13 files changed, 3856 insertions, 1053 deletions
diff --git a/net/adns.lua b/net/adns.lua
new file mode 100644
index 00000000..cd69a627
--- /dev/null
+++ b/net/adns.lua
@@ -0,0 +1,91 @@
+-- Prosody IM
+-- Copyright (C) 2008-2010 Matthew Wild
+-- Copyright (C) 2008-2010 Waqas Hussain
+-- 
+-- This project is MIT/X11 licensed. Please see the
+-- COPYING file in the source package for more information.
+--
+
+local server = require "net.server";
+local dns = require "net.dns";
+
+local log = require "util.logger".init("adns");
+
+local t_insert, t_remove = table.insert, table.remove;
+local coroutine, tostring, pcall = coroutine, tostring, pcall;
+
+local function dummy_send(sock, data, i, j) return (j-i)+1; end
+
+module "adns"
+
+function lookup(handler, qname, qtype, qclass)
+	return coroutine.wrap(function (peek)
+				if peek then
+					log("debug", "Records for %s already cached, using those...", qname);
+					handler(peek);
+					return;
+				end
+				log("debug", "Records for %s not in cache, sending query (%s)...", qname, tostring(coroutine.running()));
+				local ok, err = dns.query(qname, qtype, qclass);
+				if ok then
+					coroutine.yield({ qclass or "IN", qtype or "A", qname, coroutine.running()}); -- Wait for reply
+					log("debug", "Reply for %s (%s)", qname, tostring(coroutine.running()));
+				end
+				if ok then
+					ok, err = pcall(handler, dns.peek(qname, qtype, qclass));
+				else
+					log("error", "Error sending DNS query: %s", err);
+					ok, err = pcall(handler, nil, err);
+				end
+				if not ok then
+					log("error", "Error in DNS response handler: %s", tostring(err));
+				end
+			end)(dns.peek(qname, qtype, qclass));
+end
+
+function cancel(handle, call_handler, reason)
+	log("warn", "Cancelling DNS lookup for %s", tostring(handle[3]));
+	dns.cancel(handle[1], handle[2], handle[3], handle[4], call_handler);
+end
+
+function new_async_socket(sock, resolver)
+	local peername = "<unknown>";
+	local listener = {};
+	local handler = {};
+	function listener.onincoming(conn, data)
+		if data then
+			dns.feed(handler, data);
+		end
+	end
+	function listener.ondisconnect(conn, err)
+		if err then
+			log("warn", "DNS socket for %s disconnected: %s", peername, err);
+			local servers = resolver.server;
+			if resolver.socketset[conn] == resolver.best_server and resolver.best_server == #servers then
+				log("error", "Exhausted all %d configured DNS servers, next lookup will try %s again", #servers, servers[1]);
+			end
+		
+			resolver:servfail(conn); -- Let the magic commence
+		end
+	end
+	handler = server.wrapclient(sock, "dns", 53, listener);
+	if not handler then
+		log("warn", "handler is nil");
+	end
+	
+	handler.settimeout = function () end
+	handler.setsockname = function (_, ...) return sock:setsockname(...); end
+	handler.setpeername = function (_, ...) peername = (...); local ret = sock:setpeername(...); _:set_send(dummy_send); return ret; end
+	handler.connect = function (_, ...) return sock:connect(...) end
+	--handler.send = function (_, data) _:write(data);  return _.sendbuffer and _.sendbuffer(); end
+	handler.send = function (_, data)
+		local getpeername = sock.getpeername;
+		log("debug", "Sending DNS query to %s", (getpeername and getpeername(sock)) or "<unconnected>");
+		return sock:send(data);
+	end
+	return handler;
+end
+
+dns.socket_wrapper_set(new_async_socket);
+
+return _M;
diff --git a/net/connlisteners.lua b/net/connlisteners.lua
index 431d8717..99ddc720 100644
--- a/net/connlisteners.lua
+++ b/net/connlisteners.lua
@@ -1,45 +1,15 @@
+-- COMPAT w/pre-0.9
+local log = require "util.logger".init("net.connlisteners");
+local traceback = debug.traceback;
 
-local server_add = require "net.server".add;
-local log = require "util.logger".init("connlisteners");
+module "httpserver"
 
-local dofile, pcall, error = 
-	dofile, pcall, error
-
-module "connlisteners"
-
-local listeners = {};
-
-function register(name, listener)
-	if listeners[name] and listeners[name] ~= listener then
-		log("warning", "Listener %s is already registered, not registering any more", name);
-		return false;
-	end
-	listeners[name] = listener;
-	log("info", "Registered connection listener %s", name);
-	return true;
-end
-
-function deregister(name)
-	listeners[name] = nil;
-end
-
-function get(name)
-	local h = listeners[name];
-	if not h then
-		pcall(dofile, "net/"..name:gsub("[^%w%-]", "_").."_listener.lua");
-		h = listeners[name];
-	end
-	return h;
+function fail()
+	log("error", "Attempt to use legacy connlisteners API. For more info see http://prosody.im/doc/developers/network");
+	log("error", "Legacy connlisteners API usage, %s", traceback("", 2));
 end
 
-function start(name, udata)
-	local h = get(name);
-	if not h then
-		error("No such connection module: "..name, 0);
-	end
-	return server_add(h, 
-			udata.port or h.default_port or error("Can't start listener "..name.." because no port was specified, and it has no default port", 0), 
-				udata.interface or "*", udata.mode or h.default_mode or 1, udata.ssl );
-end
+register, deregister = fail, fail;
+get, start = fail, fail, epic_fail;
 
-return _M;
-\ No newline at end of file
+return _M;
diff --git a/net/dns.lua b/net/dns.lua
new file mode 100644
index 00000000..c9c51fe8
--- /dev/null
+++ b/net/dns.lua
@@ -0,0 +1,1079 @@
+-- Prosody IM
+-- This file is included with Prosody IM. It has modifications,
+-- which are hereby placed in the public domain.
+
+
+-- todo: quick (default) header generation
+-- todo: nxdomain, error handling
+-- todo: cache results of encodeName
+
+
+-- reference: http://tools.ietf.org/html/rfc1035
+-- reference: http://tools.ietf.org/html/rfc1876 (LOC)
+
+
+local socket = require "socket";
+local timer = require "util.timer";
+
+local _, windows = pcall(require, "util.windows");
+local is_windows = (_ and windows) or os.getenv("WINDIR");
+
+local coroutine, io, math, string, table =
+      coroutine, io, math, string, table;
+
+local ipairs, next, pairs, print, setmetatable, tostring, assert, error, unpack, select, type=
+      ipairs, next, pairs, print, setmetatable, tostring, assert, error, unpack, select, type;
+
+local ztact = { -- public domain 20080404 lua@ztact.com
+	get = function(parent, ...)
+		local len = select('#', ...);
+		for i=1,len do
+			parent = parent[select(i, ...)];
+			if parent == nil then break; end
+		end
+		return parent;
+	end;
+	set = function(parent, ...)
+		local len = select('#', ...);
+		local key, value = select(len-1, ...);
+		local cutpoint, cutkey;
+
+		for i=1,len-2 do
+			local key = select (i, ...)
+			local child = parent[key]
+
+			if value == nil then
+				if child == nil then
+					return;
+				elseif next(child, next(child)) then
+					cutpoint = nil; cutkey = nil;
+				elseif cutpoint == nil then
+					cutpoint = parent; cutkey = key;
+				end
+			elseif child == nil then
+				child = {};
+				parent[key] = child;
+			end
+			parent = child
+		end
+
+		if value == nil and cutpoint then
+			cutpoint[cutkey] = nil;
+		else
+			parent[key] = value;
+			return value;
+		end
+	end;
+};
+local get, set = ztact.get, ztact.set;
+
+local default_timeout = 15;
+
+-------------------------------------------------- module dns
+module('dns')
+local dns = _M;
+
+
+-- dns type & class codes ------------------------------ dns type & class codes
+
+
+local append = table.insert
+
+
+local function highbyte(i)    -- - - - - - - - - - - - - - - - - - -  highbyte
+	return (i-(i%0x100))/0x100;
+end
+
+
+local function augment (t)    -- - - - - - - - - - - - - - - - - - - -  augment
+	local a = {};
+	for i,s in pairs(t) do
+		a[i] = s;
+		a[s] = s;
+		a[string.lower(s)] = s;
+	end
+	return a;
+end
+
+
+local function encode (t)    -- - - - - - - - - - - - - - - - - - - - -  encode
+	local code = {};
+	for i,s in pairs(t) do
+		local word = string.char(highbyte(i), i%0x100);
+		code[i] = word;
+		code[s] = word;
+		code[string.lower(s)] = word;
+	end
+	return code;
+end
+
+
+dns.types = {
+	'A', 'NS', 'MD', 'MF', 'CNAME', 'SOA', 'MB', 'MG', 'MR', 'NULL', 'WKS',
+	'PTR', 'HINFO', 'MINFO', 'MX', 'TXT',
+	[ 28] = 'AAAA', [ 29] = 'LOC',   [ 33] = 'SRV',
+	[252] = 'AXFR', [253] = 'MAILB', [254] = 'MAILA', [255] = '*' };
+
+
+dns.classes = { 'IN', 'CS', 'CH', 'HS', [255] = '*' };
+
+
+dns.type      = augment (dns.types);
+dns.class     = augment (dns.classes);
+dns.typecode  = encode  (dns.types);
+dns.classcode = encode  (dns.classes);
+
+
+
+local function standardize(qname, qtype, qclass)    -- - - - - - - standardize
+	if string.byte(qname, -1) ~= 0x2E then qname = qname..'.';  end
+	qname = string.lower(qname);
+	return qname, dns.type[qtype or 'A'], dns.class[qclass or 'IN'];
+end
+
+
+local function prune(rrs, time, soft)    -- - - - - - - - - - - - - - -  prune
+	time = time or socket.gettime();
+	for i,rr in pairs(rrs) do
+		if rr.tod then
+			-- rr.tod = rr.tod - 50    -- accelerated decripitude
+			rr.ttl = math.floor(rr.tod - time);
+			if rr.ttl <= 0 then
+				table.remove(rrs, i);
+				return prune(rrs, time, soft); -- Re-iterate
+			end
+		elseif soft == 'soft' then    -- What is this?  I forget!
+			assert(rr.ttl == 0);
+			rrs[i] = nil;
+		end
+	end
+end
+
+
+-- metatables & co. ------------------------------------------ metatables & co.
+
+
+local resolver = {};
+resolver.__index = resolver;
+
+resolver.timeout = default_timeout;
+
+local function default_rr_tostring(rr)
+	local rr_val = rr.type and rr[rr.type:lower()];
+	if type(rr_val) ~= "string" then
+		return "<UNKNOWN RDATA TYPE>";
+	end
+	return rr_val;
+end
+
+local special_tostrings = {
+	LOC = resolver.LOC_tostring;
+	MX  = function (rr)
+		return string.format('%2i %s', rr.pref, rr.mx);
+	end;
+	SRV = function (rr)
+		local s = rr.srv;
+		return string.format('%5d %5d %5d %s', s.priority, s.weight, s.port, s.target);
+	end;
+};
+
+local rr_metatable = {};   -- - - - - - - - - - - - - - - - - - -  rr_metatable
+function rr_metatable.__tostring(rr)
+	local rr_string = (special_tostrings[rr.type] or default_rr_tostring)(rr);
+	return string.format('%2s %-5s %6i %-28s %s', rr.class, rr.type, rr.ttl, rr.name, rr_string);
+end
+
+
+local rrs_metatable = {};    -- - - - - - - - - - - - - - - - - -  rrs_metatable
+function rrs_metatable.__tostring(rrs)
+	local t = {};
+	for i,rr in pairs(rrs) do
+		append(t, tostring(rr)..'\n');
+	end
+	return table.concat(t);
+end
+
+
+local cache_metatable = {};    -- - - - - - - - - - - - - - - -  cache_metatable
+function cache_metatable.__tostring(cache)
+	local time = socket.gettime();
+	local t = {};
+	for class,types in pairs(cache) do
+		for type,names in pairs(types) do
+			for name,rrs in pairs(names) do
+				prune(rrs, time);
+				append(t, tostring(rrs));
+			end
+		end
+	end
+	return table.concat(t);
+end
+
+
+function resolver:new()    -- - - - - - - - - - - - - - - - - - - - - resolver
+	local r = { active = {}, cache = {}, unsorted = {} };
+	setmetatable(r, resolver);
+	setmetatable(r.cache, cache_metatable);
+	setmetatable(r.unsorted, { __mode = 'kv' });
+	return r;
+end
+
+
+-- packet layer -------------------------------------------------- packet layer
+
+
+function dns.random(...)    -- - - - - - - - - - - - - - - - - - -  dns.random
+	math.randomseed(math.floor(10000*socket.gettime()) % 0x100000000);
+	dns.random = math.random;
+	return dns.random(...);
+end
+
+
+local function encodeHeader(o)    -- - - - - - - - - - - - - - -  encodeHeader
+	o = o or {};
+	o.id = o.id or dns.random(0, 0xffff); -- 16b	(random) id
+
+	o.rd = o.rd or 1;		--  1b  1 recursion desired
+	o.tc = o.tc or 0;		--  1b	1 truncated response
+	o.aa = o.aa or 0;		--  1b	1 authoritative response
+	o.opcode = o.opcode or 0;	--  4b	0 query
+				--  1 inverse query
+				--	2 server status request
+				--	3-15 reserved
+	o.qr = o.qr or 0;		--  1b	0 query, 1 response
+
+	o.rcode = o.rcode or 0;	--  4b  0 no error
+				--	1 format error
+				--	2 server failure
+				--	3 name error
+				--	4 not implemented
+				--	5 refused
+				--	6-15 reserved
+	o.z = o.z  or 0;		--  3b  0 resvered
+	o.ra = o.ra or 0;		--  1b  1 recursion available
+
+	o.qdcount = o.qdcount or 1;	-- 16b	number of question RRs
+	o.ancount = o.ancount or 0;	-- 16b	number of answers RRs
+	o.nscount = o.nscount or 0;	-- 16b	number of nameservers RRs
+	o.arcount = o.arcount or 0;	-- 16b  number of additional RRs
+
+	-- string.char() rounds, so prevent roundup with -0.4999
+	local header = string.char(
+		highbyte(o.id), o.id %0x100,
+		o.rd + 2*o.tc + 4*o.aa + 8*o.opcode + 128*o.qr,
+		o.rcode + 16*o.z + 128*o.ra,
+		highbyte(o.qdcount),  o.qdcount %0x100,
+		highbyte(o.ancount),  o.ancount %0x100,
+		highbyte(o.nscount),  o.nscount %0x100,
+		highbyte(o.arcount),  o.arcount %0x100
+	);
+
+	return header, o.id;
+end
+
+
+local function encodeName(name)    -- - - - - - - - - - - - - - - - encodeName
+	local t = {};
+	for part in string.gmatch(name, '[^.]+') do
+		append(t, string.char(string.len(part)));
+		append(t, part);
+	end
+	append(t, string.char(0));
+	return table.concat(t);
+end
+
+
+local function encodeQuestion(qname, qtype, qclass)    -- - - - encodeQuestion
+	qname  = encodeName(qname);
+	qtype  = dns.typecode[qtype or 'a'];
+	qclass = dns.classcode[qclass or 'in'];
+	return qname..qtype..qclass;
+end
+
+
+function resolver:byte(len)    -- - - - - - - - - - - - - - - - - - - - - byte
+	len = len or 1;
+	local offset = self.offset;
+	local last = offset + len - 1;
+	if last > #self.packet then
+		error(string.format('out of bounds: %i>%i', last, #self.packet));
+	end
+	self.offset = offset + len;
+	return string.byte(self.packet, offset, last);
+end
+
+
+function resolver:word()    -- - - - - - - - - - - - - - - - - - - - - -  word
+	local b1, b2 = self:byte(2);
+	return 0x100*b1 + b2;
+end
+
+
+function resolver:dword ()    -- - - - - - - - - - - - - - - - - - - - -  dword
+	local b1, b2, b3, b4 = self:byte(4);
+	--print('dword', b1, b2, b3, b4);
+	return 0x1000000*b1 + 0x10000*b2 + 0x100*b3 + b4;
+end
+
+
+function resolver:sub(len)    -- - - - - - - - - - - - - - - - - - - - - - sub
+	len = len or 1;
+	local s = string.sub(self.packet, self.offset, self.offset + len - 1);
+	self.offset = self.offset + len;
+	return s;
+end
+
+
+function resolver:header(force)    -- - - - - - - - - - - - - - - - - - header
+	local id = self:word();
+	--print(string.format(':header  id  %x', id));
+	if not self.active[id] and not force then return nil; end
+
+	local h = { id = id };
+
+	local b1, b2 = self:byte(2);
+
+	h.rd      = b1 %2;
+	h.tc      = b1 /2%2;
+	h.aa      = b1 /4%2;
+	h.opcode  = b1 /8%16;
+	h.qr      = b1 /128;
+
+	h.rcode   = b2 %16;
+	h.z       = b2 /16%8;
+	h.ra      = b2 /128;
+
+	h.qdcount = self:word();
+	h.ancount = self:word();
+	h.nscount = self:word();
+	h.arcount = self:word();
+
+	for k,v in pairs(h) do h[k] = v-v%1; end
+
+	return h;
+end
+
+
+function resolver:name()    -- - - - - - - - - - - - - - - - - - - - - -  name
+	local remember, pointers = nil, 0;
+	local len = self:byte();
+	local n = {};
+	if len == 0 then return "." end -- Root label
+	while len > 0 do
+		if len >= 0xc0 then    -- name is "compressed"
+			pointers = pointers + 1;
+			if pointers >= 20 then error('dns error: 20 pointers'); end;
+			local offset = ((len-0xc0)*0x100) + self:byte();
+			remember = remember or self.offset;
+			self.offset = offset + 1;    -- +1 for lua
+		else    -- name is not compressed
+			append(n, self:sub(len)..'.');
+		end
+		len = self:byte();
+	end
+	self.offset = remember or self.offset;
+	return table.concat(n);
+end
+
+
+function resolver:question()    -- - - - - - - - - - - - - - - - - -  question
+	local q = {};
+	q.name  = self:name();
+	q.type  = dns.type[self:word()];
+	q.class = dns.class[self:word()];
+	return q;
+end
+
+
+function resolver:A(rr)    -- - - - - - - - - - - - - - - - - - - - - - - -  A
+	local b1, b2, b3, b4 = self:byte(4);
+	rr.a = string.format('%i.%i.%i.%i', b1, b2, b3, b4);
+end
+
+function resolver:AAAA(rr)
+	local addr = {};
+	for i = 1, rr.rdlength, 2 do
+		local b1, b2 = self:byte(2);
+		table.insert(addr, ("%02x%02x"):format(b1, b2));
+	end
+	addr = table.concat(addr, ":"):gsub("%f[%x]0+(%x)","%1");
+	local zeros = {};
+	for item in addr:gmatch(":[0:]+:") do
+		table.insert(zeros, item)
+	end
+	if #zeros == 0 then
+		rr.aaaa = addr;
+		return
+	elseif #zeros > 1 then
+		table.sort(zeros, function(a, b) return #a > #b end);
+	end
+	rr.aaaa = addr:gsub(zeros[1], "::", 1):gsub("^0::", "::"):gsub("::0$", "::");
+end
+
+function resolver:CNAME(rr)    -- - - - - - - - - - - - - - - - - - - -  CNAME
+	rr.cname = self:name();
+end
+
+
+function resolver:MX(rr)    -- - - - - - - - - - - - - - - - - - - - - - -  MX
+	rr.pref = self:word();
+	rr.mx   = self:name();
+end
+
+
+function resolver:LOC_nibble_power()    -- - - - - - - - - -  LOC_nibble_power
+	local b = self:byte();
+	--print('nibbles', ((b-(b%0x10))/0x10), (b%0x10));
+	return ((b-(b%0x10))/0x10) * (10^(b%0x10));
+end
+
+
+function resolver:LOC(rr)    -- - - - - - - - - - - - - - - - - - - - - -  LOC
+	rr.version = self:byte();
+	if rr.version == 0 then
+		rr.loc           = rr.loc or {};
+		rr.loc.size      = self:LOC_nibble_power();
+		rr.loc.horiz_pre = self:LOC_nibble_power();
+		rr.loc.vert_pre  = self:LOC_nibble_power();
+		rr.loc.latitude  = self:dword();
+		rr.loc.longitude = self:dword();
+		rr.loc.altitude  = self:dword();
+	end
+end
+
+
+local function LOC_tostring_degrees(f, pos, neg)    -- - - - - - - - - - - - -
+	f = f - 0x80000000;
+	if f < 0 then pos = neg; f = -f; end
+	local deg, min, msec;
+	msec = f%60000;
+	f    = (f-msec)/60000;
+	min  = f%60;
+	deg = (f-min)/60;
+	return string.format('%3d %2d %2.3f %s', deg, min, msec/1000, pos);
+end
+
+
