Added KDE3 version of kvirc

git-svn-id: svn://anonsvn.kde.org/home/kde/branches/trinity/applications/kvirc@1095341 283d02a7-25f6-0310-bc7c-ecb5cbfe19da

1 files changed, 2766 insertions, 0 deletions

diff --git a/src/modules/dcc/libkvidcc.cpp b/src/modules/dcc/libkvidcc.cpp
new file mode 100644
index 00000000..717f568d
--- /dev/null
+++ b/src/modules/dcc/libkvidcc.cpp
@@ -0,0 +1,2766 @@
+//=============================================================================
+//
+//   File : libkviobjects.cpp
+//   Creation date : Wed Sep 09 2000 20:59:01 by Szymon Stefanek
+//
+//   This file is part of the KVirc irc client distribution
+//   Copyright (C) 2000-2005 Szymon Stefanek (pragma at kvirc dot net)
+//
+//   This program is FREE software. You can redistribute it and/or
+//   modify it under the terms of the GNU General Public License
+//   as published by the Free Software Foundation; either version 2
+//   of the License, or (at your opinion) any later version.
+//
+//   This program is distributed in the HOPE that it will be USEFUL,
+//   but WITHOUT ANY WARRANTY; without even the implied warranty of
+//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
+//   See the GNU General Public License for more details.
+//
+//   You should have received a copy of the GNU General Public License
+//   along with this program. If not, write to the Free Software Foundation,
+//   Inc. ,51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
+//
+//=============================================================================
+
+#include "kvi_debug.h"
+#include "kvi_settings.h"
+#include "kvi_string.h"
+#include "kvi_module.h"
+#include "kvi_sparser.h"
+#include "kvi_locale.h"
+#include "kvi_out.h"
+#include "kvi_console.h"
+#include "kvi_netutils.h"
+#include "kvi_frame.h"
+#include "kvi_console.h"
+#include "kvi_error.h"
+#include "kvi_options.h"
+#include "kvi_defaults.h"
+#include "kvi_mirccntrl.h"
+#include "kvi_app.h"
+#include "kvi_ircconnection.h"
+#include "kvi_ircconnectionuserinfo.h"
+
+#include "gsmcodec.h"
+#include "broker.h"
+#include "voice.h"
+#include "utils.h"
+#include "send.h"
+#include "window.h"
+
+#include <qfileinfo.h>
+
+#ifdef COMPILE_ON_WINDOWS
+	// Ugly Windoze compiler...
+	#include "dialogs.h"
+#endif
+
+//#warning "KviOption_boolIgnoreDccChat and other types too"
+
+//extern KVIRC_API KviSharedFilesManager * g_pSharedFilesManager;
+
+KviDccBroker * g_pDccBroker = 0;
+
+
+static void dcc_module_set_dcc_type(KviDccDescriptor * d,const char * szBaseType)
+{
+	d->szType = szBaseType;
+#ifdef COMPILE_SSL_SUPPORT
+	if(d->bIsSSL)d->szType.prepend('S');
+#endif
+	if(d->bIsTdcc)d->szType.prepend('T');
+}
+
+static bool dcc_kvs_parse_default_parameters(KviDccDescriptor * d,KviKvsModuleCommandCall *c)
+{
+	d->bIsTdcc = c->switches()->find('t',"tdcc");
+
+	KviKvsVariant * pSw = c->switches()->find('m',"minimize");
+
+	if(pSw != 0)
+		d->bOverrideMinimize = pSw->asBoolean();
+	else
+		d->bOverrideMinimize = false;
+
+	if(!d->console())
+	{
+		// We don't need a console with -c and -n , otherwise we need it
+		if(!(c->switches()->find('c',"connect") || c->switches()->find('n',"no-ctcp")))
+		{
+			delete d;
+			c->error(__tr2qs_ctx("This window has no associated IRC context (an IRC context is required unless -c or -n are passed)","dcc"));
+			return false;
+		} else d->setConsole(c->window()->frame()->firstConsole());
+	}
+
+	__range_valid(d->console());
+
+	if(!d->console()->isConnected())
+	{
+		// We don't need a connection with -c and -n , otherwise we need it
+		if(!(c->switches()->find('c',"connect") || c->switches()->find('n',"no-ctcp")))
+		{
+			delete d;
+			c->error(__tr2qs_ctx("You're not connected to a server (an active connection is required unless -c or -n are passed)","dcc"));
+			return false;
+		} else {
+			// -c or -n , grab a local nick from somewhere
+			d->szLocalNick  = KVI_OPTION_STRING(KviOption_stringNickname1);
+			d->szLocalNick.stripWhiteSpace();
+			if(d->szLocalNick.isEmpty())d->szLocalNick = KVI_DEFAULT_NICKNAME1;
+			d->szLocalUser  = __tr2qs_ctx("unknown","dcc"); // we can live without it
+			d->szLocalHost  = d->szLocalUser;  // we can live without it
+		}
+	} else {
+		// We know everything
+		d->szLocalNick  = d->console()->connection()->userInfo()->nickName();
+		d->szLocalUser  = d->console()->connection()->userInfo()->userName();
+		d->szLocalHost  = d->console()->connection()->userInfo()->hostName();
+	}
+
+	if(pSw = c->switches()->find('i',"ip"))
+	{
+		pSw->asString(d->szListenIp);
+		if(!(d->szListenIp.contains('.') || d->szListenIp.contains(':')))
+		{
+			// This will magically work with the same buffer as source and dst!
+			if(!KviNetUtils::getInterfaceAddress(d->szListenIp,d->szListenIp))
+			{
+				c->error(__tr2qs_ctx("Unable to get address of interface %Q","dcc"),&(d->szListenIp));
+				delete d;
+				return false;
+			}
+		}
+	} else {
+		QString tmp;
+		if(!dcc_kvs_get_listen_ip_address(c,d->console(),tmp))
+		{
+			delete d;
+			c->error(__tr2qs_ctx("No suitable interfaces to listen on, use -i","dcc"));
+			return false;
+		}
+		d->szListenIp=tmp;
+	}
+
+	if(pSw = c->switches()->find('p',"port"))
+	{
+		pSw->asString(d->szListenPort); // fixme!
+	}
+	else d->szListenPort = "0"; // any port is ok
+
+	if(pSw = c->switches()->find('a',"fake-address"))
+	{
+		pSw->asString(d->szFakeIp);
+	}
+	else {
+		if(KVI_OPTION_BOOL(KviOption_boolDccSendFakeAddressByDefault))
+		{
+			d->szFakeIp = KVI_OPTION_STRING(KviOption_stringDefaultDccFakeAddress);
+			if(d->szFakeIp.isEmpty())KVI_OPTION_BOOL(KviOption_boolDccSendFakeAddressByDefault) = false;
+		}
+	}
+
+	if(pSw = c->switches()->find('f',"fake-port"))
+	{
+		pSw->asString(d->szFakePort);
+	}
+
+	d->bDoTimeout = (!c->switches()->find('u',"unlimited"));
+#ifdef COMPILE_SSL_SUPPORT
+	d->bIsSSL = c->switches()->find('s',"ssl");
+#else
+	if(c->switches()->find('s',"ssl"))c->warning(__tr2qs_ctx("This executable was built without SSL support, -s switch ignored","dcc"));
+#endif
+
+	return true;
+}
+
+
+/*
+	@doc: dcc.chat
+	@type:
+		command
+	@title:
+		dcc.chat
+	@short:
+		Starts a DCC Chat connection
+	@syntax:
+		dcc.chat [-s] [-n] [-c] [-u] [-m[=<boolean>]] [-i=<interface>] [-p=<port>] [-a=<fake address>] [-f=<fake port>] <nickname>
+	@switches:
+		!sw: -m[=<boolean>] | --minimize[=<boolean>]
+		If the -m switch is passed, the default boolCreateMinimizedDccChat option
+		is overridden with the <boolean> parameter passed. So actually
+		by passing -m=1 will create a minimized DCC send even
+		if the [fnc]$option[/fnc](boolCreateMinimizedDccChat) returns false.[br]
+		In the same way, by passing -m=0 you will create a non minimized DCC send.
+		If no <boolean> value is specified, it defaults to 1.[br]
+
+		!sw: -n | --no-ctcp
+		Do NOT send the CTCP request to the target user, you will have to do it manually,
+		or the remote user will have to connect manually (for example by using dcc.chat -c).[br]
+		
+		!sw: -c | --connect
+		Attempt to CONNECT to the remote host specified as <interface> and <port>,
+		instead of listening (active connection instead of a passive one).
+		In this case the -i and -p switches are mandatory.[br]
+		The 'c' switch takes precedence over 'n' (In fact both should
+		be mutually exclusive).[br]
+		If the 'c' and 'n' switches are missing, this commands
+		needs to be executed in a window that is bound to a connected
+		IRC context (you need a third entity to accomplish the negotiation).[br]
+
+		!sw: -i=<interface> | --ip=<interface>
+		Bind the local listening socket to the specified <interface> (which is an IP address, IPv4 or IPv6).
+		If this switch is NOT specified, the socket is bound to the interface of
+		the current IRC connection (if any) or to "127.0.0.1".[br]
+		You can also specify a local interface name to get the address from (this works only for IPv4 interfaces
+		since IPv6 ones seems to be unsupported by the system ioctl() calls at the moment (for linux at least)).[br]
+		Here go some examples:[br]
+		-i=215.243.12.12: this will bind to the IPv4 interface with the specified address.[br]
+		-i=3ffe:1001::1: this will bind to the IPv6 interface with the specified address.[br]
+		-i=ppp0: this will bind to the IPv4 address of the interface ppp0 (if supported by the underlying system).[br]
+		The -i switch parameter may serve also as a target address when the -c switch is used.[br]
+		
+		!sw: -p=<port> | --port=<port>
+		Bind the local listening socket to the specified <port>.
+		If this switch is NOT specified, the port will be a "random" one choosen by the kernel.[br]
+
+		!sw: -a=<fake address> | --fake-address=<fake address>
+		Send the <fake address> as target for the remote client in the requesting CTCP message.
+		If this switch is not given, the CTCP will contain the real IP address of the listening
+		interface.[br]
+		
+		!sw: -f=<fake port> | --fake-port=<fake port>
+		Send the <fake port> as target port for the remote client in the requesting CTCP message.
+		If this switch is not given, the CTCP will contain the real port of the listening socket.
+		[br][br]
+		All these switches are meant to allow maximum flexibility of the
+		DCC negotiation, earlier KVIrc releases had serious problems
+		with firewalled and/or masqueraded machines. With the -a and -f switches
+		you can work around it.[br]
+		[br]
+
+		!sw: -u | --unlimited
+		If the 'u' switch is given, the connection attempt will
+		never time out; this might be useful if you want to leave
+		a listening socket for a friend of yours while you are sleeping
+		and have the CTCP processing disabled. The 'u' switch works either
+		in active and passive mode.[br]
+
+		!sw: -s | --ssl
+		Use a Secure Socket Layer for the transfer; the whole communication will be encrypted
+		with a private key algorithm after a public key handshake.[br]
+		This option will work only if the KVIrc executable has been compiled with SSL support
+		and the remote end supports the SSL protocol too.[br]
+		Please note that this will may down the transfer somewhat.[br]
+		-s can be combined with -t.[br]
+		The CTCP negotiation will use SSEND as parameter (or eventually TSSEND).[br]
+		When requesting a SSL based DCC send to someone you probably will need a
+		certificate. If you don't have one, create it (for example with CA.pl -newcert)
+		and set it in the options dialog.
+
+		!sw: -z | --zero-port
+		Use the 0 port method. This is a dirty hack that allows you to use the CHAT
+		protocol with mIrc receiving clients.
+	@description:
+		Attempts a DCC connection to <nickname>.[br]
+		The simplest case "dcc.chat <nickname>" will work just as in all
+		the other IRC clients, but this command is really more powerful...[br]
+		Before attempting to understand the possibilities of this command,
+		be sure to know how [doc:dcc_connection]DCC negotiation and connections[/doc] work.
+		If the 'i' switch is specified, the local listening socket
+		will be bound to the specified <interface> (which is an IP address, IPv4 or IPv6),
+		otherwise it will be bound to the interface of the
+		current IRC connection.[br]
+		You can also specify a local interface name to get the address from (this works only for IPv4 interfaces
+		since IPv6 ones seem to be unsupported by the system ioctl() calls at the moment (in Linux at least)).[br]
+		Here are some examples:[br]
+		-i=215.243.12.12: This will bind to the IPv4 interface with the specified address.[br]
+		-i=3ffe:1001::1: This will bind to the IPv6 interface with the specified address.[br]
+		-i=ppp0: This will bind to the IPv4 address of the interface ppp0 (if supported by the underlying system).[br]
+		The -i switch parameter may serve also as a target address when the -c switch is used.[br]
+		If the 'p' switch is specified, the local listening socket
+		will be bound to the <port>, otherwise it will be bound to
+		a random port choosen by the kernel.[br]
+		If the 'a' switch is specified, the requesting CTCP message
+		will contain <fake address> as target for the remote user,
+		otherwise the CTCP message will contain the real IP address
+		of the listening interface.
+		If the 'f' switch is specified, the requesting CTCP message
+		will contain <fake port> as target for the remote user,
+		otherwise the CTCP message will contain the real port of the
+		listening socket.
