calculate_skills()

--[[
item should be
{
	name = "name",
	ammt = 12.3,
	isskill = True
}
]]
inv.FindPlaceFor = function(self, item)
	print("finding place for ")
	PrintTable(item)
	if not item.isskill then
		return nil
	end
	print("Skill inventory trying to find place for, looking in ")
	PrintTable(inv.skills)
	print("for")
	print(item.name)
	if inv.skills[item.name] then
		return {item.name}
	else
		return nil
	end
end

inv.CanFitIn = function(self,position,item)
	return sc.SkillList()[position[1]] != nil
end

inv.Put = function(self,position,item)
	print("item is")
	PrintTable(item)
	self.skills[position[1]] = (self.skills[position[1]] or 0) + item.ammt
end

inv.Has = function(self,string_or_compare_func)
	local socf = string_or_compare_func
	if type(socf) == "string" and self.skills[socf] then
		return self.skills[socf]
	elseif type(socf) == "function" then
		for k,v in pairs(self.skills) do
			if socf(v) then return k end
		end
	else
		return nil
	end
end

inv.Remove = function(self,position)
	error("Tried to call remove on skill inventory")
end

inv.Get = function(self,position)
	return self.skills[position[1]]
end

inv.Serialize = function(self)
	return util.TableToJSON(self.skills)
end

inv.DeSerialize = function(self,data)
	if data == nil or data == '' then
		return table.Copy(inv)
	end
	calculate_skills()
	print("At the time we deserialized, sc.skilllist was")
	PrintTable(sc.SkillList())
	print("Before making a copy of, inv is")
	PrintTable(inv)
	local cpy = table.Copy(self)
	local gen = util.JSONToTable(data)
	for k,v in pairs(gen) do
		cpy.skills[k] = v
	end
	print("AFter deserializing inventory, it is")
	PrintTable(cpy)
	return cpy
end

inventory.RegisterInventory(inv)