+function resolver.LOC_tostring(rr)    -- - - - - - - - - - - - -  LOC_tostring
+	local t = {};
+
+	--[[
+	for k,name in pairs { 'size', 'horiz_pre', 'vert_pre', 'latitude', 'longitude', 'altitude' } do
+		append(t, string.format('%4s%-10s: %12.0f\n', '', name, rr.loc[name]));
+	end
+	--]]
+
+	append(t, string.format(
+		'%s    %s    %.2fm %.2fm %.2fm %.2fm',
+		LOC_tostring_degrees (rr.loc.latitude, 'N', 'S'),
+		LOC_tostring_degrees (rr.loc.longitude, 'E', 'W'),
+		(rr.loc.altitude - 10000000) / 100,
+		rr.loc.size / 100,
+		rr.loc.horiz_pre / 100,
+		rr.loc.vert_pre / 100
+	));
+
+	return table.concat(t);
+end
+
+
+function resolver:NS(rr)    -- - - - - - - - - - - - - - - - - - - - - - -  NS
+	rr.ns = self:name();
+end
+
+
+function resolver:SOA(rr)    -- - - - - - - - - - - - - - - - - - - - - -  SOA
+end
+
+
+function resolver:SRV(rr)    -- - - - - - - - - - - - - - - - - - - - - -  SRV
+	  rr.srv = {};
+	  rr.srv.priority = self:word();
+	  rr.srv.weight   = self:word();
+	  rr.srv.port     = self:word();
+	  rr.srv.target   = self:name();
+end
+
+function resolver:PTR(rr)
+	rr.ptr = self:name();
+end
+
+function resolver:TXT(rr)    -- - - - - - - - - - - - - - - - - - - - - -  TXT
+	rr.txt = self:sub (self:byte());
+end
+
+
+function resolver:rr()    -- - - - - - - - - - - - - - - - - - - - - - - -  rr
+	local rr = {};
+	setmetatable(rr, rr_metatable);
+	rr.name     = self:name(self);
+	rr.type     = dns.type[self:word()] or rr.type;
+	rr.class    = dns.class[self:word()] or rr.class;
+	rr.ttl      = 0x10000*self:word() + self:word();
+	rr.rdlength = self:word();
+
+	if rr.ttl <= 0 then
+		rr.tod = self.time + 30;
+	else
+		rr.tod = self.time + rr.ttl;
+	end
+
+	local remember = self.offset;
+	local rr_parser = self[dns.type[rr.type]];
+	if rr_parser then rr_parser(self, rr); end
+	self.offset = remember;
+	rr.rdata = self:sub(rr.rdlength);
+	return rr;
+end
+
+
+function resolver:rrs (count)    -- - - - - - - - - - - - - - - - - - - - - rrs
+	local rrs = {};
+	for i = 1,count do append(rrs, self:rr()); end
+	return rrs;
+end
+
+
+function resolver:decode(packet, force)    -- - - - - - - - - - - - - - decode
+	self.packet, self.offset = packet, 1;
+	local header = self:header(force);
+	if not header then return nil; end
+	local response = { header = header };
+
+	response.question = {};
+	local offset = self.offset;
+	for i = 1,response.header.qdcount do
+		append(response.question, self:question());
+	end
+	response.question.raw = string.sub(self.packet, offset, self.offset - 1);
+
+	if not force then
+		if not self.active[response.header.id] or not self.active[response.header.id][response.question.raw] then
+			self.active[response.header.id] = nil;
+			return nil;
+		end
+	end
+
+	response.answer     = self:rrs(response.header.ancount);
+	response.authority  = self:rrs(response.header.nscount);
+	response.additional = self:rrs(response.header.arcount);
+
+	return response;
+end
+
+
+-- socket layer -------------------------------------------------- socket layer
+
+
+resolver.delays = { 1, 3 };
+
+
+function resolver:addnameserver(address)    -- - - - - - - - - - addnameserver
+	self.server = self.server or {};
+	append(self.server, address);
+end
+
+
+function resolver:setnameserver(address)    -- - - - - - - - - - setnameserver
+	self.server = {};
+	self:addnameserver(address);
+end
+
+
+function resolver:adddefaultnameservers()    -- - - - -  adddefaultnameservers
+	if is_windows then
+		if windows and windows.get_nameservers then
+			for _, server in ipairs(windows.get_nameservers()) do
+				self:addnameserver(server);
+			end
+		end
+		if not self.server or #self.server == 0 then
+			-- TODO log warning about no nameservers, adding opendns servers as fallback
+			self:addnameserver("208.67.222.222");
+			self:addnameserver("208.67.220.220");
+		end
+	else -- posix
+		local resolv_conf = io.open("/etc/resolv.conf");
+		if resolv_conf then
+			for line in resolv_conf:lines() do
+				line = line:gsub("#.*$", "")
+					:match('^%s*nameserver%s+(.*)%s*$');
+				if line then
+					line:gsub("%f[%d.](%d+%.%d+%.%d+%.%d+)%f[^%d.]", function (address)
+						self:addnameserver(address)
+					end);
+				end
+			end
+		end
+		if not self.server or #self.server == 0 then
+			-- TODO log warning about no nameservers, adding localhost as the default nameserver
+			self:addnameserver("127.0.0.1");
+		end
+	end
+end
+
+
+function resolver:getsocket(servernum)    -- - - - - - - - - - - - - getsocket
+	self.socket = self.socket or {};
+	self.socketset = self.socketset or {};
+
+	local sock = self.socket[servernum];
+	if sock then return sock; end
+
+	local err;
+	sock, err = socket.udp();
+	if not sock then
+		return nil, err;
+	end
+	if self.socket_wrapper then sock = self.socket_wrapper(sock, self); end
+	sock:settimeout(0);
+	-- todo: attempt to use a random port, fallback to 0
+	sock:setsockname('*', 0);
+	sock:setpeername(self.server[servernum], 53);
+	self.socket[servernum] = sock;
+	self.socketset[sock] = servernum;
+	return sock;
+end
+
+function resolver:voidsocket(sock)
+	if self.socket[sock] then
+		self.socketset[self.socket[sock]] = nil;
+		self.socket[sock] = nil;
+	elseif self.socketset[sock] then
+		self.socket[self.socketset[sock]] = nil;
+		self.socketset[sock] = nil;
+	end
+	sock:close();
+end
+
+function resolver:socket_wrapper_set(func)  -- - - - - - - socket_wrapper_set
+	self.socket_wrapper = func;
+end
+
+
+function resolver:closeall ()    -- - - - - - - - - - - - - - - - - -  closeall
+	for i,sock in ipairs(self.socket) do
+		self.socket[i] = nil;
+		self.socketset[sock] = nil;
+		sock:close();
+	end
+end
+
+
+function resolver:remember(rr, type)    -- - - - - - - - - - - - - -  remember
+	--print ('remember', type, rr.class, rr.type, rr.name)
+	local qname, qtype, qclass = standardize(rr.name, rr.type, rr.class);
+
+	if type ~= '*' then
+		type = qtype;
+		local all = get(self.cache, qclass, '*', qname);
+		--print('remember all', all);
+		if all then append(all, rr); end
+	end
+
+	self.cache = self.cache or setmetatable({}, cache_metatable);
+	local rrs = get(self.cache, qclass, type, qname) or
+		set(self.cache, qclass, type, qname, setmetatable({}, rrs_metatable));
+	append(rrs, rr);
+
+	if type == 'MX' then self.unsorted[rrs] = true; end
+end
+
+
+local function comp_mx(a, b)    -- - - - - - - - - - - - - - - - - - - comp_mx
+	return (a.pref == b.pref) and (a.mx < b.mx) or (a.pref < b.pref);
+end
+
+
+function resolver:peek (qname, qtype, qclass)    -- - - - - - - - - - - -  peek
+	qname, qtype, qclass = standardize(qname, qtype, qclass);
+	local rrs = get(self.cache, qclass, qtype, qname);
+	if not rrs then return nil; end
+	if prune(rrs, socket.gettime()) and qtype == '*' or not next(rrs) then
+		set(self.cache, qclass, qtype, qname, nil);
+		return nil;
+	end
+	if self.unsorted[rrs] then table.sort (rrs, comp_mx); end
+	return rrs;
+end
+
+
+function resolver:purge(soft)    -- - - - - - - - - - - - - - - - - - -  purge
+	if soft == 'soft' then
+		self.time = socket.gettime();
+		for class,types in pairs(self.cache or {}) do
+			for type,names in pairs(types) do
+				for name,rrs in pairs(names) do
+					prune(rrs, self.time, 'soft')
+				end
+			end
+		end
+	else self.cache = setmetatable({}, cache_metatable); end
+end
+
+
+function resolver:query(qname, qtype, qclass)    -- - - - - - - - - - -- query
+	qname, qtype, qclass = standardize(qname, qtype, qclass)
+
+	if not self.server then self:adddefaultnameservers(); end
+
+	local question = encodeQuestion(qname, qtype, qclass);
+	local peek = self:peek (qname, qtype, qclass);
+	if peek then return peek; end
+
+	local header, id = encodeHeader();
+	--print ('query  id', id, qclass, qtype, qname)
+	local o = {
+		packet = header..question,
+		server = self.best_server,
+		delay  = 1,
+		retry  = socket.gettime() + self.delays[1]
+	};
+
+	-- remember the query
+	self.active[id] = self.active[id] or {};
+	self.active[id][question] = o;
+
+	-- remember which coroutine wants the answer
+	local co = coroutine.running();
+	if co then
+		set(self.wanted, qclass, qtype, qname, co, true);
+		--set(self.yielded, co, qclass, qtype, qname, true);
+	end
+
+	local conn, err = self:getsocket(o.server)
+	if not conn then
+		return nil, err;
+	end
+	conn:send (o.packet)
+	
+	if timer and self.timeout then
+		local num_servers = #self.server;
+		local i = 1;
+		timer.add_task(self.timeout, function ()
+			if get(self.wanted, qclass, qtype, qname, co) then
+				if i < num_servers then
+					i = i + 1;
+					self:servfail(conn);
+					o.server = self.best_server;
+					conn, err = self:getsocket(o.server);
+					if conn then
+						conn:send(o.packet);
+						return self.timeout;
+					end
+				end
+				-- Tried everything, failed
+				self:cancel(qclass, qtype, qname, co, true);
+			end
+		end)
+	end
+	return true;
+end
+
+function resolver:servfail(sock)
+	-- Resend all queries for this server
+
+	local num = self.socketset[sock]
+
+	-- Socket is dead now
+	self:voidsocket(sock);
+
+	-- Find all requests to the down server, and retry on the next server
+	self.time = socket.gettime();
+	for id,queries in pairs(self.active) do
+		for question,o in pairs(queries) do
+			if o.server == num then -- This request was to the broken server
+				o.server = o.server + 1 -- Use next server
+				if o.server > #self.server then
+					o.server = 1;
+				end
+
+				o.retries = (o.retries or 0) + 1;
+				if o.retries >= #self.server then
+					--print('timeout');
+					queries[question] = nil;
+				else
+					local _a = self:getsocket(o.server);
+					if _a then _a:send(o.packet); end
+				end
+			end
+		end
+		if next(queries) == nil then
+			self.active[id] = nil;
+		end
+	end
+
+	if num == self.best_server then
+		self.best_server = self.best_server + 1;
+		if self.best_server > #self.server then
+			-- Exhausted all servers, try first again
+			self.best_server = 1;
+		end
+	end
+end
+
+function resolver:settimeout(seconds)
+	self.timeout = seconds;
+end
+
+function resolver:receive(rset)    -- - - - - - - - - - - - - - - - -  receive
+	--print('receive');  print(self.socket);
+	self.time = socket.gettime();
+	rset = rset or self.socket;
+
+	local response;
+	for i,sock in pairs(rset) do
+
+		if self.socketset[sock] then
+			local packet = sock:receive();
+			if packet then
+				response = self:decode(packet);
+				if response and self.active[response.header.id]
+					and self.active[response.header.id][response.question.raw] then
+					--print('received response');
+					--self.print(response);
+
+					for j,rr in pairs(response.answer) do
+						if rr.name:sub(-#response.question[1].name, -1) == response.question[1].name then
+							self:remember(rr, response.question[1].type)
+						end
+					end
+
+					-- retire the query
+					local queries = self.active[response.header.id];
+					queries[response.question.raw] = nil;
+					
+					if not next(queries) then self.active[response.header.id] = nil; end
+					if not next(self.active) then self:closeall(); end
+
+					-- was the query on the wanted list?
+					local q = response.question[1];
+					local cos = get(self.wanted, q.class, q.type, q.name);
+					if cos then
+						for co in pairs(cos) do
+							set(self.yielded, co, q.class, q.type, q.name, nil);
+							if coroutine.status(co) == "suspended" then coroutine.resume(co); end
+						end
+						set(self.wanted, q.class, q.type, q.name, nil);
+					end
+				end
+				
+			end
+		end
+	end
+
+	return response;
+end
+
+
+function resolver:feed(sock, packet, force)
+	--print('receive'); print(self.socket);
+	self.time = socket.gettime();
+
+	local response = self:decode(packet, force);
+	if response and self.active[response.header.id]
+		and self.active[response.header.id][response.question.raw] then
+		--print('received response');
+		--self.print(response);
+
+		for j,rr in pairs(response.answer) do
+			self:remember(rr, response.question[1].type);
+		end
+
+		-- retire the query
+		local queries = self.active[response.header.id];
+		queries[response.question.raw] = nil;
+		if not next(queries) then self.active[response.header.id] = nil; end
+		if not next(self.active) then self:closeall(); end
+
+		-- was the query on the wanted list?
+		local q = response.question[1];
+		if q then
+			local cos = get(self.wanted, q.class, q.type, q.name);
+			if cos then
+				for co in pairs(cos) do
+					set(self.yielded, co, q.class, q.type, q.name, nil);
+					if coroutine.status(co) == "suspended" then coroutine.resume(co); end
+				end
+				set(self.wanted, q.class, q.type, q.name, nil);
+			end
+		end
+	end
+
+	return response;
+end
+
+function resolver:cancel(qclass, qtype, qname, co, call_handler)
+	local cos = get(self.wanted, qclass, qtype, qname);
+	if cos then
+		if call_handler then
+			coroutine.resume(co);
+		end
+		cos[co] = nil;
+	end
+end
+
+function resolver:pulse()    -- - - - - - - - - - - - - - - - - - - - -  pulse
+	--print(':pulse');
+	while self:receive() do end
+	if not next(self.active) then return nil; end
+
+	self.time = socket.gettime();
+	for id,queries in pairs(self.active) do
+		for question,o in pairs(queries) do
+			if self.time >= o.retry then
+
+				o.server = o.server + 1;
+				if o.server > #self.server then
+					o.server = 1;
+					o.delay = o.delay + 1;
+				end
+
+				if o.delay > #self.delays then
+					--print('timeout');
+					queries[question] = nil;
+					if not next(queries) then self.active[id] = nil; end
+					if not next(self.active) then return nil; end
+				else
+					--print('retry', o.server, o.delay);
+					local _a = self.socket[o.server];
+					if _a then _a:send(o.packet); end
+					o.retry = self.time + self.delays[o.delay];
+				end
+			end
+		end
+	end
+
+	if next(self.active) then return true; end
+	return nil;
+end
+
+
+function resolver:lookup(qname, qtype, qclass)    -- - - - - - - - - -  lookup
+	self:query (qname, qtype, qclass)
+	while self:pulse() do
+		local recvt = {}
+		for i, s in ipairs(self.socket) do
+			recvt[i] = s
+		end
+		socket.select(recvt, nil, 4)
+	end
+	--print(self.cache);
+	return self:peek(qname, qtype, qclass);
+end
+
+function resolver:lookupex(handler, qname, qtype, qclass)    -- - - - - - - - - -  lookup
+	return self:peek(qname, qtype, qclass) or self:query(qname, qtype, qclass);
+end
+
+function resolver:tohostname(ip)
+	return dns.lookup(ip:gsub("(%d+)%.(%d+)%.(%d+)%.(%d+)", "%4.%3.%2.%1.in-addr.arpa."), "PTR");
+end
+
+--print ---------------------------------------------------------------- print
+
+
+local hints = {    -- - - - - - - - - - - - - - - - - - - - - - - - - - - hints
+	qr = { [0]='query', 'response' },
+	opcode = { [0]='query', 'inverse query', 'server status request' },
+	aa = { [0]='non-authoritative', 'authoritative' },
+	tc = { [0]='complete', 'truncated' },
+	rd = { [0]='recursion not desired', 'recursion desired' },
+	ra = { [0]='recursion not available', 'recursion available' },
+	z  = { [0]='(reserved)' },
+	rcode = { [0]='no error', 'format error', 'server failure', 'name error', 'not implemented' },
+
+	type = dns.type,
+	class = dns.class
+};
+
+
+local function hint(p, s)    -- - - - - - - - - - - - - - - - - - - - - - hint
+	return (hints[s] and hints[s][p[s]]) or '';
+end
+
+
+function resolver.print(response)    -- - - - - - - - - - - - - resolver.print
+	for s,s in pairs { 'id', 'qr', 'opcode', 'aa', 'tc', 'rd', 'ra', 'z',
+						'rcode', 'qdcount', 'ancount', 'nscount', 'arcount' } do
+		print( string.format('%-30s', 'header.'..s), response.header[s], hint(response.header, s) );
+	end
+
+	for i,question in ipairs(response.question) do
+		print(string.format ('question[%i].name         ', i), question.name);
+		print(string.format ('question[%i].type         ', i), question.type);
+		print(string.format ('question[%i].class        ', i), question.class);
+	end
+
+	local common = { name=1, type=1, class=1, ttl=1, rdlength=1, rdata=1 };
+	local tmp;
+	for s,s in pairs({'answer', 'authority', 'additional'}) do
+		for i,rr in pairs(response[s]) do
+			for j,t in pairs({ 'name', 'type', 'class', 'ttl', 'rdlength' }) do
+				tmp = string.format('%s[%i].%s', s, i, t);
+				print(string.format('%-30s', tmp), rr[t], hint(rr, t));
+			end
+			for j,t in pairs(rr) do
+				if not common[j] then
+					tmp = string.format('%s[%i].%s', s, i, j);
+					print(string.format('%-30s  %s', tostring(tmp), tostring(t)));
+				end
+			end
+		end
+	end
+end
+
+
+-- module api ------------------------------------------------------ module api
+
+
+function dns.resolver ()    -- - - - - - - - - - - - - - - - - - - - - resolver
+	-- this function seems to be redundant with resolver.new ()
+
+	local r = { active = {}, cache = {}, unsorted = {}, wanted = {}, yielded = {}, best_server = 1 };
+	setmetatable (r, resolver);
+	setmetatable (r.cache, cache_metatable);
+	setmetatable (r.unsorted, { __mode = 'kv' });
+	return r;
+end
+
+local _resolver = dns.resolver();
+dns._resolver = _resolver;
+
+function dns.lookup(...)    -- - - - - - - - - - - - - - - - - - - - -  lookup
+	return _resolver:lookup(...);
+end
+
+function dns.tohostname(...)
+	return _resolver:tohostname(...);
+end
+
+function dns.purge(...)    -- - - - - - - - - - - - - - - - - - - - - -  purge
+	return _resolver:purge(...);
+end
+
+function dns.peek(...)    -- - - - - - - - - - - - - - - - - - - - - - -  peek
+	return _resolver:peek(...);
+end
+
+function dns.query(...)    -- - - - - - - - - - - - - - - - - - - - - -  query
+	return _resolver:query(...);
+end
+
+function dns.feed(...)    -- - - - - - - - - - - - - - - - - - - - - - -  feed
+	return _resolver:feed(...);
+end
+
+function dns.cancel(...)  -- - - - - - - - - - - - - - - - - - - - - -  cancel
+	return _resolver:cancel(...);
+end
+
+function dns.settimeout(...)