+		All these switches are meant to allow maximum flexibility of the
+		DCC negotiation, earlier KVIrc releases had serious problems
+		with firewalled and/or masqueraded machines. With the -a and -f switches
+		you can workaround it.
+		If the 'n' switch is specified, KVIrc will NOT send the CTCP request
+		to the target user; you will have to do it manually, or the remote user
+		will have to connect manually (for example by using dcc.chat -c).
+		If the 'c' switch is specified, KVIrc will attempt to connect
+		to the remote host specified as <interface> and <port>, instead
+		of listening (active connection instead of a passive one).
+		In this case the -i and -p switches are mandatory.[br]
+		The 'c' switch takes precedence over 'n' (In fact both should
+		be mutually exclusive).[br]
+		If the 'c' and 'n' switches are missing, this commands
+		needs to be executed in a window that is bound to a connected
+		IRC context (you need a third entity to accomplish the negotiation).[br]
+		If the 'u' switch is given, the connection attempt will
+		never time out; this might be useful if you want to leave
+		a listening socket for a friend of yours while you are sleeping
+		and have the CTCP processing disabled. The 'u' switch works either
+		in active and passive mode.[br]
+		If the -m switch is passed, the default boolCreateMinimizedDccChat option
+		is overridden with the <boolean> parameter passed. So actually
+		by passing -m=1 will create a minimized DCC chat even
+		if the [fnc]$option[/fnc](boolCreateMinimizedDccChat) returns false.[br]
+		In the same way, by passing -m=0 you will create a non minimized DCC chat.
+		If no <boolean> value is specified, it defaults to 1.[br]
+		-s will cause the DCC chat to be attempted in Secure Sockets Layer mode:
+		the connection will be encrypted with a private key algorithm after a
+		public key handshake. -s will work only if the KVIrc executable was compiled
+		with SSL support enabled and if the remote end supports it.
+		The eventual DCC request will contain the string SCHAT instead of CHAT.[br]
+		When requesting a SSL based DCC chat to someone you probably will need a
+		certificate. If you don't have one, create it (for example with CA.pl -newcert)
+		and set it in the options dialog.
+	@examples:
+		Simple examples:
+		[example]
+			# Simple DCC chat to Pragma
+			dcc.chat Pragma
+			# DCC chat to Pragma, listen on address 127.0.0.1
+			dcc.chat -i=127.0.0.1 Pragma
+			# DCC chat to Pragma, listen on address 168.0.0.1 and port 1025
+			dcc.chat -i=168.0.0.1 -p=1025 Pragma
+		[/example]
+		More tricky ones:
+		[example]
+			# DCC chat to Pragma, listen on address 127.0.0.1 and port 1080
+			# but tell him to connect to address 212.134.22.11 port 1080
+			dcc.chat -i=127.0.0.1 -p=1080 -a=212.134.22.11 Pragma
+			# DCC chat to Pragma, listen on address 127.0.0.1 and port 1080
+			# but tell him to connect to address 212.134.22.11 port 1090
+			dcc.chat -i=127.0.0.1 -p=1080 -a=212.134.22.11 -f=1090 Pragma
+		[/example]
+		Now run completely out of bounds. Use dcc.chat connections
+		to do various things:
+		[example]
+			# Tricky: simulate a HTTP server
+			dcc.chat -n -i=127.0.0.1 -p=80 Netscape
+			# Now open http://127.0.0.1 with netscape
+			# and type "<html><body>Hello!</body></html>" :)
+			#
+			# Tricky 2: simulate the ident daemon (if you have none)
+			dcc.chat -n -i=127.0.0.1 -p=113 Client
+			#
+			# Now a self-DCC connection without the IRC negotiation
+			# Src: Setup a listening socket awaiting the "Destination" user connection
+			dcc.chat -n -i=127.0.0.1 -p=1080 Dst
+			# Dst: Connect to the listening socket at addr 127.0.0.1 and port 1080
+			dcc.chat -c -i=127.0.0.1 -p=1080 Src
+			# The above example will mess you a bit...
+			# Try to guess why in both windows YOU have the same nickname
+			# that is probably not Dst nor Src... :)
+		[/example]
+		Using the shell ftp proggie is too easy:
+		we're [b]real hackers[/b] and want to do complicated things...
+		[example]
+			# Connect to the local ftp server and get the list of contents
+			/dcc.chat -c -i=127.0.0.1 -p=21 FtpServer
+			# Now login, type in the new window (the following lines are NOT commands):
+			USER youruser
+			PASS yourpass
+			# Now enter passive mode
+			PASV
+			# And watch the line that you have received...sth like
+			# 227 Entering passive mode (127,0,0,1,210,195)
+			/dcc.chat -c -i=127.0.0.1 -p=$((210 * 256) + 195) FtpList
+			# (Change the port numbers accordingly)
+			# And then type in the FtpServer window (this is NOT a KVIrc command):
+			LIST
+			# Then watch the ls output in the FtpList window. :)
+			# In this way you can also read ascii files by ftp:
+			# Assume that in the previous ls output you have seen
+			# a README file.
+			# In the FtpServer window type:
+			PASV
+			# Watch the message
+			# 227 Entering passive mode (127,0,0,1,22,227)
+			/dcc.chat -c -i=127.0.0.1 -p=$((22 * 256) + 227) README
+			# In the FtpServer window type:
+			RETR README
+			# And read the file in the README window :)
+		[/example]
+*/
+
+static bool dcc_kvs_cmd_chat(KviKvsModuleCommandCall * c)
+{
+	QString szTarget;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("target",KVS_PT_NONEMPTYSTRING,0,szTarget)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * d = new KviDccDescriptor(c->window()->console());
+
+	d->szNick       = szTarget;    // we always specify the nickname
+	d->szUser       = __tr2qs_ctx("unknown","dcc"); // username is always unknown
+	d->szHost       = d->szUser;       // host is always unknown
+
+	if(!dcc_kvs_parse_default_parameters(d,c))return false;
+	dcc_module_set_dcc_type(d,"CHAT");
+
+	if(c->switches()->find('z',"zero-port"))
+	{
+		// we want to have it reversed... add a tag and send out the request
+		KviDccZeroPortTag * t = g_pDccBroker->addZeroPortTag();
+
+		d->console()->connection()->sendFmtData("PRIVMSG %s :%cDCC %s chat 127.0.0.1 0 %s%c",
+			d->console()->connection()->encodeText(d->szNick).data(),
+			0x01,
+			d->console()->connection()->encodeText(d->szType).data(),
+			d->console()->connection()->encodeText(t->m_szTag).data(),
+			0x01);
+
+		return true;
+	}
+
+	if(c->switches()->find('c',"connect"))
+	{
+		if(!(c->switches()->find('i',"ip") && c->switches()->find('p',"port")))
+		{
+			delete d;
+			c->error(__tr2qs_ctx("-c requires -i and -p","dcc"));
+			return false;
+		}
+		d->szIp         = d->szListenIp;
+		d->szPort       = d->szListenPort;
+		d->szListenIp   = ""; // useless
+		d->szListenPort = ""; // useless
+		d->bActive      = true;
+	} else {
+		d->szIp         = __tr2qs_ctx("unknown","dcc");
+		d->szPort       = d->szIp;
+		d->bActive      = false;
+		d->bSendRequest = !c->switches()->find('n',"no-ctcp");
+	}
+	
+	//c->window()->output(0,"%Q %Q %Q",&(d->szIp),&(d->szPort),&(d->szListenIp));
+	d->triggerCreationEvent();
+	g_pDccBroker->executeChat(0,d);
+
+	return true;
+}
+
+
+/*
+	@doc: dcc.send
+	@type:
+		command
+	@title:
+		dcc.send
+	@short:
+		Sends a file
+	@syntax:
+		dcc.send [-s] [-n] [-c] [-u] [-b] [-g[=<file size>]] [-t] [-m[=<boolean>]] [-i=<interface>] [-p=<port>] [-a=<fake address>] [-f=<fake port>] <nickname> [filename]
+	@switches:
+		!sw: -g[=<file size>] | --get[=<file size>]
+		This switch is a dirty trick, you can use it to receive files from people
+		behind a firewall with masquerading enabled.[br]
+		It causes the transfer direction to be inverted; your client will receive
+		the file from the remote host instead of sending it.[br]
+		<file size> is the expected file size in bytes. This parameter can be omitted,
+		and in this case the DCC will "blindly" trust the remote end and assume
+		that the file has been transferred correctly when the remote end closes the connection.[br]
+		If you don't pass the -n option, the remote end will receive an informational DCC RECV request,
+		specifying the IP address and the port to connect to.[br]
+		-t can be used to prevent sending acknowledges to the remote end, and -u can be used
+		to avoid the listening socket to timeout.[br]
+		-a and -f can be used as well, but I see no real reason for that...[br]
+		Here is an example of usage of this option:[br]
+		spion can't accept connections (is behind a firewall with masquerading or some other reason...),
+		to his machine.[br]
+		spion wants to send the file important.jpg to Pragma.[br]
+		spion tells to Pragma that he wants to send him the file and Pragma sets up a connection in the following way:[br]
+		[b]dcc.send -g spion important.png[/b][br]
+		spion will see the informational DCC RECV request with the IP address and port that Pragma is listening on.
+		Assume that the address was 212.212.231.220 and the port 32344.[br]
+		spion will then use the following command:[br]
+		[b]dcc.send -c -i=212.212.231.220 -p=32344 Pragma /home/spion/important.jpg[/b][br]
+		Et voila!..the file is transferring.[br]
+		Pragma will see no file progress indication, since the file size is unknown on Pragma's side.[br]
+		If spion had specified the file size, Pragma could use -g=<file size> while setting up the connection,
+		to be able to see the progress indications.[br]
+		If Pragma used the the -n option, the DCC RECV indication wouldn't have been sent, in this case
+		Pragma would need to communicate the Ip address and the port "manually" to spion.[br]
+
+		!sw: -b | --blind
+		Assume that no acknowledges are sent.
+		Assume that the transfer was successful when the whole file has been sent,
+		then close the socket.[br]
+		This is called a "blind" DCC send.[br]
+		
+		!sw: -t | -tdcc
+		Emulate the TDCC protocol: Use the TDCC CTCP message (DCC TSEND) for requesting the connection
+		and assume that no acknowledges are sent. Wait for the remote end to close the connection.[br]
+
+		!sw: -m[=<boolean>] | --minimize[=<boolean>]
+		If the -m switch is passed, the default boolCreateMinimizedDccSend option
+		is overridden with the <boolean> parameter passed. So actually
+		by passing -m=1 will create a minimized DCC send even
+		if the [fnc]$option[/fnc](boolCreateMinimizedDccSend) returns false.[br]
+		In the same way, by passing -m=0 you will create a non minimized DCC send.
+		If no <boolean> value is specified, it defaults to 1.[br]
+
+		!sw: -n | --no-ctcp
+		Do NOT send the CTCP request to the target user, you will have to do it manually,
+		or the remote user will have to connect manually (for example by using dcc.recv -c).[br]
+		
+		!sw: -c | --connect
+		Attempt to CONNECT to the remote host specified as <interface> and <port>,
+		instead of listening (active connection instead of a passive one).
+		In this case the -i and -p switches are mandatory.[br]
+		The 'c' switch takes precedence over 'n' (In fact both should
+		be mutually exclusive).[br]
+		If the 'c' and 'n' switches are missing, this commands
+		needs to be executed in a window that is bound to a connected
+		IRC context (you need a third entity to accomplish the negotiation).[br]
+
+		!sw: -i=<interface> | --ip=<interface>
+		Bind the local listening socket to the specified <interface> (which is an IP address, IPv4 or IPv6).
+		If this switch is NOT specified, the socket is bound to the interface of
+		the current IRC connection (if any) or to "127.0.0.1".[br]
+		You can also specify a local interface name to get the address from (this works only for IPv4 interfaces
+		since IPv6 ones seems to be unsupported by the system ioctl() calls at the moment (for linux at least)).[br]
+		Here go some examples:[br]
+		-i=215.243.12.12: this will bind to the IPv4 interface with the specified address.[br]
+		-i=3ffe:1001::1: this will bind to the IPv6 interface with the specified address.[br]
+		-i=ppp0: this will bind to the IPv4 address of the interface ppp0 (if supported by the underlying system).[br]
+		The -i switch parameter may serve also as a target address when the -c switch is used.[br]
+		
+		!sw: -p=<port> | --port=<port>
+		Bind the local listening socket to the specified <port>.
+		If this switch is NOT specified, the port will be a "random" one choosen by the kernel.[br]
+
+		!sw: -a=<fake address> | --fake-address=<fake address>
+		Send the <fake address> as target for the remote client in the requesting CTCP message.
+		If this switch is not given, the CTCP will contain the real IP address of the listening
+		interface.[br]
+		
+		!sw: -f=<fake port> | --fake-port=<fake port>
+		Send the <fake port> as target port for the remote client in the requesting CTCP message.
+		If this switch is not given, the CTCP will contain the real port of the listening socket.
