Boa Noite, Tenho um OTServer 8.60, Recentemente Compilei ele em uma VPS Ubuntu 14.04 Com uma Source OTXServer... Só que Depois que compilei venho me deparando com muitos e muitos Erros...

Um Deles é... 

[Error - NpcScript Interface]
data/npc/scripts/Markwin.lua
Description:
data/npc/scripts/Markwin.lua:1: attempt to index global 'KeywordHandler' (a nil value)
[Warning - NpcEvents::NpcEvents] Cannot load script: data/npc/scripts/Markwin.lua

Script do NPC:

 

local keywordHandler = KeywordHandler:new()
local npcHandler = NpcHandler:new(keywordHandler)
NpcSystem.parseParameters(npcHandler)

function onCreatureAppear(cid)			npcHandler:onCreatureAppear(cid)			end
function onCreatureDisappear(cid)		npcHandler:onCreatureDisappear(cid)			end
function onCreatureSay(cid, type, msg)	npcHandler:onCreatureSay(cid, type, msg)	end
function onThink()						npcHandler:onThink()						end

npcHandler:addModule(FocusModule:new())

Meu keywordhandler:

-- Advanced NPC System (Created by Jiddo),
-- Modified by TheForgottenServer Team.

if(KeywordHandler == nil) then
	BEHAVIOR_SIMPLE = 1 -- Does not support nested keywords. If you choose this setting you must use a variable such as 'talkState' to keep track of how to handle keywords.
	BEHAVIOR_NORMAL = 2 -- Default behvaior. If a sub-keyword is not found, then the root is searched, not the parent hierarchy,
	BEHAVIOR_NORMAL_EXTENDED = 3 -- Same as BEHAVIOR_NORMAL but it also searches through the last node's parent.
	BEHAVIOR_COMPLEX = 4 -- Extended behavior. It a sub-keyword is not found, then the entire keyword hierarchy is searched upwards until root is reached.

	-- BEHAVIOR_NORMAL_EXTENDED is recommended as it (probably) mimics the behavior of real Tibia's NPCs the most.
	--		However, you are strongly recommended to test some (or all) other settings as well as it might suit you better.
	--		Also note that not much difference can be seen with the different settings unless you have a npc with a quite heavy
	--		nestled keyword hierarchy.
	-- Note: BEHAVIOR_SIMPLE should not be used unless you have any special reason to do so as it forces you to keep track of talkStates etc.
	--		This was pretty much the method used in the 2.0x versions of this system. It is here mainly for compability issues.
	KEYWORD_BEHAVIOR = BEHAVIOR_NORMAL_EXTENDED

	KeywordNode = {
		keywords = nil,
		callback = nil,
		parameters = nil,
		children = nil,
		parent = nil
	}

	-- Created a new keywordnode with the given keywords, callback function and parameters and without any childNodes.
	function KeywordNode:new(keys, func, param)
		local obj = {}
		obj.keywords = keys
		obj.callback = func
		obj.parameters = param
		obj.children = {}
		setmetatable(obj, self)
		self.__index = self
		return obj
	end

	-- Calls the underlying callback function if it is not nil.
	function KeywordNode:processMessage(cid, message)
		return (self.callback == nil or self.callback(cid, message, self.keywords, self.parameters, self))
	end

	-- Returns true if message contains all patterns/strings found in keywords.
	function KeywordNode:checkMessage(message)
		local ret = true
		if(self.keywords.callback ~= nil) then
			return self.keywords.callback(self.keywords, message)
		end
		for i,v in ipairs(self.keywords) do
			if(type(v) == 'string') then
				local a, b = string.find(message, v)
				if(a == nil or b == nil) then
					ret = false
					break
				end
			end
		end
		return ret
	end

	-- Returns the parent of this node or nil if no such node exists.
	function KeywordNode:getParent()
		return self.parent
	end

	-- Returns an array of the callback function parameters assosiated with this node.
	function KeywordNode:getParameters()
		return self.parameters
	end

	-- Returns an array of the triggering keywords assosiated with this node.
	function KeywordNode:getKeywords()
		return self.keywords
	end

	-- Adds a childNode to this node. Creates the childNode based on the parameters (k = keywords, c = callback, p = parameters)
	function KeywordNode:addChildKeyword(keywords, callback, parameters)
		local new = KeywordNode:new(keywords, callback, parameters)
		return self:addChildKeywordNode(new)
	end

	-- Adds a pre-created childNode to this node. Should be used for example if several nodes should have a common child.
	function KeywordNode:addChildKeywordNode(childNode)
		table.insert(self.children, childNode)
		childNode.parent = self
		return childNode
	end