+	return _resolver:settimeout(...);
+end
+
+function dns.socket_wrapper_set(...)    -- - - - - - - - -  socket_wrapper_set
+	return _resolver:socket_wrapper_set(...);
+end
+
+return dns;
diff --git a/net/http.lua b/net/http.lua
new file mode 100644
index 00000000..3b783a41
--- /dev/null
+++ b/net/http.lua
@@ -0,0 +1,191 @@
+-- Prosody IM
+-- Copyright (C) 2008-2010 Matthew Wild
+-- Copyright (C) 2008-2010 Waqas Hussain
+-- 
+-- This project is MIT/X11 licensed. Please see the
+-- COPYING file in the source package for more information.
+--
+
+local socket = require "socket"
+local b64 = require "util.encodings".base64.encode;
+local url = require "socket.url"
+local httpstream_new = require "net.http.parser".new;
+local util_http = require "util.http";
+
+local ssl_available = pcall(require, "ssl");
+
+local server = require "net.server"
+
+local t_insert, t_concat = table.insert, table.concat;
+local pairs = pairs;
+local tonumber, tostring, xpcall, select, traceback =
+      tonumber, tostring, xpcall, select, debug.traceback;
+
+local log = require "util.logger".init("http");
+
+module "http"
+
+local requests = {}; -- Open requests
+
+local listener = { default_port = 80, default_mode = "*a" };
+
+function listener.onconnect(conn)
+	local req = requests[conn];
+	-- Send the request
+	local request_line = { req.method or "GET", " ", req.path, " HTTP/1.1\r\n" };
+	if req.query then
+		t_insert(request_line, 4, "?"..req.query);
+	end
+	
+	conn:write(t_concat(request_line));
+	local t = { [2] = ": ", [4] = "\r\n" };
+	for k, v in pairs(req.headers) do
+		t[1], t[3] = k, v;
+		conn:write(t_concat(t));
+	end
+	conn:write("\r\n");
+	
+	if req.body then
+		conn:write(req.body);
+	end
+end
+
+function listener.onincoming(conn, data)
+	local request = requests[conn];
+
+	if not request then
+		log("warn", "Received response from connection %s with no request attached!", tostring(conn));
+		return;
+	end
+
+	if data and request.reader then
+		request:reader(data);
+	end
+end
+
+function listener.ondisconnect(conn, err)
+	local request = requests[conn];
+	if request and request.conn then
+		request:reader(nil, err);
+	end
+	requests[conn] = nil;
+end
+
+local function request_reader(request, data, err)
+	if not request.parser then
+		local function error_cb(reason)
+			if request.callback then
+				request.callback(reason or "connection-closed", 0, request);
+				request.callback = nil;
+			end
+			destroy_request(request);
+		end
+		
+		if not data then
+			error_cb(err);
+			return;
+		end
+		
+		local function success_cb(r)
+			if request.callback then
+				request.callback(r.body, r.code, r, request);
+				request.callback = nil;
+			end
+			destroy_request(request);
+		end
+		local function options_cb()
+			return request;
+		end
+		request.parser = httpstream_new(success_cb, error_cb, "client", options_cb);
+	end
+	request.parser:feed(data);
+end
+
+local function handleerr(err) log("error", "Traceback[http]: %s", traceback(tostring(err), 2)); end
+function request(u, ex, callback)
+	local req = url.parse(u);
+	
+	if not (req and req.host) then
+		callback(nil, 0, req);
+		return nil, "invalid-url";
+	end
+	
+	if not req.path then
+		req.path = "/";
+	end
+	
+	local method, headers, body;
+	
+	headers = {
+		["Host"] = req.host;
+		["User-Agent"] = "Prosody XMPP Server";
+	};
+	
+	if req.userinfo then
+		headers["Authorization"] = "Basic "..b64(req.userinfo);
+	end
+
+	if ex then
+		req.onlystatus = ex.onlystatus;
+		body = ex.body;
+		if body then
+			method = "POST";
+			headers["Content-Length"] = tostring(#body);
+			headers["Content-Type"] = "application/x-www-form-urlencoded";
+		end
+		if ex.method then method = ex.method; end
+		if ex.headers then
+			for k, v in pairs(ex.headers) do
+				headers[k] = v;
+			end
+		end
+	end
+	
+	-- Attach to request object
+	req.method, req.headers, req.body = method, headers, body;
+	
+	local using_https = req.scheme == "https";
+	if using_https and not ssl_available then
+		error("SSL not available, unable to contact https URL");
+	end
+	local port = tonumber(req.port) or (using_https and 443 or 80);
+	
+	-- Connect the socket, and wrap it with net.server
+	local conn = socket.tcp();
+	conn:settimeout(10);
+	local ok, err = conn:connect(req.host, port);
+	if not ok and err ~= "timeout" then
+		callback(nil, 0, req);
+		return nil, err;
+	end
+	
+	local sslctx = false;
+	if using_https then
+		sslctx = ex and ex.sslctx or { mode = "client", protocol = "sslv23", options = { "no_sslv2" } };
+	end
+
+	req.handler, req.conn = server.wrapclient(conn, req.host, port, listener, "*a", sslctx);
+	req.write = function (...) return req.handler:write(...); end
+	
+	req.callback = function (content, code, request, response) log("debug", "Calling callback, status %s", code or "---"); return select(2, xpcall(function () return callback(content, code, request, response) end, handleerr)); end
+	req.reader = request_reader;
+	req.state = "status";
+
+	requests[req.handler] = req;
+	return req;
+end
+
+function destroy_request(request)
+	if request.conn then
+		request.conn = nil;
+		request.handler:close()
+	end
+end
+
+local urlencode, urldecode = util_http.urlencode, util_http.urldecode;
+local formencode, formdecode = util_http.formencode, util_http.formdecode;
+
+_M.urlencode, _M.urldecode = urlencode, urldecode;
+_M.formencode, _M.formdecode = formencode, formdecode;
+
+return _M;
diff --git a/net/http/codes.lua b/net/http/codes.lua
new file mode 100644
index 00000000..0cadd079
--- /dev/null
+++ b/net/http/codes.lua
@@ -0,0 +1,67 @@
+
+local response_codes = {
+	-- Source: http://www.iana.org/assignments/http-status-codes
+	-- s/^\(\d*\)\s*\(.*\S\)\s*\[RFC.*\]\s*$/^I["\1"] = "\2";
+	[100] = "Continue";
+	[101] = "Switching Protocols";
+	[102] = "Processing";
+
+	[200] = "OK";
+	[201] = "Created";
+	[202] = "Accepted";
+	[203] = "Non-Authoritative Information";
+	[204] = "No Content";
+	[205] = "Reset Content";
+	[206] = "Partial Content";
+	[207] = "Multi-Status";
+	[208] = "Already Reported";
+	[226] = "IM Used";
+
+	[300] = "Multiple Choices";
+	[301] = "Moved Permanently";
+	[302] = "Found";
+	[303] = "See Other";
+	[304] = "Not Modified";
+	[305] = "Use Proxy";
+	-- The 306 status code was used in a previous version of [RFC2616], is no longer used, and the code is reserved.
+	[307] = "Temporary Redirect";
+
+	[400] = "Bad Request";
+	[401] = "Unauthorized";
+	[402] = "Payment Required";
+	[403] = "Forbidden";
+	[404] = "Not Found";
+	[405] = "Method Not Allowed";
+	[406] = "Not Acceptable";
+	[407] = "Proxy Authentication Required";
+	[408] = "Request Timeout";
+	[409] = "Conflict";
+	[410] = "Gone";
+	[411] = "Length Required";
+	[412] = "Precondition Failed";
+	[413] = "Request Entity Too Large";
+	[414] = "Request-URI Too Long";
+	[415] = "Unsupported Media Type";
+	[416] = "Requested Range Not Satisfiable";
+	[417] = "Expectation Failed";
+	[418] = "I'm a teapot";
+	[422] = "Unprocessable Entity";
+	[423] = "Locked";
+	[424] = "Failed Dependency";
+	-- The 425 status code is reserved for the WebDAV advanced collections expired proposal [RFC2817]
+	[426] = "Upgrade Required";
+
+	[500] = "Internal Server Error";
+	[501] = "Not Implemented";
+	[502] = "Bad Gateway";
+	[503] = "Service Unavailable";
+	[504] = "Gateway Timeout";
+	[505] = "HTTP Version Not Supported";
+	[506] = "Variant Also Negotiates"; -- Experimental
+	[507] = "Insufficient Storage";
+	[508] = "Loop Detected";
+	[510] = "Not Extended";
+};
+
+for k,v in pairs(response_codes) do response_codes[k] = k.." "..v; end
+return setmetatable(response_codes, { __index = function(t, k) return k.." Unassigned"; end })
diff --git a/net/http/parser.lua b/net/http/parser.lua
new file mode 100644
index 00000000..f9e6cea0
--- /dev/null
+++ b/net/http/parser.lua
@@ -0,0 +1,160 @@
+local tonumber = tonumber;
+local assert = assert;
+local url_parse = require "socket.url".parse;
+local urldecode = require "util.http".urldecode;
+
+local function preprocess_path(path)
+	path = urldecode((path:gsub("//+", "/")));
+	if path:sub(1,1) ~= "/" then
+		path = "/"..path;
+	end
+	local level = 0;
+	for component in path:gmatch("([^/]+)/") do
+		if component == ".." then
+			level = level - 1;
+		elseif component ~= "." then
+			level = level + 1;
+		end
+		if level < 0 then
+			return nil;
+		end
+	end
+	return path;
+end
+
+local httpstream = {};
+
+function httpstream.new(success_cb, error_cb, parser_type, options_cb)
+	local client = true;
+	if not parser_type or parser_type == "server" then client = false; else assert(parser_type == "client", "Invalid parser type"); end
+	local buf = "";
+	local chunked, chunk_size, chunk_start;
+	local state = nil;
+	local packet;
+	local len;
+	local have_body;
+	local error;
+	return {
+		feed = function(self, data)
+			if error then return nil, "parse has failed"; end
+			if not data then -- EOF
+				if state and client and not len then -- reading client body until EOF
+					packet.body = buf;
+					success_cb(packet);
+				elseif buf ~= "" then -- unexpected EOF
+					error = true; return error_cb();
+				end
+				return;
+			end
+			buf = buf..data;
+			while #buf > 0 do
+				if state == nil then -- read request
+					local index = buf:find("\r\n\r\n", nil, true);
+					if not index then return; end -- not enough data
+					local method, path, httpversion, status_code, reason_phrase;
+					local first_line;
+					local headers = {};
+					for line in buf:sub(1,index+1):gmatch("([^\r\n]+)\r\n") do -- parse request
+						if first_line then
+							local key, val = line:match("^([^%s:]+): *(.*)$");
+							if not key then error = true; return error_cb("invalid-header-line"); end -- TODO handle multi-line and invalid headers
+							key = key:lower();
+							headers[key] = headers[key] and headers[key]..","..val or val;
+						else
+							first_line = line;
+							if client then
+								httpversion, status_code, reason_phrase = line:match("^HTTP/(1%.[01]) (%d%d%d) (.*)$");
+								status_code = tonumber(status_code);
+								if not status_code then error = true; return error_cb("invalid-status-line"); end
+								have_body = not
+									 ( (options_cb and options_cb().method == "HEAD")
+									or (status_code == 204 or status_code == 304 or status_code == 301)
+									or (status_code >= 100 and status_code < 200) );
+							else
+								method, path, httpversion = line:match("^(%w+) (%S+) HTTP/(1%.[01])$");
+								if not method then error = true; return error_cb("invalid-status-line"); end
+							end
+						end
+					end
+					if not first_line then error = true; return error_cb("invalid-status-line"); end
+					chunked = have_body and headers["transfer-encoding"] == "chunked";
+					len = tonumber(headers["content-length"]); -- TODO check for invalid len
+					if client then
+						-- FIXME handle '100 Continue' response (by skipping it)
+						if not have_body then len = 0; end
+						packet = {
+							code = status_code;
+							httpversion = httpversion;
+							headers = headers;
+							body = have_body and "" or nil;
+							-- COMPAT the properties below are deprecated
+							responseversion = httpversion;
+							responseheaders = headers;
+						};
+					else
+						local parsed_url;
+						if path:byte() == 47 then -- starts with /
+							local _path, _query = path:match("([^?]*).?(.*)");
+							if _query == "" then _query = nil; end
+							parsed_url = { path = _path, query = _query };
+						else
+							parsed_url = url_parse(path);
+							if not(parsed_url and parsed_url.path) then error = true; return error_cb("invalid-url"); end
+						end
+						path = preprocess_path(parsed_url.path);
+						headers.host = parsed_url.host or headers.host;
+
+						len = len or 0;
+						packet = {
+							method = method;
+							url = parsed_url;
+							path = path;
+							httpversion = httpversion;
+							headers = headers;
+							body = nil;
+						};
+					end
+					buf = buf:sub(index + 4);
+					state = true;
+				end
+				if state then -- read body
+					if client then
+						if chunked then
+							if not buf:find("\r\n", nil, true) then
+								return;
+							end -- not enough data
+							if not chunk_size then
+								chunk_size, chunk_start = buf:match("^(%x+)[^\r\n]*\r\n()");
+								chunk_size = chunk_size and tonumber(chunk_size, 16);
+								if not chunk_size then error = true; return error_cb("invalid-chunk-size"); end
+							end
+							if chunk_size == 0 and buf:find("\r\n\r\n", chunk_start-2, true) then
+								state, chunk_size = nil, nil;
+								buf = buf:gsub("^.-\r\n\r\n", ""); -- This ensure extensions and trailers are stripped
+								success_cb(packet);
+							elseif #buf - chunk_start + 2 >= chunk_size then -- we have a chunk
+								packet.body = packet.body..buf:sub(chunk_start, chunk_start + (chunk_size-1));
+								buf = buf:sub(chunk_start + chunk_size + 2);
+								chunk_size, chunk_start = nil, nil;
+							else -- Partial chunk remaining
+								break;
+							end
+						elseif len and #buf >= len then
+							packet.body, buf = buf:sub(1, len), buf:sub(len + 1);
+							state = nil; success_cb(packet);
+						else
+							break;
+						end
+					elseif #buf >= len then
+						packet.body, buf = buf:sub(1, len), buf:sub(len + 1);
+						state = nil; success_cb(packet);
+					else
+						break;
+					end
+				end
+			end
+		end;
+	};
+end
+
+return httpstream;
diff --git a/net/http/server.lua b/net/http/server.lua
new file mode 100644
index 00000000..dec7da19
--- /dev/null
+++ b/net/http/server.lua
@@ -0,0 +1,303 @@
+
+local t_insert, t_remove, t_concat = table.insert, table.remove, table.concat;
+local parser_new = require "net.http.parser".new;
+local events = require "util.events".new();
+local addserver = require "net.server".addserver;
+local log = require "util.logger".init("http.server");
+local os_date = os.date;
+local pairs = pairs;
+local s_upper = string.upper;
+local setmetatable = setmetatable;
+local xpcall = xpcall;
+local traceback = debug.traceback;
+local tostring = tostring;
+local codes = require "net.http.codes";
+
+local _M = {};
+
+local sessions = {};
+local listener = {};
+local hosts = {};
+local default_host;
+
+local function is_wildcard_event(event)
+	return event:sub(-2, -1) == "/*";
+end
+local function is_wildcard_match(wildcard_event, event)
+	return wildcard_event:sub(1, -2) == event:sub(1, #wildcard_event-1);
+end
+
+local recent_wildcard_events, max_cached_wildcard_events = {}, 10000;
+
+local event_map = events._event_map;
+setmetatable(events._handlers, {
+	-- Called when firing an event that doesn't exist (but may match a wildcard handler)
+	__index = function (handlers, curr_event)
+		if is_wildcard_event(curr_event) then return; end -- Wildcard events cannot be fired
+		-- Find all handlers that could match this event, sort them
+		-- and then put the array into handlers[curr_event] (and return it)
+		local matching_handlers_set = {};
+		local handlers_array = {};
+		for event, handlers_set in pairs(event_map) do
+			if event == curr_event or
+			is_wildcard_event(event) and is_wildcard_match(event, curr_event) then
+				for handler, priority in pairs(handlers_set) do
+					matching_handlers_set[handler] = { (select(2, event:gsub("/", "%1"))), is_wildcard_event(event) and 0 or 1, priority };
+					table.insert(handlers_array, handler);
+				end
+			end
+		end
+		if #handlers_array > 0 then
+			table.sort(handlers_array, function(b, a)
+				local a_score, b_score = matching_handlers_set[a], matching_handlers_set[b];
+				for i = 1, #a_score do
+					if a_score[i] ~= b_score[i] then -- If equal, compare next score value
+						return a_score[i] < b_score[i];
+					end
+				end
+				return false;
+			end);
+		else
+			handlers_array = false;
+		end
+		rawset(handlers, curr_event, handlers_array);
+		if not event_map[curr_event] then -- Only wildcard handlers match, if any
+			table.insert(recent_wildcard_events, curr_event);
+			if #recent_wildcard_events > max_cached_wildcard_events then
+				rawset(handlers, table.remove(recent_wildcard_events, 1), nil);
+			end
+		end
+		return handlers_array;
+	end;
+	__newindex = function (handlers, curr_event, handlers_array)
+		if handlers_array == nil
+		and is_wildcard_event(curr_event) then
+			-- Invalidate the indexes of all matching events
+			for event in pairs(handlers) do
+				if is_wildcard_match(curr_event, event) then
+					handlers[event] = nil;
+				end
+			end
+		end
+		rawset(handlers, curr_event, handlers_array);
+	end;
+});
+
+local handle_request;
+local _1, _2, _3;
+local function _handle_request() return handle_request(_1, _2, _3); end
+
+local last_err;
+local function _traceback_handler(err) last_err = err; log("error", "Traceback[httpserver]: %s", traceback(tostring(err), 2)); end
+events.add_handler("http-error", function (error)
+	return "Error processing request: "..codes[error.code]..". Check your error log for more information.";
+end, -1);
+
+function listener.onconnect(conn)
+	local secure = conn:ssl() and true or nil;
+	local pending = {};
+	local waiting = false;
+	local function process_next()
+		if waiting then log("debug", "can't process_next, waiting"); return; end
+		waiting = true;
+		while sessions[conn] and #pending > 0 do
+			local request = t_remove(pending);
+			--log("debug", "process_next: %s", request.path);
+			--handle_request(conn, request, process_next);
+			_1, _2, _3 = conn, request, process_next;
+			if not xpcall(_handle_request, _traceback_handler) then
+				conn:write("HTTP/1.0 500 Internal Server Error\r\n\r\n"..events.fire_event("http-error", { code = 500, private_message = last_err }));
+				conn:close();
+			end
+		end
+		--log("debug", "ready for more");
+		waiting = false;
+	end
+	local function success_cb(request)
+		--log("debug", "success_cb: %s", request.path);
+		if waiting then
+			log("error", "http connection handler is not reentrant: %s", request.path);
+			assert(false, "http connection handler is not reentrant");
+		end
+		request.secure = secure;
+		t_insert(pending, request);
+		process_next();
+	end
+	local function error_cb(err)
+		log("debug", "error_cb: %s", err or "<nil>");
+		-- FIXME don't close immediately, wait until we process current stuff
+		-- FIXME if err, send off a bad-request response
+		sessions[conn] = nil;
+		conn:close();
+	end
+	sessions[conn] = parser_new(success_cb, error_cb);
+end
+
+function listener.ondisconnect(conn)
+	local open_response = conn._http_open_response;
+	if open_response and open_response.on_destroy then
+		open_response.finished = true;
+		open_response:on_destroy();
+	end
+	sessions[conn] = nil;
+end
+
+function listener.onincoming(conn, data)
+	sessions[conn]:feed(data);
+end
+
+local headerfix = setmetatable({}, {
+	__index = function(t, k)
+		local v = "\r\n"..k:gsub("_", "-"):gsub("%f[%w].", s_upper)..": ";
+		t[k] = v;
+		return v;
+	end
+});
+
+function _M.hijack_response(response, listener)
+	error("TODO");
+end
+function handle_request(conn, request, finish_cb)
+	--log("debug", "handler: %s", request.path);
+	local headers = {};
+	for k,v in pairs(request.headers) do headers[k:gsub("-", "_")] = v; end
+	request.headers = headers;
+	request.conn = conn;
+
+	local date_header = os_date('!%a, %d %b %Y %H:%M:%S GMT'); -- FIXME use
+	local conn_header = request.headers.connection;
+	conn_header = conn_header and ","..conn_header:gsub("[ \t]", ""):lower().."," or ""
+	local httpversion = request.httpversion
+	local persistent = conn_header:find(",Keep-Alive,", 1, true)
+		or (httpversion == "1.1" and not conn_header:find(",close,", 1, true));
+
+	local response_conn_header;
+	if persistent then
+		response_conn_header = "Keep-Alive";
+	else
+		response_conn_header = httpversion == "1.1" and "close" or nil
+	end
+
+	local response = {
+		request = request;
+		status_code = 200;
+		headers = { date = date_header, connection = response_conn_header };
+		persistent = persistent;
+		conn = conn;
+		send = _M.send_response;
+		finish_cb = finish_cb;
+	};
+	conn._http_open_response = response;
+
+	local host = (request.headers.host or ""):match("[^:]+");
+
+	-- Some sanity checking
+	local err_code, err;
+	if not request.path then
+		err_code, err = 400, "Invalid path";
+	elseif not hosts[host] then
+		if hosts[default_host] then
+			host = default_host;
+		elseif host then
+			err_code, err = 404, "Unknown host: "..host;
+		else
+			err_code, err = 400, "Missing or invalid 'Host' header";
+		end
+	end
+	
+	if err then
+		response.status_code = err_code;
+		response:send(events.fire_event("http-error", { code = err_code, message = err }));
+		return;
+	end
+
+	local event = request.method.." "..host..request.path:match("[^?]*");
+	local payload = { request = request, response = response };
+	--log("debug", "Firing event: %s", event);
+	local result = events.fire_event(event, payload);
+	if result ~= nil then
+		if result ~= true then
+			local body;
+			local result_type = type(result);
+			if result_type == "number" then
+				response.status_code = result;
+				if result >= 400 then
+					body = events.fire_event("http-error", { code = result });
+				end
+			elseif result_type == "string" then
+				body = result;
+			elseif result_type == "table" then
+				for k, v in pairs(result) do
+					if k ~= "headers" then
+						response[k] = v;
+					else
+						for header_name, header_value in pairs(v) do
+							response.headers[header_name] = header_value;
+						end
+					end
+				end
+			end
+			response:send(body);
+		end
+		return;
+	end
+
+	-- if handler not called, return 404
+	response.status_code = 404;
+	response:send(events.fire_event("http-error", { code = 404 }));
+end
+function _M.send_response(response, body)
+	if response.finished then return; end
+	response.finished = true;
+	response.conn._http_open_response = nil;
+	
+	local status_line = "HTTP/"..response.request.httpversion.." "..(response.status or codes[response.status_code]);
+	local headers = response.headers;
+	body = body or response.body or "";
+	headers.content_length = #body;
+
+	local output = { status_line };
+	for k,v in pairs(headers) do
+		t_insert(output, headerfix[k]..v);
+	end
+	t_insert(output, "\r\n\r\n");
+	t_insert(output, body);
+
+	response.conn:write(t_concat(output));
+	if response.on_destroy then
+		response:on_destroy();
+		response.on_destroy = nil;
+	end
+	if response.persistent then
+		response:finish_cb();
+	else
+		response.conn:close();
+	end
+end
+function _M.add_handler(event, handler, priority)
+	events.add_handler(event, handler, priority);
+end
+function _M.remove_handler(event, handler)
+	events.remove_handler(event, handler);
+end
+
+function _M.listen_on(port, interface, ssl)
+	addserver(interface or "*", port, listener, "*a", ssl);
+end
+function _M.add_host(host)
+	hosts[host] = true;
+end
+function _M.remove_host(host)
+	hosts[host] = nil;
+end
+function _M.set_default_host(host)
+	default_host = host;
+end
+function _M.fire_event(event, ...)