+		[br][br]
+		All these switches are meant to allow maximum flexibility of the
+		DCC negotiation, earlier KVIrc releases had serious problems
+		with firewalled and/or masqueraded machines. With the -a and -f switches
+		you can work around it.[br]
+		[br]
+
+		!sw: -u | --unlimited
+		If the 'u' switch is given, the connection attempt will
+		never time out; this might be useful if you want to leave
+		a listening socket for a friend of yours while you are sleeping
+		and have the CTCP processing disabled. The 'u' switch works either
+		in active and passive mode.[br]
+
+		!sw: -s | --ssl
+		Use a Secure Socket Layer for the transfer; the whole communication will be encrypted
+		with a private key algorithm after a public key handshake.[br]
+		This option will work only if the KVIrc executable has been compiled with SSL support
+		and the remote end supports the SSL protocol too.[br]
+		Please note that this will may down the transfer somewhat.[br]
+		-s can be combined with -t.[br]
+		The CTCP negotiation will use SSEND as parameter (or eventually TSSEND).[br]
+		When requesting a SSL based DCC send to someone you probably will need a
+		certificate. If you don't have one, create it (for example with CA.pl -newcert)
+		and set it in the options dialog.
+
+	@description:
+		Attempts to send the file <filename> to <nickname>.[br]
+		If [filename] is specified it must be an absolute file path,
+		otherwise a file selection dialog is opened.[br]
+		The simplest case "dcc.send <nickname> <filename>" will work just as in all
+		the other IRC clients, but this command is really more powerful...[br]
+		Before attempting to understand the possibilities of this command,
+		be sure to know how a [doc:dcc_connection]DCC negotiation and connection[/doc] works.[br]
+		The file will be sent as a sequence of packets which must
+		be acknowledged one by one by the active client.[br]
+		There is a special option (see $option()) called "fast send" (also known
+		as "send ahead") that makes KVIrc avoid to wait for the acknowledge
+		of the last packet before sending the next one.[br]
+		Anyway, the connection is declared as successful only
+		when the whole file (all the packets) has been acknowledged.[br]
+		If you need to send a file but you're firewalled, you might take
+		a look at the [cmd]dcc.rsend[/cmd] command. It also handles
+		the mIrc zero port protocol extension.
+	@examples:
+
+*/
+
+//#warning "Example for -r"
+//#warning "OPTION FOR NO GUI ? (this is hard...)"
+//#warning "When in IPv6 mode, should be able to use the IPv4 binding!"
+
+static bool dcc_kvs_cmd_send(KviKvsModuleCommandCall * c)
+{
+	QString szTarget,szFileName;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("target",KVS_PT_NONEMPTYSTRING,0,szTarget)
+		KVSM_PARAMETER("file name",KVS_PT_NONEMPTYSTRING,KVS_PF_OPTIONAL,szFileName)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * d = new KviDccDescriptor(c->window()->console());
+
+	d->szNick            = szTarget;    // we always specify the nickname
+
+	QString szTmp;
+	KviKvsVariant * pSw = 0;
+
+	if(pSw = c->switches()->find('g',"get"))
+	{
+		d->szFileName = QFileInfo(szFileName).fileName();
+
+		if(!pSw->isBoolean())
+		{
+			kvs_int_t iSize;
+			if(pSw->asInteger(iSize)) // is an integer
+			{
+				pSw->asString(szTmp);
+				// avoid sprintf as long as possibile
+				d->szFileSize = szTmp;
+			} else {
+				d->szFileSize = __tr_ctx("<unknown size>","dcc");
+			}
+		}
+	} else {
+		d->szFileName      = szFileName;
+		d->szLocalFileName = szFileName;
+	}
+
+	d->szUser            = __tr2qs_ctx("unknown","dcc"); // username is always unknown
+	d->szHost            = d->szUser;                 // host is always unknown
+	d->bRecvFile         = pSw != 0;
+	d->bNoAcks           = c->switches()->find('b',"blind") || c->switches()->find('t',"tdcc");
+	d->bResume           = false;
+	d->bAutoAccept       = pSw != 0;
+	d->bIsIncomingAvatar = false;
+
+	if(!dcc_kvs_parse_default_parameters(d,c))return false;
+
+	if(c->switches()->find('c',"connect"))
+	{
+		if(!(c->switches()->find('i',"ip") && c->switches()->find('p',"port")))
+		{
+			delete d;
+			c->error(__tr2qs_ctx("-c requires -i and -p","dcc"));
+			return false;
+		}
+		d->szIp         = d->szListenIp;
+		d->szPort       = d->szListenPort;
+		d->szListenIp   = ""; // useless
+		d->szListenPort = ""; // useless
+		d->bActive      = true;
+	} else {
+		d->szIp         = __tr2qs_ctx("unknown","dcc");
+		d->szPort       = d->szIp;
+		d->bActive      = false;
+		d->bSendRequest = !c->switches()->find('n',"no-ctcp");
+	}
+
+	if(c->switches()->find('g',"get"))
+	{
+		dcc_module_set_dcc_type(d,"RECV");
+		d->triggerCreationEvent();
+		g_pDccBroker->recvFileManage(d);
+	} else {
+		dcc_module_set_dcc_type(d,"SEND");
+		d->triggerCreationEvent();
+		if(!d->szLocalFileName.isEmpty())
+		{
+			g_pDccBroker->sendFileExecute(0,d);
+		} else {
+			g_pDccBroker->sendFileManage(d);
+		}
+	}
+
+	return true;
+}
+
+/*
+	@doc: dcc.recv
+	@type:
+		command
+	@title:
+		dcc.recv
+	@short:
+		Sets up a file receiving connection
+	@syntax:
+		dcc.recv [-s] [-t] [-u] [-b] [-n] [-c] [-i=<interface>] [-p=<port>] [-m[=<boolean>]] <nickname> <filename> <remote file size>
+	@switches:
+		!sw: -b | --blind
+		Assume that no acknowledges are sent.
+		Assume that the transfer was successful when the whole file has been sent,
+		then close the socket.[br]
+		This is called a "blind" DCC send.[br]
+		
+		!sw: -t | -tdcc
+		Emulate the TDCC protocol: Use the TDCC CTCP message (DCC TSEND) for requesting the connection
+		and assume that no acknowledges are sent. Wait for the remote end to close the connection.[br]
+
+		!sw: -m[=<boolean>] | --minimize[=<boolean>]
+		If the -m switch is passed, the default boolCreateMinimizedDccSend option
+		is overridden with the <boolean> parameter passed. So actually
+		by passing -m=1 will create a minimized DCC send even
+		if the [fnc]$option[/fnc](boolCreateMinimizedDccSend) returns false.[br]
+		In the same way, by passing -m=0 you will create a non minimized DCC send.
+		If no <boolean> value is specified, it defaults to 1.[br]
+
+		!sw: -n | --no-ctcp
+		Do NOT send the CTCP request to the target user, you will have to do it manually,
+		or the remote user will have to connect manually (for example by using dcc.recv -c).[br]
+		
+		!sw: -i=<interface> | --ip=<interface>
+		Bind the local listening socket to the specified <interface> (which is an IP address, IPv4 or IPv6).
+		If this switch is NOT specified, the socket is bound to the interface of
+		the current IRC connection (if any) or to "127.0.0.1".[br]
+		You can also specify a local interface name to get the address from (this works only for IPv4 interfaces
+		since IPv6 ones seems to be unsupported by the system ioctl() calls at the moment (for linux at least)).[br]
+		Here go some examples:[br]
+		-i=215.243.12.12: this will bind to the IPv4 interface with the specified address.[br]
+		-i=3ffe:1001::1: this will bind to the IPv6 interface with the specified address.[br]
+		-i=ppp0: this will bind to the IPv4 address of the interface ppp0 (if supported by the underlying system).[br]
+		The -i switch parameter may serve also as a target address when the -c switch is used.[br]
+		
+		!sw: -p=<port> | --port=<port>
+		Bind the local listening socket to the specified <port>.
+		If this switch is NOT specified, the port will be a "random" one choosen by the kernel.[br]
+
+		!sw: -a=<fake address> | --fake-address=<fake address>
+		Send the <fake address> as target for the remote client in the requesting CTCP message.
+		If this switch is not given, the CTCP will contain the real IP address of the listening
+		interface.[br]
+		
+		!sw: -f=<fake port> | --fake-port=<fake port>
+		Send the <fake port> as target port for the remote client in the requesting CTCP message.
+		If this switch is not given, the CTCP will contain the real port of the listening socket.
+		[br][br]
+		All these switches are meant to allow maximum flexibility of the
+		DCC negotiation, earlier KVIrc releases had serious problems
+		with firewalled and/or masqueraded machines. With the -a and -f switches
+		you can work around it.[br]
+		[br]
+
+		!sw: -u | --unlimited
+		If the 'u' switch is given, the connection attempt will
+		never time out; this might be useful if you want to leave
+		a listening socket for a friend of yours while you are sleeping
+		and have the CTCP processing disabled. The 'u' switch works either
+		in active and passive mode.[br]
+
+		!sw: -s | --ssl
+		Use a Secure Socket Layer for the transfer; the whole communication will be encrypted
+		with a private key algorithm after a public key handshake.[br]
+		This option will work only if the KVIrc executable has been compiled with SSL support
+		and the remote end supports the SSL protocol too.[br]
+		Please note that this will may down the transfer somewhat.[br]
+		-s can be combined with -t.[br]
+		The CTCP negotiation will use SSEND as parameter (or eventually TSSEND).[br]
+		When requesting a SSL based DCC send to someone you probably will need a
+		certificate. If you don't have one, create it (for example with CA.pl -newcert)
+		and set it in the options dialog.
+
+		!sw: -c | --connect
+		Accepted for compatibility: don't use it!
+	@description:
+		Sets up a connection ready to receive a file.[br]
+		In most 'common' cases you will not need this command, you might want to use [cmd]dcc.get[/cmd] instead.[br]
+		This works like dcc.send but has two main differences: The file is INCOMING, and the CTCP sent to the other side
+		is a CTCP RECV.[br]
+		This command is the counterpart of [cmd]dcc.send[/cmd] and its parameters are exactly the same, so please refer to that
+		help page for the full discussion. This help page contains only a brief resume of these parameters.[br]
+		The [doc:dcc_connection]dcc documentation[/doc] explains the DCC Recv subprotocol in detail.[br]
+	@examples:
+
+*/
+
+//#warning "ENCODE THE CTCP'S!!!!!!!"
+//#warning "DOCS FOR dcc.recv (examples!)"
+
+static bool dcc_kvs_cmd_recv(KviKvsModuleCommandCall * c)
+{
+	QString szTarget,szFileName;
+	kvs_uint_t uSize;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("target",KVS_PT_NONEMPTYSTRING,0,szTarget)
+		KVSM_PARAMETER("filename",KVS_PT_NONEMPTYSTRING,0,szFileName)
+		KVSM_PARAMETER("size",KVS_PT_UINT,0,uSize)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * d = new KviDccDescriptor(c->window()->console());
+	d->szNick            = szTarget;
+	d->szUser            = __tr2qs_ctx("unknown","dcc");
+	d->szHost            = d->szUser;
+	d->szIp              = __tr2qs_ctx("unknown","dcc");
+	d->szPort            = d->szIp;
+
+	// -c is senseless here...but we accept it for compatibility
+
+	if(!dcc_kvs_parse_default_parameters(d,c))return false;
+
+	d->szFileName        = szFileName;
+	d->szFileSize.setNum(uSize);
+
+	d->bActive           = false; // we have to listen!
+	d->bResume           = false; 
+	d->bRecvFile         = true;  // we have to receive the file!
+	d->bSendRequest      = !c->switches()->find('n',"no-ctcp");
+	d->bNoAcks           = d->bIsTdcc || c->switches()->find('b',"blind");
+	d->bAutoAccept       = KVI_OPTION_BOOL(KviOption_boolAutoAcceptDccSend);
+	d->bIsIncomingAvatar = g_pApp->findPendingAvatarChange(d->console(),d->szNick,d->szFileName);
+
+	if(KVI_OPTION_BOOL(KviOption_boolAutoAcceptIncomingAvatars))d->bAutoAccept = d->bAutoAccept || d->bIsIncomingAvatar;
+	dcc_module_set_dcc_type(d,"RECV");
+	d->triggerCreationEvent();
+	g_pDccBroker->recvFileManage(d);
+
+	return true;
+}
+
+/*
+	@doc: dcc.rsend
+	@type:
+		command
+	@title:
+		dcc.rsend
+	@short:
+		Sends a file by using the Reverse DCC Send protocol
+	@syntax:
+		dcc.rsend [-s] [-t] <nickname> [filename]
+	@switches:
+		!sw: -t | -tdcc
+		Emulate the TDCC protocol.
+
+		!sw: -s | --ssl
+		Use a Secure Socket Layer for the transfer; the whole communication will be encrypted
+		with a private key algorithm after a public key handshake.[br]
+		This option will work only if the KVIrc executable has been compiled with SSL support
+		and the remote end supports the SSL protocol too.[br]
+		Please note that this will may down the transfer somewhat.[br]
+		-s can be combined with -t.[br]
+		The CTCP negotiation will use SSEND as parameter (or eventually TSSEND).[br]
+		When requesting a SSL based DCC send to someone you probably will need a
+		certificate. If you don't have one, create it (for example with CA.pl -newcert)
+		and set it in the options dialog.
+		!sw: -z | --zero-port
+		Use the 0 port method. This is a dirty hack that allows you to use the RSEND
+		protocol with mIrc receiving clients.
+	@description:
+		Sends a DCC RSEND request to <nickname> notifying him that you want to
+		send him the file [filename].[br]
+		The remote end may acknowledge the request by sending a DCC RECV request.
+		This command effects are similar to [cmd]dcc.send[/cmd], but will work also on machines
+		that can't accept incoming connections (firewalling or masquerading problems).[br]
+		A 120 seconds file offer is added for the specified file and mask "<nickname>!*@*".