	KeywordHandler = {
		root = nil,
		lastNode = nil
	}

	-- Creates a new keywordhandler with an empty rootnode.
	function KeywordHandler:new()
		local obj = {}
		obj.root = KeywordNode:new(nil, nil, nil)
		setmetatable(obj, self)
		self.__index = self
		return obj
	end

	-- Resets the lastNode field, and this resetting the current position in the node hierarchy to root.
	function KeywordHandler:reset()
		self.lastNode = nil
	end

	-- Makes sure the correct childNode of lastNode gets a chance to process the message.
	--	The behavior of this function depends much on the KEYWORD_BEHAVIOR.
	function KeywordHandler:processMessage(cid, message)
		local node = self:getLastNode()
		if(node == nil) then
			error('No root node found.')
			return false
		end
		if(KEYWORD_BEHAVIOR == BEHAVIOR_SIMPLE) then
			local ret = self:processNodeMessage(node, cid, message)
			if(ret) then
				return true
			end
		elseif(KEYWORD_BEHAVIOR == BEHAVIOR_NORMAL or KEYWORD_BEHAVIOR == BEHAVIOR_NORMAL_EXTENDED) then
			local ret = self:processNodeMessage(node, cid, message)
			if(ret) then
				return true
			end
			if(KEYWORD_BEHAVIOR == BEHAVIOR_NORMAL_EXTENDED and node:getParent()) then
				node = node:getParent() -- Search through the parent.
				local ret = self:processNodeMessage(node, cid, message)
				if(ret) then
					return true
				end
			end
			if(node ~= self:getRoot()) then
				node = self:getRoot() -- Search through the root.
				local ret = self:processNodeMessage(node, cid, message)
				if(ret) then
					return true
				end
			end
		elseif(KEYWORD_BEHAVIOR == BEHAVIOR_COMPLEX) then
			while true do
				local ret = self:processNodeMessage(node, cid, message)
				if(ret) then
					return true
				end

				if(node:getParent() ~= nil) then
					node = node:getParent() -- Move one step upwards in the hierarchy.
				else
					break
				end
			end
		else
			error('Unknown keyword behavior.')
		end
		return false
	end

	-- Tries to process the given message using the node parameter's children and calls the node's callback function if found.
	--	Returns the childNode which processed the message or nil if no such node was found.
	function KeywordHandler:processNodeMessage(node, cid, message)
		local messageLower = string.lower(message)
		for i, childNode in pairs(node.children) do
			if(childNode:checkMessage(messageLower)) then
				local oldLast = self.lastNode
				self.lastNode = childNode
				childNode.parent = node -- Make sure node is the parent of childNode (as one node can be parent to several nodes).
				if(childNode:processMessage(cid, message)) then
					return true
				else
					self.lastNode = oldLast
				end
			end
		end
		return false
	end

	-- Returns the root keywordnode
	function KeywordHandler:getRoot()
		return self.root
	end

	-- Returns the last processed keywordnode or root if no last node is found.
	function KeywordHandler:getLastNode()
		if(KEYWORD_BEHAVIOR == BEHAVIOR_SIMPLE) then
			return self:getRoot()
		else
			return self.lastNode or self:getRoot()
		end
	end

	-- Adds a new keyword to the root keywordnode. Returns the new node.
	function KeywordHandler:addKeyword(keys, callback, parameters)
		return self:getRoot():addChildKeyword(keys, callback, parameters)
	end

	-- Moves the current position in the keyword hierarchy count steps upwards. Count defalut value = 1.
	--	This function MIGHT not work properly yet. Use at your own risk.
	function KeywordHandler:moveUp(count)
		local steps = count
		if(steps == nil) then
			steps = 1
		end
		for i = 1, steps,1 do
			if(self.lastNode == nil) then
				break
			else
				self.lastNode = self.lastNode:getParent() or self:getRoot()
			end
		end
		return self.lastNode
	end
end

 

Obrigado Pela Compreensão de Todos.

Desde Já Grato!

vai em \data\npc\lib\npcsystem

 

e me posta o seu npcsystem.lua

-- Advanced NPC System (Created by Jiddo),
-- Modified by Talaturen.

if(NpcSystem == nil) then
	-- Loads the underlying classes of the npcsystem.
	dofile(getDataDir() .. 'npc/lib/npcsystem/keywordhandler.lua')
	dofile(getDataDir() .. 'npc/lib/npcsystem/queue.lua')
	dofile(getDataDir() .. 'npc/lib/npcsystem/npchandler.lua')
	dofile(getDataDir() .. 'npc/lib/npcsystem/modules.lua')

	-- Global npc constants:

	-- Keyword nestling behavior. For more information look at the top of keywordhandler.lua
	KEYWORD_BEHAVIOR = BEHAVIOR_NORMAL_EXTENDED

	-- Greeting and unGreeting keywords. For more information look at the top of modules.lua
	FOCUS_GREETWORDS = {'hi', 'hello', 'hey'}
	FOCUS_FAREWELLWORDS = {'bye', 'farewell', 'cya'}