+	return events.fire_event(event, ...);
+end
+
+_M.listener = listener;
+_M.codes = codes;
+_M._events = events;
+return _M;
diff --git a/net/httpserver.lua b/net/httpserver.lua
new file mode 100644
index 00000000..7d574788
--- /dev/null
+++ b/net/httpserver.lua
@@ -0,0 +1,15 @@
+-- COMPAT w/pre-0.9
+local log = require "util.logger".init("net.httpserver");
+local traceback = debug.traceback;
+
+module "httpserver"
+
+function fail()
+	log("error", "Attempt to use legacy HTTP API. For more info see http://prosody.im/doc/developers/legacy_http");
+	log("error", "Legacy HTTP API usage, %s", traceback("", 2));
+end
+
+new, new_from_config = fail, fail;
+set_default_handler = fail;
+
+return _M;
diff --git a/net/server.lua b/net/server.lua
index 40cc6dc8..375e7081 100644
--- a/net/server.lua
+++ b/net/server.lua
@@ -1,831 +1,84 @@
---[[
-
-		server.lua by blastbeat of the luadch project
-		
-		re-used here under the MIT/X Consortium License
-
-		- this script contains the server loop of the program
-		- other scripts can reg a server here
-
-]]--
-
-----------------------------------// DECLARATION //--
-
---// constants //--
-
-local STAT_UNIT = 1 / ( 1024 * 1024 )    -- mb
-
---// lua functions //--
-
-local function use( what ) return _G[ what ] end
-
-local type = use "type"
-local pairs = use "pairs"
-local ipairs = use "ipairs"
-local tostring = use "tostring"
-local collectgarbage = use "collectgarbage"
-
---// lua libs //--
-
-local table = use "table"
-local coroutine = use "coroutine"
-
---// lua lib methods //--
-
-local table_concat = table.concat
-local table_remove = table.remove
-local string_sub = use'string'.sub
-local coroutine_wrap = coroutine.wrap
-local coroutine_yield = coroutine.yield
-local print = print;
-local out_put = function () end --print;
-local out_error = print;
-
---// extern libs //--
-
-local luasec = select(2, pcall(require, "ssl"))
-local luasocket = require "socket"
-
---// extern lib methods //--
-
-local ssl_wrap = ( luasec and luasec.wrap )
-local socket_bind = luasocket.bind
-local socket_select = luasocket.select
-local ssl_newcontext = ( luasec and luasec.newcontext )
-
---// functions //--
-
-local loop
-local stats
-local addtimer
-local closeall
-local addserver
-local firetimer
-local closesocket
-local removesocket
-local wrapserver
-local wraptcpclient
-local wrapsslclient
-
---// tables //--
-
-local listener
-local readlist
-local writelist
-local socketlist
-local timelistener
-
---// simple data types //--
-
-local _
-local readlen = 0    -- length of readlist
-local writelen = 0    -- lenght of writelist
-
-local sendstat= 0
-local receivestat = 0
-
-----------------------------------// DEFINITION //--
-
-listener = { }    -- key = port, value = table
-readlist = { }    -- array with sockets to read from
-writelist = { }    -- arrary with sockets to write to
-socketlist = { }    -- key = socket, value = wrapped socket
-timelistener = { }
-
-stats = function( )
-	return receivestat, sendstat
-end
-
-wrapserver = function( listener, socket, ip, serverport, mode, sslctx )    -- this function wraps a server
-
-	local dispatch, disconnect = listener.listener, listener.disconnect    -- dangerous
-
-	local wrapclient, err
-
-	if sslctx then
-		if not ssl_newcontext then
-			return nil, "luasec not found"
-		end
-		if type( sslctx ) ~= "table" then
-			out_error "server.lua: wrong server sslctx"
-			return nil, "wrong server sslctx"
-		end
-		sslctx, err = ssl_newcontext( sslctx )
-		if not sslctx then
-			err = err or "wrong sslctx parameters"
-			out_error( "server.lua: ", err )
-			return nil, err
-		end
-		wrapclient = wrapsslclient
-		wrapclient = wraptlsclient
-	else
-		wrapclient = wraptcpclient
-	end
-
-	local accept = socket.accept
-	local close = socket.close
-
-	--// public methods of the object //--    
-
-	local handler = { }
-
-	handler.shutdown = function( ) end
-
-	--[[handler.listener = function( data, err )
-		return ondata( handler, data, err )
-	end]]
-	handler.ssl = function( )
-		return sslctx and true or false
-	end
-	handler.close = function( closed )
-		_ = not closed and close( socket )
-		writelen = removesocket( writelist, socket, writelen )
-		readlen = removesocket( readlist, socket, readlen )
-		socketlist[ socket ] = nil
-		handler = nil
-	end
-	handler.ip = function( )
-		return ip
-	end
-	handler.serverport = function( )
-		return serverport
-	end
-	handler.socket = function( )
-		return socket
-	end
-	handler.receivedata = function( )
-		local client, err = accept( socket )    -- try to accept
-		if client then
-			local ip, clientport = client:getpeername( )
-			client:settimeout( 0 )
-			local handler, client, err = wrapclient( listener, client, ip, serverport, clientport, mode, sslctx )    -- wrap new client socket
-			if err then    -- error while wrapping ssl socket
-				return false
-			end
-			out_put( "server.lua: accepted new client connection from ", ip, ":", clientport )
-			return dispatch( handler )
-		elseif err then    -- maybe timeout or something else
-			out_put( "server.lua: error with new client connection: ", err )
-			return false
-		end
-	end
-	return handler
-end
-
-wrapsslclient = function( listener, socket, ip, serverport, clientport, mode, sslctx )    -- this function wraps a ssl cleint
-
-	local dispatch, disconnect = listener.listener, listener.disconnect
-
-	--// transform socket to ssl object //--
-
-	local err
-	socket, err = ssl_wrap( socket, sslctx )    -- wrap socket
-	if err then
-		out_put( "server.lua: ssl error: ", err )
-		return nil, nil, err    -- fatal error
-	end
-	socket:settimeout( 0 )
-
-	--// private closures of the object //--
-
-	local writequeue = { }    -- buffer for messages to send
-
-	local eol   -- end of buffer
-
-	local sstat, rstat = 0, 0
-
-	--// local import of socket methods //--
-
-	local send = socket.send
-	local receive = socket.receive
-	local close = socket.close
-	--local shutdown = socket.shutdown
-
-	--// public methods of the object //--
-
-	local handler = { }
-
-	handler.getstats = function( )
-		return rstat, sstat
-	end
-
-	handler.listener = function( data, err )
-		return listener( handler, data, err )
-	end
-	handler.ssl = function( )
-		return true
-	end
-	handler.send = function( _, data, i, j )
-			return send( socket, data, i, j )
-	end
-	handler.receive = function( pattern, prefix )
-			return receive( socket, pattern, prefix )
-	end
-	handler.shutdown = function( pattern )
-		--return shutdown( socket, pattern )
-	end
-	handler.close = function( closed )
-		close( socket )
-		writelen = ( eol and removesocket( writelist, socket, writelen ) ) or writelen
-		readlen = removesocket( readlist, socket, readlen )
-		socketlist[ socket ] = nil
-		out_put "server.lua: closed handler and removed socket from list"
-	end
-	handler.ip = function( )
-		return ip
-	end
-	handler.serverport = function( )
-		return serverport
-	end
-	handler.clientport = function( ) 
-		return clientport
-	end
-
-	handler.write = function( data )
-		if not eol then
-			writelen = writelen + 1
-			writelist[ writelen ] = socket
-			eol = 0
-		end
-		eol = eol + 1
-		writequeue[ eol ] = data
-	end
-	handler.writequeue = function( )
-		return writequeue
-	end
-	handler.socket = function( )
-		return socket
-	end
-	handler.mode = function( )
-		return mode
-	end
-	handler._receivedata = function( )
-		local data, err, part = receive( socket, mode )    -- receive data in "mode"
-		if not err or ( err == "timeout" or err == "wantread" ) then    -- received something
-			local data = data or part or ""
-			local count = #data * STAT_UNIT
-			rstat = rstat + count
-			receivestat = receivestat + count
-			out_put( "server.lua: read data '", data, "', error: ", err )
-			return dispatch( handler, data, err )
-		else    -- connections was closed or fatal error
-			out_put( "server.lua: client ", ip, ":", clientport, " error: ", err )
-			handler.close( )
-			disconnect( handler, err )
-			writequeue = nil
-			handler = nil
-			return false
-		end
-	end
-	handler._dispatchdata = function( )    -- this function writes data to handlers
-		local buffer = table_concat( writequeue, "", 1, eol )
-		local succ, err, byte = send( socket, buffer )
-		local count = ( succ or 0 ) * STAT_UNIT
-		sstat = sstat + count
-		sendstat = sendstat + count
-		out_put( "server.lua: sended '", buffer, "', bytes: ", succ, ", error: ", err, ", part: ", byte, ", to: ", ip, ":", clientport )
-		if succ then    -- sending succesful
-			--writequeue = { }
-			eol = nil
-			writelen = removesocket( writelist, socket, writelen )    -- delete socket from writelist
-			return true
-		elseif byte and ( err == "timeout" or err == "wantwrite" ) then    -- want write
-			buffer = string_sub( buffer, byte + 1, -1 )    -- new buffer
-			writequeue[ 1 ] = buffer    -- insert new buffer in queue
-			eol = 1
-			return true
-		else    -- connection was closed during sending or fatal error
-			out_put( "server.lua: client ", ip, ":", clientport, " error: ", err )
-			handler.close( )
-			disconnect( handler, err )
-			writequeue = nil
-			handler = nil
-			return false
-		end
-	end
-
-	-- // COMPAT // --
-
-	handler.getIp = handler.ip
-	handler.getPort = handler.clientport
-
-	--// handshake //--
-
-	local wrote
-
-	handler.handshake = coroutine_wrap( function( client )
-			local err
-			for i = 1, 10 do    -- 10 handshake attemps
-				_, err = client:dohandshake( )
-				if not err then
-					out_put( "server.lua: ssl handshake done" )
-					writelen = ( wrote and removesocket( writelist, socket, writelen ) ) or writelen
-					handler.receivedata = handler._receivedata    -- when handshake is done, replace the handshake function with regular functions
-					handler.dispatchdata = handler._dispatchdata
-					return dispatch( handler )
-				else
-					out_put( "server.lua: error during ssl handshake: ", err )
-					if err == "wantwrite" then
-						if wrote == nil then
-							writelen = writelen + 1
-							writelist[ writelen ] = client
-							wrote = true
-						end
-					end
-					coroutine_yield( handler, nil, err )    -- handshake not finished
-				end
-			end
-			_ = err ~= "closed" and close( socket )
-			handler.close( )
-			disconnect( handler, err )
-			writequeue = nil
-			handler = nil
-			return false    -- handshake failed
-		end
-	)
-	handler.receivedata = handler.handshake
-	handler.dispatchdata = handler.handshake
-
-	handler.handshake( socket )    -- do handshake
-
-	socketlist[ socket ] = handler
-	readlen = readlen + 1
-	readlist[ readlen ] = socket
-
-	return handler, socket
-end
-
-wraptlsclient = function( listener, socket, ip, serverport, clientport, mode, sslctx )    -- this function wraps a tls cleint
-
-	local dispatch, disconnect = listener.listener, listener.disconnect
-
-	--// transform socket to ssl object //--
-
-	local err
-
-	socket:settimeout( 0 )
-
-	--// private closures of the object //--
-
-	local writequeue = { }    -- buffer for messages to send
-
-	local eol   -- end of buffer
-
-	local sstat, rstat = 0, 0
-
-	--// local import of socket methods //--
-
-	local send = socket.send
-	local receive = socket.receive
-	local close = socket.close
-	--local shutdown = socket.shutdown
-
-	--// public methods of the object //--
-
-	local handler = { }
-
-	handler.getstats = function( )
-		return rstat, sstat
-	end
-
-	handler.listener = function( data, err )
-		return listener( handler, data, err )
-	end
-	handler.ssl = function( )
-		return false
-	end
-	handler.send = function( _, data, i, j )
-			return send( socket, data, i, j )
-	end
-	handler.receive = function( pattern, prefix )
-			return receive( socket, pattern, prefix )
-	end
-	handler.shutdown = function( pattern )
-		--return shutdown( socket, pattern )
-	end
-	handler.close = function( closed )
-		close( socket )
-		writelen = ( eol and removesocket( writelist, socket, writelen ) ) or writelen
-		readlen = removesocket( readlist, socket, readlen )
-		socketlist[ socket ] = nil
-		out_put "server.lua: closed handler and removed socket from list"
-	end
-	handler.ip = function( )
-		return ip
-	end
-	handler.serverport = function( )
-		return serverport
-	end
-	handler.clientport = function( ) 
-		return clientport
-	end
-
-	handler.write = function( data )
-		if not eol then
-			writelen = writelen + 1
-			writelist[ writelen ] = socket
-			eol = 0
-		end
-		eol = eol + 1
-		writequeue[ eol ] = data
-	end
-	handler.writequeue = function( )
-		return writequeue
-	end
-	handler.socket = function( )
-		return socket
-	end
-	handler.mode = function( )
-		return mode
-	end
-	handler._receivedata = function( )
-		local data, err, part = receive( socket, mode )    -- receive data in "mode"
-		if not err or ( err == "timeout" or err == "wantread" ) then    -- received something
-			local data = data or part or ""
-			local count = #data * STAT_UNIT
-			rstat = rstat + count
-			receivestat = receivestat + count
-			--out_put( "server.lua: read data '", data, "', error: ", err )
-			return dispatch( handler, data, err )
-		else    -- connections was closed or fatal error
-			out_put( "server.lua: client ", ip, ":", clientport, " error: ", err )
-			handler.close( )
-			disconnect( handler, err )
-			writequeue = nil
-			handler = nil
-			return false
-		end
-	end
-	handler._dispatchdata = function( )    -- this function writes data to handlers
-		local buffer = table_concat( writequeue, "", 1, eol )
-		local succ, err, byte = send( socket, buffer )
-		local count = ( succ or 0 ) * STAT_UNIT
-		sstat = sstat + count
-		sendstat = sendstat + count
-		out_put( "server.lua: sended '", buffer, "', bytes: ", succ, ", error: ", err, ", part: ", byte, ", to: ", ip, ":", clientport )
-		if succ then    -- sending succesful
-			--writequeue = { }
-			eol = nil
-			writelen = removesocket( writelist, socket, writelen )    -- delete socket from writelist
-			if handler.need_tls then
-				out_put("server.lua: connection is ready for tls handshake");
-				handler.starttls(true);
-				if handler.need_tls then
-					out_put("server.lua: uh-oh... we still want tls, something must be wrong");
-				end
-			end
-			return true
-		elseif byte and ( err == "timeout" or err == "wantwrite" ) then    -- want write
-			buffer = string_sub( buffer, byte + 1, -1 )    -- new buffer
-			writequeue[ 1 ] = buffer    -- insert new buffer in queue
-			eol = 1
-			return true
-		else    -- connection was closed during sending or fatal error
-			out_put( "server.lua: client ", ip, ":", clientport, " error: ", err )
-			handler.close( )
-			disconnect( handler, err )
-			writequeue = nil
-			handler = nil
-			return false
-		end
-	end
-
-	handler.receivedata, handler.dispatchdata = handler._receivedata, handler._dispatchdata;
-	-- // COMPAT // --
-
-	handler.getIp = handler.ip
-	handler.getPort = handler.clientport
-
-	--// handshake //--
-
-	local wrote, read
-	
-	handler.starttls = function (now)
-		if not now then out_put("server.lua: we need to do tls, but delaying until later"); handler.need_tls = true; return; end
-		out_put( "server.lua: attempting to start tls on "..tostring(socket) )
-		socket, err = ssl_wrap( socket, sslctx )    -- wrap socket
-		out_put("sslwrapped socket is "..tostring(socket));
-		if err then
-			out_put( "server.lua: ssl error: ", err )
-			return nil, nil, err    -- fatal error
-		end
-		socket:settimeout( 1 )
-		send = socket.send
-		receive = socket.receive
-		close = socket.close
-		handler.ssl = function( )
-			return true
-		end
-		handler.send = function( _, data, i, j )
-			return send( socket, data, i, j )
-		end
-		handler.receive = function( pattern, prefix )
-			return receive( socket, pattern, prefix )
-		end
-		
-			handler.handshake = coroutine_wrap( function( client )
-					local err
-					for i = 1, 10 do    -- 10 handshake attemps
-						_, err = client:dohandshake( )
-						if not err then
-							out_put( "server.lua: ssl handshake done" )
-							writelen = ( wrote and removesocket( writelist, socket, writelen ) ) or writelen
-							handler.receivedata = handler._receivedata    -- when handshake is done, replace the handshake function with regular functions
-							handler.dispatchdata = handler._dispatchdata
-							handler.need_tls = nil
-							socketlist[ client ] = handler
-							readlen = readlen + 1
-							readlist[ readlen ] = client												
-							return true;
-						else
-							out_put( "server.lua: error during ssl handshake: ", err )
-							if err == "wantwrite" then
-								if wrote == nil then
-									writelen = writelen + 1
-									writelist[ writelen ] = client
-									wrote = true
-								end
-							end
-							coroutine_yield( handler, nil, err )    -- handshake not finished
-						end
-					end
-					_ = err ~= "closed" and close( socket )
-					handler.close( )
-					disconnect( handler, err )
-					writequeue = nil
-					handler = nil
-					return false    -- handshake failed
-				end
-			)
-			handler.receivedata = handler.handshake
-			handler.dispatchdata = handler.handshake
-
-			handler.handshake( socket )    -- do handshake
-		end
-	socketlist[ socket ] = handler
-	readlen = readlen + 1
-	readlist[ readlen ] = socket
-
-	return handler, socket
-end
-
-wraptcpclient = function( listener, socket, ip, serverport, clientport, mode )    -- this function wraps a socket
-
-	local dispatch, disconnect = listener.listener, listener.disconnect
-
-	--// private closures of the object //--
-
-	local writequeue = { }    -- list for messages to send
-
-	local eol
-
-	local rstat, sstat = 0, 0
-
-	--// local import of socket methods //--
-
-	local send = socket.send
-	local receive = socket.receive
-	local close = socket.close
-	local shutdown = socket.shutdown
-
-	--// public methods of the object //--
-
-	local handler = { }
-
-	handler.getstats = function( )
-		return rstat, sstat
-	end
-
-	handler.listener = function( data, err )