+	@examples:
+
+*/
+
+//#warning "ENCODE THE CTCP'S!!!!!!!"
+//#warning "DOCS FOR dcc.rsend"
+
+static bool dcc_kvs_cmd_rsend(KviKvsModuleCommandCall * c)
+{
+	QString szTarget,szFileName;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("target",KVS_PT_NONEMPTYSTRING,0,szTarget)
+		KVSM_PARAMETER("filename",KVS_PT_NONEMPTYSTRING,KVS_PF_OPTIONAL,szFileName)
+	KVSM_PARAMETERS_END(c)
+
+	KVSM_REQUIRE_CONNECTION(c)
+
+	KviDccDescriptor * d = new KviDccDescriptor(c->window()->console());
+	d->szNick            = szTarget;
+	d->szLocalFileName   = szFileName;
+	d->bIsTdcc           = c->switches()->find('t',"tdcc");
+#ifdef COMPILE_SSL_SUPPORT
+	d->bIsSSL            = c->switches()->find('s',"ssl");
+#else
+	if(c->switches()->find('s',"ssl"))c->warning(__tr2qs_ctx("This executable has been built without SSL support, -s switch ignored","dcc"));
+#endif //!COMPILE_SSL_SUPPORT
+
+	if(c->switches()->find('z',"zero-port"))
+	{
+		dcc_module_set_dcc_type(d,"SEND");
+		d->setZeroPortRequestTag("nonempty"); // just to tag it
+	} else
+		dcc_module_set_dcc_type(d,"RSEND");
+	d->triggerCreationEvent();
+	g_pDccBroker->rsendManage(d);
+
+	return true;
+}
+
+
+
+
+/*
+	@doc: dcc.get
+	@type:
+		command
+	@title:
+		dcc.get
+	@short:
+		Requests a file
+	@syntax:
+		dcc.get [-s] [-t] <nickname> <filename> [filesize]
+	@description:
+		Sends a CTCP DCC GET to <nickname> requesting the file <filename>.
+		The remote end should reply with a DCC SEND request CTCP.
+		<filename> must not contain any leading path.
+		If the -t switch is given, the message is a DCC TGET, expecting
+		a TSEND reply.[br]
+		If the -s switch is given, the message will be a DCC SGET, expecting
+		a SSEND reply.[br]
+		-t and -s can be combined together to obtain a "turbo"+"SSL" extension transfer.[br]
+		-s will work only if the KVIrc executable has been compiled with SSL support and
+		the remote client supports it.[br]
+	@examples:
+
+*/
+
+//#warning "ENCODE THE CTCP'S!!!!!!!"
+//#warning "DOCS FOR dcc.get"
+
+static bool dcc_kvs_cmd_get(KviKvsModuleCommandCall * c)
+{
+	QString szTarget,szFileName;
+	kvs_uint_t uSize;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("target",KVS_PT_NONEMPTYSTRING,0,szTarget)
+		KVSM_PARAMETER("filename",KVS_PT_NONEMPTYSTRING,0,szFileName)
+		KVSM_PARAMETER("size",KVS_PT_UINT,KVS_PF_OPTIONAL,uSize)
+	KVSM_PARAMETERS_END(c)
+
+	KVSM_REQUIRE_CONNECTION(c)
+
+	KviQString::cutToLast(szFileName,'/');
+
+	if(szFileName.contains(' '))
+	{
+		szFileName.prepend('"');
+		szFileName.append('"');
+	}
+
+	KviStr szDCC("GET");
+#ifdef COMPILE_SSL_SUPPORT
+	if(c->switches()->find('s',"ssl"))szDCC.prepend('S');
+#else
+	if(c->switches()->find('s',"ssl"))c->warning(__tr2qs_ctx("This executable has no SSL support, -s switch ignored","dcc"));
+#endif
+	if(c->switches()->find('t',"tdcc"))szDCC.prepend('T');
+
+	if(uSize == 0)
+	{
+		c->window()->console()->connection()->sendFmtData("PRIVMSG %s :%cDCC %s %s%c",
+			c->window()->console()->connection()->encodeText(szTarget).data(),
+			0x01,
+			c->window()->console()->connection()->encodeText(szDCC.ptr()).data(),
+			c->window()->console()->connection()->encodeText(szFileName).data(),
+			0x01);
+	} else {
+		c->window()->console()->connection()->sendFmtData("PRIVMSG %s :%cDCC %s %s %u%c",
+			c->window()->console()->connection()->encodeText(szTarget).data(),
+			0x01,
+			c->window()->console()->connection()->encodeText(szDCC.ptr()).data(),
+			c->window()->console()->connection()->encodeText(szFileName).data(),
+			uSize,0x01);
+	}
+
+	return true;
+}
+
+
+
+
+// FIXME: SSL support for DCC VOICE ? (has a sense ?)
+
+/*
+	@doc: dcc.voice
+	@type:
+		command
+	@title:
+		dcc.voice
+	@short:
+		Starts a DCC Voice connection
+	@syntax:
+		dcc.voice [-g=<codec>] [-n] [-c] [-u] [-h=<sample_rate_in_hz>] [-m[=<boolean>]] [-i=<interface>] [-p=<port>] [-a=<fake address>] [-f=<fake port>] <nickname>
+	@switches:
+		!sw: -g=<codec> | --codec=<codec>
+		Use the codec specified as parameter.
+		Actually the supported codecs are "null","adpcm" and "gsm".
+		
+		!sw: -h=<rate> | --sample-rate=<rate>
+		Use the sample rate specified by <rage>.
+		Valid sample rates are 8000, 11025, 22050 and 44100 Hz.
+		
+		!sw: -m[=<boolean>] | --minimize[=<boolean>]
+		If the -m switch is passed, the default boolCreateMinimizedDccSend option
+		is overridden with the <boolean> parameter passed. So actually
+		by passing -m=1 will create a minimized DCC send even
+		if the [fnc]$option[/fnc](boolCreateMinimizedDccSend) returns false.[br]
+		In the same way, by passing -m=0 you will create a non minimized DCC send.
+		If no <boolean> value is specified, it defaults to 1.[br]
+
+		!sw: -n | --no-ctcp
+		Do NOT send the CTCP request to the target user, you will have to do it manually,
+		or the remote user will have to connect manually (for example by using dcc.recv -c).[br]
+		
+		!sw: -c | --connect
+		Attempt to CONNECT to the remote host specified as <interface> and <port>,
+		instead of listening (active connection instead of a passive one).
+		In this case the -i and -p switches are mandatory.[br]
+		The 'c' switch takes precedence over 'n' (In fact both should
+		be mutually exclusive).[br]
+		If the 'c' and 'n' switches are missing, this commands
+		needs to be executed in a window that is bound to a connected
+		IRC context (you need a third entity to accomplish the negotiation).[br]
+
+		!sw: -i=<interface> | --ip=<interface>
+		Bind the local listening socket to the specified <interface> (which is an IP address, IPv4 or IPv6).
+		If this switch is NOT specified, the socket is bound to the interface of
+		the current IRC connection (if any) or to "127.0.0.1".[br]
+		You can also specify a local interface name to get the address from (this works only for IPv4 interfaces
+		since IPv6 ones seems to be unsupported by the system ioctl() calls at the moment (for linux at least)).[br]
+		Here go some examples:[br]
+		-i=215.243.12.12: this will bind to the IPv4 interface with the specified address.[br]
+		-i=3ffe:1001::1: this will bind to the IPv6 interface with the specified address.[br]
+		-i=ppp0: this will bind to the IPv4 address of the interface ppp0 (if supported by the underlying system).[br]
+		The -i switch parameter may serve also as a target address when the -c switch is used.[br]
+		
+		!sw: -p=<port> | --port=<port>
+		Bind the local listening socket to the specified <port>.
+		If this switch is NOT specified, the port will be a "random" one choosen by the kernel.[br]
+
+		!sw: -a=<fake address> | --fake-address=<fake address>
+		Send the <fake address> as target for the remote client in the requesting CTCP message.
+		If this switch is not given, the CTCP will contain the real IP address of the listening
+		interface.[br]
+		
+		!sw: -f=<fake port> | --fake-port=<fake port>
+		Send the <fake port> as target port for the remote client in the requesting CTCP message.
+		If this switch is not given, the CTCP will contain the real port of the listening socket.
+		[br][br]
+		All these switches are meant to allow maximum flexibility of the
+		DCC negotiation, earlier KVIrc releases had serious problems
+		with firewalled and/or masqueraded machines. With the -a and -f switches
+		you can work around it.[br]
+		[br]
+
+		!sw: -u | --unlimited
+		If the 'u' switch is given, the connection attempt will
+		never time out; this might be useful if you want to leave
+		a listening socket for a friend of yours while you are sleeping
+		and have the CTCP processing disabled. The 'u' switch works either
+		in active and passive mode.[br]
+
+	@description:
+		Attempts a DCC Voice connection to <nickname>.[br]
+		The -g option is used to select the GSM codec, available codecs are "gsm", "adpcm" and "null".[br]
+		The adpcm codec is the one that was used in previous KVIrc versions, it provides a 1:4 compression rate
+		and is designed for 8 KHz audio sampling rate (but will work also with other sampling rates).[br]
+		The gsm codec offers 1:10 compression at the cost of some quality and cpu time. If you have a good
+		cpu and plan to transmit voice only, use this codec.<br> The null codec
+		offers no compression and may be used to transfer plain audio data over a fast connection (usually loopback
+		connection or local networks). The null codec with 44100 sampling rate would provide CD quality audio
+		streaming, but it is practically not usable (at the time I'm writing) since requires a
+		monster bandwidth. If the -g switch is not present, the adpcm codec is used by default (for compatibility reasons).[br]
+ 		The -h switch is used to select the sampling rate, if not given the sampling rate defaults to 8000 Hz.
+		This switch accepts any value, but in fact the soundcards have limits on the values. Typically
+		the lowest limit is 5 KHz and the upper limit is 44.1 KHz (but some soundcards support 96 KHz).