	-- The word for requesting trade window. For more information look at the top of modules.lua
	SHOP_TRADEREQUEST = {'offer', 'trade'}

	-- The word for accepting/declining an offer. CAN ONLY CONTAIN ONE FIELD! For more information look at the top of modules.lua
	SHOP_YESWORD = {'yes'}
	SHOP_NOWORD = {'no'}

	-- Pattern used to get the amount of an item a player wants to buy/sell.
	PATTERN_COUNT = '%d+'

	-- Talkdelay behavior. For more information, look at the top of npchandler.lua.
	NPCHANDLER_TALKDELAY = TALKDELAY_ONTHINK

	-- Conversation behavior. For more information, look at the top of npchandler.lua.
	NPCHANDLER_CONVBEHAVIOR = CONVERSATION_PRIVATE

	-- Constant strings defining the keywords to replace in the default messages.
	--	For more information, look at the top of npchandler.lua...
	TAG_PLAYERNAME = '|PLAYERNAME|'
	TAG_ITEMCOUNT = '|ITEMCOUNT|'
	TAG_TOTALCOST = '|TOTALCOST|'
	TAG_ITEMNAME = '|ITEMNAME|'
	TAG_QUEUESIZE = '|QUEUESIZE|'

	NpcSystem = {}

	-- Gets an npcparameter with the specified key. Returns nil if no such parameter is found.
	function NpcSystem.getParameter(key)
		local ret = getNpcParameter(tostring(key))
		if((type(ret) == 'number' and ret == 0) or ret == nil) then
			return nil
		else
			return ret
		end
	end

	-- Parses all known parameters for the npc. Also parses parseable modules.
	function NpcSystem.parseParameters(npcHandler)
		local ret = NpcSystem.getParameter('idletime')
		if(ret ~= nil) then
			npcHandler.idleTime = tonumber(ret)
		end
		local ret = NpcSystem.getParameter('talkradius')
		if(ret ~= nil) then
			npcHandler.talkRadius = tonumber(ret)
		end
		local ret = NpcSystem.getParameter('message_greet')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_GREET, ret)
		end
		local ret = NpcSystem.getParameter('message_farewell')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_FAREWELL, ret)
		end
		local ret = NpcSystem.getParameter('message_decline')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_DECLINE, ret)
		end
		local ret = NpcSystem.getParameter('message_needmorespace')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_NEEDMORESPACE, ret)
		end
		local ret = NpcSystem.getParameter('message_needspace')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_NEEDSPACE, ret)
		end
		local ret = NpcSystem.getParameter('message_sendtrade')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_SENDTRADE, ret)
		end
		local ret = NpcSystem.getParameter('message_noshop')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_NOSHOP, ret)
		end
		local ret = NpcSystem.getParameter('message_oncloseshop')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_ONCLOSESHOP, ret)
		end
		local ret = NpcSystem.getParameter('message_onbuy')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_ONBUY, ret)
		end
		local ret = NpcSystem.getParameter('message_onsell')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_ONSELL, ret)
		end
		local ret = NpcSystem.getParameter('message_missingmoney')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_MISSINGMONEY, ret)
		end
		local ret = NpcSystem.getParameter('message_needmoney')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_NEEDMONEY, ret)
		end
		local ret = NpcSystem.getParameter('message_missingitem')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_MISSINGITEM, ret)
		end
		local ret = NpcSystem.getParameter('message_needitem')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_NEEDITEM, ret)
		end
		local ret = NpcSystem.getParameter('message_idletimeout')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_IDLETIMEOUT, ret)
		end
		local ret = NpcSystem.getParameter('message_walkaway')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_WALKAWAY, ret)
		end
		local ret = NpcSystem.getParameter('message_alreadyfocused')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_ALREADYFOCUSED, ret)
		end
		local ret = NpcSystem.getParameter('message_placedinqueue')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_PLACEDINQUEUE, ret)
		end
		local ret = NpcSystem.getParameter('message_buy')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_BUY, ret)
		end
		local ret = NpcSystem.getParameter('message_sell')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_SELL, ret)
		end
		local ret = NpcSystem.getParameter('message_bought')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_BOUGHT, ret)
		end
		local ret = NpcSystem.getParameter('message_sold')
		if(ret ~= nil) then
			npcHandler:setMessage(MESSAGE_SOLD, ret)
		end

		-- Parse modules.
		for parameter, module in pairs(Modules.parseableModules) do
			local ret = NpcSystem.getParameter(parameter)
			if(ret ~= nil) then
				local number = tonumber(ret)
				if(number ~= nil and number ~= 0) then
					npcHandler:addModule(module:new())
				end
			end
		end
	end
end

@Vodkart