-		return listener( handler, data, err )
-	end
-	handler.ssl = function( )
-		return false
-	end
-	handler.send = function( _, data, i, j )
-			return send( socket, data, i, j )
-	end
-	handler.receive = function( pattern, prefix )
-			return receive( socket, pattern, prefix )
-	end
-	handler.shutdown = function( pattern )
-		return shutdown( socket, pattern )
-	end
-	handler.close = function( closed )
-		_ = not closed and shutdown( socket )
-		_ = not closed and close( socket )
-		writelen = ( eol and removesocket( writelist, socket, writelen ) ) or writelen
-		readlen = removesocket( readlist, socket, readlen )
-		socketlist[ socket ] = nil
-		out_put "server.lua: closed handler and removed socket from list"
-	end
-	handler.ip = function( )
-		return ip
-	end
-	handler.serverport = function( )
-		return serverport
-	end
-	handler.clientport = function( ) 
-		return clientport
-	end
-	handler.write = function( data )
-		if not eol then
-			writelen = writelen + 1
-			writelist[ writelen ] = socket
-			eol = 0
-		end
-		eol = eol + 1
-		writequeue[ eol ] = data
-	end
-	handler.writequeue = function( )
-		return writequeue
-	end
-	handler.socket = function( )
-		return socket
-	end
-	handler.mode = function( )
-		return mode
-	end
-	
-	handler.receivedata = function( )
-		local data, err, part = receive( socket, mode )    -- receive data in "mode"
-		if not err or ( err == "timeout" or err == "wantread" ) then    -- received something
-			local data = data or part or ""
-			local count = #data * STAT_UNIT
-			rstat = rstat + count
-			receivestat = receivestat + count
-			out_put( "server.lua: read data '", data, "', error: ", err )
-			return dispatch( handler, data, err )
-		else    -- connections was closed or fatal error
-			out_put( "server.lua: client ", ip, ":", clientport, " error: ", err )
-			handler.close( )
-			disconnect( handler, err )
-			writequeue = nil
-			handler = nil
-			return false
-		end
-	end
-	
-	handler.dispatchdata = function( )    -- this function writes data to handlers
-		local buffer = table_concat( writequeue, "", 1, eol )
-		local succ, err, byte = send( socket, buffer )
-		local count = ( succ or 0 ) * STAT_UNIT
-		sstat = sstat + count
-		sendstat = sendstat + count
-		out_put( "server.lua: sended '", buffer, "', bytes: ", succ, ", error: ", err, ", part: ", byte, ", to: ", ip, ":", clientport )
-		if succ then    -- sending succesful
-			--writequeue = { }
-			eol = nil
-			writelen = removesocket( writelist, socket, writelen )    -- delete socket from writelist
-			return true
-		elseif byte and ( err == "timeout" or err == "wantwrite" ) then    -- want write
-			buffer = string_sub( buffer, byte + 1, -1 )    -- new buffer
-			writequeue[ 1 ] = buffer    -- insert new buffer in queue
-			eol = 1
-			return true
-		else    -- connection was closed during sending or fatal error
-			out_put( "server.lua: client ", ip, ":", clientport, " error: ", err )
-			handler.close( )
-			disconnect( handler, err )
-			writequeue = nil
-			handler = nil
-			return false
-		end
-	end
-
-	-- // COMPAT // --
-
-	handler.getIp = handler.ip
-	handler.getPort = handler.clientport
-
-	socketlist[ socket ] = handler
-	readlen = readlen + 1
-	readlist[ readlen ] = socket
-
-	return handler, socket
-end
-
-addtimer = function( listener )
-	timelistener[ #timelistener + 1 ] = listener
-end
-
-firetimer = function( listener )
-	for i, listener in ipairs( timelistener ) do
-		listener( )
-	end
-end
-
-addserver = function( listeners, port, addr, mode, sslctx )    -- this function provides a way for other scripts to reg a server
-	local err
-	if type( listeners ) ~= "table" then
-		err = "invalid listener table"
-	else
-		for name, func in pairs( listeners ) do
-			if type( func ) ~= "function" then
-				--err = "invalid listener function"
-				break
-			end
-		end
-	end
-	if not type( port ) == "number" or not ( port >= 0 and port <= 65535 ) then
-		err = "invalid port"
-	elseif listener[ port ] then
-		err=  "listeners on port '" .. port .. "' already exist"
-	elseif sslctx and not luasec then
-		err = "luasec not found"
-	end
-	if err then
-		out_error( "server.lua: ", err )
-		return nil, err
-	end
-	addr = addr or "*"
-	local server, err = socket_bind( addr, port )
-	if err then
-		out_error( "server.lua: ", err )
-		return nil, err
-	end
-	local handler, err = wrapserver( listeners, server, addr, port, mode, sslctx )    -- wrap new server socket
-	if not handler then
-		server:close( )
-		return nil, err
-	end
-	server:settimeout( 0 )
-	readlen = readlen + 1
-	readlist[ readlen ] = server
-	listener[ port ] = listeners
-	socketlist[ server ] = handler
-	out_put( "server.lua: new server listener on ", addr, ":", port )
-	return true
-end
-
-removesocket = function( tbl, socket, len )    -- this function removes sockets from a list
-	for i, target in ipairs( tbl ) do
-		if target == socket then
-			len = len - 1
-			table_remove( tbl, i )
-			return len
-		end
-	end
-	return len
-end
-
-closeall = function( )
-	for sock, handler in pairs( socketlist ) do
-		handler.shutdown( )
-		handler.close( )
-		socketlist[ sock ] = nil
-	end
-	writelist, readlist, socketlist = { }, { }, { }
-end
-
-closesocket = function( socket )
-	writelen = removesocket( writelist, socket, writelen )
-	readlen = removesocket( readlist, socket, readlen )
-	socketlist[ socket ] = nil
-	socket:close( )
-end
-
-loop = function( )    -- this is the main loop of the program
-	--signal_set( "hub", "run" )
-	repeat
-		--[[print(readlen, writelen)
-		for _, s in ipairs(readlist) do print("R:", tostring(s)) end
-		for _, s in ipairs(writelist) do print("W:", tostring(s)) end
-		out_put("select()"..os.time())]]
-		local read, write, err = socket_select( readlist, writelist, 1 )    -- 1 sec timeout, nice for timers
-		for i, socket in ipairs( write ) do    -- send data waiting in writequeues
-			local handler = socketlist[ socket ]
-			if handler then
-				handler.dispatchdata( )
-			else
-				closesocket( socket )
-				out_put "server.lua: found no handler and closed socket (writelist)"    -- this should not happen
-			end
-		end
-		for i, socket in ipairs( read ) do    -- receive data
-			local handler = socketlist[ socket ]
-			if handler then
-				handler.receivedata( )
-			else
-				closesocket( socket )
-				out_put "server.lua: found no handler and closed socket (readlist)"    -- this can happen
-			end
-		end
-		firetimer( )
-	until false
-	return
-end
-
-----------------------------------// BEGIN //--
-
-----------------------------------// PUBLIC INTERFACE //--
-
-return {
-
-	add = addserver,
-	loop = loop,
-	stats = stats,
-	closeall = closeall,
-	addtimer = addtimer,
-	wraptlsclient = wraptlsclient,
-}
+-- Prosody IM
+-- Copyright (C) 2008-2010 Matthew Wild
+-- Copyright (C) 2008-2010 Waqas Hussain
+-- 
+-- This project is MIT/X11 licensed. Please see the
+-- COPYING file in the source package for more information.
+--
+
+local use_luaevent = prosody and require "core.configmanager".get("*", "use_libevent");
+
+if use_luaevent then
+	use_luaevent = pcall(require, "luaevent.core");
+	if not use_luaevent then
+		log("error", "libevent not found, falling back to select()");
+	end
+end
+
+local server;
+
+if use_luaevent then
+	server = require "net.server_event";
+
+	-- Overwrite signal.signal() because we need to ask libevent to
+	-- handle them instead
+	local ok, signal = pcall(require, "util.signal");
+	if ok and signal then
+		local _signal_signal = signal.signal;
+		function signal.signal(signal_id, handler)
+			if type(signal_id) == "string" then
+				signal_id = signal[signal_id:upper()];
+			end
+			if type(signal_id) ~= "number" then
+				return false, "invalid-signal";
+			end
+			return server.hook_signal(signal_id, handler);
+		end
+	end
+else
+	use_luaevent = false;
+	server = require "net.server_select";
+end
+
+if prosody then
+	local config_get = require "core.configmanager".get;
+	local defaults = {};
+	for k,v in pairs(server.cfg or server.getsettings()) do
+		defaults[k] = v;
+	end
+	local function load_config()
+		local settings = config_get("*", "network_settings") or {};
+		if use_luaevent then
+			local event_settings = {
+				ACCEPT_DELAY = settings.event_accept_retry_interval;
+				ACCEPT_QUEUE = settings.tcp_backlog;
+				CLEAR_DELAY = settings.event_clear_interval;
+				CONNECT_TIMEOUT = settings.connect_timeout;
+				DEBUG = settings.debug;
+				HANDSHAKE_TIMEOUT = settings.ssl_handshake_timeout;
+				MAX_CONNECTIONS = settings.max_connections;
+				MAX_HANDSHAKE_ATTEMPTS = settings.max_ssl_handshake_roundtrips;
+				MAX_READ_LENGTH = settings.max_receive_buffer_size;
+				MAX_SEND_LENGTH = settings.max_send_buffer_size;
+				READ_TIMEOUT = settings.read_timeout;
+				WRITE_TIMEOUT = settings.send_timeout;
+			};
+
+			for k,default in pairs(defaults) do
+				server.cfg[k] = event_settings[k] or default;
+			end
+		else
+			local select_settings = {};
+			for k,default in pairs(defaults) do
+				select_settings[k] = settings[k] or default;
+			end
+			server.changesettings(select_settings);
+		end
+	end
+	load_config();
+	prosody.events.add_handler("config-reloaded", load_config);
+end
+
+-- require "net.server" shall now forever return this,
+-- ie. server_select or server_event as chosen above.
+return server;
diff --git a/net/server_event.lua b/net/server_event.lua
new file mode 100644
index 00000000..5eae95a9
--- /dev/null
+++ b/net/server_event.lua
@@ -0,0 +1,872 @@
+--[[
+
+
+			server.lua based on lua/libevent by blastbeat
+
+			notes:
+			-- when using luaevent, never register 2 or more EV_READ at one socket, same for EV_WRITE
+			-- you cant even register a new EV_READ/EV_WRITE callback inside another one
+			-- to do some of the above, use timeout events or something what will called from outside
+			-- dont let garbagecollect eventcallbacks, as long they are running
+			-- when using luasec, there are 4 cases of timeout errors: wantread or wantwrite during reading or writing
+
+--]]
+
+local SCRIPT_NAME           = "server_event.lua"
+local SCRIPT_VERSION        = "0.05"
+local SCRIPT_AUTHOR         = "blastbeat"
+local LAST_MODIFIED         = "2009/11/20"
+
+local cfg = {
+	MAX_CONNECTIONS       = 100000,  -- max per server connections (use "ulimit -n" on *nix)
+	MAX_HANDSHAKE_ATTEMPTS= 1000,  -- attempts to finish ssl handshake
+	HANDSHAKE_TIMEOUT     = 60,  -- timeout in seconds per handshake attempt
+	MAX_READ_LENGTH       = 1024 * 1024 * 1024 * 1024,  -- max bytes allowed to read from sockets
+	MAX_SEND_LENGTH       = 1024 * 1024 * 1024 * 1024,  -- max bytes size of write buffer (for writing on sockets)
+	ACCEPT_QUEUE          = 128,  -- might influence the length of the pending sockets queue
+	ACCEPT_DELAY          = 10,  -- seconds to wait until the next attempt of a full server to accept
+	READ_TIMEOUT          = 60 * 60 * 6,  -- timeout in seconds for read data from socket
+	WRITE_TIMEOUT         = 180,  -- timeout in seconds for write data on socket
+	CONNECT_TIMEOUT       = 20,  -- timeout in seconds for connection attempts
+	CLEAR_DELAY           = 5,  -- seconds to wait for clearing interface list (and calling ondisconnect listeners)
+	DEBUG                 = true,  -- show debug messages
+}
+
+local function use(x) return rawget(_G, x); end
+local ipairs = use "ipairs"
+local string = use "string"
+local select = use "select"
+local require = use "require"
+local tostring = use "tostring"
+local coroutine = use "coroutine"
+local setmetatable = use "setmetatable"
+
+local t_insert = table.insert
+local t_concat = table.concat
+
+local ssl = use "ssl"
+local socket = use "socket" or require "socket"
+
+local log = require ("util.logger").init("socket")
+
+local function debug(...)
+	return log("debug", ("%s "):rep(select('#', ...)), ...)
+end
+local vdebug = debug;
+
+local bitor = ( function( ) -- thx Rici Lake
+	local hasbit = function( x, p )
+		return x % ( p + p ) >= p
+	end
+	return function( x, y )
+		local p = 1
+		local z = 0
+		local limit = x > y and x or y
+		while p <= limit do
+			if hasbit( x, p ) or hasbit( y, p ) then
+				z = z + p
+			end
+			p = p + p
+		end
+		return z
+	end
+end )( )
+
+local event = require "luaevent.core"
+local base = event.new( )
+local EV_READ = event.EV_READ
+local EV_WRITE = event.EV_WRITE
+local EV_TIMEOUT = event.EV_TIMEOUT
+local EV_SIGNAL = event.EV_SIGNAL
+
+local EV_READWRITE = bitor( EV_READ, EV_WRITE )
+
+local interfacelist = ( function( )  -- holds the interfaces for sockets
+	local array = { }
+	local len = 0
+	return function( method, arg )
+		if "add" == method then
+			len = len + 1
+			array[ len ] = arg
+			arg:_position( len )
+			return len
+		elseif "delete" == method then
+			if len <= 0 then
+				return nil, "array is already empty"
+			end
+			local position = arg:_position()  -- get position in array
+			if position ~= len then
+				local interface = array[ len ]  -- get last interface
+				array[ position ] = interface  -- copy it into free position
+				array[ len ] = nil  -- free last position
+				interface:_position( position )  -- set new position in array
+			else  -- free last position
+				array[ len ] = nil
+			end
+			len = len - 1
+			return len
+		else
+			return array
+		end
+	end
+end )( )
+
+-- Client interface methods
+local interface_mt
+do
+	interface_mt = {}; interface_mt.__index = interface_mt;
+	
+	local addevent = base.addevent
+	local coroutine_wrap, coroutine_yield = coroutine.wrap,coroutine.yield
+	
+	-- Private methods
+	function interface_mt:_position(new_position)
+			self.position = new_position or self.position
+			return self.position;
+	end
+	function interface_mt:_close()
+		return self:_destroy();
+	end
+	
+	function interface_mt:_start_connection(plainssl) -- should be called from addclient
+			local callback = function( event )
+				if EV_TIMEOUT == event then  -- timeout during connection
+					self.fatalerror = "connection timeout"
+					self:ontimeout()  -- call timeout listener
+					self:_close()
+					debug( "new connection failed. id:", self.id, "error:", self.fatalerror )
+				else
+					if plainssl and ssl then  -- start ssl session
+						self:starttls(self._sslctx, true)
+					else  -- normal connection
+						self:_start_session(true)
+					end
+					debug( "new connection established. id:", self.id )
+				end
+				self.eventconnect = nil
+				return -1
+			end
+			self.eventconnect = addevent( base, self.conn, EV_WRITE, callback, cfg.CONNECT_TIMEOUT )
+			return true
+	end
+	function interface_mt:_start_session(call_onconnect) -- new session, for example after startssl
+		if self.type == "client" then
+			local callback = function( )
+				self:_lock( false,  false, false )
+				--vdebug( "start listening on client socket with id:", self.id )
+				self.eventread = addevent( base, self.conn, EV_READ, self.readcallback, cfg.READ_TIMEOUT );  -- register callback
+				if call_onconnect then
+					self:onconnect()
+				end
+				self.eventsession = nil
+				return -1
+			end
+			self.eventsession = addevent( base, nil, EV_TIMEOUT, callback, 0 )
+		else
+			self:_lock( false )
+			--vdebug( "start listening on server socket with id:", self.id )
+			self.eventread = addevent( base, self.conn, EV_READ, self.readcallback )  -- register callback
+		end
+		return true
+	end
+	function interface_mt:_start_ssl(call_onconnect) -- old socket will be destroyed, therefore we have to close read/write events first
+			--vdebug( "starting ssl session with client id:", self.id )
+			local _
+			_ = self.eventread and self.eventread:close( )  -- close events; this must be called outside of the event callbacks!
+			_ = self.eventwrite and self.eventwrite:close( )
+			self.eventread, self.eventwrite = nil, nil
+			local err
+			self.conn, err = ssl.wrap( self.conn, self._sslctx )
+			if err then
+				self.fatalerror = err
+				self.conn = nil  -- cannot be used anymore
+				if call_onconnect then
+					self.ondisconnect = nil  -- dont call this when client isnt really connected
+				end
+				self:_close()
+				debug( "fatal error while ssl wrapping:", err )
+				return false
+			end
+			self.conn:settimeout( 0 )  -- set non blocking
+			local handshakecallback = coroutine_wrap(
+				function( event )
+					local _, err
+					local attempt = 0
+					local maxattempt = cfg.MAX_HANDSHAKE_ATTEMPTS
+					while attempt < maxattempt do  -- no endless loop
+						attempt = attempt + 1
+						debug( "ssl handshake of client with id:"..tostring(self)..", attempt:"..attempt )
+						if attempt > maxattempt then
+							self.fatalerror = "max handshake attempts exceeded"
+						elseif EV_TIMEOUT == event then
+							self.fatalerror = "timeout during handshake"
+						else
+							_, err = self.conn:dohandshake( )
+							if not err then
+								self:_lock( false, false, false )  -- unlock the interface; sending, closing etc allowed
+								self.send = self.conn.send  -- caching table lookups with new client object
+								self.receive = self.conn.receive
+								if not call_onconnect then  -- trigger listener
+									self:onstatus("ssl-handshake-complete");
+								end
+								self:_start_session( call_onconnect )
+								debug( "ssl handshake done" )
+								self.eventhandshake = nil
+								return -1
+							end
+							if err == "wantwrite" then
+								event = EV_WRITE
+							elseif err == "wantread" then
+								event = EV_READ
+							else
+								debug( "ssl handshake error:", err )
+								self.fatalerror = err
+							end
+						end
+						if self.fatalerror then
+							if call_onconnect then
+								self.ondisconnect = nil  -- dont call this when client isnt really connected
+							end
+							self:_close()
+							debug( "handshake failed because:", self.fatalerror )
+							self.eventhandshake = nil
+							return -1
+						end
+						event = coroutine_yield( event, cfg.HANDSHAKE_TIMEOUT )  -- yield this monster...