+		It is also possible that the soundcard can't support a continous range of frequencies and
+		will select a discrete closest match instead.[br]
+		The "commonly used" sample rates are 8000, 11025, 22050 and 44100 Hz.[br]
+		The remaining parameters are equivalent to the ones used in [cmd]dcc.send[/cmd], so please refer to that
+		help page for the full discussion. This help page contains only a brief resume of these parameters.[br]
+	@examples:
+		[example]
+			[comment]# Setup a DCC VOICE connection with Pragma (IRC user)[/comment]
+			dcc.voice Pragma
+			[comment]# Setup a DCC VOICE connection with Pragma and use the gsm codec[/comment]
+			dcc.voice -g=gsm Pragma
+			[comment]# Setup a DCC VOICE connection with Pragma, use the gsm codec and 22050 Hz sampling rate[/comment]
+			dcc.voice -g=gsm -h=22050 Pragma
+			[comment]# Setup a listening socket for a DCC VOICE connection on interface 127.0.0.1 and port 8088[/comment]
+			dcc.voice -n -i=127.0.0.1 -p=8088 Pippo
+			[comment]# Connect to the socket above[/comment]
+			dcc.voice -c -i=127.0.0.1 -p=8088 Pluto
+			[comment]# Same as above but use the NULL codec with 11025 Hz sampling rate[/comment]
+			dcc.voice -g=null -h=11025 -n -i=127.0.0.1 -p=8088 Pippo
+			[comment]# Connect to the socket above[/comment]
+			dcc.voice -g=null -h=11025 -c -i=127.0.0.1 -p=8088 Pluto
+		[/example]
+*/
+
+static bool dcc_kvs_cmd_voice(KviKvsModuleCommandCall * c)
+{
+	QString szTarget;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("target",KVS_PT_NONEMPTYSTRING,0,szTarget)
+	KVSM_PARAMETERS_END(c)
+
+#ifdef COMPILE_DISABLE_DCC_VOICE
+	c->warning(__tr2qs_ctx("DCC VOICE support not enabled at compilation time","dcc"));
+	return true;
+#endif
+
+	KviDccDescriptor * d = new KviDccDescriptor(c->window()->console());
+
+	d->szNick       = szTarget;              // we always specify the nickname
+	d->szUser       = __tr2qs_ctx("unknown","dcc"); // username is always unknown
+	d->szHost       = d->szUser;                 // host is always unknown
+	d->iSampleRate  = 8000;
+
+	if(!dcc_kvs_parse_default_parameters(d,c))return false;
+
+	if(KviKvsVariant * pSR = c->switches()->find('h',"sample-rate"))
+	{
+		kvs_int_t iSR;
+		if(!pSR->asInteger(iSR))
+		{
+			c->warning(__tr2qs_ctx("Invalid sample rate specified, defaulting to 8000","dcc"));
+			d->iSampleRate = 8000;
+		} else {
+			d->iSampleRate = iSR;
+		}
+	}
+
+	d->szCodec = "adpcm";
+
+	if(KviKvsVariant * pCodec = c->switches()->find('g',"codec"))
+	{
+		QString szCodec;
+		pCodec->asString(szCodec);
+
+		if(!kvi_dcc_voice_is_valid_codec(szCodec))
+		{
+			c->warning(__tr2qs_ctx("Invalid codec specified, defaulting to 'adpcm'","dcc"));
+			d->szCodec = "adpcm";
+		}
+	}
+
+	dcc_module_set_dcc_type(d,"VOICE");
+	if(c->switches()->find('c',"connect"))
+	{
+		if(!(c->switches()->find('i',"ip") && c->switches()->find('p',"port")))
+		{
+			delete d;
+			c->error(__tr2qs_ctx("-c requires -i and -p","dcc"));
+			return false;
+		}
+		d->szIp         = d->szListenIp;
+		d->szPort       = d->szListenPort;
+		d->szListenIp   = ""; // useless
+		d->szListenPort = ""; // useless
+		d->bActive      = true;
+
+		d->triggerCreationEvent();
+		g_pDccBroker->activeVoiceExecute(0,d);
+	} else {
+		d->szIp         = __tr2qs_ctx("unknown","dcc");
+		d->szPort       = d->szIp;
+		d->bActive      = false;
+		d->bSendRequest = !(c->switches()->find('n',"no-ctcp"));
+
+		d->triggerCreationEvent();
+		g_pDccBroker->passiveVoiceExecute(d);
+	}
+
+	return true;
+}
+
+
+
+
+/*
+static bool dcc_module_cmd_canvas(KviModule *m,KviCommand *c)
+{
+	ENTER_STACK_FRAME(c,"dcc_module_cmd_canvas");
+
+	KviStr target;
+	if(!g_pUserParser->parseCmdFinalPart(c,target))return false;
+
+	if(target.isEmpty())return c->error(KviError_notEnoughParameters,"%s",__tr_ctx("Missing target nickname","dcc"));
+
+	KviDccDescriptor * d = new KviDccDescriptor(c->window()->console());
+
+	d->szNick       = target.ptr();              // we always specify the nickname
+	d->szUser       = __tr2qs_ctx("unknown","dcc"); // username is always unknown
+	d->szHost       = d->szUser;                 // host is always unknown
+*/
+/*
+	d->bIsTdcc = c->hasSwitch('t');
+
+	d->bOverrideMinimize = c->hasSwitch('m');
+
+	if(d->bOverrideMinimize)
+	{
+		KviStr tmpVal;
+		if(!(c->getSwitchValue('m',tmpVal)))d->bShowMinimized = false;
+		else d->bShowMinimized = kvi_strEqualCI(tmpVal.ptr(),"1");
+	}
+
+
+	if(!d->console())
+	{
+		// We don't need a console with -c and -n , otherwise we need it
+		if(!(c->hasSwitch('c') || c->hasSwitch('n')))return c->noIrcContext();
+		else d->console() = c->window()->frame()->firstConsole();
+	}
+
+	__range_valid(d->console());
+
+	if(!d->console()->isConnected())
+	{
+		// We don't need a connection with -c and -n , otherwise we need it
+		if(!(c->hasSwitch('c') || c->hasSwitch('n')))return c->notConnectedToServer();
+		else {
+			// -c or -n , grab a local nick from somewhere
+			d->szLocalNick  = KVI_OPTION_STRING(KviOption_stringNickname1);
+			d->szLocalNick.stripWhiteSpace();
+			if(d->szLocalNick.isEmpty())d->szLocalNick = KVI_DEFAULT_NICKNAME1;
+			d->szLocalUser  = __tr("unknown"); // we can live without it
+			d->szLocalHost  = d->szLocalUser;  // we can live without it
+		}
+	} else {
+		// We know everything
+		d->szLocalNick  = d->console()->currentNickName();
+		d->szLocalUser  = d->console()->currentUserName();
+		d->szLocalHost  = d->console()->currentLocalHostName();
+	}
+
+
+	if(c->hasSwitch('i'))
+	{
+		c->getSwitchValue('i',d->szListenIp);
+		if(!(d->szListenIp.contains('.') || d->szListenIp.contains(':')))
+		{
+			// This will magically work with the same buffer as source and dst!
+			if(!kvi_getInterfaceAddress(d->szListenIp.ptr(),d->szListenIp))
+			{
+				return c->error(KviError_invalidParameter,__tr("Can't get address of interface %s"),d->szListenIp.ptr());
+			}
+		}
+	} else {
+		if(d->console()->isConnected())
+		{
+			d->console()->socket()->getLocalHostIp(d->szListenIp,d->console()->isIpV6Connection());
+		} else d->szListenIp = "127.0.0.1"; // huh ? :)
+	}
+
+	if(c->hasSwitch('p'))c->getSwitchValue('p',d->szListenPort);
+	else d->szListenPort = "0"; // any port is ok
+
+	if(c->hasSwitch('a'))c->getSwitchValue('a',d->szFakeIp);
+
+	if(c->hasSwitch('f'))c->getSwitchValue('f',d->szFakePort);
+
+	d->bDoTimeout = (!c->hasSwitch('u'));
+
+*/
+/*
+	if(!dcc_module_parse_default_parameters(d,c))return false;
+	dcc_module_set_dcc_type(d,"VOICE");
+
+	if(c->hasSwitch('c'))
+	{
+		if(!(c->hasSwitch('i') && c->hasSwitch('p')))
+		{
+			delete d;
+			return c->error(KviError_notEnoughParameters,__tr_ctx("-c requires -i and -p","dcc"));
+		}
+		d->szIp         = d->szListenIp;
+		d->szPort       = d->szListenPort;
+		d->szListenIp   = ""; // useless
+		d->szListenPort = ""; // useless
+		d->bActive      = true;
+
+		d->triggerCreationEvent();
+		g_pDccBroker->activeCanvasExecute(0,d);
+	} else {
+		d->szIp         = __tr2qs_ctx("unknown","dcc");
+		d->szPort       = d->szIp;
+		d->bActive      = false;
+		d->bSendRequest = !c->hasSwitch('n');
+
+		d->triggerCreationEvent();
+		g_pDccBroker->passiveCanvasExecute(d);
+	}
+
+	return c->leaveStackFrame();
+}
+*/
+
+
+
+
+
+/*
+	@doc: dcc_connection
+	@type:
+		generic
+	@title:
+		DCC negotiation and connection
+	@short:
+		Overview of the DCC internals
+	@keyterms:
+		DCC without IRC
+	@body:
+		[big]What is DCC?[/big][br]
+		'DCC' stands for Direct Client Connection, it is used to exchange data
+		directly between two IRC clients (with no IRC server in the middle).[br]
+		DCC itself is not a well-defined protocol, but rather a set of
+		subprotocols with (more or less) standardized rules.[br]
+		Sub-protocols are also (historically) called [b]"DCC types"[/b]; this term often
+		leads to confusion and it will become clear later.[br]
+		Each subprotocol has two main parts: The [b]DCC negotiation[/b] and the [b]DCC transfer[/b].[br]
+		The [b]DCC negotiation[/b] part is used to request the [b]DCC transfer[/b] and define its necessary parameters,[br]
+		while the [b]DCC transfer[/b] part is the real data transfer between clients.[br]
+		The [b]DCC negotiation[/b] requires a third entity that routes the negotiation data between clients,
+		this is usually an IRC server.[br]
+		[br]
+		[big]DCC Negotiation[/big][br]
+		This part of the protocol is the most tricky and difficult one, and is different for almost every DCC subprotocol.[br]
+		The "constant" scenario of the negotiation is more or less the following:[br]
+		There are two IRC clients connected to the same IRC network and they want to exchange some data in
+		a direct client connection.[br]
+		Each client knows the other by nickname only (and eventually by the host displayed by the IRC server,
+		but this cannot be trusted for several reasons), and can send text messages to each other by using the
+		IRC network as data channel.[br]
+		To initiate a direct client connection, one of the clients must start listening on some port (this is called [b]passive client[/b])
+		and the other must connect to that port on the first client's machine (this is the [b]active client[/b]).[br]
+		Both clients must agree on who is the passive and who is the active client. The active client must also
+		know the passive client's IP address and port (in order to be able to contact it).[br]
+		Finally, both clients must agree on the transfer type that has to be initiated.[br]
+		The negotiation exchanges these informations between clients by using IRC as channel and CTCP messages
+		as encoding method.[br]
+		An example will make things clearer:[br]
+		DCC Chat is the simplest (and most widely implemented) DCC subprotocol:
+		it is used to exchange <cr><lf> separated text data between clients.[br]
+		Assume that you want to establish a DCC Chat
+		connection to 'Sarah' that is actually connected to your IRC network (so
+		she/he is an IRC user just like you).
+		All you have to do is type sth as "/dcc chat Sarah" in your IRC client.
+		The client will setup a listening socket on a random port choosen
+		usually by the kernel of your OS. In this case YOU are the [b]passive client[/b], and Sarah is the active one.[br]
+		Once the socket is ready to accept connections,
+		your client will send a [doc:ctcp_handling]CTCP message[/doc] to Sarah using the IRC connection (and protocol) as channel:[br]
+		PRIVMSG Sarah :<0x01>DCC CHAT chat <ip_address> <port><0x01>[br]
+		where <ip_address> is the address of the listening socket and <port>
+		is the port that it has been bound to (these informations are obtained
+		after the socket has been setup). Once Sarah has received the CTCP message,
+		and agreed to connect, her (active) client will attempt to connect to the
+		specified <ip_address> and <port> (eg. to your listening socket).[br]
+		Once the connection has been established, it continues using the
+		specific CHAT transfer protocol.[br]
+		Some IRC clients allow modifications of this procedure:[br]
+		First of all, the port to listen on can be specified by the user
+		and not by the kernel; this is useful when the passive client
+		is behind a firewall that "shades" some sets of ports.
+		The ip address for the listening socket
+		can be specified by the user as well (especially when the machine has more than one network interface).[br]
+		A more challenging trick is to listen on a specified ip address and port
+		and notify different ones to the remote user (eg, <ip_address> and <port>
+		parameters of the CTCP message are not the ones that the client is listening on).
+		This is especially useful with "transparent proxy" firewalls that
+		often are not transparent enough to allow the DCC connections.
+		(If you have one of these firewalls you know what I'm talking about,
+		otherwise just read on). KVIrc allows to avoid the usage of a third entity
+		for the protocol negotiation too.
+		You can setup a listening socket on a specified port and ip address
+		without notyfying anyone of this.
+		You can also manually connect to a specified port and ip address without
+		having been notified of a DCC request.[br][br][br]
+		Is everything clear ?...I don't think so... my English is really too bad...
+		[br]
+		[big]DCC Transfer[/big][br]
+		The DCC transfer part is different for every DCC subprotocol, but
+		it always happens over a direct client to client TCP connection.[br]
+		[br]
+		[big]DCC Subprotocols[/big][br]
+		There are two main standardized DCC subprotocols that are widely implemented in IRC clients:
+		[b]DCC Chat[/b] and [b]DCC Send[/b].[br]
+		DCC Chat is quite simple and the protocol is more or less completely defined.[br]
+		DCC Send is a *real mess*, the original definition was not very flexible
+		so many IRC clients tried to enchance both the negotiation and the transfer, leading
+		often to incompatible implementations. (I can remember the Turbo File Transfer implemented
+		by VIrc, the Send-Ahead enchancement implemented in many clients, the RESUME facility...)[br]
+		Many clients introduced new DCC subprotocols with non-standard implementations,
+		leading again to client incompatibility.[br]
+		Some of the notable subprotocols are DCC Voice, DCC Draw, DCC Whiteboard...[br]
+		[br]
+		[big]DCC Chat[/big][br]
+		This is the simplest and most standardized DCC subprotocol. Almost every IRC client implements it.[br]
+		It is used to exchange lines of text between the two clients.[br]
+		The negotiation is quite simple, we assume that Client A wants to establish a DCC Chat connection to Client B.
+		Client A sets up a listening socket and retrieves its adress (ip address and port).[br]
+		Once the socket is ready Client A sends a CTCP request to B, in the following form:[br]
+		[b]DCC CHAT chat <ipaddress> <port>[/b][br]
+		Where <ipaddress> is a string representing an positive integer that is the A socket's IP address
+		in network byte order, and where <port> is a string representing an positive integer that is the
+		A socket's port.[br]
+		The original purpose of the second "chat" string in the CTCP request is quite obscure, it was probably
+		introduced to have the <ipaddress> as second parameter, as in the DCC Send subprotocol.[br]
+		Client B receives the CTCP, parses it, eventually asks the user for permission and connects
+		to the specified ip address and port.