+					end
+				end
+			)
+			debug "starting handshake..."
+			self:_lock( false, true, true )  -- unlock read/write events, but keep interface locked
+			self.eventhandshake = addevent( base, self.conn, EV_READWRITE, handshakecallback, cfg.HANDSHAKE_TIMEOUT )
+			return true
+	end
+	function interface_mt:_destroy()  -- close this interface + events and call last listener
+			debug( "closing client with id:", self.id, self.fatalerror )
+			self:_lock( true, true, true )  -- first of all, lock the interface to avoid further actions
+			local _
+			_ = self.eventread and self.eventread:close( )
+			if self.type == "client" then
+				_ = self.eventwrite and self.eventwrite:close( )
+				_ = self.eventhandshake and self.eventhandshake:close( )
+				_ = self.eventstarthandshake and self.eventstarthandshake:close( )
+				_ = self.eventconnect and self.eventconnect:close( )
+				_ = self.eventsession and self.eventsession:close( )
+				_ = self.eventwritetimeout and self.eventwritetimeout:close( )
+				_ = self.eventreadtimeout and self.eventreadtimeout:close( )
+				_ = self.ondisconnect and self:ondisconnect( self.fatalerror ~= "client to close" and self.fatalerror)  -- call ondisconnect listener (wont be the case if handshake failed on connect)
+				_ = self.conn and self.conn:close( ) -- close connection
+				_ = self._server and self._server:counter(-1);
+				self.eventread, self.eventwrite = nil, nil
+				self.eventstarthandshake, self.eventhandshake, self.eventclose = nil, nil, nil
+				self.readcallback, self.writecallback = nil, nil
+			else
+				self.conn:close( )
+				self.eventread, self.eventclose = nil, nil
+				self.interface, self.readcallback = nil, nil
+			end
+			interfacelist( "delete", self )
+			return true
+	end
+	
+	function interface_mt:_lock(nointerface, noreading, nowriting)  -- lock or unlock this interface or events
+			self.nointerface, self.noreading, self.nowriting = nointerface, noreading, nowriting
+			return nointerface, noreading, nowriting
+	end
+	
+	--TODO: Deprecate
+	function interface_mt:lock_read(switch)
+		if switch then
+			return self:pause();
+		else
+			return self:resume();
+		end
+	end
+
+	function interface_mt:pause()
+		return self:_lock(self.nointerface, true, self.nowriting);
+	end
+
+	function interface_mt:resume()
+		self:_lock(self.nointerface, false, self.nowriting);
+		if not self.eventread then
+			self.eventread = addevent( base, self.conn, EV_READ, self.readcallback, cfg.READ_TIMEOUT );  -- register callback
+		end
+	end
+
+	function interface_mt:counter(c)
+		if c then
+			self._connections = self._connections + c
+		end
+		return self._connections
+	end
+	
+	-- Public methods
+	function interface_mt:write(data)
+		if self.nowriting then return nil, "locked" end
+		--vdebug( "try to send data to client, id/data:", self.id, data )
+		data = tostring( data )
+		local len = #data
+		local total = len + self.writebufferlen
+		if total > cfg.MAX_SEND_LENGTH then  -- check buffer length
+			local err = "send buffer exceeded"
+			debug( "error:", err )  -- to much, check your app
+			return nil, err
+		end
+		t_insert(self.writebuffer, data) -- new buffer
+		self.writebufferlen = total
+		if not self.eventwrite then  -- register new write event
+			--vdebug( "register new write event" )
+			self.eventwrite = addevent( base, self.conn, EV_WRITE, self.writecallback, cfg.WRITE_TIMEOUT )
+		end
+		return true
+	end
+	function interface_mt:close()
+		if self.nointerface then return nil, "locked"; end
+		debug( "try to close client connection with id:", self.id )
+		if self.type == "client" then
+			self.fatalerror = "client to close"
+			if self.eventwrite then -- wait for incomplete write request
+				self:_lock( true, true, false )
+				debug "closing delayed until writebuffer is empty"
+				return nil, "writebuffer not empty, waiting"
+			else -- close now
+				self:_lock( true, true, true )
+				self:_close()
+				return true
+			end
+		else
+			debug( "try to close server with id:", tostring(self.id))
+			self.fatalerror = "server to close"
+			self:_lock( true )
+			self:_close( 0 )
+			return true
+		end
+	end
+	
+	function interface_mt:socket()
+		return self.conn
+	end
+	
+	function interface_mt:server()
+		return self._server or self;
+	end
+	
+	function interface_mt:port()
+		return self._port
+	end
+	
+	function interface_mt:serverport()
+		return self._serverport
+	end
+	
+	function interface_mt:ip()
+		return self._ip
+	end
+	
+	function interface_mt:ssl()
+		return self._usingssl
+	end
+
+	function interface_mt:type()
+		return self._type or "client"
+	end
+	
+	function interface_mt:connections()
+		return self._connections
+	end
+	
+	function interface_mt:address()
+		return self.addr
+	end
+	
+	function interface_mt:set_sslctx(sslctx)
+		self._sslctx = sslctx;
+		if sslctx then
+			self.starttls = nil; -- use starttls() of interface_mt
+		else
+			self.starttls = false; -- prevent starttls()
+		end
+	end
+
+	function interface_mt:set_mode(pattern)
+		if pattern then
+			self._pattern = pattern;
+		end
+		return self._pattern;
+	end
+	
+	function interface_mt:set_send(new_send)
+		-- No-op, we always use the underlying connection's send
+	end
+	
+	function interface_mt:starttls(sslctx, call_onconnect)
+		debug( "try to start ssl at client id:", self.id )
+		local err
+		self._sslctx = sslctx;
+		if self._usingssl then  -- startssl was already called
+			err = "ssl already active"
+		end
+		if err then
+			debug( "error:", err )
+			return nil, err
+		end
+		self._usingssl = true
+		self.startsslcallback = function( )  -- we have to start the handshake outside of a read/write event
+			self.startsslcallback = nil
+			self:_start_ssl(call_onconnect);
+			self.eventstarthandshake = nil
+			return -1
+		end
+		if not self.eventwrite then
+			self:_lock( true, true, true )  -- lock the interface, to not disturb the handshake
+			self.eventstarthandshake = addevent( base, nil, EV_TIMEOUT, self.startsslcallback, 0 )  -- add event to start handshake
+		else  -- wait until writebuffer is empty
+			self:_lock( true, true, false )
+			debug "ssl session delayed until writebuffer is empty..."
+		end
+		self.starttls = false;
+		return true
+	end
+	
+	function interface_mt:setoption(option, value)
+		if self.conn.setoption then
+			return self.conn:setoption(option, value);
+		end
+		return false, "setoption not implemented";
+	end
+	
+	function interface_mt:setlistener(listener)
+		self.onconnect, self.ondisconnect, self.onincoming, self.ontimeout, self.onstatus
+			= listener.onconnect, listener.ondisconnect, listener.onincoming, listener.ontimeout, listener.onstatus;
+	end
+	
+	-- Stub handlers
+	function interface_mt:onconnect()
+	end
+	function interface_mt:onincoming()
+	end
+	function interface_mt:ondisconnect()
+	end
+	function interface_mt:ontimeout()
+	end
+	function interface_mt:ondrain()
+	end
+	function interface_mt:onstatus()
+	end
+end
+
+-- End of client interface methods
+
+local handleclient;
+do
+	local string_sub = string.sub  -- caching table lookups
+	local addevent = base.addevent
+	local socket_gettime = socket.gettime
+	function handleclient( client, ip, port, server, pattern, listener, sslctx )  -- creates an client interface
+		--vdebug("creating client interfacce...")
+		local interface = {
+			type = "client";
+			conn = client;
+			currenttime = socket_gettime( );  -- safe the origin
+			writebuffer = {};  -- writebuffer
+			writebufferlen = 0;  -- length of writebuffer
+			send = client.send;  -- caching table lookups
+			receive = client.receive;
+			onconnect = listener.onconnect;  -- will be called when client disconnects
+			ondisconnect = listener.ondisconnect;  -- will be called when client disconnects
+			onincoming = listener.onincoming;  -- will be called when client sends data
+			ontimeout = listener.ontimeout; -- called when fatal socket timeout occurs
+			onstatus = listener.onstatus; -- called for status changes (e.g. of SSL/TLS)
+			eventread = false, eventwrite = false, eventclose = false,
+			eventhandshake = false, eventstarthandshake = false;  -- event handler
+			eventconnect = false, eventsession = false;  -- more event handler...
+			eventwritetimeout = false;  -- even more event handler...
+			eventreadtimeout = false;
+			fatalerror = false;  -- error message
+			writecallback = false;  -- will be called on write events
+			readcallback = false;  -- will be called on read events
+			nointerface = true;  -- lock/unlock parameter of this interface
+			noreading = false, nowriting = false;  -- locks of the read/writecallback
+			startsslcallback = false;  -- starting handshake callback
+			position = false;  -- position of client in interfacelist
+			
+			-- Properties
+			_ip = ip, _port = port, _server = server, _pattern = pattern,
+			_serverport = (server and server:port() or nil),
+			_sslctx = sslctx; -- parameters
+			_usingssl = false;  -- client is using ssl;
+		}
+		if not ssl then interface.starttls = false; end
+		interface.id = tostring(interface):match("%x+$");
+		interface.writecallback = function( event )  -- called on write events
+			--vdebug( "new client write event, id/ip/port:", interface, ip, port )
+			if interface.nowriting or ( interface.fatalerror and ( "client to close" ~= interface.fatalerror ) ) then  -- leave this event
+				--vdebug( "leaving this event because:", interface.nowriting or interface.fatalerror )
+				interface.eventwrite = false
+				return -1
+			end
+			if EV_TIMEOUT == event then  -- took too long to write some data to socket -> disconnect
+				interface.fatalerror = "timeout during writing"
+				debug( "writing failed:", interface.fatalerror )
+				interface:_close()
+				interface.eventwrite = false
+				return -1
+			else  -- can write :)
+				if interface._usingssl then  -- handle luasec
+					if interface.eventreadtimeout then  -- we have to read first
+						local ret = interface.readcallback( )  -- call readcallback
+						--vdebug( "tried to read in writecallback, result:", ret )
+					end
+					if interface.eventwritetimeout then  -- luasec only
+						interface.eventwritetimeout:close( )  -- first we have to close timeout event which where regged after a wantread error
+						interface.eventwritetimeout = false
+					end
+				end
+				interface.writebuffer = { t_concat(interface.writebuffer) }
+				local succ, err, byte = interface.conn:send( interface.writebuffer[1], 1, interface.writebufferlen )
+				--vdebug( "write data:", interface.writebuffer, "error:", err, "part:", byte )
+				if succ then  -- writing succesful
+					interface.writebuffer[1] = nil
+					interface.writebufferlen = 0
+					interface:ondrain();
+					if interface.fatalerror then
+						debug "closing client after writing"
+						interface:_close()  -- close interface if needed
+					elseif interface.startsslcallback then  -- start ssl connection if needed
+						debug "starting ssl handshake after writing"
+						interface.eventstarthandshake = addevent( base, nil, EV_TIMEOUT, interface.startsslcallback, 0 )
+					elseif interface.eventreadtimeout then
+						return EV_WRITE, EV_TIMEOUT
+					end
+					interface.eventwrite = nil
+					return -1
+				elseif byte and (err == "timeout" or err == "wantwrite") then  -- want write again
+					--vdebug( "writebuffer is not empty:", err )
+					interface.writebuffer[1] = string_sub( interface.writebuffer[1], byte + 1, interface.writebufferlen )  -- new buffer
+					interface.writebufferlen = interface.writebufferlen - byte
+					if "wantread" == err then  -- happens only with luasec
+						local callback = function( )
+							interface:_close()
+							interface.eventwritetimeout = nil
+							return -1;
+						end
+						interface.eventwritetimeout = addevent( base, nil, EV_TIMEOUT, callback, cfg.WRITE_TIMEOUT )  -- reg a new timeout event
+						debug( "wantread during write attempt, reg it in readcallback but dont know what really happens next..." )
+						-- hopefully this works with luasec; its simply not possible to use 2 different write events on a socket in luaevent
+						return -1
+					end
+					return EV_WRITE, cfg.WRITE_TIMEOUT
+				else  -- connection was closed during writing or fatal error
+					interface.fatalerror = err or "fatal error"
+					debug( "connection failed in write event:", interface.fatalerror )
+					interface:_close()
+					interface.eventwrite = nil
+					return -1
+				end
+			end
+		end
+		
+		interface.readcallback = function( event )  -- called on read events
+			--vdebug( "new client read event, id/ip/port:", tostring(interface.id), tostring(ip), tostring(port) )
+			if interface.noreading or interface.fatalerror then  -- leave this event
+				--vdebug( "leaving this event because:", tostring(interface.noreading or interface.fatalerror) )
+				interface.eventread = nil
+				return -1
+			end
+			if EV_TIMEOUT == event then  -- took too long to get some data from client -> disconnect
+				interface.fatalerror = "timeout during receiving"
+				debug( "connection failed:", interface.fatalerror )
+				interface:_close()
+				interface.eventread = nil
+				return -1
+			else -- can read
+				if interface._usingssl then  -- handle luasec
+					if interface.eventwritetimeout then  -- ok, in the past writecallback was regged
+						local ret = interface.writecallback( )  -- call it
+						--vdebug( "tried to write in readcallback, result:", tostring(ret) )
+					end
+					if interface.eventreadtimeout then
+						interface.eventreadtimeout:close( )
+						interface.eventreadtimeout = nil
+					end
+				end
+				local buffer, err, part = interface.conn:receive( interface._pattern )  -- receive buffer with "pattern"
+				--vdebug( "read data:", tostring(buffer), "error:", tostring(err), "part:", tostring(part) )
+				buffer = buffer or part
+				if buffer and #buffer > cfg.MAX_READ_LENGTH then  -- check buffer length
+					interface.fatalerror = "receive buffer exceeded"
+					debug( "fatal error:", interface.fatalerror )
+					interface:_close()
+					interface.eventread = nil
+					return -1
+				end
+				if err and ( err ~= "timeout" and err ~= "wantread" ) then
+					if "wantwrite" == err then -- need to read on write event
+						if not interface.eventwrite then  -- register new write event if needed
+							interface.eventwrite = addevent( base, interface.conn, EV_WRITE, interface.writecallback, cfg.WRITE_TIMEOUT )
+						end
+						interface.eventreadtimeout = addevent( base, nil, EV_TIMEOUT,
+							function( )
+								interface:_close()
+							end, cfg.READ_TIMEOUT
+						)
+						debug( "wantwrite during read attempt, reg it in writecallback but dont know what really happens next..." )
+						-- to be honest i dont know what happens next, if it is allowed to first read, the write etc...
+					else  -- connection was closed or fatal error
+						interface.fatalerror = err
+						debug( "connection failed in read event:", interface.fatalerror )
+						interface:_close()
+						interface.eventread = nil
+						return -1
+					end
+				else
+					interface.onincoming( interface, buffer, err )  -- send new data to listener
+				end
+				if interface.noreading then
+					interface.eventread = nil;
+					return -1;
+				end
+				return EV_READ, cfg.READ_TIMEOUT
+			end
+		end
+
+		client:settimeout( 0 )  -- set non blocking
+		setmetatable(interface, interface_mt)
+		interfacelist( "add", interface )  -- add to interfacelist
+		return interface
+	end
+end
+
+local handleserver
+do
+	function handleserver( server, addr, port, pattern, listener, sslctx )  -- creates an server interface
+		debug "creating server interface..."
+		local interface = {
+			_connections = 0;
+			
+			conn = server;
+			onconnect = listener.onconnect;  -- will be called when new client connected
+			eventread = false;  -- read event handler
+			eventclose = false; -- close event handler
+			readcallback = false; -- read event callback
+			fatalerror = false; -- error message
+			nointerface = true;  -- lock/unlock parameter
+			
+			_ip = addr, _port = port, _pattern = pattern,
+			_sslctx = sslctx;
+		}
+		interface.id = tostring(interface):match("%x+$");
+		interface.readcallback = function( event )  -- server handler, called on incoming connections
+			--vdebug( "server can accept, id/addr/port:", interface, addr, port )
+			if interface.fatalerror then
+				--vdebug( "leaving this event because:", self.fatalerror )
+				interface.eventread = nil
+				return -1
+			end
+			local delay = cfg.ACCEPT_DELAY
+			if EV_TIMEOUT == event then
+				if interface._connections >= cfg.MAX_CONNECTIONS then  -- check connection count
+					debug( "to many connections, seconds to wait for next accept:", delay )
+					return EV_TIMEOUT, delay  -- timeout...
+				else
+					return EV_READ  -- accept again
+				end
+			end
+			--vdebug("max connection check ok, accepting...")
+			local client, err = server:accept()    -- try to accept; TODO: check err
+			while client do
+				if interface._connections >= cfg.MAX_CONNECTIONS then
+					client:close( )  -- refuse connection
+					debug( "maximal connections reached, refuse client connection; accept delay:", delay )
+					return EV_TIMEOUT, delay  -- delay for next accept attempt
+				end
+				local client_ip, client_port = client:getpeername( )
+				interface._connections = interface._connections + 1  -- increase connection count
+				local clientinterface = handleclient( client, client_ip, client_port, interface, pattern, listener, sslctx )
+				--vdebug( "client id:", clientinterface, "startssl:", startssl )
+				if ssl and sslctx then
+					clientinterface:starttls(sslctx, true)
+				else
+					clientinterface:_start_session( true )
+				end
+				debug( "accepted incoming client connection from:", client_ip or "<unknown IP>", client_port or "<unknown port>", "to", port or "<unknown port>");
+				
+				client, err = server:accept()    -- try to accept again
+			end
+			return EV_READ
+		end
+		
+		server:settimeout( 0 )
+		setmetatable(interface, interface_mt)
+		interfacelist( "add", interface )
+		interface:_start_session()
+		return interface
+	end
+end
+
+local addserver = ( function( )
+	return function( addr, port, listener, pattern, sslcfg, startssl )  -- TODO: check arguments
+		--vdebug( "creating new tcp server with following parameters:", addr or "nil", port or "nil", sslcfg or "nil", startssl or "nil")
+		local server, err = socket.bind( addr, port, cfg.ACCEPT_QUEUE )  -- create server socket
+		if not server then
+			debug( "creating server socket on "..addr.." port "..port.." failed:", err )
+			return nil, err
+		end
+		local sslctx
+		if sslcfg then
+			if not ssl then
+				debug "fatal error: luasec not found"
+				return nil, "luasec not found"
+			end
+			sslctx, err = sslcfg
+			if err then
+				debug( "error while creating new ssl context for server socket:", err )
+				return nil, err
+			end
+		end
+		local interface = handleserver( server, addr, port, pattern, listener, sslctx, startssl )  -- new server handler
+		debug( "new server created with id:", tostring(interface))
+		return interface
+	end
+end )( )
+
+local addclient, wrapclient
+do
+	function wrapclient( client, ip, port, listeners, pattern, sslctx )
+		local interface = handleclient( client, ip, port, nil, pattern, listeners, sslctx )
+		interface:_start_connection(sslctx)
+		return interface, client
+		--function handleclient( client, ip, port, server, pattern, listener, _, sslctx )  -- creates an client interface
+	end
+	
+	function addclient( addr, serverport, listener, pattern, localaddr, localport, sslcfg, startssl )
+		local client, err = socket.tcp()  -- creating new socket
+		if not client then
+			debug( "cannot create socket:", err )
+			return nil, err
+		end
+		client:settimeout( 0 )  -- set nonblocking
+		if localaddr then
+			local res, err = client:bind( localaddr, localport, -1 )
+			if not res then
+				debug( "cannot bind client:", err )
+				return nil, err
+			end
+		end
+		local sslctx
+		if sslcfg then  -- handle ssl/new context
+			if not ssl then
+				debug "need luasec, but not available"
+				return nil, "luasec not found"
+			end
+			sslctx, err = sslcfg
+			if err then
+				debug( "cannot create new ssl context:", err )
+				return nil, err
+			end
+		end
+		local res, err = client:connect( addr, serverport )  -- connect
+		if res or ( err == "timeout" ) then
+			local ip, port = client:getsockname( )
+			local interface = wrapclient( client, ip, serverport, listener, pattern, sslctx, startssl )
+			interface:_start_connection( startssl )
+			debug( "new connection id:", interface.id )
+			return interface, err
+		else
+			debug( "new connection failed:", err )
+			return nil, err
+		end
+	end
+end
+
+
+local loop = function( )  -- starts the event loop
+	base:loop( )
+	return "quitting";
+end
+
+local newevent = ( function( )
+	local add = base.addevent
+	return function( ... )
+		return add( base, ... )
+	end
+end )( )
+
+local closeallservers = function( arg )
+	for _, item in ipairs( interfacelist( ) ) do
+		if item.type == "server" then
+			item:close( arg )
+		end
+	end
+end
+
+local function setquitting(yes)
+	if yes then
+		 -- Quit now
+		 closeallservers();
+		 base:loopexit();
+	end
+end
+
+local function get_backend()
+	return base:method();
+end
+
+-- We need to hold onto the events to stop them
+-- being garbage-collected
+local signal_events = {}; -- [signal_num] -> event object
+local function hook_signal(signal_num, handler)
+	local function _handler(event)
+		local ret = handler();
+		if ret ~= false then -- Continue handling this signal?