+		The transfer protocol is quite simple, both clients can send text lines separated by <cr><lf> pairs.[br]
+		Some clients use only <lf> as line terminator so the general idea is that one of <cr> <cr><lf> or <lf>
+		can be used as line terminator.[br]
+		As extension to the protocol, KVIrc allows <ipaddress> to be an IPv6 address in the standard hexadecimal
+		notation, the connection will be made over the IPv6 protocol in this case (obviously if both clients
+		support this feature).[br]
+		(It is not clear why the original DCC specification used the unsigned int format instead of a
+		standard string representation of the IP address... missing inet_aton() function on the target system?).[br]
+		KVIrc adds the Secure Sockets Layer to the DCC Chat protocol. In this case the negotiation string becomes:[br]
+		[b]DCC SCHAT chat <ipaddress> <port>[/b][br]
+		where "SCHAT" stands for Secure CHAT.[br] The external protocol is exactly the same but is built on top of a Secure Sockets Layer
+		implementation (specifically OpenSSL). The connection will be encrypted with a private key algorithm after
+		a public key handshake.[br]
+		[br]
+		[big]DCC Send[/big][br]
+		DCC Send is another standard subprotocol. Most clients implement this as well, many have tried
+		to enchance it.[br]
+		The basic DCC Send protocol allows transferring a file from the requesting client to the receiving client.[br]
+		The requesting client (the one that sends the file) is always passive and the receiving client is always active.[br]
+		This is a huge protocol limitation since firewalled clients are often unable to accept incoming connections.[br]
+		The negotiation protocol is more complex than DCC Chat; we assume that Client A wants to send the file F to Client B.[br]
+		Client A sets up a listening socket and retrieves its ip address and port.[br]
+		Client A sends a CTCP request to Client B in the following form:[br]
+		[b]DCC SEND <filename> <ipaddress> <port> <filesize>[/b][br]
+		<ipaddress> and <port> have the same semantics as in the DCC Chat subprotocol.[br]
+		<filename> is the name (without path!) of the file to be sent, and <filesize> is (yeah), the file size.[br]
+		Client B receives the CTCP, parses it, eventually asks the user for confirmation and connects to the
+		specified ip address and port; the transfer then begins.[br]
+		Client A sends blocks of data (usually 1-2 KB) and at every block awaits confirmation from the Client B,
+		that when receiving a block should reply 4 bytes containing an positive number specifying the total size
+		of the file received up to that moment.[br]
+		The transmission closes when the last acknowledge is received by Client A.[br]
+		The acknowledges were meant to include some sort of coherency check in the transmission, but in fact
+		no client can "recover" from an acknowledge error/desync, all of them just close the connection declaring the
+		transfer as failed (the situation is even worse in fact, often acknowledge errors aren't even detected!).[br]
+		Since the packet-acknowledge round trip eats a lot of time, many clients included
+		the "send-ahead" feature; the Client A does NOT wait for the acknowledge of the first packet before sending the second one.[br]
+		The acknowledges are still sent, but just a reverse independent stream.[br] This makes the DCC Send considerably faster.[br]
+		Since the acknowledge stream has non-zero bandwidth usage, no client can recover from an acknowledge error and
+		having them as an independant stream is more or less like having no acknowledges, the "Turbo" ( :) ) extension has been added:
+		Client B will send no acknowledges and will just close the connection when he has received all the expected data.[br]
+		This makes the DCC Send as fast as FTP transfers.[br]
+		The "Turbo" extension is specified during the negotiation phase, bu using TSEND as DCC message type (instead of SEND).[br]
+		The "Turbo" extension is not widely implemented.[br]
+		Later implementations have added the support for resuming interrupted DCC Send transfers:[br]
+		Client A sets up the socket and sends the CTCP request as before.[br]
+		If Client B discovers that the file has been partially received in a previous DCC Send session it sends
+		a resume request in the following form:[br]
+		[b]DCC RESUME <filename> <port> <resume position>[/b][br]
+		Where <port> is the <port> sent in the DCC SEND request and <resume position> is the position in the file
+		from where the transfer should start.[br]
+		Cilent A receives the request, parses it and eventually replies with:[br]
+		[b]DCC ACCEPT <filename> <port> <resume position>[/b][br]
+		Client B receives the ACCEPT message, connects to Client A and the transfer initiates as before.[br]
+		The "Send-ahead" and "Turbo" extensions can obviously be used also in this case (But 'T' is NOT prepended to the RESUME and ACCEPT messages).[br]
+		The IPv6 extension can be used also in this subprotocol, so <ipaddress> can be also an IPv6 address in hexadecimal notation.[br]
+		KVIrc introduces the SSL extension also to DCC Send. The protocol remains the same again but it is built on top of
+		a Secure Sockets Layer implementation just like DCC Chat.[br]
+		With SSL the negotiation string becomes:[br]
+		[b]DCC SSEND <filename> <ipaddress> <port> <filesize>[/b][br]
+		where "SSEND" stands for Secure SEND.[br]
+		The "turbo" extension can be combined with the SSL extension too. In this case the second parameter
+		of the negotiation string must be "TSSEND" or "STSEND".[br]
+		[br]
+		[big]DCC Recv[/big][br]
+		DCC Recv is the counterpart of DCC Send. This is a KVIrc extension and is not standard yet.[br]
+		The purpose of this subprotocol will not be immediately clear, but read on for an explanation.[br]
+		It is used to request a file from another client; we assume that Client A knows that Client B has
+		a specific file and is able/wants to send it.[br]
+		Client A sets up a listening socket, retrieves its address and port and then
+		sends a CTCP request to Client B in the following form:[br]
+		[b]DCC RECV <filename> <ipaddress> <port> <resume position>[/b][br]
+		where <filename> is the name of the requested file without path, <ipaddress> and <port> have the usual meaning and <resume position>
+		is the position from that the transfer should start from.[br]
+		<ipaddress> can be an IPv6 address as well.[br]
+		Client B receives the CTCP message, parses it, looks for the file to send (in some unspecified way)
+		and connects to the specified ip address and port. The transfer then begins just as in the DCC send, but in the inverse way:
+		Client B sends blocks of data to Client A and Client B sends back acknowledges.[br]
+		This subprotocol is useful in transferring data from clients that are behind a firewall and are not able to accept
+		incoming connections (this is not possible with a normal DCC Send). In this case the client that receives
+		the file is passive and the client that sends it is active (as opposite to DCC Send).[br]
+		The "Send ahead" extension can be used also in this case and the "Turbo" extension is activated by prepending a 'T' to the
+		DCC message, "TRECV" instead of "RECV". The SSL extension is activated by prepending an 'S' to the
+		DCC message, "SRECV", "STRECV" or "TSRECV".[br]
+		This subprotocol has an implicit resume capability and thus has no need for RESUME and ACCEPT messages.[br]
+		DCC Recv requires the initiating (passive) client to know that the file to be transferred is avaiable on the B's side
+		and probably also know the file size. This subprotocol does not specify how this information is obtained, but it
+		will become clear soon that it can be obtained either manually (User B can simply tell the info to User A),
+		or automatically (as in the DCC Rsend subprotocol (keep reading)).[br]
+		[br]
+		[big]DCC RSend[/big][br]
+		DCC RSend stands for Reverse Send. This is a KVIrc extension to the SEND protocol to allow firewalled clients
+		to send files.[br] In fact, this is a "half" subprotocol, since it defines only a part of the DCC negotiation;
+		the transfer is defined by another subprotocol (and specifically bu DCC Recv).[br]
+		The requesting client (the one that sends the file) is active and the receiving client is passive.[br]
+		Assume that Client A wants to send a file to Client B and that Client A cannot accept incoming connections.[br]
+		Client A sends a CTCP request to Client B in the following form:[br]
+		[b]DCC RSEND <filename> <filesize>[/b][br]
+		Client B receives the request, parses it, eventually asks the user for confirmation, sets up a listening socket, retrieves
+		its ip address and port and switches to the DCC Recv subprotocol by effectively sending the following CTCP message:[br]
+		[b]DCC RECV <filename> <ipaddress> <port> <resume position>[/b][br]
+		The rest of the transfer is defined by the DCC Recv subprotocol.[br]
+		The "Turbo" extension is again activated by prepending a 'T' to the RSEND string, so the initial CTCP will become:[br]
+		[b]DCC TRSEND <filename> <filesize>[/b][br]
+		The "SSL" extension is also activated by prepending an 'S' to the RSEND string. It can be again combined
+		with the "turbo" extension. The negotiation parameter becomes then "SRSEND","TSRSEND" or "STRSEND".[br]
+		Easy, no ? :)[br]
+		[br]
+		[big]DCC Get[/big][br]
+		This is again a "half" subprotocol in fact since it defines only a part of the negotiation for file transfers.[br]
+		It is also NON standard, since actually no client except KVIrc implements it (AFAIK).[br]
+		DCC Get is used to request a file from a remote client. Assume that Client A wants to request a file from Client B
+		(and assume that Client A knows that B has that file and wants to send it).[br]
+		Client A sends a CTCP message to Client B in the following form:[br]
+		[b]DCC GET <filename>[/b][br]
+		Where <filename> is a name of a file without path.[br]
+		Client B receives the message, parses it, looks for an association of the <filename> to a real filesystem file
+		and starts one of the two DCC File transfer subprotocols, DCC Send or DCC RSend.[br]
+		Client B should prefer the DCC Send method and choose DCC RSend only if it is not able to accept incoming connections.[br]
+		This subprotocol can be used by firewalled clients that can't accept connections but still want to request a file
+		from another client, this one can fail only if both clients are firewalled (in this case no DCC transfer is possible at all).[br]
+		This subprotocol also does not need to "magically" know the file size, the size definition
+		is found in the subprotocol that the remote client will choose.[br]
+		The association of <filename> with a real file on the B's machine is not explicitly defined by the subprotocol;
+		KVIrc uses an internal "file-offer" table with a list of files that are available for download.[br]
+		The "turbo" and "SSL" extensions are activated as usual, "TGET", "SGET", "TSGET" and "STGET" are supported.[br]
+		[br]
+		[big]DCC File Transfer[/big][br]
+		DCC Send: Send a file, sender is passive, receiver is active (not good for firewalled senders)[br]
+		DCC Recv: Receive a file, sender is active, receiver is passive (not good for firewalled receivers)[br]
+		DCC RSend: Send a file, sender is active, receiver is passive (not good for firewalled receivers)[br]
+		DCC Get: Receive a file, sender is passive if not firewalled, receiver active if sender not firewalled (will fail only if both are firewalled)[br]
+		The "turbo" extension disables the stream of acknowledges and is activated by prepending the 'T' character to the DCC subprotocol name[br]
+		The "SSL" extension causes a Secure Socket Layer to be used and is activated by prepending the 'S' character to the DCC subprotocol name[br]
+		[br]
+		[big]DCC Voice[/big][br]
+		DCC Voice is a KVIrc extension (there is a Windows client called VIrc that implements such
+		a protocol, but it is incompatible with KVIrc).[br]
+		DCC Voice allows audio level communication between two clients, the audio stream is compressed
+		with a specified codec.[br]
+		KVIrc currently supports the ADPCM (core support) and the GSM codec (if the libgsm is available on the target system).[br]
+		[b]TODO: Finish the DCC Voice doc :)[/b]
+		[big]More tricks[/big][br]
+		KVIrc supports another "hack" to the DCC negotiation, it recognizes "XDCC" as
+		a DCC negotiation CTCP parameter.[br]
+		This can be used to circumvent limitations of some IRC clients (read mIRC) that will not allow
+		you to send a /DCC GET since it is an unrecognized DCC type.[br]
+		"XDCC" has exactly the same meaning as "DCC" (at least in KVIrc).[br]
+*/
+
+static KviDccDescriptor * dcc_kvs_find_dcc_descriptor(const kvs_uint_t &uId,KviKvsModuleRunTimeCall * c,bool bWarn = true)
+{
+	KviDccDescriptor * dcc = 0;
+	if(uId == 0)
+	{
+		if(c->window()->inherits("KviDccWindow"))
+		{
+			dcc = ((KviDccWindow *)(c->window()))->descriptor();
+		}
+		if((!dcc) && bWarn)
+			c->warning(__tr2qs_ctx("The current window has no associated DCC session","dcc"));
+		return dcc;
+	}
+	dcc = KviDccDescriptor::find(uId);
+	if((!dcc) && bWarn)
+		c->warning(__tr2qs_ctx("The specified parameter is not a valid DCC identifier","dcc"));
+	return dcc;
+}
+
+
+/*
+	@doc: dcc.abort
+	@type:
+		command
+	@title:
+		dcc.abort
+	@short:
+		Aborts a dcc session
+	@syntax:
+		dcc.abort [-q] [dcc_id:uint]
+	@description:
+		Terminates the Direct Client Connection specified by <dcc_id>.[br]
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function doesn't abort anything and prints a warning unless the -q switch is used.[br]
+		If <dcc_id> refers to a file transfer then it the transfer is simply
+		terminated. If <dcc_id> refers to a dcc chat then the result
+		is equivalent to closing the related window.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+	@examples:
+*/
+
+static bool dcc_kvs_cmd_abort(KviKvsModuleCommandCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c,!c->switches()->find('q',"quiet"));
+
+	if(dcc)
+	{
+		if(dcc->transfer())dcc->transfer()->abort();
+		else if(dcc->window())dcc->window()->close();
+	}
+
+	return true;
+}
+
+/*
+	@doc: dcc.setBandwidthLimit
+	@type:
+		command
+	@title:
+		dcc.setBandwidthLimit
+	@short:
+		Set the bandwidthlimit of a dcc.send session.
+	@syntax:
+		dcc.setBandwidthLimit [-q] [dcc_id:uint]
+	@description:
+		Terminates the Direct Client Connection specified by <dcc_id>.[br]
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function  prints a warning unless the -q switch is used.[br]
+		If <dcc_id> does not refers to a file transfer a warning will be printing unless the -q switch is used.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+	@examples:
+*/
+static bool dcc_kvs_cmd_setBandwidthLimit(KviKvsModuleCommandCall * c)
+{
+	kvs_uint_t uDccId,uVal;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("limit_value",KVS_PT_UINT,0,uVal)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c,!c->switches()->find('q',"quiet"));
+	if(dcc)
+	{
+		if (dcc->transfer())dcc->transfer()->setBandwidthLimit(uVal);
+		else if (!c->switches()->find('q',"quiet"))c->warning(__tr2qs_ctx("This DCC session is not a DCC transfer session","dcc"));
+	}
+	return true;
+}
+
+/*
+	@doc: dcc.protocol
+	@type:
+		function
+	@title:
+		$dcc.protocol
+	@short:
+		Returns the protocol of the specified DCC
+	@syntax:
+		<string> $dcc.protocol
+		<string> $dcc.protocol(<dcc_id:uint>)
+	@description:
+		Returns the string describing the protocol of the
+		Direct Client Connection specified by <dcc_id>.[br]
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function prints a warning and returns an empty sting.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_protocol(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setString(dcc->protocol());
+	return true;
+}
+
+
+/*
+	@doc: dcc.connectionType
+	@type:
+		function
+	@title:
+		$dcc.connectionType
+	@short:
+		Returns the connection type of the specified DCC
+	@syntax:
+		<string> $dcc.connectionType
+		<string> $dcc.connectionType(<dcc_id:uint>)
+	@description:
+		Returns the connection type of the specified DCC.[br]
+		Returns the string "ACTIVE" for active DCC connections
+		and the string "PASSIVE" for passive DCC connections.
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function prints a warning and returns an empty sting.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_connectionType(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setString(dcc->isActive() ? "ACTIVE" : "PASSIVE");
+	return true;
+}
+
+
+/*
+	@doc: dcc.isFileTransfer
+	@type:
+		function
+	@title:
+		$dcc.isFileTransfer
+	@short:
+		Checks if a DCC is a file transfer
+	@syntax:
+		<boolean> $dcc.isFileTransfer
+		<boolean> $dcc.isFileTransfer(<dcc_id:uint>)
+	@description:
+		Returns 1 if the specified Direct Client Connection
+		is a file transfer and 0 otherwise.[br]
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this and returns 0.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_isFileTransfer(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c,false);
+
+	if(dcc)c->returnValue()->setBoolean(dcc->isFileTransfer());
+	return true;
+}
+
+
+/*
+	@doc: dcc.isFileUpload
+	@type:
+		function
+	@title:
+		$dcc.isFileUpload
+	@short:
+		Checks if a DCC is an upload file transfer
+	@syntax:
+		<boolean> $dcc.isFileUpload
+		<boolean> $dcc.isFileUpload(<dcc_id:uint>)
+	@description:
+		Returns 1 if the specified Direct Client Connection
+		is an upload file transfer and 0 otherwise.[br]
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function prints a warning and returns 0.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_isFileUpload(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setBoolean(dcc->isFileUpload());
+	return true;
+}
+
+
+/*
+	@doc: dcc.isFileDownload
+	@type:
+		function
+	@title:
+		$dcc.isFileDownload
+	@short:
+		Checks if a DCC is a download file transfer
+	@syntax:
+		<boolean> $dcc.isFileDownload
+		<boolean> $dcc.isFileDownload(<dcc_id:uint>)
+	@description:
+		Returns 1 if the specified Direct Client Connection
+		is a download file transfer and 0 otherwise.[br]
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function prints a warning and returns 0.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_isFileDownload(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setBoolean(dcc->isFileDownload());
+	return true;
+}
+
+
+/*
+	@doc: dcc.localNick
+	@type:
+		function
+	@title:
+		$dcc.localNick
+	@short:
+		Returns the local nickname associated to the specified DCC
+	@syntax:
+		<string> $dcc.localNick
+		<string> $dcc.localNick(<dcc_id:uint>)
+	@description:
+		Returns the local nickname associated to the specified DCC.[br]
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function prints a warning and returns an empty sting.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_localNick(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setString(dcc->localNick());
+	return true;
+}
+
+
+/*
+	@doc: dcc.localUser
+	@type:
+		function
+	@title:
+		$dcc.localUser
+	@short:
+		Returns the local username associated to the specified DCC
+	@syntax:
+		<string> $dcc.localUser
+		<string> $dcc.localUser(<dcc_id:uint>)
+	@description:
+		Returns the local username associated to the specified DCC.[br]
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function prints a warning and returns an empty sting.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_localUser(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setString(dcc->localUser());
+	return true;
+}
+
+/*
+	@doc: dcc.localHost
+	@type:
+		function
+	@title:
+		$dcc.localHost
+	@short:
+		Returns the local hostname associated to the specified DCC
+	@syntax:
+		<string> $dcc.localHost
+		<string> $dcc.localHost(<dcc_id:uint>)
+	@description:
+		Returns the local hostname associated to the specified DCC.[br]
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function prints a warning and returns an empty sting.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_localHost(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setString(dcc->localHost());
+	return true;
+}
+
+
+/*
+	@doc: dcc.localIp
+	@type:
+		function
+	@title:
+		$dcc.localIp
+	@short:
+		Returns the local ip address associated to the specified DCC
+	@syntax:
+		<string> $dcc.localIp
+		<string> $dcc.localIp(<dcc_id:uint>)
+	@description:
+		Returns the local ip address associated to the specified DCC.[br]
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function prints a warning and returns an empty sting.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_localIp(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setString(dcc->localIp());
+	return true;
+}
+
+
+/*
+	@doc: dcc.localPort
+	@type:
+		function
+	@title:
+		$dcc.localPort
+	@short:
+		Returns the local port associated to the specified DCC
+	@syntax:
+		<integer> $dcc.localPort
+		<integer> $dcc.localPort(<dcc_id:uint>)
+	@description:
+		Returns the local port associated to the specified DCC.[br]
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier then
+		this function prints a warning and returns an empty sting.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_localPort(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setString(dcc->localPort());
+	return true;
+}
+
+
+/*
+	@doc: dcc.localFileName
+	@type:
+		function
+	@title:
+		$dcc.localFileName
+	@short:
+		Returns the local file name associated to the specified DCC
+	@syntax:
+		<string> $dcc.localFileName(<dcc_id:uint>)
+	@description:
+		Returns the local file name associated to the specified DCC.[br]
+		If <dcc_id> does not identify a file transfer DCC then this
+		function returns an empty string.
+		If <dcc_id> is not a valid Direct Client Connection identifier
+		then this function prints a warning and returns an empty string.
+*/
+
+static bool dcc_kvs_fnc_localFileName(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setString(dcc->localFileName());
+	return true;
+}
+
+
+/*
+	@doc: dcc.localFileSize
+	@type:
+		function
+	@title:
+		$dcc.localFileSize
+	@short:
+		Returns the local file size associated to the specified DCC
+	@syntax:
+		<integer> $dcc.localFileSize(<dcc_id:uint>)
+	@description:
+		Returns the local file size associated to the specified DCC.[br]
+		If <dcc_id> does not identify a file transfer DCC then this
+		function returns '0'[br]
+		If <dcc_id> is not a valid Direct Client Connection identifier
+		then this function prints a warning and returns '0'[br]
+		In upload transfers the local file size rappresents the
+		total size of the file to be transferred. In download transfers
+		the local file size is non zero only if the transfer has to resume
+		a file already existing on the local disk and it rappresents the
+		size of that file (and thus the offset that the transfer started on).
+*/
+
+static bool dcc_kvs_fnc_localFileSize(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setString(dcc->localFileSize().isEmpty() ? QString("0") : dcc->localFileSize());
+	return true;
+}
+
+
+/*
+	@doc: dcc.remoteNick
+	@type:
+		function
+	@title:
+		$dcc.remoteNick
+	@short:
+		Returns the remote nickname associated to the specified DCC
+	@syntax:
+		<string> $dcc.remoteNick
+		<string> $dcc.remoteNick(<dcc_id:uint>)
+	@description:
+		Returns the remote nickname associated to the specified DCC.[br]
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function prints a warning and returns an empty sting.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_remoteNick(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setString(dcc->remoteNick());
+	return true;
+}
+
+
+/*
+	@doc: dcc.remoteUser
+	@type:
+		function
+	@title:
+		$dcc.remoteUser
+	@short:
+		Returns the remote username associated to the specified DCC
+	@syntax:
+		<string> $dcc.remoteUser
+		<string> $dcc.remoteUser(<dcc_id:uint>)
+	@description:
+		Returns the remote username associated to the specified DCC.[br]
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function prints a warning and returns an empty sting.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_remoteUser(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setString(dcc->remoteUser());
+	return true;
+}
+
+/*
+	@doc: dcc.remoteHost
+	@type:
+		function
+	@title:
+		$dcc.remoteHost
+	@short:
+		Returns the remote hostname associated to the specified DCC
+	@syntax:
+		<string> $dcc.remoteHost
+		<string> $dcc.remoteHost(<dcc_id:uint>)
+	@description:
+		Returns the remote hostname associated to the specified DCC.[br]
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function prints a warning and returns an empty sting.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_remoteHost(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setString(dcc->remoteHost());
+	return true;
+}
+
+/*
+	@doc: dcc.remoteIp
+	@type:
+		function
+	@title:
+		$dcc.remoteIp
+	@short:
+		Returns the remote ip address associated to the specified DCC
+	@syntax:
+		<string> $dcc.remoteIp
+		<string> $dcc.remoteIp(<dcc_id:uint>)
+	@description:
+		Returns the remote ip address associated to the specified DCC.[br]
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function prints a warning and returns an empty sting.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_remoteIp(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setString(dcc->remoteIp());
+	return true;
+}
+
+
+/*
+	@doc: dcc.remotePort
+	@type:
+		function
+	@title:
+		$dcc.remotePort
+	@short:
+		Returns the remote port associated to the specified DCC
+	@syntax:
+		<integer> $dcc.remotePort
+		<integer> $dcc.remotePort(<dcc_id:uint>)
+	@description:
+		Returns the remote port associated to the specified DCC.[br]
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function prints a warning and returns an empty sting.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_remotePort(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setString(dcc->remotePort());
+	return true;
+}
+
+
+/*
+	@doc: dcc.remoteFileName
+	@type:
+		function
+	@title:
+		$dcc.remoteFileName
+	@short:
+		Returns the remote file name associated to the specified DCC
+	@syntax:
+		<string> $dcc.remoteFileName(<dcc_id:uint>)
+	@description:
+		Returns the remote file name associated to the specified DCC.[br]
+		If <dcc_id> does not identify a file transfer DCC then this
+		function returns an empty string.
+		If <dcc_id> is not a valid Direct Client Connection identifier
+		then this function prints a warning and returns an empty string.
+*/
+
+static bool dcc_kvs_fnc_remoteFileName(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setString(dcc->remoteFileName());
+	return true;
+}
+
+
+/*
+	@doc: dcc.remoteFileSize
+	@type:
+		function
+	@title:
+		$dcc.remoteFileSize
+	@short:
+		Returns the remote file size associated to the specified DCC
+	@syntax:
+		<integer> $dcc.remoteFileSize(<dcc_id:uint>)
+	@description:
+		Returns the remote file size associated to the specified DCC.[br]
+		If <dcc_id> does not identify a file transfer DCC then this
+		function returns '0'[br]
+		If <dcc_id> is not a valid Direct Client Connection identifier
+		then this function prints a warning and returns '0'[br]
+		In download transfers the remote file size rappresents the
+		total size of the file to be transferred (advertished by the remote end).[br]
+		In upload transfers the remote file size is non zero only if the
+		remote user has issued a resume request and is rappresents the requested offset
+		in bytes from which the transfer has started.
+*/
+
+static bool dcc_kvs_fnc_remoteFileSize(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setString(dcc->remoteFileSize().isEmpty() ? QString("0") : dcc->remoteFileSize());
+	return true;
+}
+
+
+/*
+	@doc: dcc.ircContext
+	@type:
+		function
+	@title:
+		$dcc.ircContext
+	@short:
+		Returns the ircContext from which this DCC has originated
+	@syntax:
+		<integer> $dcc.ircContext
+		<integer> $dcc.ircContext(<dcc_id:uint>)
+	@description:
+		Returns the identifier of the irc context from which
+		the specified DCC has been originated.[br]
+		When the DCC is not originated from an IRC context
+		then this function returns '0' : an invalid irc context id.
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function prints a warning and returns 0.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_ircContext(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)c->returnValue()->setInteger(dcc->console()->context()->id());
+	return true;
+}
+
+
+
+/*
+	@doc: dcc.transferStatus
+	@type:
+		function
+	@title:
+		$dcc.transferStatus
+	@short:
+		Returns the current status of a dcc file transfer
+	@syntax:
+		<string> $dcc.transferStatus
+		<string> $dcc.transferStatus(<dcc_id:uint>)
+	@description:
+		Returns the status in the specified DCC session.[br]
+		The status is one of the strings "connecting", "transferring", "success" and "failure".
+		"success" and "failure" are reported when the transfer is terminated.