+			return EV_SIGNAL; -- Yes
+		end
+		return -1; -- Close this event
+	end
+	signal_events[signal_num] = base:addevent(signal_num, EV_SIGNAL, _handler);
+	return signal_events[signal_num];
+end
+
+local function link(sender, receiver, buffersize)
+	local sender_locked;
+	
+	function receiver:ondrain()
+		if sender_locked then
+			sender:resume();
+			sender_locked = nil;
+		end
+	end
+	
+	function sender:onincoming(data)
+		receiver:write(data);
+		if receiver.writebufferlen >= buffersize then
+			sender_locked = true;
+			sender:pause();
+		end
+	end
+end
+
+return {
+
+	cfg = cfg,
+	base = base,
+	loop = loop,
+	link = link,
+	event = event,
+	event_base = base,
+	addevent = newevent,
+	addserver = addserver,
+	addclient = addclient,
+	wrapclient = wrapclient,
+	setquitting = setquitting,
+	closeall = closeallservers,
+	get_backend = get_backend,
+	hook_signal = hook_signal,
+
+	__NAME = SCRIPT_NAME,
+	__DATE = LAST_MODIFIED,
+	__AUTHOR = SCRIPT_AUTHOR,
+	__VERSION = SCRIPT_VERSION,
+
+}
diff --git a/net/server_select.lua b/net/server_select.lua
new file mode 100644
index 00000000..7eb330a8
--- /dev/null
+++ b/net/server_select.lua
@@ -0,0 +1,984 @@
+-- 
+-- server.lua by blastbeat of the luadch project
+-- Re-used here under the MIT/X Consortium License
+-- 
+-- Modifications (C) 2008-2010 Matthew Wild, Waqas Hussain
+--
+
+-- // wrapping luadch stuff // --
+
+local use = function( what )
+	return _G[ what ]
+end
+
+local log, table_concat = require ("util.logger").init("socket"), table.concat;
+local out_put = function (...) return log("debug", table_concat{...}); end
+local out_error = function (...) return log("warn", table_concat{...}); end
+
+----------------------------------// DECLARATION //--
+
+--// constants //--
+
+local STAT_UNIT = 1 -- byte
+
+--// lua functions //--
+
+local type = use "type"
+local pairs = use "pairs"
+local ipairs = use "ipairs"
+local tonumber = use "tonumber"
+local tostring = use "tostring"
+
+--// lua libs //--
+
+local os = use "os"
+local table = use "table"
+local string = use "string"
+local coroutine = use "coroutine"
+
+--// lua lib methods //--
+
+local os_difftime = os.difftime
+local math_min = math.min
+local math_huge = math.huge
+local table_concat = table.concat
+local string_sub = string.sub
+local coroutine_wrap = coroutine.wrap
+local coroutine_yield = coroutine.yield
+
+--// extern libs //--
+
+local luasec = use "ssl"
+local luasocket = use "socket" or require "socket"
+local luasocket_gettime = luasocket.gettime
+
+--// extern lib methods //--
+
+local ssl_wrap = ( luasec and luasec.wrap )
+local socket_bind = luasocket.bind
+local socket_sleep = luasocket.sleep
+local socket_select = luasocket.select
+
+--// functions //--
+
+local id
+local loop
+local stats
+local idfalse
+local closeall
+local addsocket
+local addserver
+local addtimer
+local getserver
+local wrapserver
+local getsettings
+local closesocket
+local removesocket
+local removeserver
+local wrapconnection
+local changesettings
+
+--// tables //--
+
+local _server
+local _readlist
+local _timerlist
+local _sendlist
+local _socketlist
+local _closelist
+local _readtimes
+local _writetimes
+
+--// simple data types //--
+
+local _
+local _readlistlen
+local _sendlistlen
+local _timerlistlen
+
+local _sendtraffic
+local _readtraffic
+
+local _selecttimeout
+local _sleeptime
+local _tcpbacklog
+
+local _starttime
+local _currenttime
+
+local _maxsendlen
+local _maxreadlen
+
+local _checkinterval
+local _sendtimeout
+local _readtimeout
+
+local _timer
+
+local _maxselectlen
+local _maxfd
+
+local _maxsslhandshake
+
+----------------------------------// DEFINITION //--
+
+_server = { } -- key = port, value = table; list of listening servers
+_readlist = { } -- array with sockets to read from
+_sendlist = { } -- arrary with sockets to write to
+_timerlist = { } -- array of timer functions
+_socketlist = { } -- key = socket, value = wrapped socket (handlers)
+_readtimes = { } -- key = handler, value = timestamp of last data reading
+_writetimes = { } -- key = handler, value = timestamp of last data writing/sending
+_closelist = { } -- handlers to close
+
+_readlistlen = 0 -- length of readlist
+_sendlistlen = 0 -- length of sendlist
+_timerlistlen = 0 -- lenght of timerlist
+
+_sendtraffic = 0 -- some stats
+_readtraffic = 0
+
+_selecttimeout = 1 -- timeout of socket.select
+_sleeptime = 0 -- time to wait at the end of every loop
+_tcpbacklog = 128 -- some kind of hint to the OS
+
+_maxsendlen = 51000 * 1024 -- max len of send buffer
+_maxreadlen = 25000 * 1024 -- max len of read buffer
+
+_checkinterval = 1200000 -- interval in secs to check idle clients
+_sendtimeout = 60000 -- allowed send idle time in secs
+_readtimeout = 6 * 60 * 60 -- allowed read idle time in secs
+
+local is_windows = package.config:sub(1,1) == "\\" -- check the directory separator, to detemine whether this is Windows
+_maxfd = luasocket._SETSIZE or (is_windows and math.huge) or 1024 -- max fd number, limit to 1024 by default to prevent glibc buffer overflow, but not on Windows
+_maxselectlen = luasocket._SETSIZE or 1024 -- But this still applies on Windows
+
+_maxsslhandshake = 30 -- max handshake round-trips
+
+----------------------------------// PRIVATE //--
+
+wrapserver = function( listeners, socket, ip, serverport, pattern, sslctx ) -- this function wraps a server -- FIXME Make sure FD < _maxfd
+
+	if socket:getfd() >= _maxfd then
+		out_error("server.lua: Disallowed FD number: "..socket:getfd())
+		socket:close()
+		return nil, "fd-too-large"
+	end
+
+	local connections = 0
+
+	local dispatch, disconnect = listeners.onconnect, listeners.ondisconnect
+
+	local accept = socket.accept
+
+	--// public methods of the object //--
+
+	local handler = { }
+
+	handler.shutdown = function( ) end
+
+	handler.ssl = function( )
+		return sslctx ~= nil
+	end
+	handler.sslctx = function( )
+		return sslctx
+	end
+	handler.remove = function( )
+		connections = connections - 1
+		if handler then
+			handler.resume( )
+		end
+	end
+	handler.close = function()
+		socket:close( )
+		_sendlistlen = removesocket( _sendlist, socket, _sendlistlen )
+		_readlistlen = removesocket( _readlist, socket, _readlistlen )
+		_server[ip..":"..serverport] = nil;
+		_socketlist[ socket ] = nil
+		handler = nil
+		socket = nil
+		--mem_free( )
+		out_put "server.lua: closed server handler and removed sockets from list"
+	end
+	handler.pause = function( hard )
+		if not handler.paused then
+			_readlistlen = removesocket( _readlist, socket, _readlistlen )
+			if hard then
+				_socketlist[ socket ] = nil
+				socket:close( )
+				socket = nil;
+			end
+			handler.paused = true;
+		end
+	end
+	handler.resume = function( )
+		if handler.paused then
+			if not socket then
+				socket = socket_bind( ip, serverport, _tcpbacklog );
+				socket:settimeout( 0 )
+			end
+			_readlistlen = addsocket(_readlist, socket, _readlistlen)
+			_socketlist[ socket ] = handler
+			handler.paused = false;
+		end
+	end
+	handler.ip = function( )
+		return ip
+	end
+	handler.serverport = function( )
+		return serverport
+	end
+	handler.socket = function( )
+		return socket
+	end
+	handler.readbuffer = function( )
+		if _readlistlen >= _maxselectlen or _sendlistlen >= _maxselectlen then
+			handler.pause( )
+			out_put( "server.lua: refused new client connection: server full" )
+			return false
+		end
+		local client, err = accept( socket )	-- try to accept
+		if client then
+			local ip, clientport = client:getpeername( )
+			local handler, client, err = wrapconnection( handler, listeners, client, ip, serverport, clientport, pattern, sslctx ) -- wrap new client socket
+			if err then -- error while wrapping ssl socket
+				return false
+			end
+			connections = connections + 1
+			out_put( "server.lua: accepted new client connection from ", tostring(ip), ":", tostring(clientport), " to ", tostring(serverport))
+			if dispatch and not sslctx then -- SSL connections will notify onconnect when handshake completes
+				return dispatch( handler );
+			end
+			return;
+		elseif err then -- maybe timeout or something else
+			out_put( "server.lua: error with new client connection: ", tostring(err) )
+			return false
+		end
+	end
+	return handler
+end
+
+wrapconnection = function( server, listeners, socket, ip, serverport, clientport, pattern, sslctx ) -- this function wraps a client to a handler object
+
+	if socket:getfd() >= _maxfd then
+		out_error("server.lua: Disallowed FD number: "..socket:getfd()) -- PROTIP: Switch to libevent
+		socket:close( ) -- Should we send some kind of error here?
+		server.pause( )
+		return nil, nil, "fd-too-large"
+	end
+	socket:settimeout( 0 )
+
+	--// local import of socket methods //--
+
+	local send
+	local receive
+	local shutdown
+
+	--// private closures of the object //--
+
+	local ssl
+
+	local dispatch = listeners.onincoming
+	local status = listeners.onstatus
+	local disconnect = listeners.ondisconnect
+	local drain = listeners.ondrain
+
+	local bufferqueue = { } -- buffer array
+	local bufferqueuelen = 0	-- end of buffer array
+
+	local toclose
+	local fatalerror
+	local needtls
+
+	local bufferlen = 0
+
+	local noread = false
+	local nosend = false
+
+	local sendtraffic, readtraffic = 0, 0
+
+	local maxsendlen = _maxsendlen
+	local maxreadlen = _maxreadlen
+
+	--// public methods of the object //--
+
+	local handler = bufferqueue -- saves a table ^_^
+
+	handler.dispatch = function( )
+		return dispatch
+	end
+	handler.disconnect = function( )
+		return disconnect
+	end
+	handler.setlistener = function( self, listeners )
+		dispatch = listeners.onincoming
+		disconnect = listeners.ondisconnect
+		status = listeners.onstatus
+		drain = listeners.ondrain
+	end
+	handler.getstats = function( )
+		return readtraffic, sendtraffic
+	end
+	handler.ssl = function( )
+		return ssl
+	end
+	handler.sslctx = function ( )
+		return sslctx
+	end
+	handler.send = function( _, data, i, j )
+		return send( socket, data, i, j )
+	end
+	handler.receive = function( pattern, prefix )
+		return receive( socket, pattern, prefix )
+	end
+	handler.shutdown = function( pattern )
+		return shutdown( socket, pattern )
+	end
+	handler.setoption = function (self, option, value)
+		if socket.setoption then
+			return socket:setoption(option, value);
+		end
+		return false, "setoption not implemented";
+	end
+	handler.force_close = function ( self, err )
+		if bufferqueuelen ~= 0 then
+			out_put("server.lua: discarding unwritten data for ", tostring(ip), ":", tostring(clientport))
+			bufferqueuelen = 0;
+		end
+		return self:close(err);
+	end
+	handler.close = function( self, err )
+		if not handler then return true; end
+		_readlistlen = removesocket( _readlist, socket, _readlistlen )
+		_readtimes[ handler ] = nil
+		if bufferqueuelen ~= 0 then
+			handler.sendbuffer() -- Try now to send any outstanding data
+			if bufferqueuelen ~= 0 then -- Still not empty, so we'll try again later
+				if handler then
+					handler.write = nil -- ... but no further writing allowed
+				end
+				toclose = true
+				return false
+			end
+		end
+		if socket then
+			_ = shutdown and shutdown( socket )
+			socket:close( )
+			_sendlistlen = removesocket( _sendlist, socket, _sendlistlen )
+			_socketlist[ socket ] = nil
+			socket = nil
+		else
+			out_put "server.lua: socket already closed"
+		end
+		if handler then
+			_writetimes[ handler ] = nil
+			_closelist[ handler ] = nil
+			local _handler = handler;
+			handler = nil
+			if disconnect then
+				disconnect(_handler, err or false);
+				disconnect = nil
+			end
+		end
+		if server then
+			server.remove( )
+		end
+		out_put "server.lua: closed client handler and removed socket from list"
+		return true
+	end
+	handler.ip = function( )
+		return ip
+	end
+	handler.serverport = function( )
+		return serverport
+	end
+	handler.clientport = function( )
+		return clientport
+	end
+	local write = function( self, data )
+		bufferlen = bufferlen + #data
+		if bufferlen > maxsendlen then
+			_closelist[ handler ] = "send buffer exceeded"	 -- cannot close the client at the moment, have to wait to the end of the cycle
+			handler.write = idfalse -- dont write anymore
+			return false
+		elseif socket and not _sendlist[ socket ] then
+			_sendlistlen = addsocket(_sendlist, socket, _sendlistlen)
+		end
+		bufferqueuelen = bufferqueuelen + 1
+		bufferqueue[ bufferqueuelen ] = data
+		if handler then
+			_writetimes[ handler ] = _writetimes[ handler ] or _currenttime
+		end
+		return true
+	end
+	handler.write = write
+	handler.bufferqueue = function( self )
+		return bufferqueue
+	end
+	handler.socket = function( self )
+		return socket
+	end
+	handler.set_mode = function( self, new )
+		pattern = new or pattern
+		return pattern
+	end
+	handler.set_send = function ( self, newsend )
+		send = newsend or send
+		return send
+	end
+	handler.bufferlen = function( self, readlen, sendlen )
+		maxsendlen = sendlen or maxsendlen
+		maxreadlen = readlen or maxreadlen
+		return bufferlen, maxreadlen, maxsendlen
+	end
+	--TODO: Deprecate
+	handler.lock_read = function (self, switch)
+		if switch == true then
+			local tmp = _readlistlen
+			_readlistlen = removesocket( _readlist, socket, _readlistlen )
+			_readtimes[ handler ] = nil
+			if _readlistlen ~= tmp then
+				noread = true
+			end
+		elseif switch == false then
+			if noread then
+				noread = false
+				_readlistlen = addsocket(_readlist, socket, _readlistlen)
+				_readtimes[ handler ] = _currenttime
+			end
+		end
+		return noread
+	end
+	handler.pause = function (self)
+		return self:lock_read(true);
+	end
+	handler.resume = function (self)
+		return self:lock_read(false);
+	end
+	handler.lock = function( self, switch )
+		handler.lock_read (switch)
+		if switch == true then
+			handler.write = idfalse
+			local tmp = _sendlistlen
+			_sendlistlen = removesocket( _sendlist, socket, _sendlistlen )
+			_writetimes[ handler ] = nil
+			if _sendlistlen ~= tmp then
+				nosend = true
+			end
+		elseif switch == false then
+			handler.write = write
+			if nosend then
+				nosend = false
+				write( "" )
+			end
+		end
+		return noread, nosend
+	end
+	local _readbuffer = function( ) -- this function reads data
+		local buffer, err, part = receive( socket, pattern )	-- receive buffer with "pattern"
+		if not err or (err == "wantread" or err == "timeout") then -- received something
+			local buffer = buffer or part or ""
+			local len = #buffer
+			if len > maxreadlen then
+				handler:close( "receive buffer exceeded" )
+				return false
+			end
+			local count = len * STAT_UNIT
+			readtraffic = readtraffic + count
+			_readtraffic = _readtraffic + count
+			_readtimes[ handler ] = _currenttime
+			--out_put( "server.lua: read data '", buffer:gsub("[^%w%p ]", "."), "', error: ", err )
+			return dispatch( handler, buffer, err )
+		else	-- connections was closed or fatal error
+			out_put( "server.lua: client ", tostring(ip), ":", tostring(clientport), " read error: ", tostring(err) )
+			fatalerror = true
+			_ = handler and handler:force_close( err )
+			return false
+		end
+	end
+	local _sendbuffer = function( ) -- this function sends data
+		local succ, err, byte, buffer, count;
+		if socket then
+			buffer = table_concat( bufferqueue, "", 1, bufferqueuelen )
+			succ, err, byte = send( socket, buffer, 1, bufferlen )
+			count = ( succ or byte or 0 ) * STAT_UNIT
+			sendtraffic = sendtraffic + count
+			_sendtraffic = _sendtraffic + count
+			for i = bufferqueuelen,1,-1 do
+				bufferqueue[ i ] = nil
+			end
+			--out_put( "server.lua: sended '", buffer, "', bytes: ", tostring(succ), ", error: ", tostring(err), ", part: ", tostring(byte), ", to: ", tostring(ip), ":", tostring(clientport) )
+		else
+			succ, err, count = false, "unexpected close", 0;
+		end
+		if succ then	-- sending succesful
+			bufferqueuelen = 0
+			bufferlen = 0
+			_sendlistlen = removesocket( _sendlist, socket, _sendlistlen ) -- delete socket from writelist
+			_writetimes[ handler ] = nil
+			if drain then
+				drain(handler)
+			end
+			_ = needtls and handler:starttls(nil)
+			_ = toclose and handler:force_close( )
+			return true
+		elseif byte and ( err == "timeout" or err == "wantwrite" ) then -- want write
+			buffer = string_sub( buffer, byte + 1, bufferlen ) -- new buffer
+			bufferqueue[ 1 ] = buffer	 -- insert new buffer in queue
+			bufferqueuelen = 1
+			bufferlen = bufferlen - byte
+			_writetimes[ handler ] = _currenttime
+			return true
+		else	-- connection was closed during sending or fatal error
+			out_put( "server.lua: client ", tostring(ip), ":", tostring(clientport), " write error: ", tostring(err) )
+			fatalerror = true
+			_ = handler and handler:force_close( err )
+			return false
+		end
+	end
+
+	-- Set the sslctx
+	local handshake;
+	function handler.set_sslctx(self, new_sslctx)
+		sslctx = new_sslctx;
+		local read, wrote
+		handshake = coroutine_wrap( function( client ) -- create handshake coroutine
+				local err
+				for i = 1, _maxsslhandshake do
+					_sendlistlen = ( wrote and removesocket( _sendlist, client, _sendlistlen ) ) or _sendlistlen
+					_readlistlen = ( read and removesocket( _readlist, client, _readlistlen ) ) or _readlistlen
+					read, wrote = nil, nil
+					_, err = client:dohandshake( )
+					if not err then
+						out_put( "server.lua: ssl handshake done" )
+						handler.readbuffer = _readbuffer	-- when handshake is done, replace the handshake function with regular functions
+						handler.sendbuffer = _sendbuffer
+						_ = status and status( handler, "ssl-handshake-complete" )
+						if self.autostart_ssl and listeners.onconnect then
+							listeners.onconnect(self);
+						end
+						_readlistlen = addsocket(_readlist, client, _readlistlen)
+						return true
+					else
+						if err == "wantwrite" then
+							_sendlistlen = addsocket(_sendlist, client, _sendlistlen)
+							wrote = true
+						elseif err == "wantread" then
+							_readlistlen = addsocket(_readlist, client, _readlistlen)
+							read = true
+						else
+							break;
+						end
+						err = nil;
+						coroutine_yield( ) -- handshake not finished
+					end
+				end
+				out_put( "server.lua: ssl handshake error: ", tostring(err or "handshake too long") )
+				_ = handler and handler:force_close("ssl handshake failed")
+				return false, err -- handshake failed
+			end
+		)
+	end
+	if luasec then
+		handler.starttls = function( self, _sslctx)
+			if _sslctx then
+				handler:set_sslctx(_sslctx);
+			end
+			if bufferqueuelen > 0 then
+				out_put "server.lua: we need to do tls, but delaying until send buffer empty"
+				needtls = true
+				return
+			end
+			out_put( "server.lua: attempting to start tls on " .. tostring( socket ) )
+			local oldsocket, err = socket
+			socket, err = ssl_wrap( socket, sslctx )	-- wrap socket
+			if not socket then
+				out_put( "server.lua: error while starting tls on client: ", tostring(err or "unknown error") )
+				return nil, err -- fatal error
+			end
+
+			socket:settimeout( 0 )
+
+			-- add the new socket to our system
+			send = socket.send
+			receive = socket.receive
+			shutdown = id
+			_socketlist[ socket ] = handler
+			_readlistlen = addsocket(_readlist, socket, _readlistlen)
+			
+			-- remove traces of the old socket
+			_readlistlen = removesocket( _readlist, oldsocket, _readlistlen )
+			_sendlistlen = removesocket( _sendlist, oldsocket, _sendlistlen )
+			_socketlist[ oldsocket ] = nil
+
+			handler.starttls = nil
+			needtls = nil
+
+			-- Secure now (if handshake fails connection will close)
+			ssl = true
+
+			handler.readbuffer = handshake
+			handler.sendbuffer = handshake
+			return handshake( socket ) -- do handshake
+		end
+	end
+
+	handler.readbuffer = _readbuffer
+	handler.sendbuffer = _sendbuffer
+	send = socket.send
+	receive = socket.receive
+	shutdown = ( ssl and id ) or socket.shutdown
+
+	_socketlist[ socket ] = handler
+	_readlistlen = addsocket(_readlist, socket, _readlistlen)
+
+	if sslctx and luasec then
+		out_put "server.lua: auto-starting ssl negotiation..."