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function prints a warning and returns an empty sting.[br]
+		If the DCC session does not refer to a file transfer then
+		this function returns "".[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_transferStatus(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)
+	{
+		if(dcc->transfer())
+		{
+			QString tmp;
+			dcc->transfer()->fillStatusString(tmp);
+			c->returnValue()->setString(tmp);
+		}
+	}
+	return true;
+}
+
+
+/*
+	@doc: dcc.transferredBytes
+	@type:
+		function
+	@title:
+		$dcc.transferredBytes
+	@short:
+		Returns the number of transferred bytes in a dcc file transfer
+	@syntax:
+		<integer> $dcc.transferredBytes
+		<integer> $dcc.transferredBytes(<dcc_id:uint>)
+	@description:
+		Returns the number of transferred bytes in the specified DCC session.[br]
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function prints a warning and returns an empty sting.[br]
+		If the DCC session does not refer to a file transfer then
+		this function returns 0.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_transferredBytes(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)
+	{
+		if(dcc->transfer())
+		{
+			c->returnValue()->setInteger(dcc->transfer()->transferredBytes());
+		} else {
+			c->returnValue()->setInteger(0);
+		}
+	}
+	return true;
+}
+
+
+
+/*
+	@doc: dcc.averageSpeed
+	@type:
+		function
+	@title:
+		$dcc.averageSpeed
+	@short:
+		Returns the average speed of a dcc file transfer
+	@syntax:
+		$dcc.averageSpeed
+		$dcc.averageSpeed(<dcc_id>)
+	@description:
+		Returns the average speed (in bytes/sec) of the specified DCC session.[br]
+		If <dcc_id> is omitted then the DCC Session associated
+		to the current window is assumed.[br]
+		If <dcc_id> is not a valid DCC session identifier (or it is omitted
+		and the current window has no associated DCC session) then
+		this function prints a warning and returns an empty sting.[br]
+		If the DCC session does not refer to a file transfer then
+		this function returns 0.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_averageSpeed(KviKvsModuleFunctionCall * c)
+{
+	kvs_uint_t uDccId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("dcc_id",KVS_PT_UINT,KVS_PF_OPTIONAL,uDccId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = dcc_kvs_find_dcc_descriptor(uDccId,c);
+
+	if(dcc)
+	{
+		if(dcc->transfer())
+		{
+			c->returnValue()->setInteger(dcc->transfer()->averageSpeed());
+		} else {
+			c->returnValue()->setInteger(0);
+		}
+	}
+	return true;
+}
+
+
+
+/*
+	@doc: dcc.session
+	@type:
+		function
+	@title:
+		$dcc.session
+	@short:
+		Returns the DCC session identifier associated to a window
+	@syntax:
+		<uint> $dcc.session
+		<uint> $dcc.session(<window_id>)
+	@description:
+		Returns the DCC session identifier associated to the DCC window specified
+		by <window_id>. If <window_id> is omitted then the DCC session identifier
+		associated to the current window is returned. If the specified window
+		has no associated DCC session then a warning is printed and 0 is returned.[br]
+*/
+
+static bool dcc_kvs_fnc_session(KviKvsModuleFunctionCall * c)
+{
+	QString szWinId;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("window_id",KVS_PT_STRING,KVS_PF_OPTIONAL,szWinId)
+	KVSM_PARAMETERS_END(c)
+
+	KviDccDescriptor * dcc = 0;
+	if(szWinId.isEmpty())
+	{
+		if(c->window()->inherits("KviDccWindow"))
+			dcc = ((KviDccWindow *)(c->window()))->descriptor();
+		if(!dcc)
+		{
+			c->warning(__tr2qs_ctx("The current window has no associated DCC session","dcc"));
+			c->returnValue()->setInteger(0);
+		} else {
+			c->returnValue()->setInteger(dcc->id());
+		}
+		return true;
+	}
+
+	KviWindow * pWnd = g_pApp->findWindow(szWinId);
+	if(!pWnd)
+	{
+		c->warning(__tr2qs_ctx("The specified window identifier is not valid","dcc"));
+		c->returnValue()->setInteger(0);
+		return true;
+	}
+
+	if(pWnd->inherits("KviDccWindow"))
+		dcc = ((KviDccWindow *)pWnd)->descriptor();
+	if(!dcc)
+	{
+		c->warning(__tr2qs_ctx("The current window has no associated DCC session","dcc"));
+		c->returnValue()->setInteger(0);
+	} else {
+		c->returnValue()->setInteger(dcc->id());
+	}
+	return true;
+}
+
+
+/*
+	@doc: dcc.sessionList
+	@type:
+		function
+	@title:
+		$dcc.sessionList
+	@short:
+		List the existing dcc session identifiers
+	@syntax:
+		<array> $dcc.sessionList
+		<array> $dcc.sessionList(<filter:string>)
+	@description:
+		The first form returns an array with all the currently existing dcc session
+		identifiers. The second form returns an array with the session types specified
+		in <filter> which may be a combination of the flags 'u' (for file upload), 
+		'd' (for file download) and 'c' (for dcc chat). To select all the file transfers
+		please use the combination 'ud'.[br]
+		See the [module:dcc]dcc module[/module] documentation for more informations.[br]
+*/
+
+static bool dcc_kvs_fnc_sessionList(KviKvsModuleFunctionCall * c)
+{
+	QString szFlags;
+	KVSM_PARAMETERS_BEGIN(c)
+		KVSM_PARAMETER("filter",KVS_PT_STRING,KVS_PF_OPTIONAL,szFlags)
+	KVSM_PARAMETERS_END(c)
+
+	KviKvsArray * a = new KviKvsArray();
+	c->returnValue()->setArray(a);
+
+	KviPointerHashTable<int,KviDccDescriptor> * dict = KviDccDescriptor::descriptorDict();
+	if(!dict)return true;
+
+	KviPointerHashTableIterator<int,KviDccDescriptor> it(*dict);
+
+	int idx = 0;
+	
+	if(szFlags.isEmpty())
+	{
+		// all
+		while(KviDccDescriptor * dcc = it.current())
+		{
+			a->set(idx++,new KviKvsVariant((kvs_int_t)(dcc->id())));
+			++it;
+		}
+	} else {
+		bool bWantFileUploads = szFlags.find('u',false) != -1;
+		bool bWantFileDownloads = szFlags.contains('d',false) != -1;
+		bool bWantChats = szFlags.contains('c',false) != -1;
+
+		while(KviDccDescriptor * dcc = it.current())
+		{
+			if((dcc->isFileUpload() && bWantFileUploads) ||
+				(dcc->isFileDownload() && bWantFileDownloads) ||
+				(dcc->isDccChat() && bWantChats))
+			{
+				a->set(idx++,new KviKvsVariant((kvs_int_t)(dcc->id())));
+			}
+			++it;
+		}
+	}
+
+	return true;
+}
+
+
+/*
+	@doc: dcc
+	@type:
+		module
+	@short:
+		Direct Client Connections
+	@title:
+		The DCC module
+	@body:
+		[big]Overview[/big][br]
+		The DCC module handles the Direct Client Connection
+		protocol layer and all it's sub-protocols.[br]
+		The sub-protocols include the standard CHAT
+		the standard SEND and its variants plus several
+		KVIrc extensions like RECV,RSEND,GET and VOICE.[br]
+		[br]
+		[big]Initiating a DCC negotiation[/big][br]
+		The following commands initiate a specific DCC session
+		with a remote client:[br]
+		[cmd]dcc.chat[/cmd][br]
+		[cmd]dcc.send[/cmd][br]
+		[cmd]dcc.rsend[/cmd][br]
+		[cmd]dcc.recv[/cmd][br]
+		[cmd]dcc.get[/cmd][br]
+		[cmd]dcc.voice[/cmd][br]
+		[br]
+		[big]Handling the DCC events[/big][br]
+		Each DCC session has an associated unique identifier (&lt;dcc_id&gt;).[br]
+		You can interact with the session by using several commands
+		and functions exported by this module and by passing the above session
+		id as parameter.[br]
+		The session related commands and functions are the following:[br]
+		[fnc]$dcc.sessionList[/fnc][br]
+		[fnc]$dcc.protocol[/fnc][br]
+		[fnc]$dcc.connectionType[/fnc][br]
+		[fnc]$dcc.transferStatus[/fnc][br]
+		[fnc]$dcc.isFileTransfer[/fnc][br]
+		[fnc]$dcc.isFileUpload[/fnc][br]
+		[fnc]$dcc.isFileDownload[/fnc][br]
+		[fnc]$dcc.localNick[/fnc][br]
+		[fnc]$dcc.localUser[/fnc][br]
+		[fnc]$dcc.localHost[/fnc][br]
+		[fnc]$dcc.localIp[/fnc][br]
+		[fnc]$dcc.localPort[/fnc][br]
+		[fnc]$dcc.localFileName[/fnc][br]
+		[fnc]$dcc.localFileSize[/fnc][br]
+		[fnc]$dcc.remoteNick[/fnc][br]
+		[fnc]$dcc.remoteUser[/fnc][br]
+		[fnc]$dcc.remoteHost[/fnc][br]
+		[fnc]$dcc.remoteIp[/fnc][br]
+		[fnc]$dcc.remotePort[/fnc][br]
+		[fnc]$dcc.remoteFileName[/fnc][br]
+		[fnc]$dcc.remoteFileSize[/fnc][br]
+		[fnc]$dcc.ircContext[/fnc][br]
+		[fnc]$dcc.session[/fnc][br]
+*/
+
+
+static bool dcc_module_init(KviModule * m)
+{
+	g_pDccBroker = new KviDccBroker();
+
+	KVSM_REGISTER_SIMPLE_COMMAND(m,"send",dcc_kvs_cmd_send);
+	KVSM_REGISTER_SIMPLE_COMMAND(m,"chat",dcc_kvs_cmd_chat);
+	KVSM_REGISTER_SIMPLE_COMMAND(m,"voice",dcc_kvs_cmd_voice);
+	KVSM_REGISTER_SIMPLE_COMMAND(m,"recv",dcc_kvs_cmd_recv);
+	KVSM_REGISTER_SIMPLE_COMMAND(m,"rsend",dcc_kvs_cmd_rsend);
+	KVSM_REGISTER_SIMPLE_COMMAND(m,"get",dcc_kvs_cmd_get);
+	KVSM_REGISTER_SIMPLE_COMMAND(m,"abort",dcc_kvs_cmd_abort);
+	KVSM_REGISTER_SIMPLE_COMMAND(m,"setBandwidthLimit",dcc_kvs_cmd_setBandwidthLimit);
+
+
+	// FIXME: file upload / download state ?
+
+	KVSM_REGISTER_FUNCTION(m,"transferStatus",dcc_kvs_fnc_transferStatus);
+	KVSM_REGISTER_FUNCTION(m,"protocol",dcc_kvs_fnc_protocol);
+	KVSM_REGISTER_FUNCTION(m,"connectionType",dcc_kvs_fnc_connectionType);
+	KVSM_REGISTER_FUNCTION(m,"isFileTransfer",dcc_kvs_fnc_isFileTransfer);
+	KVSM_REGISTER_FUNCTION(m,"isFileUpload",dcc_kvs_fnc_isFileUpload);
+	KVSM_REGISTER_FUNCTION(m,"isFileDownload",dcc_kvs_fnc_isFileDownload);
+	KVSM_REGISTER_FUNCTION(m,"localNick",dcc_kvs_fnc_localNick);
+	KVSM_REGISTER_FUNCTION(m,"localUser",dcc_kvs_fnc_localUser);
+	KVSM_REGISTER_FUNCTION(m,"localHost",dcc_kvs_fnc_localHost);
+	KVSM_REGISTER_FUNCTION(m,"localIp",dcc_kvs_fnc_localIp);
+	KVSM_REGISTER_FUNCTION(m,"localPort",dcc_kvs_fnc_localPort);
+	KVSM_REGISTER_FUNCTION(m,"localFileName",dcc_kvs_fnc_localFileName);
+	KVSM_REGISTER_FUNCTION(m,"localFileSize",dcc_kvs_fnc_localFileSize);
+	KVSM_REGISTER_FUNCTION(m,"remoteNick",dcc_kvs_fnc_remoteNick);
+	KVSM_REGISTER_FUNCTION(m,"remoteUser",dcc_kvs_fnc_remoteUser);
+	KVSM_REGISTER_FUNCTION(m,"remoteHost",dcc_kvs_fnc_remoteHost);
+	KVSM_REGISTER_FUNCTION(m,"remoteIp",dcc_kvs_fnc_remoteIp);
+	KVSM_REGISTER_FUNCTION(m,"remotePort",dcc_kvs_fnc_remotePort);
+	KVSM_REGISTER_FUNCTION(m,"remoteFileName",dcc_kvs_fnc_remoteFileName);
+	KVSM_REGISTER_FUNCTION(m,"remoteFileSize",dcc_kvs_fnc_remoteFileSize);
+	KVSM_REGISTER_FUNCTION(m,"averageSpeed",dcc_kvs_fnc_averageSpeed);
+	KVSM_REGISTER_FUNCTION(m,"transferredBytes",dcc_kvs_fnc_transferredBytes);
+	KVSM_REGISTER_FUNCTION(m,"ircContext",dcc_kvs_fnc_ircContext);
+	KVSM_REGISTER_FUNCTION(m,"session",dcc_kvs_fnc_session);
+	KVSM_REGISTER_FUNCTION(m,"sessionList",dcc_kvs_fnc_sessionList);
+
+	return true;
+}
+
+static bool dcc_module_cleanup(KviModule *m)
+{
+	delete g_pDccBroker;
+	g_pDccBroker = 0;
+#ifdef COMPILE_USE_GSM
+	kvi_gsm_codec_done();
+#endif
+
+	return true;
+}
+
+static bool dcc_module_can_unload(KviModule *m)
+{
+	return g_pDccBroker ? g_pDccBroker->canUnload() : true;
+}
+
+KVIRC_MODULE(
+	"Dcc",
+	"1.0.0",
+	"Copyright (C) 2000-2004:\n" \
+	"  Szymon Stefanek (pragma at kvirc dot net)\n",
+	"DCC extension for KVIrc\n",
+	dcc_module_init,
+	dcc_module_can_unload,
+	0,
+	dcc_module_cleanup
+)