+		handler.autostart_ssl = true;
+		local ok, err = handler:starttls(sslctx);
+		if ok == false then
+			return nil, nil, err
+		end
+	end
+
+	return handler, socket
+end
+
+id = function( )
+end
+
+idfalse = function( )
+	return false
+end
+
+addsocket = function( list, socket, len )
+	if not list[ socket ] then
+		len = len + 1
+		list[ len ] = socket
+		list[ socket ] = len
+	end
+	return len;
+end
+
+removesocket = function( list, socket, len )	-- this function removes sockets from a list ( copied from copas )
+	local pos = list[ socket ]
+	if pos then
+		list[ socket ] = nil
+		local last = list[ len ]
+		list[ len ] = nil
+		if last ~= socket then
+			list[ last ] = pos
+			list[ pos ] = last
+		end
+		return len - 1
+	end
+	return len
+end
+
+closesocket = function( socket )
+	_sendlistlen = removesocket( _sendlist, socket, _sendlistlen )
+	_readlistlen = removesocket( _readlist, socket, _readlistlen )
+	_socketlist[ socket ] = nil
+	socket:close( )
+	--mem_free( )
+end
+
+local function link(sender, receiver, buffersize)
+	local sender_locked;
+	local _sendbuffer = receiver.sendbuffer;
+	function receiver.sendbuffer()
+		_sendbuffer();
+		if sender_locked and receiver.bufferlen() < buffersize then
+			sender:lock_read(false); -- Unlock now
+			sender_locked = nil;
+		end
+	end
+	
+	local _readbuffer = sender.readbuffer;
+	function sender.readbuffer()
+		_readbuffer();
+		if not sender_locked and receiver.bufferlen() >= buffersize then
+			sender_locked = true;
+			sender:lock_read(true);
+		end
+	end
+end
+
+----------------------------------// PUBLIC //--
+
+addserver = function( addr, port, listeners, pattern, sslctx ) -- this function provides a way for other scripts to reg a server
+	local err
+	if type( listeners ) ~= "table" then
+		err = "invalid listener table"
+	end
+	if type( port ) ~= "number" or not ( port >= 0 and port <= 65535 ) then
+		err = "invalid port"
+	elseif _server[ addr..":"..port ] then
+		err = "listeners on '[" .. addr .. "]:" .. port .. "' already exist"
+	elseif sslctx and not luasec then
+		err = "luasec not found"
+	end
+	if err then
+		out_error( "server.lua, [", addr, "]:", port, ": ", err )
+		return nil, err
+	end
+	addr = addr or "*"
+	local server, err = socket_bind( addr, port, _tcpbacklog )
+	if err then
+		out_error( "server.lua, [", addr, "]:", port, ": ", err )
+		return nil, err
+	end
+	local handler, err = wrapserver( listeners, server, addr, port, pattern, sslctx ) -- wrap new server socket
+	if not handler then
+		server:close( )
+		return nil, err
+	end
+	server:settimeout( 0 )
+	_readlistlen = addsocket(_readlist, server, _readlistlen)
+	_server[ addr..":"..port ] = handler
+	_socketlist[ server ] = handler
+	out_put( "server.lua: new "..(sslctx and "ssl " or "").."server listener on '[", addr, "]:", port, "'" )
+	return handler
+end
+
+getserver = function ( addr, port )
+	return _server[ addr..":"..port ];
+end
+
+removeserver = function( addr, port )
+	local handler = _server[ addr..":"..port ]
+	if not handler then
+		return nil, "no server found on '[" .. addr .. "]:" .. tostring( port ) .. "'"
+	end
+	handler:close( )
+	_server[ addr..":"..port ] = nil
+	return true
+end
+
+closeall = function( )
+	for _, handler in pairs( _socketlist ) do
+		handler:close( )
+		_socketlist[ _ ] = nil
+	end
+	_readlistlen = 0
+	_sendlistlen = 0
+	_timerlistlen = 0
+	_server = { }
+	_readlist = { }
+	_sendlist = { }
+	_timerlist = { }
+	_socketlist = { }
+	--mem_free( )
+end
+
+getsettings = function( )
+	return {
+		select_timeout = _selecttimeout;
+		select_sleep_time = _sleeptime;
+		tcp_backlog = _tcpbacklog;
+		max_send_buffer_size = _maxsendlen;
+		max_receive_buffer_size = _maxreadlen;
+		select_idle_check_interval = _checkinterval;
+		send_timeout = _sendtimeout;
+		read_timeout = _readtimeout;
+		max_connections = _maxselectlen;
+		max_ssl_handshake_roundtrips = _maxsslhandshake;
+		highest_allowed_fd = _maxfd;
+	}
+end
+
+changesettings = function( new )
+	if type( new ) ~= "table" then
+		return nil, "invalid settings table"
+	end
+	_selecttimeout = tonumber( new.select_timeout ) or _selecttimeout
+	_sleeptime = tonumber( new.select_sleep_time ) or _sleeptime
+	_maxsendlen = tonumber( new.max_send_buffer_size ) or _maxsendlen
+	_maxreadlen = tonumber( new.max_receive_buffer_size ) or _maxreadlen
+	_checkinterval = tonumber( new.select_idle_check_interval ) or _checkinterval
+	_tcpbacklog = tonumber( new.tcp_backlog ) or _tcpbacklog
+	_sendtimeout = tonumber( new.send_timeout ) or _sendtimeout
+	_readtimeout = tonumber( new.read_timeout ) or _readtimeout
+	_maxselectlen = new.max_connections or _maxselectlen
+	_maxsslhandshake = new.max_ssl_handshake_roundtrips or _maxsslhandshake
+	_maxfd = new.highest_allowed_fd or _maxfd
+	return true
+end
+
+addtimer = function( listener )
+	if type( listener ) ~= "function" then
+		return nil, "invalid listener function"
+	end
+	_timerlistlen = _timerlistlen + 1
+	_timerlist[ _timerlistlen ] = listener
+	return true
+end
+
+stats = function( )
+	return _readtraffic, _sendtraffic, _readlistlen, _sendlistlen, _timerlistlen
+end
+
+local quitting;
+
+local function setquitting(quit)
+	quitting = not not quit;
+end
+
+loop = function(once) -- this is the main loop of the program
+	if quitting then return "quitting"; end
+	if once then quitting = "once"; end
+	local next_timer_time = math_huge;
+	repeat
+		local read, write, err = socket_select( _readlist, _sendlist, math_min(_selecttimeout, next_timer_time) )
+		for i, socket in ipairs( write ) do -- send data waiting in writequeues
+			local handler = _socketlist[ socket ]
+			if handler then
+				handler.sendbuffer( )
+			else
+				closesocket( socket )
+				out_put "server.lua: found no handler and closed socket (writelist)"	-- this should not happen
+			end
+		end
+		for i, socket in ipairs( read ) do -- receive data
+			local handler = _socketlist[ socket ]
+			if handler then
+				handler.readbuffer( )
+			else
+				closesocket( socket )
+				out_put "server.lua: found no handler and closed socket (readlist)" -- this can happen
+			end
+		end
+		for handler, err in pairs( _closelist ) do
+			handler.disconnect( )( handler, err )
+			handler:force_close()	 -- forced disconnect
+			_closelist[ handler ] = nil;
+		end
+		_currenttime = luasocket_gettime( )
+
+		-- Check for socket timeouts
+		local difftime = os_difftime( _currenttime - _starttime )
+		if difftime > _checkinterval then
+			_starttime = _currenttime
+			for handler, timestamp in pairs( _writetimes ) do
+				if os_difftime( _currenttime - timestamp ) > _sendtimeout then
+					--_writetimes[ handler ] = nil
+					handler.disconnect( )( handler, "send timeout" )
+					handler:force_close()	 -- forced disconnect
+				end
+			end
+			for handler, timestamp in pairs( _readtimes ) do
+				if os_difftime( _currenttime - timestamp ) > _readtimeout then
+					--_readtimes[ handler ] = nil
+					handler.disconnect( )( handler, "read timeout" )
+					handler:close( )	-- forced disconnect?
+				end
+			end
+		end
+
+		-- Fire timers
+		if _currenttime - _timer >= math_min(next_timer_time, 1) then
+			next_timer_time = math_huge;
+			for i = 1, _timerlistlen do
+				local t = _timerlist[ i ]( _currenttime ) -- fire timers
+				if t then next_timer_time = math_min(next_timer_time, t); end
+			end
+			_timer = _currenttime
+		else
+			next_timer_time = next_timer_time - (_currenttime - _timer);
+		end
+
+		-- wait some time (0 by default)
+		socket_sleep( _sleeptime )
+	until quitting;
+	if once and quitting == "once" then quitting = nil; return; end
+	return "quitting"
+end
+
+local function step()
+	return loop(true);
+end
+
+local function get_backend()
+	return "select";
+end
+
+--// EXPERIMENTAL //--
+
+local wrapclient = function( socket, ip, serverport, listeners, pattern, sslctx )
+	local handler, socket, err = wrapconnection( nil, listeners, socket, ip, serverport, "clientport", pattern, sslctx )
+	if not handler then return nil, err end
+	_socketlist[ socket ] = handler
+	if not sslctx then
+		_sendlistlen = addsocket(_sendlist, socket, _sendlistlen)
+		if listeners.onconnect then
+			-- When socket is writeable, call onconnect
+			local _sendbuffer = handler.sendbuffer;
+			handler.sendbuffer = function ()
+				_sendlistlen = removesocket( _sendlist, socket, _sendlistlen );
+				handler.sendbuffer = _sendbuffer;
+				listeners.onconnect(handler);
+				-- If there was data with the incoming packet, handle it now.
+				if #handler:bufferqueue() > 0 then
+					return _sendbuffer();
+				end
+			end
+		end
+	end
+	return handler, socket
+end
+
+local addclient = function( address, port, listeners, pattern, sslctx )
+	local client, err = luasocket.tcp( )
+	if err then
+		return nil, err
+	end
+	client:settimeout( 0 )
+	_, err = client:connect( address, port )
+	if err then -- try again
+		local handler = wrapclient( client, address, port, listeners )
+	else
+		wrapconnection( nil, listeners, client, address, port, "clientport", pattern, sslctx )
+	end
+end
+
+--// EXPERIMENTAL //--
+
+----------------------------------// BEGIN //--
+
+use "setmetatable" ( _socketlist, { __mode = "k" } )
+use "setmetatable" ( _readtimes, { __mode = "k" } )
+use "setmetatable" ( _writetimes, { __mode = "k" } )
+
+_timer = luasocket_gettime( )
+_starttime = luasocket_gettime( )
+
+local function setlogger(new_logger)
+	local old_logger = log;
+	if new_logger then
+		log = new_logger;
+	end
+	return old_logger;
+end
+
+----------------------------------// PUBLIC INTERFACE //--
+
+return {
+	_addtimer = addtimer,
+
+	addclient = addclient,
+	wrapclient = wrapclient,
+	
+	loop = loop,
+	link = link,
+	step = step,
+	stats = stats,
+	closeall = closeall,
+	addserver = addserver,
+	getserver = getserver,
+	setlogger = setlogger,
+	getsettings = getsettings,
+	setquitting = setquitting,
+	removeserver = removeserver,
+	get_backend = get_backend,
+	changesettings = changesettings,
+}
diff --git a/net/xmppclient_listener.lua b/net/xmppclient_listener.lua
deleted file mode 100644
index 068557c8..00000000
--- a/net/xmppclient_listener.lua
+++ /dev/null
@@ -1,87 +0,0 @@
-
-local logger = require "logger";
-local lxp = require "lxp"
-local init_xmlhandlers = require "core.xmlhandlers"
-local sm_new_session = require "core.sessionmanager".new_session;
-
-local connlisteners_register = require "net.connlisteners".register;
-
-local t_insert = table.insert;
-local t_concat = table.concat;
-local t_concatall = function (t, sep) local tt = {}; for _, s in ipairs(t) do t_insert(tt, tostring(s)); end return t_concat(tt, sep); end
-local m_random = math.random;
-local format = string.format;
-local sm_new_session, sm_destroy_session = sessionmanager.new_session, sessionmanager.destroy_session; --import("core.sessionmanager", "new_session", "destroy_session");
-local sm_streamopened = sessionmanager.streamopened;
-local st = stanza;
-
-local sessions = {};
-local xmppclient = { default_port = 5222 };
-
--- These are session methods --
-
-local function session_reset_stream(session)
-	-- Reset stream
-		local parser = lxp.new(init_xmlhandlers(session, sm_streamopened), "|");
-		session.parser = parser;
-		
-		session.notopen = true;
-		
-		function session.data(conn, data)
-			parser:parse(data);
-		end
-		return true;
-end
-
--- End of session methods --
-
-function xmppclient.listener(conn, data)
-	local session = sessions[conn];
-	if not session then
-		session = sm_new_session(conn);
-		sessions[conn] = session;
-
-		-- Logging functions --
-
-		local mainlog, log = log;
-		do
-			local conn_name = tostring(conn):match("[a-f0-9]+$");
-			log = logger.init(conn_name);
-		end
-		local print = function (...) log("info", t_concatall({...}, "\t")); end
-		session.log = log;
-
-		print("Client connected");
-		
-		session.reset_stream = session_reset_stream;
-		
-		session_reset_stream(session); -- Initialise, ready for use
-		
-		-- TODO: Below function should be session,stanza - and xmlhandlers should use :method() notation to call,
-		-- this will avoid the useless indirection we have atm
-		-- (I'm on a mission, no time to fix now)
-		session.stanza_dispatch = function (stanza) return core_process_stanza(session, stanza); end
-
-	end
-	if data then
-		session.data(conn, data);
-	end
-end
-	
-function xmppclient.disconnect(conn)
-	local session = sessions[conn];
-	if session then
-		if session.last_presence and session.last_presence.attr.type ~= "unavailable" then
-			local pres = st.presence{ type = "unavailable" };
-			if err == "closed" then err = "connection closed"; end
-			pres:tag("status"):text("Disconnected: "..err);
-			session.stanza_dispatch(pres);
-		end
-		sm_destroy_session(session);
-		sessions[conn]  = nil;
-		session = nil;
-		collectgarbage("collect");
-	end
-end
-
-connlisteners_register("xmppclient", xmppclient);
diff --git a/net/xmppserver_listener.lua b/net/xmppserver_listener.lua
deleted file mode 100644
index 7c5b0d9c..00000000
--- a/net/xmppserver_listener.lua
+++ /dev/null
@@ -1,95 +0,0 @@
-
-local logger = require "logger";
-local lxp = require "lxp"
-local init_xmlhandlers = require "core.xmlhandlers"
-local sm_new_session = require "core.sessionmanager".new_session;
-local s2s_new_incoming = require "core.s2smanager".new_incoming;
-local s2s_streamopened = require "core.s2smanager".streamopened;
-
-local connlisteners_register = require "net.connlisteners".register;
-
-local t_insert = table.insert;
-local t_concat = table.concat;
-local t_concatall = function (t, sep) local tt = {}; for _, s in ipairs(t) do t_insert(tt, tostring(s)); end return t_concat(tt, sep); end
-local m_random = math.random;
-local format = string.format;
-local sm_new_session, sm_destroy_session = sessionmanager.new_session, sessionmanager.destroy_session; --import("core.sessionmanager", "new_session", "destroy_session");
-local st = stanza;
-
-local sessions = {};
-local xmppserver = { default_port = 5269 };
-
--- These are session methods --
-
-local function session_reset_stream(session)
-	-- Reset stream
-		local parser = lxp.new(init_xmlhandlers(session, s2s_streamopened), "|");
-		session.parser = parser;
-		
-		session.notopen = true;
-		
-		function session.data(conn, data)
-			parser:parse(data);
-		end
-		return true;
-end
-
--- End of session methods --
-
-function xmppserver.listener(conn, data)
-	local session = sessions[conn];
-	if not session then
-		session = s2s_new_incoming(conn);
-		sessions[conn] = session;
-
-		-- Logging functions --
-
-		local mainlog, log = log;
-		do
-			local conn_name = "s2sin"..tostring(conn):match("[a-f0-9]+$");
-			log = logger.init(conn_name);
-		end
-		local print = function (...) log("info", t_concatall({...}, "\t")); end
-		session.log = log;
-
-		print("Incoming s2s connection");
-		
-		session.reset_stream = session_reset_stream;
-		
-		session_reset_stream(session); -- Initialise, ready for use
-		
-		-- FIXME: Below function should be session,stanza - and xmlhandlers should use :method() notation to call,
-		-- this will avoid the useless indirection we have atm
-		-- (I'm on a mission, no time to fix now)
-		session.stanza_dispatch = function (stanza) return core_process_stanza(session, stanza); end
-
-	end
-	if data then
-		session.data(conn, data);
-	end
-end
-	
-function xmppserver.disconnect(conn)
-end
-
-function xmppserver.register_outgoing(conn, session)
-	session.direction = "outgoing";
-	sessions[conn] = session;
-	
-	session.reset_stream = session_reset_stream;	
-	session_reset_stream(session); -- Initialise, ready for use
-	
-	-- FIXME: Below function should be session,stanza - and xmlhandlers should use :method() notation to call,
-	-- this will avoid the useless indirection we have atm
-	-- (I'm on a mission, no time to fix now)
-	session.stanza_dispatch = function (stanza) return core_process_stanza(session, stanza); end
-end
-
-connlisteners_register("xmppserver", xmppserver);
-
-
--- We need to perform some initialisation when a connection is created
--- We also need to perform that same initialisation at other points (SASL, TLS, ...)
-
--- ...and we need to handle data
--- ...and record all sessions associated with connections
-\ No newline at end of file